{"topic":{"aliases":["電力","電源","消費電力","給電"],"definition":"設備・チップ等の電力、電源、給電を明示的に扱う箇所。","exclusion_examples":["powerという語だけ"],"id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","label":"電力・給電","review_status":"approved","slug":"power","visibility":"public"},"analysis_manifest":{"article_count":273,"date_kind":"source_date","default_layers":["body"],"input_sha256":"15081ebadb6b9f0bbda3b4d96030b640c77c60ce51cac7dbecca3f9fc2ca98d9","matching":"literal-ascii-boundary-v1","occurrence_count":17909,"registry_revision":"topics-20260909-v1","registry_sha256":"f2ad4501536f3aa67adc37c32ead38e4d10f0061df7f5e9825e212d7e8195a8c","representative_policy":"preferred-then-newest-axis-date-then-revision-id","representative_revision_ids":["rev_00217178-ae5e-4e98-87ca-c35048af1ca4","rev_00d1c34c-80fd-4fe8-a270-80c223bb2b4a","rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","rev_01c4b1d1-a854-4507-a2d7-bcf6b40fafd5","rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9","rev_02adfd14-3d0d-45ef-8656-fd05494af55e","rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","rev_062b5267-073b-4a05-943e-d019dd2ff413","rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","rev_098e8803-5806-4df3-818d-ad62b9126a33","rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","rev_0c0f759a-91cf-4045-9394-3cfb56b32f62","rev_0c1ca0be-030b-470f-a556-2d79b9d3ddce","rev_0d613fb6-d01b-48f0-8a64-b54a137ad32e","rev_0d8f6bbc-636e-4d8d-8ba4-920514c5aff2","rev_0e531107-4090-4b2f-8e19-16fe4d32d8d6","rev_0e8f98f5-ea3d-4d3b-847a-a6846f2569e9","rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","rev_0f7c606d-558f-4edb-99eb-4609a9fb0a95","rev_107f711f-ec27-4af9-b9da-f5facd0cd7f9","rev_11f7264b-855b-41d8-b760-87dbfa630e9f","rev_120b7405-aefc-4d5d-a68b-9713613e3e1f","rev_1246df84-dae2-49be-ab7b-94b8c8902078","rev_12eaaf24-14fe-4445-936b-b81ef492d19d","rev_15381314-c653-4ce9-9b25-d8495cdbf4d1","rev_157ef6d2-69fe-48f2-9940-db00dbbbc5b6","rev_17972011-3c15-4377-a2ea-f36af8fa6c2f","rev_17f0f08f-aee1-41a1-8c07-82badf2b6a4f","rev_19d3384e-c9c8-4b8b-95ae-a78bbc4dfb8d","rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","rev_1f682c1d-2f63-48dc-adba-614831c2986b","rev_20f6e19f-c172-4e63-83ab-04729ac80c82","rev_214b9034-b7c9-47c2-b4c9-4fc2638813c2","rev_217016cb-4b97-4b15-993e-73dded8489d4","rev_22aef441-7204-418b-912b-8ab0253992f3","rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","rev_25c19733-e8bf-4666-a96e-91917803878b","rev_27743cb0-aee7-439b-a5dd-1faac0292586","rev_2774a11f-f3af-4056-8394-07f7d1934023","rev_282f1fea-deeb-4d6f-9a0c-8692cfb1a953","rev_2886f620-b098-4a80-b860-f8f5887df0f8","rev_28e52d32-205e-4601-9fe8-535cce2d0600","rev_2b771286-9bc4-45c0-b45d-6524baf27996","rev_2cf94359-bc71-4b68-8fd3-9c93c45ac3eb","rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","rev_2e5b712c-b120-4b45-91dd-33e6758666be","rev_2ed1383f-5c73-49bd-bd5b-f19deda1814c","rev_2f5cc921-59ef-4e07-ba11-82e4656c1db7","rev_3510f3d4-8673-4b01-866a-65778298be5c","rev_355a11d8-4fec-4b80-a649-e98f432ab2b2","rev_35ce45f7-18dc-4fd9-90f1-01040dfe8822","rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","rev_37ec6023-d760-4f21-887c-7dd94c473806","rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","rev_3989a234-8600-4663-ab00-476b08c605fb","rev_3a0c2381-6516-49a0-8369-32f5729cb14f","rev_3fd4618d-8d1a-4a0a-8f71-c67475f7c6b1","rev_402559ee-01e9-43f3-a0e9-719e30746fc3","rev_41b829bc-1306-4c10-bde5-69fe204ccdda","rev_434ed8d3-8167-4144-9b6e-d003da6dda05","rev_436a17f2-f4bc-4abf-9295-931f16cf8b77","rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","rev_45773254-bafb-490e-9237-765416121418","rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","rev_4802c0fb-3eae-453b-96d2-1237f0009713","rev_48a46dd8-5089-4a60-987b-dcda2b2ff37b","rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","rev_4b279499-0bae-4004-81f9-2ca2bb999ac5","rev_4ca9ee61-40e0-44b0-b0b2-ae6a2fe89483","rev_4e53aa79-ce5f-4aa2-98c8-4c3907adff98","rev_4eb110b8-6300-4d37-befb-7de1200dd0be","rev_50433108-0fcd-4480-baf4-ded8ba26f963","rev_513457e5-9067-4419-bce8-bb6dfe3e66c5","rev_513cc5f0-bfa3-418a-9ecc-cd67eca8bae6","rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","rev_5387a515-478b-41ca-82a3-5b54af988fd1","rev_54b154f3-ea9f-45e9-b38b-a16c54ca3e2b","rev_5603783d-df89-4ab1-ba77-c8a24ace4a7b","rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","rev_57810a5f-315e-49a7-ac85-72cc27e35eff","rev_57995821-c471-42b5-ae3a-f989b7bd06f5","rev_584d62bb-c9f7-4d1f-b637-8fac93976f1b","rev_58752a3b-195a-41cc-8958-cd8cfd050b53","rev_58ce9d38-659d-4774-8af9-ad372c9118b9","rev_5a837b64-cde7-45d0-82fa-e2c1156e1e37","rev_5bf9454f-9956-42b9-a29c-ae99782c33c0","rev_5c1381d3-461d-40ab-acea-997127510f6e","rev_5cb295dd-df59-4d28-9799-42065461c569","rev_5dbe090a-744f-4659-8ee9-8fbc7195e238","rev_5ed1cac5-83cc-4660-89c7-643aae40960d","rev_5f26a1f6-b168-4ccd-846e-67adf1ebb1ed","rev_5f44b55a-c37f-42cf-ac49-298da914a87a","rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","rev_5fc9a8c3-fa36-450a-855b-5bacf1d29317","rev_613ae834-139d-4833-bf7c-b55be0e9eeed","rev_61f118e1-20e7-486f-b830-cae804dd9f14","rev_62acaca2-fec9-4724-be08-6ebd3c061f93","rev_62e618a7-0275-4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       ↓\n      グリッド\n        ↓\nプレート電流を制御\n        ↓\n直流電源の大きなエネルギーを\n信号の形に合わせて変化させる\n        ↓\n大きな出力信号\n```","quote_start":19,"quote_end":123,"text_sha256":"cf268a4ae6818ff377ec17f6fb1e3fa2153808e924bbd8f19f441eb14847e0d4","block_sha256":"cf268a4ae6818ff377ec17f6fb1e3fa2153808e924bbd8f19f441eb14847e0d4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_560df17b-4090-411d-85b3-a018bd9b73b1"},{"id":"occ_4e3723a188f893b048f986b5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_5c8720b4-00ff-4308-9acb-1cb75ab766b7","section_id":"sec_c24ebacb-b13e-4b49-9865-d16ae5839ac4","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":103,"end":105,"exact":"電源","quote":"持つが、より重要なのは、周波数、位相、タイミングを回路へ伝えることにある。大きな出力を生む主なエネルギーは直流電源から供給される。帰還信号は、真空管のグリッドを通じて、電源のエネルギーをいつ、どの向きでプレート回路へ加えるかを指示する。振り子を、動きと同じタイミングで毎回少しずつ押し、摩擦で失われたエネルギーを補","quote_start":48,"quote_end":205,"text_sha256":"c7ef99b689e5ddcdc13d9be55274c0c43613ad9cf28d6426fd539512eea7300a","block_sha256":"c7ef99b689e5ddcdc13d9be55274c0c43613ad9cf28d6426fd539512eea7300a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_5c8720b4-00ff-4308-9acb-1cb75ab766b7"},{"id":"occ_ea1af6422eede6d9538739cc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_5eebce49-b304-493d-a952-02edb4b078b2","section_id":"sec_38158fb0-591f-4a95-a894-e91e6884eb2c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"そのため、信号を処理していないときにも、ヒーターが電力を消費する。","quote_start":0,"quote_end":33,"text_sha256":"9108fa8241ab0c00682558ecff7fbc0d67c66f4915c6a399ae478c7a3fb79998","block_sha256":"9108fa8241ab0c00682558ecff7fbc0d67c66f4915c6a399ae478c7a3fb79998","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_5eebce49-b304-493d-a952-02edb4b078b2"},{"id":"occ_b743aa93c4f9074a478ce9d1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_64e6e13e-4228-44b9-8e01-17a7d2a200fd","section_id":"sec_c7b7bac9-909c-40ef-9c88-acb79c0b4fd6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電源","quote":"増幅に使われるエネルギーは、アノード側へ接続した直流電源から供給される。","quote_start":0,"quote_end":36,"text_sha256":"835862512f2a22001fabc1700befb542e81230d40c84181c5512ee2c0f94a076","block_sha256":"835862512f2a22001fabc1700befb542e81230d40c84181c5512ee2c0f94a076","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_64e6e13e-4228-44b9-8e01-17a7d2a200fd"},{"id":"occ_e51ce778bc767d7b1e6045fe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_67995ea5-0d1c-488a-8fbb-345ee5f0a883","section_id":"sec_c71961f0-a996-42d0-b0a0-2b4264eeaf8a","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電源","quote":"三極管を使った中継器は、この弱くなった信号をグリッドへ入力し、外部電源を使って大きな信号へ作り直す。","quote_start":0,"quote_end":50,"text_sha256":"6df85c9a5aced6494febac73671c583069dedc426de338c94ad8cbf6638522c6","block_sha256":"6df85c9a5aced6494febac73671c583069dedc426de338c94ad8cbf6638522c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_67995ea5-0d1c-488a-8fbb-345ee5f0a883"},{"id":"occ_f37562d6ef6516ff741afe1a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_687f1245-085e-46ab-8e51-82b807700e3d","section_id":"sec_85a678a6-22e3-4c3b-8a33-1a4f162afda0","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":122,"end":124,"exact":"電源","quote":"流器で信号を検出できても、失われたエネルギーは戻らない。そこで必要になったのが、弱くなった波形を読み取り、外部電源のエネルギーを使って同じ形の大きな信号へ作り直す中継増幅器だった。ウェスタン・エレクトリックが開発した高真空管式リピーターは1913年にニューヨーク―フィラデルフィア間で実用化され、真空管増幅器を利用","quote_start":67,"quote_end":224,"text_sha256":"7a9d1acdcb936be89b8304cfde632727c999b7e581c0594d36107b40583ad099","block_sha256":"7a9d1acdcb936be89b8304cfde632727c999b7e581c0594d36107b40583ad099","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_687f1245-085e-46ab-8e51-82b807700e3d"},{"id":"occ_1f486383e1fe72c07a0a43db","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_6b26bf14-85c9-4531-8d71-62d2e968cb55","section_id":"sec_1613b578-41af-4810-baa9-e484479961b4","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電源","quote":"小さなグリッド信号が、外部電源から供給される大きなプレート電流を操る。","quote_start":0,"quote_end":35,"text_sha256":"d79e47d6356b28bb272eff4035293ddb1ae6413fa02b6c6ba0500955ca8b7c52","block_sha256":"d79e47d6356b28bb272eff4035293ddb1ae6413fa02b6c6ba0500955ca8b7c52","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_6b26bf14-85c9-4531-8d71-62d2e968cb55"},{"id":"occ_420cedeb524680a7b1d9066d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_75393c64-6dc1-4aca-9b35-6f967f1ebd2c","section_id":"sec_cb172c0f-9f95-4987-b8ab-959795c27120","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電源","quote":"そこで三極真空管が加わる。検波された小さな音声電圧をグリッドへ与えると、その変化に合わせて、直流電源からプレート(カソード)へ流れる大きな電流が増減する。入力された音声は電力源ではなく、電源のエネルギーをどのような波形で出力するかを決める指令として働く。こうして微弱な音声信号を、同じ形を保ったままス","quote_start":0,"quote_end":150,"text_sha256":"62d5f073aa69557f11128ba7beded9452833c348640942f2c2e251b5229e7852","block_sha256":"62d5f073aa69557f11128ba7beded9452833c348640942f2c2e251b5229e7852","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_75393c64-6dc1-4aca-9b35-6f967f1ebd2c"},{"id":"occ_a49b2ddad8564b080e1834a4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_7aa404b1-7877-4d67-9897-179b8282886c","section_id":"sec_1613b578-41af-4810-baa9-e484479961b4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"しかし、その光は大量の熱を生み、広い空間と大きな電力を必要とした。","quote_start":0,"quote_end":33,"text_sha256":"47b912d5f3412f63cbfbacaee925273f623fee6ed36961e583ff9ed4839464ec","block_sha256":"47b912d5f3412f63cbfbacaee925273f623fee6ed36961e583ff9ed4839464ec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_7aa404b1-7877-4d67-9897-179b8282886c"},{"id":"occ_d27bfc7b813a21b54ec4067f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_8860c726-2acb-47bf-ab0b-afcb60187dc7","section_id":"sec_fdf2efa8-8dac-4691-9529-bedd1e416b4c","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":132,"end":134,"exact":"電源","quote":"なる減衰波だった。これに対して三極真空管の出力の一部を入力へ正しい位相で戻すと、回路で失われるエネルギーを直流電源から毎周期補い、一定の振動を持続できる。1912～1913年ごろには、この正帰還を利用して真空管を発振器として働かせる技術が確立され、連続した搬送波を送信機で作れるようになった。([ETHW](htt","quote_start":77,"quote_end":234,"text_sha256":"74fa2bce63285001692a20e2795ce9f2a71b68568f60626f4f83e6d593826dd8","block_sha256":"74fa2bce63285001692a20e2795ce9f2a71b68568f60626f4f83e6d593826dd8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_8860c726-2acb-47bf-ab0b-afcb60187dc7"},{"id":"occ_a622e94a03a11e1c4904d8e3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_8afa1c56-c4f5-43f4-b6d2-d3e6c7572b48","section_id":"sec_bef32118-4100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Technology Navigator](https://technav.ieee.org/topic/frequency-","quote_start":51,"quote_end":208,"text_sha256":"090cc46cde3c9f5355ada8f3e65bdae14c5680c7085eb48b392e1faa4669f794","block_sha256":"090cc46cde3c9f5355ada8f3e65bdae14c5680c7085eb48b392e1faa4669f794","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_9fc99cb1-0b7a-474b-a756-2d50609caaba"},{"id":"occ_f941eca43107f4b2354d8ed3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_a9e72c20-e30f-4794-a109-d2520483c9d5","section_id":"sec_461632ae-3eb6-4299-9eb0-d246d278b1f6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":44,"end":46,"exact":"電力","quote":"- マイクからの音声を増幅する\n- 搬送波を発振する\n- 音声を搬送波へ載せる\n- 送信電力を増幅する\n- 受信した高周波を増幅する\n- 音声をスピーカー用に増幅する","quote_start":0,"quote_end":83,"text_sha256":"25c409c0605673257a6c9065efb2ff58463107be2c4b789fa93d0a056956e7c9","block_sha256":"25c409c0605673257a6c9065efb2ff58463107be2c4b789fa93d0a056956e7c9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_a9e72c20-e30f-4794-a109-d2520483c9d5"},{"id":"occ_a94a717ed28d891ddd639af3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_acd647c5-785b-4b1d-aef5-5a33145e9506","section_id":"sec_c7b7bac9-909c-40ef-9c88-acb79c0b4fd6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電源","quote":"> 入力信号はエネルギー源ではなく、電源から出力へ流すエネルギーを調節する指令である。","quote_start":0,"quote_end":43,"text_sha256":"19f810401e3069c3612ce814017231a32acaff20ead8e3154547f08cab65b695","block_sha256":"19f810401e3069c3612ce814017231a32acaff20ead8e3154547f08cab65b695","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_acd647c5-785b-4b1d-aef5-5a33145e9506"},{"id":"occ_d16acba7b6135e2ff84a3596","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_adad6657-9b96-4ce5-aa4a-2f29701149f6","section_id":"sec_cb172c0f-9f95-4987-b8ab-959795c27120","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電源","quote":"という信号処理システムへ変わった。検波器が電波の中から情報を見つけ、増幅器が外部電源のエネルギーを使って、その情報を人間が聞ける大きさへ育てたのである。","quote_start":0,"quote_end":76,"text_sha256":"24b1e4634f8e507dabbf44c9d986149be9080bcfa7078821a023234a3fb4febc","block_sha256":"24b1e4634f8e507dabbf44c9d986149be9080bcfa7078821a023234a3fb4febc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_adad6657-9b96-4ce5-aa4a-2f29701149f6"},{"id":"occ_480c04fe23bb0348498a16f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_adaf87a4-64a6-4ad9-825c-4345fb191521","section_id":"sec_c24ebacb-b13e-4b49-9865-d16ae5839ac4","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":88,"end":90,"exact":"電源","quote":"りに、歪みやばらつきを抑えられる。一方、入力をさらに強める向きで戻れば正帰還となる。最初は真空管内部の雑音や、電源投入時に生じるわずかな電圧変化しかなくても、それが増幅され、出力の一部が同じ位相で入力へ戻り、再び増幅される。この循環が続くと、外部から連続した入力を与えなくても、回路自身が周期的な信号を作り続ける。","quote_start":33,"quote_end":190,"text_sha256":"78f04eb254bdd9c6d0affe5e2ab0dc4bf1c43beb239c0c1ac55a9a5c248e163f","block_sha256":"78f04eb254bdd9c6d0affe5e2ab0dc4bf1c43beb239c0c1ac55a9a5c248e163f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_adaf87a4-64a6-4ad9-825c-4345fb191521"},{"id":"occ_e4bb6c048303a4168b3c1018","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_be18d4aa-81cb-427a-aaae-7fbb012e2b30","section_id":"sec_cb172c0f-9f95-4987-b8ab-959795c27120","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"しかし、検波によって情報を取り出しても、信号のエネルギーは増えない。鉱石ラジオでは、送信所から届いたわずかな電力だけでイヤホンを動かすため、音は非常に小さい。遠い局の信号や、長い通信線を通って減衰した音声を十分な大きさへ戻すことはできなかった。","quote_start":0,"quote_end":122,"text_sha256":"497d6d7c2ea0c9db9afe1a03bc25af5ff05db3c3cc260a892ddc63dc7749872b","block_sha256":"497d6d7c2ea0c9db9afe1a03bc25af5ff05db3c3cc260a892ddc63dc7749872b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_be18d4aa-81cb-427a-aaae-7fbb012e2b30"},{"id":"occ_90504994784f437d6a2bab08","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_c280c5e6-f9ba-4557-a11a-e1a4a90b7118","section_id":"sec_58bdec4b-3b58-4537-8fbe-979af7e773a2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電源","quote":"必要だったのは、途中で小さくなった波形を読み取り、外部電源のエネルギーを使って、同じ形の大きな信号として送り直す**中継増幅器**だった。長距離電話では、線路損失を抑える装荷コイルに加え、失われた信号強度を回復させる電子増幅が必要だった。([ETHW](ht","quote_start":0,"quote_end":129,"text_sha256":"5053bcbc0c78b1bd3e1382b787260128e3c149bb8652879e38ed6e3c372ffce5","block_sha256":"5053bcbc0c78b1bd3e1382b787260128e3c149bb8652879e38ed6e3c372ffce5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_c280c5e6-f9ba-4557-a11a-e1a4a90b7118"},{"id":"occ_e160a4eadc1d0574fe35b381","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_edb4c3fd-f9d0-4713-8ca2-6f4d033ad23c","section_i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├─ 信号増幅に使う\n └─ カソードを加熱するためにも使う\n```","quote_start":0,"quote_end":42,"text_sha256":"fa742d924ee919fa047efc0e3ffe895d8dc1a82210300f4b6ef47250819cdfdb","block_sha256":"fa742d924ee919fa047efc0e3ffe895d8dc1a82210300f4b6ef47250819cdfdb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_edb4c3fd-f9d0-4713-8ca2-6f4d033ad23c"},{"id":"occ_1944812afb6d5075562df206","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_f4f31230-ef96-47f2-8966-5dfd1bd7fa20","section_id":"sec_f511d1ca-53ea-4a46-8444-39b42e41f5ce","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電源","quote":"電式送信機が作る電波は、短い減衰振動の束であり、周波数も広く拡散しやすかった。これに対して真空管発振器は、直流電源から失われたエネルギーを毎周期補給し、一定周波数の連続波を作ることができた。この安定した高周波が、音声や情報を載せる搬送波となる。発振器そのものが声を繰り返しているのではない。まず情報を持たない規則正","quote_start":3,"quote_end":160,"text_sha256":"29058b2a4a09a10684cd82baf6f4a88b7cf71b05ea9cd3e022f328e53a52f7c9","block_sha256":"29058b2a4a09a10684cd82baf6f4a88b7cf71b05ea9cd3e022f328e53a52f7c9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_f4f31230-ef96-47f2-8966-5dfd1bd7fa20"},{"id":"occ_1f408cc7aed9f1eed4f3c84b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5","work_id":"wrk_63994eb7-8f62-4354-998b-fbb30eb617c6","block_id":"blk_fea33803-57d2-4c77-a7a8-8eb1c48111d7","section_id":"sec_94a1b690-1262-4662-9b5d-ef05e1d89612","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":121,"end":123,"exact":"電源","quote":"、特定の周波数だけを選ぶ。水晶振動子は周波数を決める受動的な共振器であり、単体では振動を持続できない。真空管と電源、帰還回路を加えて初めて、水晶発振器として連続信号を出力できる。","quote_start":66,"quote_end":155,"text_sha256":"3c7f30bc12e9b61912ab2cca42f2d4d33aada9d8db719974877b64e455de4904","block_sha256":"3c7f30bc12e9b61912ab2cca42f2d4d33aada9d8db719974877b64e455de4904","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0145dd0c-e5b3-47ff-82d6-760d54d9f1e5/#blk_fea33803-57d2-4c77-a7a8-8eb1c48111d7"},{"id":"occ_98152d7445548f860b5ca214","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9","work_id":"wrk_609ce9dd-c516-4bb8-b42f-2322d2d4051c","block_id":"blk_21fabe88-e2bd-485c-b1ea-1b50ff4786e9","section_id":"sec_d88fbf92-6e04-4a95-af04-5fd93e9ccf34","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":340,"end":342,"exact":"電源","quote":"ム等）があり、**容量あたりのコスト**を最優先する場合（UltraSMR）。\n  - OptiNANDによる電源断時のデータ保護（ArmorCache）に魅力を感じる場合。","quote_start":285,"quote_end":372,"text_sha256":"1e7f00c0e59ccd6d37f2adaf111facd9d11f1387e11aa6ef52ba20a3c1ea1744","block_sha256":"1e7f00c0e59ccd6d37f2adaf111facd9d11f1387e11aa6ef52ba20a3c1ea1744","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9/#blk_21fabe88-e2bd-485c-b1ea-1b50ff4786e9"},{"id":"occ_3959865c7bd6efe43587e05b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9","work_id":"wrk_609ce9dd-c516-4bb8-b42f-2322d2d4051c","block_id":"blk_5c4df6de-3c79-4c29-86df-54200ebb8faf","section_id":"sec_6b8dc297-b7f3-4610-bc2b-cc084d5ce3de","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":50,"end":52,"exact":"電力","quote":"Seagate自身も、面記録密度（Areal Density）を上げることがデータセンターのTCO（電力・スペース・運用）に直結する、という文脈で説明しています。([シーゲート](https://www.seagate.com/blog/areal-density-matters-for-data-ce","quote_start":0,"quote_end":152,"text_sha256":"6899bf61d8d11d96dfcbf1955eea4c4375ad4a89fc57e484a925932ba7790642","block_sha256":"6899bf61d8d11d96dfcbf1955eea4c4375ad4a89fc57e484a925932ba7790642","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9/#blk_5c4df6de-3c79-4c29-86df-54200ebb8faf"},{"id":"occ_91bc011f1a59088dc2545944","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9","work_id":"wrk_609ce9dd-c516-4bb8-b42f-2322d2d4051c","block_id":"blk_9c959a52-f4ac-4185-83c1-d08dfaaf9def","section_id":"sec_1384c22e-e3ba-4c57-bb54-bfa18fc07c83","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":75,"end":77,"exact":"電源","quote":"e**という機能も実現しています。通常、HDDの書き込みキャッシュを有効（WCE）にすると性能は上がりますが、電源断時にDRAM上のデータが消失するリスクがあります。無効（WCD）にすると安全性は高まりますが性能は落ちます。ArmorCacheは、電源断が発生した際、スピンドルモーターの回転慣性から生じる起電力を","quote_start":20,"quote_end":177,"text_sha256":"3337c514bcf31a31d0957a383912d8baef71f54e42b4d98e0f20e8137b5d1554","block_sha256":"3337c514bcf31a31d0957a383912d8baef71f54e42b4d98e0f20e8137b5d1554","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9/#blk_9c959a52-f4ac-4185-83c1-d08dfaaf9def"},{"id":"occ_5245ef5628fa03e2a719b2d1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9","work_id":"wrk_609ce9dd-c516-4bb8-b42f-2322d2d4051c","block_id":"blk_b7be4787-b8b7-4c46-beb0-aafeac6c74c9","section_id":"sec_84b9caa1-56bb-43fc-8cb6-6cd1078841d4","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":152,"end":156,"exact":"消費電力","quote":"高い容量（30TB+ CMR）を実現できるポテンシャルを持っています。これは、ドライブ重量やモーターへの負荷、消費電力の観点で有利に働きます。\n- **信頼性**: レーザーを使用することによるヘッドの耐久性が懸念されていましたが、Seagateは数年にわたるフィールドテストを経て、顧客の要求基準を満たす信頼性を確保","quote_start":97,"quote_end":256,"text_sha256":"997c51afb4d3e9403b78e1eacab962b20a14d23e0f11533a49d7c94ffcfa047d","block_sha256":"997c51afb4d3e9403b78e1eacab962b20a14d23e0f11533a49d7c94ffcfa047d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_01fd9ef5-e950-489e-8feb-7c8ac4a60ef9/#blk_b7be4787-b8b7-4c46-beb0-aafeac6c74c9"},{"id":"occ_1f517f26415df8cc48c88342","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_05f8fc68-9a53-43af-bf86-db7f9734ba74","section_id":"sec_d54f4402-af5e-492c-b867-4105800b9202","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電源","quote":"従来のチップでは、信号配線と電源配線の両方をトランジスタ上部のBEOLへ配置する。","quote_start":0,"quote_end":41,"text_sha256":"bac6bb1b4be5a33c09f60ed675ca3a58f32cc6bf75a79c70e011f389ff56dca5","block_sha256":"bac6bb1b4be5a33c09f60ed675ca3a58f32cc6bf75a79c70e011f389ff56dca5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_05f8fc68-9a53-43af-bf86-db7f9734ba74"},{"id":"occ_2412cd29b62f7cd7cd7aee96","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_0f956ee5-b1db-45f2-8be2-a89d145948c8","section_id":"sec_5302299e-0f9e-4499-a18c-89be91729367","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電源","quote":"- 回路アーキテクチャ\n- 接続技術\n- 製造ノード\n- パッケージ\n- 電源\n- 熱\n- クロック\n- テスト\n- 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 ↓\n3D配置配線\n   ↓\n熱・電源・タイミング\n   ↓\nコスト・歩留まり\n```","quote_start":2,"quote_end":83,"text_sha256":"c7560ccd529fff53b39d9d4c0e6840b60e61da0f49d6d82f703e206b8f8c7723","block_sha256":"c7560ccd529fff53b39d9d4c0e6840b60e61da0f49d6d82f703e206b8f8c7723","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_473eaf73-650f-4583-9ee5-cbd7ba4a1125"},{"id":"occ_81e261c242c6172637b9435a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_588ade3f-02ca-4b7d-b4c0-0836abdfc540","section_id":"sec_77d45d65-2bb3-4c42-9d42-e61db539ee77","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電源","quote":"Cルーター\n- 共有キャッシュ\n- メモリーコントローラー\n- I/O\n- セキュリティー\n- クロック\n- 電源管理\n- テスト制御","quote_start":4,"quote_end":71,"text_sha256":"f942d8668f6ace426be92edd19e057ad64ddac0c5ae5bb5c4395f66c8ffea92b","block_sha256":"f942d8668f6ace426be92edd19e057ad64ddac0c5ae5bb5c4395f66c8ffea92b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_588ade3f-02ca-4b7d-b4c0-0836abdfc540"},{"id":"occ_450dbf4c0d8975d1e184686e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_5b5e590b-af1a-4af1-ac49-25de553591ff","section_id":"sec_f22e7b7a-adc9-4b35-8fe3-3d21f2d31b04","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電源","quote":"- 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裏面電源供給が必要になる理由","quote_start":0,"quote_end":17,"text_sha256":"ebd2f24f7ae61f2ece98e509b3797ff30008d8ae338f2e46be7b0eabd412189b","block_sha256":"ebd2f24f7ae61f2ece98e509b3797ff30008d8ae338f2e46be7b0eabd412189b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_67487877-a896-4a84-8bb5-1e136bd19383"},{"id":"occ_beca2fe6a01a3072019bee79","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_695eb318-6cfa-47be-945d-dba5305d836c","section_id":"sec_d189e7e6-dbe2-46ae-a11a-e84080f85c69","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":50,"end":52,"exact":"電源","quote":"- 接合工程\n- 位置合わせ誤差\n- 層間テスト\n- 歩留まり\n- 熱膨張差\n- クロック境界\n- 電源境界","quote_start":0,"quote_end":54,"text_sha256":"17f83176ad3dc18b210d2203e77fddf8c6c93b27d82dd791608ede93c78e61a6","block_sha256":"17f83176ad3dc18b210d2203e77fddf8c6c93b27d82dd791608ede93c78e61a6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_695eb318-6cfa-47be-945d-dba5305d836c"},{"id":"occ_469fcb4fd19989aadfd1257b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_6bf4aedb-7f34-4c22-bdb1-c589ee5239f3","section_id":"sec_7a28f7eb-dc02-488b-ad38-dc43d4dce31a","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":105,"end":107,"exact":"電源","quote":"     │\n中層：ALU・MAC・Tensor演算器\n              │\n下層：NoC・I/O・電源・制御\n              │\n      パッケージ基板\n```","quote_start":50,"quote_end":144,"text_sha256":"353b44870b0a5787c9eb42acf97483367c473ce0bcf1a8ee58bdaef1c6fd5001","block_sha256":"353b44870b0a5787c9eb42acf97483367c473ce0bcf1a8ee58bdaef1c6fd5001","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_6bf4aedb-7f34-4c22-bdb1-c589ee5239f3"},{"id":"occ_07e410b089794cd18fdf6f08","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_6c3fbba7-e104-4e71-b9ba-5139dc80e47a","section_id":"sec_d54f4402-af5e-492c-b867-4105800b9202","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":66,"end":68,"exact":"電源","quote":"\n        ↓\nトランジスタ\n        ↑\nNano-TSV／背面ビア\n        ↑\n裏面：電源配線\n```","quote_start":11,"quote_end":74,"text_sha256":"5319e47b4330c2ab91052af63dcb39f8173bae6b80c432c706334b0bc97a3716","block_sha256":"5319e47b4330c2ab91052af63dcb39f8173bae6b80c432c706334b0bc97a3716","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_6c3fbba7-e104-4e71-b9ba-5139dc80e47a"},{"id":"occ_10dabe43887369ff4127bca4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_6fdb0f2d-1c15-4e4e-9702-3aabb6504504","section_id":"sec_5ac7466c-f5f7-4285-a595-f56612c10fe5","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電源","quote":"- 演算\n- メモリー\n- ネットワーク\n- セキュリティー\n- 電源制御\n- 光通信\n- 管理\n- テスト","quote_start":0,"quote_end":54,"text_sha256":"333bf19d49f2133beb28238e1c3b8516af3f67e0ea8c7e966a3f1e1e7f6c2795","block_sha256":"333bf19d49f2133beb28238e1c3b8516af3f67e0ea8c7e966a3f1e1e7f6c2795","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_6fdb0f2d-1c15-4e4e-9702-3aabb6504504"},{"id":"occ_d43f7db2298f097b2504432d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_72019ebd-6e9c-4388-aa81-b7736b085d04","section_id":"sec_7a28f7eb-dc02-488b-ad38-dc43d4dce31a","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電源","quote":"> **配線短縮による利益が、熱・電源・クロック・製造・検査のコストを上回るか**","quote_start":0,"quote_end":41,"text_sha256":"1f3a1244185e0594acad13f0fba8be856a0ededcdeeaa169665e090dfa5120ec","block_sha256":"1f3a1244185e0594acad13f0fba8be856a0ededcdeeaa169665e090dfa5120ec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_72019ebd-6e9c-4388-aa81-b7736b085d04"},{"id":"occ_648a4a1f70de8265909050e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_72bbf326-a5e1-4989-9327-356564fca2bf","section_id":"sec_bcc78d26-8f0a-456b-ab15-2014427f2f0b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電源","quote":"- 局所通信は垂直\n- 大容量メモリーは横方向\n- 長距離通信は光\n- 電源は裏面または下側\n- 管理とNoCはベースダイ","quote_start":0,"quote_end":61,"text_sha256":"116855ecc934e5874298e3b817bb0d9d6bf03a5e50c567914b07fb820382a38e","block_sha256":"116855ecc934e5874298e3b817bb0d9d6bf03a5e50c567914b07fb820382a38e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_72bbf326-a5e1-4989-9327-356564fca2bf"},{"id":"occ_8678815e36c27438def4fc30","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_72d8624f-af5e-4abb-8f92-578a5cec622e","section_id":"sec_b2607906-93d6-428d-a4fe-e016516a33c0","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":53,"end":57,"exact":"消費電力","quote":"- 抵抗が増える\n- 容量が増える\n- 信号の立ち上がりが遅くなる\n- 中継バッファが必要になる\n- 動的消費電力が増える","quote_start":0,"quote_end":61,"text_sha256":"36c858236723e5cd5cca0d37f5e2b018b0220df666de0f4695a61875336ecde2","block_sha256":"36c858236723e5cd5cca0d37f5e2b018b0220df666de0f4695a61875336ecde2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_72d8624f-af5e-4abb-8f92-578a5cec622e"},{"id":"occ_491e6c6bfe52fc138532b786","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_7abb765c-266d-4935-80d8-0afb53f53cf7","section_id":"sec_d54f4402-af5e-492c-b867-4105800b9202","layer":"body","character_id":null,"count":3,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"- 信号配線と電源配線を分離する\n- 前面配線の混雑を減らす\n- 太く低抵抗な電源線を使う\n- IRドロップを抑える\n- 上下積層の電源経路を再構成する","quote_start":0,"quote_end":76,"text_sha256":"1e8c5037c2c7d57ab55c773ec2a6817c96e43cf4ad510c36fb95d754fde6d69f","block_sha256":"1e8c5037c2c7d57ab55c773ec2a6817c96e43cf4ad510c36fb95d754fde6d69f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_7abb765c-266d-4935-80d8-0afb53f53cf7"},{"id":"occ_ef86bc479ecc478f48b33788","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_7f1b1452-c8c0-4614-a9e3-0b5f627724d6","section_id":"sec_d54f4402-af5e-492c-b867-4105800b9202","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"```\n従来\n\n前面配線\n信号＋電源\n    ↓\nトランジスタ\n```","quote_start":0,"quote_end":35,"text_sha256":"8439d47ce59fcec09c8d5fc133eb7b18680b40e069876d3d297a201ae41b6866","block_sha256":"8439d47ce59fcec09c8d5fc133eb7b18680b40e069876d3d297a201ae41b6866","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_7f1b1452-c8c0-4614-a9e3-0b5f627724d6"},{"id":"occ_c6afc972dbd3c059633ff657","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_821c505b-b057-4011-8e11-8e514ed58a24","section_id":"sec_f9a0262d-0d7d-41d7-acf2-451b673fd2c3","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電源","quote":"能をどの層へ置くか\n- 各層にどの製造ノードを使うか\n- 何本の垂直接続が必要か\n- 熱はどこへ流れるか\n- 電源をどちら側から入れるか\n- 歩留まりとコストは成立するか","quote_start":5,"quote_end":90,"text_sha256":"1e4f6f56a3fb7c408a84454189338506009bb4a63b64066ff477d9c0ff3fb750","block_sha256":"1e4f6f56a3fb7c408a84454189338506009bb4a63b64066ff477d9c0ff3fb750","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_821c505b-b057-4011-8e11-8e514ed58a24"},{"id":"occ_bd144d6994f405be1216d684","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_8d8ad416-6a50-494e-94e6-cb841926e71b","section_id":"sec_af9a9a7a-b616-43db-a818-ba00b02671ed","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"しかし上層ダイへ電力を供給するには、","quote_start":0,"quote_end":18,"text_sha256":"a0ff8923ca6be239f7cd8dfce39f00cfa79d9edfa0a5cce883f8c0d6a479c549","block_sha256":"a0ff8923ca6be239f7cd8dfce39f00cfa79d9edfa0a5cce883f8c0d6a479c549","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_8d8ad416-6a50-494e-94e6-cb841926e71b"},{"id":"occ_91e5551229c281619809e0d5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_938c30eb-31e2-453c-b72c-2f99136b203e","section_id":"sec_96533d12-6ca9-4c99-ac1c-34693413c32e","layer":"body","character_id":null,"count":5,"matched_aliases":["給電","電源"],"evidence":{"text_basis":"markdown","start":303,"end":305,"exact":"電源","quote":"UCIe-3Dは相互運用性に向くが、極細粒度ロジックでは専用3Dインターフェースが有利な場合がある。\n- 裏面電源供給は、電源配線と信号配線を分離し、3Dロジックの給電と配線混雑を改善する。\n- 最大の課題は、接合そのものよりも熱、電源、クロック、EDA、テスト、歩留まりである。\n- 当面のAIチップでは、SRA","quote_start":248,"quote_end":405,"text_sha256":"c9ba616b5d7dd36dbeeedf18db25ff002bb69f0d572bdb213625960758f9d330","block_sha256":"c9ba616b5d7dd36dbeeedf18db25ff002bb69f0d572bdb213625960758f9d330","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_938c30eb-31e2-453c-b72c-2f99136b203e"},{"id":"occ_1ab0b8a8f9556145da4df4cd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_9eafe2bb-27e4-43f9-b118-b244254c236a","section_id":"sec_d54f4402-af5e-492c-b867-4105800b9202","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電源","quote":"回路を上下へ積み重ねると、信号だけでなく電源も各層へ届けなければならない。","quote_start":0,"quote_end":37,"text_sha256":"d09603162d9139776f0aca930c3be15ea385eaf29600bf6ae000114457d11aab","block_sha256":"d09603162d9139776f0aca930c3be15ea385eaf29600bf6ae000114457d11aab","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_9eafe2bb-27e4-43f9-b118-b244254c236a"},{"id":"occ_4962317a071d86b8fe5c5278","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_a191db6b-74fe-45c7-9d20-45ce182d740e","section_id":"sec_cf2d9471-8f4d-4441-adb9-bdfaf8e98b63","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電力","quote":"SRAMとMAC間の帯域を増やす\n- データ再利用を増やす\n- 外部HBMへのアクセスを減らす\n- データ移動電力を下げる","quote_start":2,"quote_end":63,"text_sha256":"3938751867a241cfedf959e9f1c4c6bda30aa9bcd06240afd3d3f9d526376fe2","block_sha256":"3938751867a241cfedf959e9f1c4c6bda30aa9bcd06240afd3d3f9d526376fe2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_a191db6b-74fe-45c7-9d20-45ce182d740e"},{"id":"occ_a7837f4754266b1ac44f51e9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_ad62d980-03fd-496a-b711-3bdf6c98f565","section_id":"sec_f18503e9-d5c9-4719-872d-7049bf19bc6c","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":55,"end":57,"exact":"電源","quote":"- Logic-on-Logic\n- sub-µm Hybrid Bonding\n- 高密度裏面接続\n- 裏面電源と3D積層の統合\n- 電気ICとフォトニクスICの積層\n- UCIe-3Dによる標準接続","quote_start":0,"quote_end":101,"text_sha256":"22ef10441c4f421c290bcd81a64725f3fe6363f8abd1f0494deffc6cf0a3d8b8","block_sha256":"22ef10441c4f421c290bcd81a64725f3fe6363f8abd1f0494deffc6cf0a3d8b8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_ad62d980-03fd-496a-b711-3bdf6c98f565"},{"id":"occ_1d2d9641191e6fa481d6c504","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_ae66364e-e4f8-40e0-9849-38467bd90842","section_id":"sec_af9a9a7a-b616-43db-a818-ba00b02671ed","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電源","quote":"- TSV\n- 垂直電源ビア\n- 接合パッド\n- 電源バンプ","quote_start":0,"quote_end":30,"text_sha256":"efe58868af6390ffe2751634860bfd86cc7fd96c93e54fbcf3b4d5e3c24eebda","block_sha256":"efe58868af6390ffe2751634860bfd86cc7fd96c93e54fbcf3b4d5e3c24eebda","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_ae66364e-e4f8-40e0-9849-38467bd90842"},{"id":"occ_fca7aca267546012cdef6bbf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_af57198b-fb6b-48ef-9d4a-db8f4475d5d4","section_id":"sec_f9d4b2d2-4aad-4983-aa2f-77a3441a94b2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電源","quote":"- 電源網\n- グローバル信号\n- クロック\n- 3D接続\n- 層間ルーティング","quote_start":0,"quote_end":40,"text_sha256":"1c36a9a99fbfbbafc2265569f7fdc0c76a87514ef597c9fd5fa3b516f0da3003","block_sha256":"1c36a9a99fbfbbafc2265569f7fdc0c76a87514ef597c9fd5fa3b516f0da3003","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_af57198b-fb6b-48ef-9d4a-db8f4475d5d4"},{"id":"occ_4a26ef892a334af06be54988","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_b8da47e7-9c5c-416b-8d8c-925c630adf8c","section_id":"sec_b2607906-93d6-428d-a4fe-e016516a33c0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"信号線の動的電力は、概念的には次の関係を持つ。","quote_start":0,"quote_end":23,"text_sha256":"f8953cb0578f9153ba8b633ceb023963c5cb086a08c8e926f06bad1c8a52aef2","block_sha256":"f8953cb0578f9153ba8b633ceb023963c5cb086a08c8e926f06bad1c8a52aef2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_b8da47e7-9c5c-416b-8d8c-925c630adf8c"},{"id":"occ_5b953357b90ac789b3d8b4db","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_bdda4e96-ef6a-4229-81ca-40bc9c6ebf4b","section_id":"sec_f9d4b2d2-4aad-4983-aa2f-77a3441a94b2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"## 裏面配線は電源だけではない","quote_start":0,"quote_end":16,"text_sha256":"aa4d74704a37bf6e790097f4b93fc24ac5efe0eed28da8ad837bd6ca386dca35","block_sha256":"aa4d74704a37bf6e790097f4b93fc24ac5efe0eed28da8ad837bd6ca386dca35","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_bdda4e96-ef6a-4229-81ca-40bc9c6ebf4b"},{"id":"occ_857d71a89f3f984f73e0e1bb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_c56181c6-0fd5-45d3-b162-58fd2c31565d","section_id":"sec_d603b7c4-00cd-4a14-9c58-1e909e9d40e0","layer":"code","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"```\nその機能を近づける価値は大きいか\n              ↓ Yes\n配線短縮で帯域・電力が大きく改善するか\n              ↓ Yes\n発熱と冷却は成立するか\n              ↓ Yes\n電源を供給できるか\n              ↓ Yes\n接合前後にテスト","quote_start":0,"quote_end":151,"text_sha256":"c945be559939db27287fcbb333c9c0c264370354ebc7b217350cf6553b3df881","block_sha256":"c945be559939db27287fcbb333c9c0c264370354ebc7b217350cf6553b3df881","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_c56181c6-0fd5-45d3-b162-58fd2c31565d"},{"id":"occ_22eb74026ab25ca1502335ac","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_c92ef637-02dc-483b-a680-da4174b55f70","section_id":"sec_b2607906-93d6-428d-a4fe-e016516a33c0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"配線を短くして容量を減らせば、同じデータ量をより低い電力で動かせる。","quote_start":0,"quote_end":34,"text_sha256":"ff16a99788e537ef1b85d9a2d74959a3cf9d0c698850f9d2e55296e78af25ab4","block_sha256":"ff16a99788e537ef1b85d9a2d74959a3cf9d0c698850f9d2e55296e78af25ab4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_c92ef637-02dc-483b-a680-da4174b55f70"},{"id":"occ_42c8fff108a1060df59e29b9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_ca5d893b-b343-4987-b2d1-ec1ad0c24106","section_id":"sec_f9a0262d-0d7d-41d7-acf2-451b673fd2c3","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電源","quote":"Cadenceなどの3D-IC設計環境も、フロアプラン、静的タイミング、信号品質、電源品質、電磁界、熱、機械的反りを統合して解析する方向へ進んでいる。([cadence.com](https://www.cadence.com/en_US/home/solutions/3dic-des","quote_start":0,"quote_end":143,"text_sha256":"ed20b5a8a399142e1e49a01d0d64197408ec66e98282343d3436c94e832ae9d4","block_sha256":"ed20b5a8a399142e1e49a01d0d64197408ec66e98282343d3436c94e832ae9d4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_ca5d893b-b343-4987-b2d1-ec1ad0c24106"},{"id":"occ_b10e1c7835a648afbb5d3ef3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_cf262ba9-7ee8-48b3-87ed-1dfbce8c02c4","section_id":"sec_f9d4b2d2-4aad-4983-aa2f-77a3441a94b2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電源","quote":"将来の裏面は、単なる電源入力面ではなくなる可能性がある。","quote_start":0,"quote_end":28,"text_sha256":"27a4e712c89a8f2c4ffb44cea870ecce8198acfddd8eb971b92ecadf09c5c365","block_sha256":"27a4e712c89a8f2c4ffb44cea870ecce8198acfddd8eb971b92ecadf09c5c365","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_cf262ba9-7ee8-48b3-87ed-1dfbce8c02c4"},{"id":"occ_739645f5c5fef487b3c7f4ea","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_dabeae1a-1e5b-4b24-b1bd-c7e850d74e73","section_id":"sec_d54f4402-af5e-492c-b867-4105800b9202","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電源","quote":"裏面電源供給では、電源をシリコン裏面から供給する。","quote_start":0,"quote_end":25,"text_sha256":"ae03f939f29d2995851ce4a6d277cb22233a0e6b5856e13ac3c35c1a7f1b80bc","block_sha256":"ae03f939f29d2995851ce4a6d277cb22233a0e6b5856e13ac3c35c1a7f1b80bc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_dabeae1a-1e5b-4b24-b1bd-c7e850d74e73"},{"id":"occ_d71b234b1cbe6fd4ff8c4885","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_e41a308f-97cb-4548-aa48-945fa2220f8d","section_id":"sec_af9a9a7a-b616-43db-a818-ba00b02671ed","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"- 各層の発熱密度\n- 同時稼働率\n- 冷却面の位置\n- 電源供給方向\n- 熱伝導材料\n- チップ面積\n- ホットスポットの重なり","quote_start":0,"quote_end":65,"text_sha256":"24f5eb55902874c0750058159ac7210210b6024cbadac8fd4be9e5c4605d2e7b","block_sha256":"24f5eb55902874c0750058159ac7210210b6024cbadac8fd4be9e5c4605d2e7b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_e41a308f-97cb-4548-aa48-945fa2220f8d"},{"id":"occ_714316abbfa701b4c8530461","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_e7467602-fbe3-458a-8962-f3b8d67ddd48","section_id":"sec_5ac7466c-f5f7-4285-a595-f56612c10fe5","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電源","quote":"> **複数のダイ、メモリー、電源、通信、冷却を統合するコンピューター本体**","quote_start":0,"quote_end":39,"text_sha256":"ab90ee97281410433c8cc66f528e960d35570773ee955ed05cdbc539934463f0","block_sha256":"ab90ee97281410433c8cc66f528e960d35570773ee955ed05cdbc539934463f0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_e7467602-fbe3-458a-8962-f3b8d67ddd48"},{"id":"occ_94778350fed1738a7df439f5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_f185ae76-8aab-4392-b6a3-c6d7b90fcf98","section_id":"sec_bcc78d26-8f0a-456b-ab15-2014427f2f0b","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":389,"end":391,"exact":"電源","quote":"t\nPCIe／CXL／UALink系I/O\n\n────────────────────\nパッケージ基板・冷却・電源\n```","quote_start":334,"quote_end":395,"text_sha256":"eddc9a4122b36c3cefcf9946c1df14d35231bbda9bc92013c3055d7a3f9ab165","block_sha256":"eddc9a4122b36c3cefcf9946c1df14d35231bbda9bc92013c3055d7a3f9ab165","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_f185ae76-8aab-4392-b6a3-c6d7b90fcf98"},{"id":"occ_f8c2489ff92748da9ee82290","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_f1c4f273-2d11-48f6-aacf-dd9cf68fbf5f","section_id":"sec_00e8949d-9524-4c72-9d68-6173dc83fd9a","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電力","quote":"- ドライバー電力\n- イコライザー電力\n- 基板損失\n- ケーブル損失","quote_start":0,"quote_end":36,"text_sha256":"2165344d31608ecd6ef18e679441386a330847b1cce20a1a0f51592d1e281138","block_sha256":"2165344d31608ecd6ef18e679441386a330847b1cce20a1a0f51592d1e281138","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_f1c4f273-2d11-48f6-aacf-dd9cf68fbf5f"},{"id":"occ_18fa6893a903a4581e9b7564","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_04caab49-911d-4fa8-9f6d-3786d6161ca6","work_id":"wrk_0d59b917-4500-410a-8f04-11e61ecb4938","block_id":"blk_f8ca9c87-0f6b-47dd-9ec1-13edf22fa467","section_id":"sec_f9d4b2d2-4aad-4983-aa2f-77a3441a94b2","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電源","quote":"```\n前面：信号\n中央：トランジスタ\n裏面：電源・接続\n```","quote_start":0,"quote_end":32,"text_sha256":"d0bea20646a9bd291c306f8a5744892c0d2c3dceaeb9f415ad07b341b4178969","block_sha256":"d0bea20646a9bd291c306f8a5744892c0d2c3dceaeb9f415ad07b341b4178969","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_04caab49-911d-4fa8-9f6d-3786d6161ca6/#blk_f8ca9c87-0f6b-47dd-9ec1-13edf22fa467"},{"id":"occ_61a72cce33ab6e2cc18e3077","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_062b5267-073b-4a05-943e-d019dd2ff413","work_id":"wrk_7c16c103-14bd-4972-a4f1-ab09968bd842","block_id":"blk_0017360c-ee28-49ef-b6b1-de97f41c711d","section_id":"sec_a6bdf439-4c35-4ae7-8260-16d3cedeb325","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"廃炉までの事を考えると会社の利益的には＋にはならないかも知れないが、その時期に停電させず、安定して電力が供給出来た事にも、安全保障上電力を途切れさせなかった事はそれ以上の意味を持つ","quote_start":0,"quote_end":90,"text_sha256":"362923e15f1f6fdb01eef8347c71442b5d219207c74900412eb4d3b8d9ac82db","block_sha256":"362923e15f1f6fdb01eef8347c71442b5d219207c74900412eb4d3b8d9ac82db","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_062b5267-073b-4a05-943e-d019dd2ff413/#blk_0017360c-ee28-49ef-b6b1-de97f41c711d"},{"id":"occ_8bafc961cf3ea3af5c5796f2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_062b5267-073b-4a05-943e-d019dd2ff413","work_id":"wrk_7c16c103-14bd-4972-a4f1-ab09968bd842","block_id":"blk_3471fbf3-4f1b-4db7-a1e8-08473efea863","section_id":"sec_a6bdf439-4c35-4ae7-8260-16d3cedeb325","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電源","quote":"30年後くらいには、太陽光と蓄電池が主流な電源になっているとは思う","quote_start":0,"quote_end":33,"text_sha256":"dd7313c9b254941469a362e7fd9d849bbbcd788db5ae63a63db7c9ed0b7b0144","block_sha256":"dd7313c9b254941469a362e7fd9d849bbbcd788db5ae63a63db7c9ed0b7b0144","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_062b5267-073b-4a05-943e-d019dd2ff413/#blk_3471fbf3-4f1b-4db7-a1e8-08473efea863"},{"id":"occ_7549b43500f70ea564e15873","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_062b5267-073b-4a05-943e-d019dd2ff413","work_id":"wrk_7c16c103-14bd-4972-a4f1-ab09968bd842","block_id":"blk_44410cfa-fc42-46a8-9bc2-43d800b46720","section_id":"sec_a6bdf439-4c35-4ae7-8260-16d3cedeb325","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電源","quote":"子炉は炉心と蒸気発生器が同じ缶に溶接されていて、ポンプなしで自然に受動的に冷却出来るように設計されているため、電源喪失しても勝手に冷えて勝手に止まる","quote_start":10,"quote_end":84,"text_sha256":"3b8f353e1332635b465100ffad4c10efadf4fd0625b63eba1473ab07ad1c345b","block_sha256":"3b8f353e1332635b465100ffad4c10efadf4fd0625b63eba1473ab07ad1c345b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_062b5267-073b-4a05-943e-d019dd2ff413/#blk_44410cfa-fc42-46a8-9bc2-43d800b46720"},{"id":"occ_0b6751264b1369217ede86c0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_062b5267-073b-4a05-943e-d019dd2ff413","work_id":"wrk_7c16c103-14bd-4972-a4f1-ab09968bd842","block_id":"blk_4ae00bea-9ce1-4539-8fa5-3f1ac33f50b6","section_id":"sec_a6bdf439-4c35-4ae7-8260-16d3cedeb325","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力会社の利益も少ない、電力のようなビジネスで儲けるのは難しい","quote_start":0,"quote_end":31,"text_sha256":"acbe1ed41d3accb3ad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 \n放射能は決して安全なんかではない  \nだからこそ、日々の研究が必要なのだ","quote_start":0,"quote_end":71,"text_sha256":"cdf0413c7d7d8bf0a6f0c03770b1542987fe18fa2b49ef30d7cebd8e3c269bc2","block_sha256":"cdf0413c7d7d8bf0a6f0c03770b1542987fe18fa2b49ef30d7cebd8e3c269bc2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_062b5267-073b-4a05-943e-d019dd2ff413/#blk_9b629214-4ab5-4dff-ba7c-fc9f10a423a0"},{"id":"occ_ff5515c17f386185b577cc9e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_062b5267-073b-4a05-943e-d019dd2ff413","work_id":"wrk_7c16c103-14bd-4972-a4f1-ab09968bd842","block_id":"blk_dc457820-9c2f-4424-a4b6-05705c49a6b5","section_id":"sec_a6bdf439-4c35-4ae7-8260-16d3cedeb325","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"動かした方が、その分が浮きその時期は安くて安定した電力が供給できるのだ","quote_start":0,"quote_end":35,"text_sha256":"793b14c5ca2f0f7a0d23a647a7beea4c5cdc80f6ed70684f086625ce4d627d21","block_sha256":"793b14c5ca2f0f7a0d23a647a7beea4c5cdc80f6ed70684f086625ce4d627d21","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_062b5267-073b-4a05-943e-d019dd2ff413/#blk_dc457820-9c2f-4424-a4b6-05705c49a6b5"},{"id":"occ_ca9939605008b725546e33d7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_1d971701-45c7-4f08-bd61-8b48869e046d","section_id":"sec_f0a94295-2ee4-41f2-ac2d-2e5b784d9cde","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":505,"end":507,"exact":"電源","quote":"/sが追加された。\n- UCIe対応は無条件の互換性を意味せず、PHYプロファイル、バンプマップ、プロトコル、電源、クロック、ファームウェアをそろえる必要がある。\n- UCIeの最終目標は、複数企業のチップレットを共通基盤上で組み合わせるオープンなエコシステムを作ることである。","quote_start":450,"quote_end":589,"text_sha256":"7863c77a7789b5af9b7017b121dda2ad5da39128807ddce4299ed82e0ca42ebf","block_sha256":"7863c77a7789b5af9b7017b121dda2ad5da39128807ddce4299ed82e0ca42ebf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_1d971701-45c7-4f08-bd61-8b48869e046d"},{"id":"occ_249012a97bbca3c3beb3e7e3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_2c01d572-d3ba-45f6-98ee-6f1698d610d8","section_id":"sec_45be9fd2-7cda-4bc7-a374-7ab77bd7399c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"おおまかには、信号を充放電する電力は次の関係で増える。","quote_start":0,"quote_end":27,"text_sha256":"580cab6721eedc31bdf1d21b47877a991b6a1199dd27f1cef58727c30f92156d","block_sha256":"580cab6721eedc31bdf1d21b47877a991b6a1199dd27f1cef58727c30f92156d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_2c01d572-d3ba-45f6-98ee-6f1698d610d8"},{"id":"occ_08e14828081fbeefafc59cea","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_2d30a31b-bbe0-42a4-8ed9-704ba083d111","section_id":"sec_45be9fd2-7cda-4bc7-a374-7ab77bd7399c","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"```\n動的電力 ≒ 容量 × 電圧² × 周波数\n```","quote_start":0,"quote_end":29,"text_sha256":"b7e52d532461fd45b76217575e66356432665921969c0ac815142efa62605d28","block_sha256":"b7e52d532461fd45b76217575e66356432665921969c0ac815142efa62605d28","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_2d30a31b-bbe0-42a4-8ed9-704ba083d111"},{"id":"occ_032d0cf3cc4269f202725907","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_3104d656-8834-4415-9f02-5a1603bc1471","section_id":"sec_7abf3ff6-1dd7-4054-bdc0-e77be6150543","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電力","quote":"UCIe 3.0は、速度向上と同時に、帯域密度、イコライゼーション、電力管理を改善する設計になっている。","quote_start":0,"quote_end":52,"text_sha256":"4d8c089466ed8ff79211b81e1d4dda2cbdabe1ce1989e9ea9d28d096204f0891","block_sha256":"4d8c089466ed8ff79211b81e1d4dda2cbdabe1ce1989e9ea9d28d096204f0891","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_3104d656-8834-4415-9f02-5a1603bc1471"},{"id":"occ_ae870966fb2adf78a4ff3061","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_3f883fbf-ff59-4a71-b9bf-3565631bbb6f","section_id":"sec_7abf3ff6-1dd7-4054-bdc0-e77be6150543","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"したがって、データレートを2倍にしても、PHY面積と電力を一切増やさず帯域だけを2倍にできるわけではない。","quote_start":0,"quote_end":53,"text_sha256":"9257e8938cc0f6c5b597fac06619ffd6968a5076b05468fa9954e4dfc8820e26","block_sha256":"9257e8938cc0f6c5b597fac06619ffd6968a5076b05468fa9954e4dfc8820e26","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_3f883fbf-ff59-4a71-b9bf-3565631bbb6f"},{"id":"occ_fac05eb90aced5d11b50f904","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_51e4e296-0343-4ceb-a229-4de80f2003d7","section_id":"sec_75e61cb7-99b8-47b4-9c68-b5b9cf69cade","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":78,"end":80,"exact":"電力","quote":"r\nリンク管理\nソフトウェアモデル\n\n\n異なる\n\nチャネル長\nバンプピッチ\nレーン構成\n送信駆動力\n信号補償\n電力\n帯域密度\n```","quote_start":23,"quote_end":89,"text_sha256":"5165f3540230140c8a44692be65ff1e602ba9543eb35771813a71ac1e011e811","block_sha256":"5165f3540230140c8a44692be65ff1e602ba9543eb35771813a71ac1e011e811","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_51e4e296-0343-4ceb-a229-4de80f2003d7"},{"id":"occ_ce37d26ac3d1e2dd3fbaf0f2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_665aabc2-3da7-4311-af52-06175aea68bc","section_id":"sec_0b42367d-dad5-4f8d-b0e3-173912bf2618","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":" 上下方向の極短距離接続\n- 接合面全体を使える\n- 非常に多数の並列接点\n- 高い面積帯域密度\n- 低い通信電力\n- 低遅延\n- Logic-on-Logic\n- SRAM-on-Compute\n- Memory-on-Logic","quote_start":1,"quote_end":117,"text_sha256":"0697cf6e3bd57e899be80a6fd0609fef20202fb5badcdbffa6b7f37143f4669e","block_sha256":"0697cf6e3bd57e899be80a6fd0609fef20202fb5badcdbffa6b7f37143f4669e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_665aabc2-3da7-4311-af52-06175aea68bc"},{"id":"occ_4117bbf851a5001a8a999d05","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_70ea4022-cb86-4936-8119-21eaa3e2e1ae","section_id":"sec_45be9fd2-7cda-4bc7-a374-7ab77bd7399c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電力","quote":"UCIe-Aでは配線容量と動作電圧を下げやすいため、同じ量のデータをUCIe-Sより少ない電力で運びやすい。","quote_start":0,"quote_end":54,"text_sha256":"32e76bb5b29e6d4915fa15059456742e84f160edf47773d378c53047146f94d0","block_sha256":"32e76bb5b29e6d4915fa15059456742e84f160edf47773d378c53047146f94d0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_70ea4022-cb86-4936-8119-21eaa3e2e1ae"},{"id":"occ_3e308bf4c2be9a61f26f94eb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_96b10e1e-fceb-4c07-8ed8-4cf95f7c1f1b","section_id":"sec_bc01db18-7b44-44d6-acfd-c3ed11b2f5ce","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":276,"end":278,"exact":"電力","quote":" | 非常に高い |\n| PHY方式 | 少数・高速寄り | 多数・並列寄り | 超多数・広並列寄り |\n| 電力効率 | 比較的低い | 高い | さらに高くしやすい |\n| コスト | 低め | 高い | 非常に高い |\n| 主用途 | 汎用、コスト重視 | AI、HPC、HBM、アクセラレータ | SRAM","quote_start":221,"quote_end":378,"text_sha256":"acffd8784ec9f98ec286b2dd7e46956491ab1071c49494ec79504c2ba775e4c6","block_sha256":"acffd8784ec9f98ec286b2dd7e46956491ab1071c49494ec79504c2ba775e4c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_96b10e1e-fceb-4c07-8ed8-4cf95f7c1f1b"},{"id":"occ_c03aec641c38b5522f1c90ac","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_a64abff9-1429-467a-91c7-29c790722d73","section_id":"sec_d98dfbe8-abaf-46bd-85e7-3065281b5108","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電源","quote":"- 電源電圧\n- リセット\n- クロック\n- ファームウェア\n- 温度管理\n- セキュリティ\n- 起動順序","quote_start":0,"quote_end":53,"text_sha256":"f89b48869bb063f7f05f4f597864b9edd37d91ed190d50c663017a4f378abdae","block_sha256":"f89b48869bb063f7f05f4f597864b9edd37d91ed190d50c663017a4f378abdae","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_a64abff9-1429-467a-91c7-29c790722d73"},{"id":"occ_aa56d6fcc6a120f7d8a5b33b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_af909f89-8e7f-47b1-804c-d6d286101894","section_id":"sec_1030812a-049e-4b14-b764-b3c8ef241090","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":81,"end":83,"exact":"電力","quote":"- クロック方式\n- バンプ配置\n- リンク初期化手順\n- エラー検出方法\n- 再送方法\n- データ形式\n- 電力管理\n- テストと故障診断\n- 上位プロトコル","quote_start":26,"quote_end":106,"text_sha256":"8c9e8bcb33c3d3820f9d00161c472255c9e8ca089a4c4e848319f9c840fc6960","block_sha256":"8c9e8bcb33c3d3820f9d00161c472255c9e8ca089a4c4e848319f9c840fc6960","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_af909f89-8e7f-47b1-804c-d6d286101894"},{"id":"occ_09f1a71aec8f5281fc8b7f7e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_b27a6edb-18af-4f32-a4d8-ef4ac520f2c0","section_id":"sec_45be9fd2-7cda-4bc7-a374-7ab77bd7399c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"## なぜUCIe-Aの方が低電力なのか","quote_start":0,"quote_end":20,"text_sha256":"790b6a87f874883513d2fcfe4d172fce0f1ea2a1440cedd3de05077f512e7985","block_sha256":"790b6a87f874883513d2fcfe4d172fce0f1ea2a1440cedd3de05077f512e7985","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_b27a6edb-18af-4f32-a4d8-ef4ac520f2c0"},{"id":"occ_163aa7d72093087daed176b6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_d2869235-c7af-4c16-92db-6d7bb50b100f","section_id":"sec_376d42ac-0fdc-46fc-b8d0-324f3da293fb","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電源","quote":"- 裸のシリコンダイ\n- パッケージ内部配線\n- 電源とグラウンド\n- バンプ配置\n- クロック\n- PHY\n- プロトコル\n- 起動と管理\n- 検査","quote_start":0,"quote_end":75,"text_sha256":"14c2c766d78961bb50167ba09d307e9b26a7b96b38d9dc0dfc95a3fdbc7f646b","block_sha256":"14c2c766d78961bb50167ba09d307e9b26a7b96b38d9dc0dfc95a3fdbc7f646b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_d2869235-c7af-4c16-92db-6d7bb50b100f"},{"id":"occ_5b84707d54ff10277a8a95ff","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_d43e4edd-47e9-45ce-93d5-517863881d94","section_id":"sec_dbdbeb0b-dd8b-4e77-af4b-73d14d1ef9ae","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":77,"end":79,"exact":"電力","quote":"渉\n- データ形式の調整\n- 複数プロトコル間の仲裁\n- CRCによるエラー検出\n- リンクレベルの再送\n- 電力状態の管理\n- PHYとの連携","quote_start":22,"quote_end":94,"text_sha256":"3788310be761db9213d3128ec27016fd764fb87e23ec150dd51399c3d406595d","block_sha256":"3788310be761db9213d3128ec27016fd764fb87e23ec150dd51399c3d406595d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_d43e4edd-47e9-45ce-93d5-517863881d94"},{"id":"occ_70d7e4eca4f153dd91cc9d32","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_e1a52e81-3d34-4b05-bcdc-f5005f1eb7a2","section_id":"sec_db91fd4a-af29-4987-8be0-62f32163079b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電源","quote":"- 信号減衰\n- 反射\n- クロストーク\n- ビアの寄生成分\n- 電源ノイズ","quote_start":0,"quote_end":38,"text_sha256":"bebca9edc0f4da014676e0f10086fef2f473b615ce0df5bfcf422cb3d67bf2e8","block_sha256":"bebca9edc0f4da014676e0f10086fef2f473b615ce0df5bfcf422cb3d67bf2e8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_e1a52e81-3d34-4b05-bcdc-f5005f1eb7a2"},{"id":"occ_45b7729df6146f7dba596c22","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_e5f851d3-e2e6-44db-8731-2dfb8dd695a6","section_id":"sec_c20e050a-f7ac-4080-b495-ccd13daccc3e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"- 48GT/s\n- 64GT/s\n- 連続伝送\n- ランタイム再調整\n- L2低電力状態の最適化\n- ファームウェアダウンロード\n- 優先サイドバンドパケット\n- 最大100mmの拡張サイドバンド\n- Fast Throttle\n- 緊急停止\n- Open Drain Pin","quote_start":0,"quote_end":139,"text_sha256":"604a1cce6c666da5f3b9ceb997b7b6b55793ddc919ae824bd0dcba49fa0251af","block_sha256":"604a1cce6c666da5f3b9ceb997b7b6b55793ddc919ae824bd0dcba49fa0251af","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_e5f851d3-e2e6-44db-8731-2dfb8dd695a6"},{"id":"occ_154bab93d2ab4f4580733a5f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_f93d2f49-dc04-4598-aeac-7476de3d3838","section_id":"sec_0b7529f7-d68d-4e06-8325-f8486dfab410","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":47,"end":49,"exact":"電源","quote":"ただし、真のオープンチップレット市場を成立させるには、UCIe規格だけでなく、パッケージ設計、電源、冷却、セキュリティ、EDA、Known Good Die、テスト、責任分界までを整備する必要がある。","quote_start":0,"quote_end":100,"text_sha256":"3e1e466da4059b1f6dbb92f8eddb2a2bea908205ab9ec71c5870e84848c0d4c6","block_sha256":"3e1e466da4059b1f6dbb92f8eddb2a2bea908205ab9ec71c5870e84848c0d4c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_f93d2f49-dc04-4598-aeac-7476de3d3838"},{"id":"occ_698df4caa31be3575ce31d88","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4","work_id":"wrk_401fbe80-56cf-48d2-8341-cfc86b46941f","block_id":"blk_fe89edfa-885a-48c6-a290-3d5f0d7b22d8","section_id":"sec_0b7529f7-d68d-4e06-8325-f8486dfab410","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"```\nUCIe-S\n→ コスト重視の横方向接続\n\n\nUCIe-A\n→ 性能・電力効率重視の横方向接続\n\n\nUCIe-3D\n→ 面積密度重視の垂直接続\n```","quote_start":0,"quote_end":79,"text_sha256":"5f09978d65e7162a7175bd3944ef1192466325e53cf672ab8445c87f0d64ed15","block_sha256":"5f09978d65e7162a7175bd3944ef1192466325e53cf672ab8445c87f0d64ed15","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_069f7cc4-0ca9-44ca-b711-fdfd84413ec4/#blk_fe89edfa-885a-48c6-a290-3d5f0d7b22d8"},{"id":"occ_5a309ab529565c19083f267b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_05179352-ee8c-40b8-8866-595226484396","section_id":"sec_dacd34d8-a85c-405d-ac68-65929c26a1d5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":248,"end":250,"exact":"電力","quote":" | 9% | 約1,100億ドル | 35〜55% | 15〜30% | 約160億〜330億ドル |\n| 電力設備/UPS/変圧器 | 9% | 約1,100億ドル | 30〜40% | 12〜25% | 約130億〜280億ドル |\n| 冷却・液冷・機械設備 | 6% | 約740億ドル | 30〜40% 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,"quote_start":0,"quote_end":76,"text_sha256":"bc9b311a00f8daca876425ff0b61471bc240385501707c2e29a61e0417ddcb91","block_sha256":"bc9b311a00f8daca876425ff0b61471bc240385501707c2e29a61e0417ddcb91","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_2186e3ef-cfbe-481c-b5ec-9acb6ca8bb27"},{"id":"occ_07c6801942f5cc719ee98108","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_3146753c-d4d4-4798-85da-83904970c7ba","section_id":"sec_dcc5746a-4a23-453f-b320-41b08311d5c2","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"最大の制約は、単なる電力ではない。正確には、電力付き土地である。大容量電力を引ける土地であり、送電網に接続できる場所であり、水や騒音が許容され、住民合意が取れ、自治体が許認可を出し、長期契約が組める場所である。","quote_start":0,"quote_end":105,"text_sha256":"2b9ff92058981eb7a3d7fae3e7e38894e29151ba778c80389261cc57028ec69d","block_sha256":"2b9ff92058981eb7a3d7fae3e7e38894e29151ba778c80389261cc57028ec69d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_3146753c-d4d4-4798-85da-83904970c7ba"},{"id":"occ_1bbb4b98f88b98e3a4f0c20a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_37af0749-fb9e-4ec5-8165-e84bd0c29c6e","section_id":"sec_0c4203df-7ac1-43bd-b1be-fd46c6417de1","layer":"body","character_id":null,"count":4,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":157,"end":159,"exact":"電力","quote":"るクラウド事業者 |\n| AIインフラ・プラットフォーム | AI XPV Platform、Helix | 電力、資本、半導体、データセンターを束ねる上位構造 |\n| 半導体プラットフォーム | NVIDIA、Broadcom、AMD | AIファクトリーの心臓とネットワーク仕様を決める |\n| 金融スポンサー","quote_start":102,"quote_end":259,"text_sha256":"e891edda7102da51884f61aa338a1e821aab8b897eb267c21878d66521a045d0","block_sha256":"e891edda7102da51884f61aa338a1e821aab8b897eb267c21878d66521a045d0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_37af0749-fb9e-4ec5-8165-e84bd0c29c6e"},{"id":"occ_f63ab1b18609d7160c830d5b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_4174ede9-b347-4b97-a704-5035f11fc09c","section_id":"sec_57727a99-8ad9-4d28-9697-2ac165ecb213","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":76,"end":78,"exact":"電力","quote":"フラ産業へ変わる瞬間を見ます。モデルは軽やかに見えるけれど、その背後では、年金資金、保険資金、政府系ファンド、電力会社、半導体、建設、自治体が絡み合っている。","quote_start":21,"quote_end":100,"text_sha256":"eaa9752ea356a83efd320b152eb0b01e7f477f9b761c3cddcccc6449d327d4cf","block_sha256":"eaa9752ea356a83efd320b152eb0b01e7f477f9b761c3cddcccc6449d327d4cf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_4174ede9-b347-4b97-a704-5035f11fc09c"},{"id":"occ_2e5298152d93095e6d3b14f2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_4b09892d-cce1-44c4-bbd2-a399d9f8a7ea","section_id":"sec_e33115cd-4cce-44fc-8f2d-ab3caaf1b267","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電力","quote":"何が起きているか |\n| --- | --- |\n| 直接投資・補助金 | 政府がAI半導体、データセンター、電力網、研究開発、主権AIに予算を出す |\n| 政府系ファンド | KIAのような国家資産がAIインフラ会社へ入る |\n| 年金・保険資金 | 退職資金や保険料がApollo、Blackstone、KKR","quote_start":9,"quote_end":166,"text_sha256":"a853254c1dfadf704c21731e39fd1bedc9f70daf0546d8721671a0cde1d49657","block_sha256":"a853254c1dfadf704c21731e39fd1bedc9f70daf0546d8721671a0cde1d49657","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_4b09892d-cce1-44c4-bbd2-a399d9f8a7ea"},{"id":"occ_e112a3a0cccfea1a1d894b54","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_4ba63d0c-a2b5-489e-bed6-0dd50c0c2e08","section_id":"sec_26ba8cdf-2810-4f14-b615-2a81876bbf2f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"AI計算資源が、半導体産業、電力産業、不動産、金融、保険、年金、国家資本を巻き込みながら、新しいインフラ資産クラスとして立ち上がり始めたということである。","quote_start":0,"quote_end":77,"text_sha256":"efb5c9da381bc8550ee9b0c2f4c7e428fa1f7a97e98747f9b573dc8b4e12795a","block_sha256":"efb5c9da381bc8550ee9b0c2f4c7e428fa1f7a97e98747f9b573dc8b4e12795a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_4ba63d0c-a2b5-489e-bed6-0dd50c0c2e08"},{"id":"occ_06e84e441111259c55e8ada9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_4dc04a3a-22bd-4fb9-a6ce-33bde4b23c94","section_id":"sec_0c4203df-7ac1-43bd-b1be-fd46c6417de1","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電力","quote":"クラウドが「計算資源を売る店」だとすれば、AI XPV PlatformやHelixは、その店の裏側で、土地、電力、半導体、金融、長期契約を束ね、計算資源そのものを製造する装置である。","quote_start":2,"quote_end":94,"text_sha256":"5b077a6b1727d2633ef9f46d8d5de691175fb7d9e33812f9ec1c3f8da9b26ca9","block_sha256":"5b077a6b1727d2633ef9f46d8d5de691175fb7d9e33812f9ec1c3f8da9b26ca9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_4dc04a3a-22bd-4fb9-a6ce-33bde4b23c94"},{"id":"occ_40eb7c4cdede2ef16719641f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_50524243-e956-4106-9e39-3418c3ea55d1","section_id":"sec_26ba8cdf-2810-4f14-b615-2a81876bbf2f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"それは、電力、土地、データセンター、冷却、ネットワーク、半導体、長期契約、リース、SPV、プライベートクレジット、政府系ファンド、保険資金、年金資金を束ねて、巨大な「計算容量」を金融商品として組成する話になり始め","quote_start":0,"quote_end":106,"text_sha256":"e23e5011533280d4db48756d165c7b532381e600e9ef180091c699db78167596","block_sha256":"e23e5011533280d4db48756d165c7b532381e600e9ef180091c699db78167596","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_50524243-e956-4106-9e39-3418c3ea55d1"},{"id":"occ_aae78d87e4f476b8d4ca580d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_5504657d-108d-4b39-b2c0-a04c908d0c00","section_id":"sec_8e2bcf3f-4b6a-4053-86de-2ce87fa6037b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":80,"end":82,"exact":"電力","quote":" Authority、NVIDIA、Vistraが創設投資家として参加するAIインフラ企業で、データセンター、電力、接続性、AIファクトリー設計を束ねる役割を持つ。","quote_start":25,"quote_end":107,"text_sha256":"498310f8b1ffdb74101cccfb000f54c29e9249914f49a9c6aad1b5caaedf804d","block_sha256":"498310f8b1ffdb74101cccfb000f54c29e9249914f49a9c6aad1b5caaedf804d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_5504657d-108d-4b39-b2c0-a04c908d0c00"},{"id":"occ_431132da2fa3c68591e2e4b2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_5b92f81d-c90b-4496-a368-cc1deb6cb646","section_id":"sec_8e2bcf3f-4b6a-4053-86de-2ce87fa6037b","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"Helixは、AIデータセンターを建てるだけの会社ではない。電力、土地、データセンター、ファイバー、GPU、顧客契約、金融資本を束ね、ハイパースケーラーやAI企業に「電力付きAI計算容量」を提供するAIインフラ・プラットフォームである。","quote_start":0,"quote_end":118,"text_sha256":"2228fa74b6bbbdbf97fb70a0ffa6491acf6cef1ac14e8f48fee52b846a779d1a","block_sha256":"2228fa74b6bbbdbf97fb70a0ffa6491acf6cef1ac14e8f48fee52b846a779d1a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_5b92f81d-c90b-4496-a368-cc1deb6cb646"},{"id":"occ_89cf762e0ea2a4f79b024f8b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_65688c5a-6787-49e5-b3c9-9f7d2de8d3b1","section_id":"sec_c5f7afe6-66d8-4a36-8b50-3ec62ab30185","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":71,"end":73,"exact":"電力","quote":"のAIインフラ・プラットフォーム系追加容量 | 累計CapEx | 2030年時点のAIクラウド売上 | 年間電力消費 |\n| --- | ---: | ---: | ---: | ---: |\n| 保守シナリオ | 20GW | 約0.7兆ドル | 約1,200億〜2,400億ドル | 約200TWh |\n| ","quote_start":16,"quote_end":173,"text_sha256":"ea6cb11d64bdb77baefc5ae49d6d75b52ba26d47418c38190cd246de5ea5405b","block_sha256":"ea6cb11d64bdb77baefc5ae49d6d75b52ba26d47418c38190cd246de5ea5405b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_65688c5a-6787-49e5-b3c9-9f7d2de8d3b1"},{"id":"occ_5dde1c01e950ebe5bb8879c5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_65fa375e-bf80-4fa6-a9ff-abe666bcb8e2","section_id":"sec_b94dcf6c-568d-4a68-8c1f-8283631f17af","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"**絶ノイア:** AI XPV PlatformもHelixも、そこを束ねる仕組みなんですよね。半導体、電力、資本、需要契約をまとめてGWを作る。","quote_start":0,"quote_end":74,"text_sha256":"28615a2348939f15522d6610516e6c18d6bdfd95d0f68ba1956135303bab203f","block_sha256":"28615a2348939f15522d6610516e6c18d6bdfd95d0f68ba1956135303bab203f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_65fa375e-bf80-4fa6-a9ff-abe666bcb8e2"},{"id":"occ_93bd7cc7a5fd82e909dd583a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_6adb82d2-56ae-4a8f-8b92-3d952c351081","section_id":"sec_dcc5746a-4a23-453f-b320-41b08311d5c2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"データセンターは建ったが、電力が入らない。","quote_start":0,"quote_end":21,"text_sha256":"236f0b3e49c88d0c12cb7541440b657e9b877f816a68798dc32047f45d99628f","block_sha256":"236f0b3e49c88d0c12cb7541440b657e9b877f816a68798dc32047f45d99628f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_6adb82d2-56ae-4a8f-8b92-3d952c351081"},{"id":"occ_4ce4b5c8f107127e67009ad2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_6c6002d0-9bc1-4c0f-bb1d-b985f85310d7","section_id":"sec_c5f7afe6-66d8-4a36-8b50-3ec62ab30185","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"IEAも、AIとデータセンターの電力需要が電力システムへ与える影響を大きな論点として扱っている。([IEA][5])","quote_start":0,"quote_end":58,"text_sha256":"e6d9b7d2d9cacac952b497562955ca5bc2a885681f0ce07a7c3eaecf8ba74813","block_sha256":"e6d9b7d2d9cacac952b497562955ca5bc2a885681f0ce07a7c3eaecf8ba74813","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_6c6002d0-9bc1-4c0f-bb1d-b985f85310d7"},{"id":"occ_d1eca7dddf99941fa51ba42f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_74758489-98b0-4594-9085-66882fec271c","section_id":"sec_01a886f3-17a2-42bb-88b4-e0698a322e9f","layer":"body","character_id":null,"count":5,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":80,"end":82,"exact":"電力","quote":"-- |\n| 2026年 | AIインフラ金融の発表ラッシュ。NVIDIA、Broadcom、HBM、光通信、電力設備、冷却、発電、ネオクラウドが再評価される |\n| 2027年 | 発表されたGWと実際に稼働するGWの差が見え始める。電力接続、変圧器、液冷、HBM、自治体反対が表面化する |\n| 2028年 |","quote_start":25,"quote_end":182,"text_sha256":"95e5c7c769cd17006b6c77135424d02751cdf40e0dde41278be1387a7e4e644b","block_sha256":"95e5c7c769cd17006b6c77135424d02751cdf40e0dde41278be1387a7e4e644b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_74758489-98b0-4594-9085-66882fec271c"},{"id":"occ_33c96fd451127eb74cb16bc5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_761a5104-6c27-4f61-a39c-263b87e953c2","section_id":"sec_cd04c0d8-867b-4ea0-b325-cf1a41d8d0f8","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"それは、AI企業の長期利用契約、半導体企業の技術提供、電力会社のPPA、データセンター事業者の建設・運用、年金・保険資金、政府系ファンド、プライベートクレジット、地方自治体の税制優遇、電力網投資が絡み合った、社会的な資本配分の仕組みである。","quote_start":0,"quote_end":120,"text_sha256":"6310eff8bdc931435cb46474e8b467ae8753b0dff47e469b9fda46a4bf2ea8cf","block_sha256":"6310eff8bdc931435cb46474e8b467ae8753b0dff47e469b9fda46a4bf2ea8cf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_761a5104-6c27-4f61-a39c-263b87e953c2"},{"id":"occ_3883041a95008c4bffb66a5c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_7b277a7a-707a-4496-8691-5d8f6f5dda6d","section_id":"sec_8e2bcf3f-4b6a-4053-86de-2ce87fa6037b","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"Helixは、NVIDIA AIファクトリー、Vistraの電力、KKR/KIAの長期資本を束ねた「電力付きAI工場の事業体」。","quote_start":0,"quote_end":64,"text_sha256":"93d1110a6fe8956222f3b02ff280f72bb0da7349badb8e9dc2efe11c16b3b7d0","block_sha256":"93d1110a6fe8956222f3b02ff280f72bb0da7349badb8e9dc2efe11c16b3b7d0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c/#blk_7b277a7a-707a-4496-8691-5d8f6f5dda6d"},{"id":"occ_7cc44d95f48f3c38b8d77bab","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0b72e772-70fd-4fc3-94b4-3beabdd8120c","work_id":"wrk_832924ba-8222-43e8-9f82-7a35ff151e1b","block_id":"blk_899db430-04bc-481a-8daf-916cd8b43954","section_id":"sec_8e2bcf3f-4b6a-4053-86de-2ce87fa6037b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":142,"end":144,"exact":"電力","quote":" |\n| NVIDIA | GPU、ネットワーク、AIファクトリー設計を提供 |\n| Vistra | 発電、電力供給、PPA、系統接続を担う 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実務的には「8→12スタック」への拡張で、同じ世代でも**容量・帯域が直線的に伸びる**（電力/冷却/歩留まりとのトレードオフは増大）。","quote_start":0,"quote_end":70,"text_sha256":"d82fda6bbf80a4dee9d95b5fd3a7c8c189509f2c88c8f5abb8ce84f52b345f3a","block_sha256":"d82fda6bbf80a4dee9d95b5fd3a7c8c189509f2c88c8f5abb8ce84f52b345f3a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0d8f6bbc-636e-4d8d-8ba4-920514c5aff2/#blk_1e9caab8-9827-4905-891e-bcc317c870e2"},{"id":"occ_88a2f656455b6435e9a8740d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0d8f6bbc-636e-4d8d-8ba4-920514c5aff2","work_id":"wrk_c5776fd4-c51f-4d7f-811d-7493ad4e5e3f","block_id":"blk_253c6753-016c-43fc-8403-bf3722d80990","section_id":"sec_589d09c5-a5e9-47f2-a94a-1f57d1d85773","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":514,"end":516,"exact":"電力","quote":"域＝（2,048/8）×Gb/s**（HBM4） → **総帯域＝スタック数倍**\n  4. 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Gb/s級**をアピール。\\*\\*電力効率も＋40%\\*\\*をうたいます。([micron.com](https://www.micron.com/products/memory/hbm/hbm3e?srsltid=AfmBOorpfe8","quote_start":348,"quote_end":505,"text_sha256":"a0723ecfd72eb87bfd29aea0bc83a2932aa66aa79d49d0ae76d61e07f98364e3","block_sha256":"a0723ecfd72eb87bfd29aea0bc83a2932aa66aa79d49d0ae76d61e07f98364e3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0d8f6bbc-636e-4d8d-8ba4-920514c5aff2/#blk_c77306fb-cea5-4d26-af11-bfe6e4607b67"},{"id":"occ_7c54c7ce412234c87a8b6545","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0e531107-4090-4b2f-8e19-16fe4d32d8d6","work_id":"wrk_52c716f7-adad-437c-8d7e-7eb8eeae30d9","block_id":"blk_545655b9-81a5-43ef-892a-f56c0df9f16e","section_id":"sec_77bdf3d3-797a-49a9-bcea-89f4658675d0","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電源","quote":"しかし、私はそこで悩む 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¥11,980  \n電源 Corsair **RM1000x SHIFT¥22,800**  \nケース Corsair 6500D Airflow ¥31,406  \niCUE LINKファン QX140 **スターターキッ","quote_start":276,"quote_end":433,"text_sha256":"f5d4cdab61aaf4de9f54d903c08a6f26644cf0574407cb29173e66a390bbcd6b","block_sha256":"f5d4cdab61aaf4de9f54d903c08a6f26644cf0574407cb29173e66a390bbcd6b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0e531107-4090-4b2f-8e19-16fe4d32d8d6/#blk_7f9cbbe7-63ce-4c9a-95e9-fbc91d59f81c"},{"id":"occ_f304b0c965a39baff7df5573","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0e531107-4090-4b2f-8e19-16fe4d32d8d6","work_id":"wrk_52c716f7-adad-437c-8d7e-7eb8eeae30d9","block_id":"blk_a94c66e5-297a-46d9-b66e-8f22c4924e04","section_id":"sec_77bdf3d3-797a-49a9-bcea-89f4658675d0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":"技術をGPUやCPUに使うと何が嬉しいのかというと、帯域幅が4～16倍となり、エネルギー効率がよくなり、従来の電力の70％をカットできるのだ","quote_start":1,"quote_end":71,"text_sha256":"b65230d14160684a666c4bb1986df2898e9d9a0c42d46fadb194d3af22b87d1e","block_sha256":"b65230d14160684a666c4bb1986df2898e9d9a0c42d46fadb194d3af22b87d1e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0e531107-4090-4b2f-8e19-16fe4d32d8d6/#blk_a94c66e5-297a-46d9-b66e-8f22c4924e04"},{"id":"occ_1cadba124acb282143c22596","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0e531107-4090-4b2f-8e19-16fe4d32d8d6","work_id":"wrk_52c716f7-adad-437c-8d7e-7eb8eeae30d9","block_id":"blk_cc27e796-636a-44b9-8a33-7a7423acfc2b","section_id":"sec_77bdf3d3-797a-49a9-bcea-89f4658675d0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":342,"end":344,"exact":"電力","quote":"om)\n  - AMD も InfinityFabric 光化で追随。\n- **コンシューマ領域はコスト感度と電力枠が桁違い**\n  \n  - 熱と歩留まりがまだ高コスト。\n  - したがって **ゲーミング GPU で“当たり前”になるのは 2030 年代前半**まで待つ可能性が高い。\n- **最短シナリオでも","quote_start":287,"quote_end":444,"text_sha256":"9f06bea7d1939170eef83cd25df867c07e4eaa09f333a3b6e0f94795cbcf3202","block_sha256":"9f06bea7d1939170eef83cd25df867c07e4eaa09f333a3b6e0f94795cbcf3202","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0e531107-4090-4b2f-8e19-16fe4d32d8d6/#blk_cc27e796-636a-44b9-8a33-7a7423acfc2b"},{"id":"occ_dd1ad7ac71cd08e12d72f27f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0e8f98f5-ea3d-4d3b-847a-a6846f2569e9","work_id":"wrk_dcad52cb-128a-418b-a311-a794c37abfc3","block_id":"blk_12492946-f028-48e6-b2db-a48298bd519b","section_id":"sec_16962520-1112-4d4b-a104-3b5198a538c9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電源","quote":"1. Kyberラックの量産\n2. 800VDC電源\n3. 大型銅ミッドプレーン\n4. NVLink 7以降\n5. ラック間CPO\n6. 1,152 GPU all-to-all制御","quote_start":0,"quote_end":91,"text_sha256":"ab01c2072bcfcb82cf769327d25af95b5b4127a10c81f6cceab30e6b746bc0b7","block_sha256":"ab01c2072bcfcb82cf769327d25af95b5b4127a10c81f6cceab30e6b746bc0b7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0e8f98f5-ea3d-4d3b-847a-a6846f2569e9/#blk_12492946-f028-48e6-b2db-a48298bd519b"},{"id":"occ_be25717efa67b0cf8570ecc1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0e8f98f5-ea3d-4d3b-847a-a6846f2569e9","work_id":"wrk_dcad52cb-128a-418b-a311-a794c37abfc3","block_id":"blk_f0c01638-df09-4201-948c-f6ed72876d46","section_id":"sec_304743fb-6004-4c21-844f-f9853cdafab8","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":129,"end":131,"exact":"電源","quote":"背面NVLink Switch Blade\n大型PCBミッドプレーン\n基本的に銅Scale-up\n800VDC電源\n```","quote_start":74,"quote_end":135,"text_sha256":"4b7480dcc159316239435eb569199e78cd5036eb11e0d008534a2718b24e87a5","block_sha256":"4b7480dcc159316239435eb569199e78cd5036eb11e0d008534a2718b24e87a5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0e8f98f5-ea3d-4d3b-847a-a6846f2569e9/#blk_f0c01638-df09-4201-948c-f6ed72876d46"},{"id":"occ_949ff58a3bb848dcee164d9e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_06e3aa20-fdc2-43f7-b00c-6d8b6f0a5f56","section_id":"sec_1dc3025f-40b8-44c3-bc39-de209e9fe18d","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"- **電力供給（超大電力の発電・配電）**\n- **熱設計（放熱）**\n- **大型構造物の展開・組立**  \n  になります。報道でもこの方向性が語られています。 ([バロンズ](https://www.ba","quote_start":0,"quote_end":106,"text_sha256":"dd8103afa94b8eb5da657aebb28d7ff1dae4d04adf114417d5186c7b3c9dbd01","block_sha256":"dd8103afa94b8eb5da657aebb28d7ff1dae4d04adf114417d5186c7b3c9dbd01","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_06e3aa20-fdc2-43f7-b00c-6d8b6f0a5f56"},{"id":"occ_5ad3b606db1959e79e46d3dd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_0aaba753-dbaf-443e-933a-8dfbbf3df321","section_id":"sec_41e70c8a-953c-4d0a-adaf-f2e6d75536a2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"### ① 商業宇宙ステーション／軌道上施設が増える → 「電力・熱・ドッキング」が増える","quote_start":0,"quote_end":45,"text_sha256":"6dbb74067ed21a4e149834912c219a1e38d03c9b532faa94232713768eb226c7","block_sha256":"6dbb74067ed21a4e149834912c219a1e38d03c9b532faa94232713768eb226c7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_0aaba753-dbaf-443e-933a-8dfbbf3df321"},{"id":"occ_11f1f52747d937dc553ec362","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_1527fae4-801c-45ca-b0e1-17010e900f0b","section_id":"sec_1e91ccfe-7717-4347-a2a4-b63cd5d7ab73","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"「大きく広げる（Deploy）」ための構造技術。**電力（太陽電池）・通信（アンテナ）・熱**のボトルネックに刺さりやすく、量産コンステでも効きます。 ([Redwire Corporation](https://ir.redwirespace.com/s","quote_start":0,"quote_end":128,"text_sha256":"9f9637518ebc787e18c6bf08473b7b4533f25adda1893510f552423fbbe192a3","block_sha256":"9f9637518ebc787e18c6bf08473b7b4533f25adda1893510f552423fbbe192a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_1527fae4-801c-45ca-b0e1-17010e900f0b"},{"id":"occ_341c46356b423ba74039516e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_35dc4d0e-e8ab-43b1-a4e4-0a7f339e5f3a","section_id":"sec_41e70c8a-953c-4d0a-adaf-f2e6d75536a2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"- Axiomのような商業ステーションが進むほど、電力（太陽電池アレイ）需要は増えます（RedwireのROSAがど真ん中）。 ([Redwire Corporation](https://ir.redwirespace.com/news-events/","quote_start":0,"quote_end":127,"text_sha256":"597bce58ea24d37dcf071c94f0c03e3fafd4dff1c302909c93b1cd6215aded3f","block_sha256":"597bce58ea24d37dcf071c94f0c03e3fafd4dff1c302909c93b1cd6215aded3f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_35dc4d0e-e8ab-43b1-a4e4-0a7f339e5f3a"},{"id":"occ_e2d4cbcba448e40a3e6b094d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_786124b7-fcfb-48aa-8fa8-afa0d65f8a45","section_id":"sec_463d33b1-a48a-4dcb-a78a-0742057d51b9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"ドローン用のカメラジンバル技術は、小型化、省電力化、耐環境性の面で宇宙用機器と多くの共通点を持つ。Redwireは、Edge Autonomyの量産能力とサプライチェーン管理ノウハウを宇宙製品の製造に適用し、コスト削減と納期短縮を図っている。","quote_start":0,"quote_end":121,"text_sha256":"afcaac09466cc5d97b7d9c894368b3b4a60a2ec1525c6d41e365e7b9c3018a94","block_sha256":"afcaac09466cc5d97b7d9c894368b3b4a60a2ec1525c6d41e365e7b9c3018a94","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_786124b7-fcfb-48aa-8fa8-afa0d65f8a45"},{"id":"occ_0fa9eaaceabf167ecaea5847","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_8c90ee42-aaef-414c-a760-ecd8063ad2c9","section_id":"sec_1dc3025f-40b8-44c3-bc39-de209e9fe18d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"### ② 宇宙データセンターや大型ペイロードの話が現実味を帯びる → 「超大電力・大型構造」がボトルネック化","quote_start":0,"quote_end":55,"text_sha256":"22032b3b851612bef772bc66182a1f4e94a199f9768b68ad7606b6e0fc96b5f8","block_sha256":"22032b3b851612bef772bc66182a1f4e94a199f9768b68ad7606b6e0fc96b5f8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_8c90ee42-aaef-414c-a760-ecd8063ad2c9"},{"id":"occ_2acddbe3881b824170343e02","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_9133f666-abd6-4584-9fb2-74eba2ba881a","section_id":"sec_c6cfee1e-3999-4bef-b9ae-48ecc9da4b0f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電源","quote":"NASAは、ISSの8つの電源チャネルのうち6チャネルに新アレイを“増設（augment）する、としています。[NASA](https://www.nasa.gov/missions/station/new-solar-array","quote_start":0,"quote_end":115,"text_sha256":"5113d6f6ad627c958ae66c13edcb6607a892381edc517745a57d8f4189061088","block_sha256":"5113d6f6ad627c958ae66c13edcb6607a892381edc517745a57d8f4189061088","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_9133f666-abd6-4584-9fb2-74eba2ba881a"},{"id":"occ_92beee6db850b9c9b6a8a0d8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_9c1b4655-ccd5-42fd-a7c9-b8f5802b3a8e","section_id":"sec_b3fff651-6268-4410-984b-de42aa19c16f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":202,"end":204,"exact":"電源","quote":"kW級という史上最大出力のROSAを供給する契約をMaxar社と締結している 。これは深宇宙探査における主要な電源となる。\n- **商業宇宙ステーション:** Axiom SpaceがISSに接続し、後に分離独立させる予定の商業宇宙ステーションモジュール向けにもROSAの供給が決定している 。","quote_start":147,"quote_end":294,"text_sha256":"1b890ac296518defdef190e9d6a84ad9d56ea27e19adbd59f636a42ce2aa7d0d","block_sha256":"1b890ac296518defdef190e9d6a84ad9d56ea27e19adbd59f636a42ce2aa7d0d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_9c1b4655-ccd5-42fd-a7c9-b8f5802b3a8e"},{"id":"occ_7f2a05d040f182f184eb1b0c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_b7d4e973-cd44-47ee-a9ac-057ef9b94fcf","section_id":"sec_4777a99e-2919-4983-8571-97b9024cc518","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"RedwireはすでにISS増設電源（iROSA/ROSA）や、**Axiom Station向けROSA**のような「宇宙インフラの中核部材」で実績を積んでいます。 ([Redwire Corporation](https://ir.","quote_start":0,"quote_end":118,"text_sha256":"849d9586615d7dab984bce3b3b7b4101192a287996a691f0cc6fd5adbe4fc00e","block_sha256":"849d9586615d7dab984bce3b3b7b4101192a287996a691f0cc6fd5adbe4fc00e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_b7d4e973-cd44-47ee-a9ac-057ef9b94fcf"},{"id":"occ_1a3a335a3ad96a0483af3f90","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_c7201208-2d76-4bf3-af43-d25f75d9fe56","section_id":"sec_541f091f-3cfe-46ec-b795-8f7fe3af5efb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電力","quote":"Redwireの事業ポートフォリオは多岐にわたるが、その核心は「電力供給」「構造物」「製造」「デジタルエンジニアリング」の4つの柱に分類できる。","quote_start":0,"quote_end":72,"text_sha256":"b39df17153a4167abc1bcd1b46c107ccb4676aab254f2b3a29bf682b892acc83","block_sha256":"b39df17153a4167abc1bcd1b46c107ccb4676aab254f2b3a29bf682b892acc83","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_c7201208-2d76-4bf3-af43-d25f75d9fe56"},{"id":"occ_2fe45ee0c6f65922a5fef6b0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_cb5328f5-47a5-44b1-b79d-9c13c6659864","section_id":"sec_0dad7a35-3b20-4f8e-8220-c18a9a180e15","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"個別部品（センサ/構造/電力）を束ねる**システム統合・ミッション実行の中核**。受注獲得力（提案〜実装）に直結します。 ([Redwire Corporation](https://ir.redwirespace.com/se","quote_start":0,"quote_end":114,"text_sha256":"32064f9fcc2738fa395172cf57b9086c9bd6f838f41f1ad54c7f14650b6f6a92","block_sha256":"32064f9fcc2738fa395172cf57b9086c9bd6f838f41f1ad54c7f14650b6f6a92","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_cb5328f5-47a5-44b1-b79d-9c13c6659864"},{"id":"occ_ea44ba1e7603351dbb44e302","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_d4af4658-8f2e-4303-b659-37348f5a0d09","section_id":"sec_afb6f764-3421-4360-805d-c786413bfadb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"**宇宙インフラストラクチャと電力生成:** Redwireは「将来世代のための経済的で持続可能な宇宙インフラ」を提供することを使命としており、ほぼあらゆる宇宙ミッションに関係する製品を持つ「ミッション実現企業」です[rdw.com]","quote_start":0,"quote_end":117,"text_sha256":"61835ac56b69ad77881e3b3574acfeb5884826ac2da3017ffdbcb6b3b847b7c0","block_sha256":"61835ac56b69ad77881e3b3574acfeb5884826ac2da3017ffdbcb6b3b847b7c0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_d4af4658-8f2e-4303-b659-37348f5a0d09"},{"id":"occ_b8d102f0aeccf96f11bd232d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_dc7a1b93-785c-4f86-a96f-425ce0212673","section_id":"sec_055ed010-0816-497e-b61e-390d063f512b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":226,"end":228,"exact":"電力","quote":"tion-research/)\n- ただし、影にならない部分も含めて既存SAWは発電し続け、新アレイは**同じ電力系に接続して増強**する[NASA](https://www.nasa.gov/missions/station/new-solar-arrays-to-power-nasas-internation","quote_start":171,"quote_end":328,"text_sha256":"c7596f374b824a9847cb2ba3950ad6d796f641d66fbcb7cc3400b62ecf1408e6","block_sha256":"c7596f374b824a9847cb2ba3950ad6d796f641d66fbcb7cc3400b62ecf1408e6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_dc7a1b93-785c-4f86-a96f-425ce0212673"},{"id":"occ_3249111636ae4f0bbf3b873e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_ddfa0cc8-a176-4ae7-8b31-771afa2f98f7","section_id":"sec_c6cfee1e-3999-4bef-b9ae-48ecc9da4b0f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":174,"end":176,"exact":"電力","quote":"ional-space-station-research/)\n- **既存の太陽追尾機構（サントラッキング）・電力分配・チャネル構成をそのまま使う**[NASA](https://www.nasa.gov/missions/station/new-solar-arrays-to-power-nasas-inter","quote_start":119,"quote_end":276,"text_sha256":"c2c287f986dbf200a643578d7a84a1d4035921cfed03b1300585c42868acf525","block_sha256":"c2c287f986dbf200a643578d7a84a1d4035921cfed03b1300585c42868acf525","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_ddfa0cc8-a176-4ae7-8b31-771afa2f98f7"},{"id":"occ_5b0dbb7af513b19a418f0454","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71","work_id":"wrk_e5060e37-5e03-4669-88d5-6a5989ca3dcb","block_id":"blk_eb83b029-43f0-4878-a0d3-1e4bacbba362","section_id":"sec_b3fff651-6268-4410-984b-de42aa19c16f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"### 3.1 次世代電力システム：ROSA (Roll-Out Solar Array)","quote_start":0,"quote_end":45,"text_sha256":"455473bae6441e7b512f9e01609ebc1868fe541e4ecb3328f0b977db21776232","block_sha256":"455473bae6441e7b512f9e01609ebc1868fe541e4ecb3328f0b977db21776232","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0ee327e2-ecfe-42e6-b337-fce8abbe7b71/#blk_eb83b029-43f0-4878-a0d3-1e4bacbba362"},{"id":"occ_073ab1d61b77606fc43a6fc5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_0f7c606d-558f-4edb-99eb-4609a9fb0a95","work_id":"wrk_958dfab7-4e11-4e38-9d35-db36e1f1b2f7","block_id":"blk_35221957-5cdc-4cda-b785-056ea86089d0","section_id":"sec_8fb5d631-b18a-4f1f-8814-896ccbfa7bb4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"- QAC-GWの比較には、基準ハードウェア、対象モデル、品質・遅延条件、電力の計測範囲、測定期間を添える。基準が変わった数値は、そのまま増減として扱わない。\n- Loopは、測定結果が設計変更へ戻った記録と、変更後の検証結果で確かめる。共同開発年数やデータ量だけで速さを採点し","quote_start":0,"quote_end":139,"text_sha256":"5c5e312506cef1f667c4f01e349dea5d7e919a1b54b3ae0ee0e8eef607f8b14c","block_sha256":"5c5e312506cef1f667c4f01e349dea5d7e919a1b54b3ae0ee0e8eef607f8b14c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_0f7c606d-558f-4edb-99eb-4609a9fb0a95/#blk_35221957-5cdc-4cda-b785-056ea86089d0"},{"id":"occ_e27a1a9a0323de62655bd8bd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_107f711f-ec27-4af9-b9da-f5facd0cd7f9","work_id":"wrk_203966e1-a3ed-45b5-9fb2-87ae0e667482","block_id":"blk_27a03ad0-845a-444b-acef-45ce4c768fae","section_id":"sec_4cf5e30b-961c-486f-ac06-7382d8edeaf3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":42,"end":44,"exact":"電力","quote":"2,048本もの高速I/Oを動作させながらClock skewやJitterを抑え、電力を供給し、信号品質を保ち、発熱を制御しなければならない。","quote_start":0,"quote_end":72,"text_sha256":"d825e22c7013de71028fa55dac5cb61e03975101860f6a812073cd3f077cf6c1","block_sha256":"d825e22c7013de71028fa55dac5cb61e03975101860f6a812073cd3f077cf6c1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_107f711f-ec27-4af9-b9da-f5facd0cd7f9/#blk_27a03ad0-845a-444b-acef-45ce4c768fae"},{"id":"occ_be82c053e51e2ca762584b4b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_107f711f-ec27-4af9-b9da-f5facd0cd7f9","work_id":"wrk_203966e1-a3ed-45b5-9fb2-87ae0e667482","block_id":"blk_42d3b83d-7177-4358-a9d9-9084f73ef948","section_id":"sec_bda9d444-5c2a-4693-8dd4-1163b0f3b3a9","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":121,"end":125,"exact":"消費電力","quote":"や制御を担当する半導体ダイと説明している。HBM4では特に、このBase Dieの性能と製造プロセスが帯域幅、消費電力、顧客システム最適化を左右する要素になっている。(SK hynix Newsroom)","quote_start":66,"quote_end":168,"text_sha256":"438d0b918ee4048fbb366144448bcc0f7c89eda5aad8b740bf701a430473fb3b","block_sha256":"438d0b918ee4048fbb366144448bcc0f7c89eda5aad8b740bf701a430473fb3b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_107f711f-ec27-4af9-b9da-f5facd0cd7f9/#blk_42d3b83d-7177-4358-a9d9-9084f73ef948"},{"id":"occ_e4f4ea41a729058cd94d9919","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_107f711f-ec27-4af9-b9da-f5facd0cd7f9","work_id":"wrk_203966e1-a3ed-45b5-9fb2-87ae0e667482","block_id":"blk_4ab4a3e9-ec53-4a24-af8f-9bc4f3a1a61e","section_id":"sec_bda9d444-5c2a-4693-8dd4-1163b0f3b3a9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":47,"end":49,"exact":"電力","quote":"PHY、I/O回路、Clock Distribution、Command/Address処理、電力制御、テスト・修復回路、TSVとの接続回路などが存在する。","quote_start":0,"quote_end":78,"text_sha256":"a50e268c9c5461dccf10ddbab21d09ed08ba68905aa5762cf4586a969bd36692","block_sha256":"a50e268c9c5461dccf10ddbab21d09ed08ba68905aa5762cf4586a969bd36692","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_107f711f-ec27-4af9-b9da-f5facd0cd7f9/#blk_4ab4a3e9-ec53-4a24-af8f-9bc4f3a1a61e"},{"id":"occ_1bf19fc7ee7ae0005ee8b992","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_120b7405-aefc-4d5d-a68b-9713613e3e1f","work_id":"wrk_91a0ac80-8870-4ec9-b8a6-4081acad5334","block_id":"blk_05b938f7-8492-4750-a086-02d538a1efc3","section_id":"sec_8311f9df-cadc-42bd-a78c-5d3a748c5220","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"- AIDC事業者\n- GPUクラウド\n- 電力付きデータセンター\n- 大規模ネットワーク所有者","quote_start":0,"quote_end":48,"text_sha256":"e34fd9bbd94e3f3d1f0db1a6417c62939d2d1e4a886e5f89652ef5fbbfcaf7a7","block_sha256":"e34fd9bbd94e3f3d1f0db1a6417c62939d2d1e4a886e5f89652ef5fbbfcaf7a7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_120b7405-aefc-4d5d-a68b-9713613e3e1f/#blk_05b938f7-8492-4750-a086-02d538a1efc3"},{"id":"occ_1bc64d9a7904479ba81993eb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_120b7405-aefc-4d5d-a68b-9713613e3e1f","work_id":"wrk_91a0ac80-8870-4ec9-b8a6-4081acad5334","block_id":"blk_0fbdd02e-238a-40f7-a66b-e4966beeaf20","section_id":"sec_3886953f-b1b5-42de-8538-f26b912220ac","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"```\n| ドットコム期 | AI時代 |\n| 光ファイバー | AIDC・電力・GPUクラスタ |\n| Cisco | NVIDIA・Broadcom・Arista |\n| DRAM・CPU | HBM・GPU・ASIC |\n| Sun・Oracle | AIクラウド・データ基","quote_start":0,"quote_end":140,"text_sha256":"a560202eabd14b445a971c345ad1cae80eb096a5054fa45474a4b4c541a64253","block_sha256":"a560202eabd14b445a971c345ad1cae80eb096a5054fa45474a4b4c541a64253","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_120b7405-aefc-4d5d-a68b-9713613e3e1f/#blk_0fbdd02e-238a-40f7-a66b-e4966beeaf20"},{"id":"occ_fe2c8d5b3f2660f2dc99ef84","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1246df84-dae2-49be-ab7b-94b8c8902078","work_id":"wrk_850e2d1d-c6db-443c-b02a-baac2573c6d3","block_id":"blk_011a7b73-18ce-41af-97e6-4bfec0b1032e","section_id":"sec_3de36faa-cc1f-4834-bfd5-d52c028ea092","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"そのためGPU、CPU、メモリ、電源回路の周囲には、多数の高容量・低抵抗MLCCが必要になる。","quote_start":0,"quote_end":47,"text_sha256":"64991baca171d28207ef7cfead20e9526fcdc41a2225d389e90515108012bbd1","block_sha256":"64991baca171d28207ef7cfead20e9526fcdc41a2225d389e90515108012bbd1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1246df84-dae2-49be-ab7b-94b8c8902078/#blk_011a7b73-18ce-41af-97e6-4bfec0b1032e"},{"id":"occ_537b87d11710be2ddae13832","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1246df84-dae2-49be-ab7b-94b8c8902078","work_id":"wrk_850e2d1d-c6db-443c-b02a-baac2573c6d3","block_id":"blk_195c0f45-ec3c-441e-a119-78e863223acc","section_id":"sec_68e5d326-66a7-4518-8688-d18a35a98a5b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"- HBM専任組織\n- 顧客別共同開発\n- 熱・電力最適化\n- 先端パッケージ\n- ファウンドリとの統合","quote_start":0,"quote_end":52,"text_sha256":"571ce559225daa2b8c88b006d522625fb8e21027fc02ec92e38a99dee50e9992","block_sha256":"571ce559225daa2b8c88b006d522625fb8e21027fc02ec92e38a99dee50e9992","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1246df84-dae2-49be-ab7b-94b8c8902078/#blk_195c0f45-ec3c-441e-a119-78e863223acc"},{"id":"occ_80203ea4919a2e210a15d887","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1246df84-dae2-49be-ab7b-94b8c8902078","work_id":"wrk_850e2d1d-c6db-443c-b02a-baac2573c6d3","block_id":"blk_1a3453fa-3a21-441d-b4d6-c68891ee9a12","section_id":"sec_68e5d326-66a7-4518-8688-d18a35a98a5b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":74,"end":76,"exact":"電力","quote":"基に必要な帯域\n- HBMの容量と速度\n- GPU間の通信方式\n- ラック内のネットワーク\n- 冷却方式\n- 電力構成\n- サーバーの参照設計\n- 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先端ロジック\n- HBM\n- 大型インターポーザー\n- 高速信号\n- 電力供給\n- パッケージ歩留まり\n- 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DRAMノード、電力効率、買収統合、米国拠点 |\n| **最大の弱点** | 部門分断、顧客信頼、選択と集中 | NVIDIA依存、HBM偏重 | 先端パッケージと顧客関係で後発 |\n```","quote_start":468,"quote_end":610,"text_sha256":"c592e161ee800edadf43da75caa38606923acd56c1d4658f043b07bda08fe540","block_sha256":"c592e161ee800edadf43da75caa38606923acd56c1d4658f043b07bda08fe540","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1246df84-dae2-49be-ab7b-94b8c8902078/#blk_cd0924fb-2cc5-4da0-b5a5-8544fe03dc65"},{"id":"occ_061ef70253e20d14dba12053","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1246df84-dae2-49be-ab7b-94b8c8902078","work_id":"wrk_850e2d1d-c6db-443c-b02a-baac2573c6d3","block_id":"blk_d1de4184-a2f9-46b6-b63d-a18ec7d7c895","section_id":"sec_012699da-eabe-4bde-8cd4-e18738bbaf5d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電力","quote":"しかしAIサーバーでは、演算チップだけでなく、そのチップへ安定して電力を供給し、高速信号を外部へ伝え、巨大なパッケージを支える部品が必要になる。","quote_start":0,"quote_end":72,"text_sha256":"82e0ba993dd9f77a39e9379244203d716975d2398d786047d6db07cf52407eca","block_sha256":"82e0ba993dd9f77a39e9379244203d716975d2398d786047d6db07cf52407eca","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1246df84-dae2-49be-ab7b-94b8c8902078/#blk_d1de4184-a2f9-46b6-b63d-a18ec7d7c895"},{"id":"occ_c50a1de782c2d3cc96a648bd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1246df84-dae2-49be-ab7b-94b8c8902078","work_id":"wrk_850e2d1d-c6db-443c-b02a-baac2573c6d3","block_id":"blk_e22dfe75-ceca-4200-b3d8-67ff94cc5c5e","section_id":"sec_e507faf7-fef1-44dd-9b30-8f9766004c08","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"> 電力を安定させる  \n> 信号を伝える  \n> パッケージを支える  \n> 現実世界を認識する","quote_start":0,"quote_end":49,"text_sha256":"90e4fcb8afbd2856cd4b69d9fedca73a071a46c5c83b3a6a6d2af3114c14924e","block_sha256":"90e4fcb8afbd2856cd4b69d9fedca73a071a46c5c83b3a6a6d2af3114c14924e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1246df84-dae2-49be-ab7b-94b8c8902078/#blk_e22dfe75-ceca-4200-b3d8-67ff94cc5c5e"},{"id":"occ_f9df9703e0b0e43f9d531b10","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1246df84-dae2-49be-ab7b-94b8c8902078","work_id":"wrk_850e2d1d-c6db-443c-b02a-baac2573c6d3","block_id":"blk_e291c0d0-3aa0-4007-b0b4-10f2b746939b","section_id":"sec_60c47b9c-9e5d-44a8-8a17-f7b804116906","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":17,"end":21,"exact":"消費電力","quote":"技術力、とくにモバイルDRAMや低消費電力DRAMでは競争力を持っていたが、DRAM価格下落、円高、設備投資負担に耐えられず、2012年に経営破綻した。","quote_start":0,"quote_end":76,"text_sha256":"16f947518904bee04897672bf2bfe88d3f1a356f85115c0ea1be83d9510e92a7","block_sha256":"16f947518904bee04897672bf2bfe88d3f1a356f85115c0ea1be83d9510e92a7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1246df84-dae2-49be-ab7b-94b8c8902078/#blk_e291c0d0-3aa0-4007-b0b4-10f2b746939b"},{"id":"occ_dd8b4fe56b4c4a2256bb22a8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1246df84-dae2-49be-ab7b-94b8c8902078","work_id":"wrk_850e2d1d-c6db-443c-b02a-baac2573c6d3","block_id":"blk_ec255598-d82e-4ad2-b6f3-8b566c0171ff","section_id":"sec_53230b26-adc5-4603-9ae4-5b1ea3d149d9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電源","quote":"NVIDIAの存在は、メモリ市場の順位だけでなく、ファウンドリ、先端パッケージ、サーバー、ネットワーク、電源、冷却まで変えた。","quote_start":0,"quote_end":63,"text_sha256":"431755f05a52bffe9a00005a78ad0a3a670989ce84b7cb63fc3c1da6f7d501c7","block_sha256":"431755f05a52bffe9a00005a78ad0a3a670989ce84b7cb63fc3c1da6f7d501c7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1246df84-dae2-49be-ab7b-94b8c8902078/#blk_ec255598-d82e-4ad2-b6f3-8b566c0171ff"},{"id":"occ_a4821bf01ed8569c13ef36a7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1246df84-dae2-49be-ab7b-94b8c8902078","work_id":"wrk_850e2d1d-c6db-443c-b02a-baac2573c6d3","block_id":"blk_fa092484-1917-43f2-966d-196311158d4b","section_id":"sec_0005b105-fd9e-4ebe-a88b-547f4363bfc9","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":51,"end":55,"exact":"消費電力","quote":"GPUでは、パケット通信を介するより、GPUのすぐ隣へHBMを置き、広い配線で直接接続する方が、遅延、消費電力、帯域効率で有利だった。","quote_start":0,"quote_end":67,"text_sha256":"0d11c804b99b148f76875945996535956aa6d5c6cc89c23ad18c912f392d3329","block_sha256":"0d11c804b99b148f76875945996535956aa6d5c6cc89c23ad18c912f392d3329","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1246df84-dae2-49be-ab7b-94b8c8902078/#blk_fa092484-1917-43f2-966d-196311158d4b"},{"id":"occ_873b691f0872d3ba051b37cf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_15381314-c653-4ce9-9b25-d8495cdbf4d1","work_id":"wrk_220c8e7e-eccc-4357-89f5-9a6b78a08a7c","block_id":"blk_1ef19b3c-74f4-4494-943e-4dbe1b73e4b2","section_id":"sec_d80fdefe-c243-4355-b6c3-0ea7faa17a52","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電源","quote":"## 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|\n| 電源・冷却等 | 250万台×1,500ドル | 37.5億ドル |\n```","quote_start":267,"quote_end":360,"text_sha256":"3bdd6205dd46738fcecbbb3cd9cd67fbdd345999263e381c81b5d64ecbc1c7a8","block_sha256":"3bdd6205dd46738fcecbbb3cd9cd67fbdd345999263e381c81b5d64ecbc1c7a8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_15381314-c653-4ce9-9b25-d8495cdbf4d1/#blk_5105fb64-40f6-4ced-9024-b3c26daa220e"},{"id":"occ_f2fced35739bebd4ff93a18b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_15381314-c653-4ce9-9b25-d8495cdbf4d1","work_id":"wrk_220c8e7e-eccc-4357-89f5-9a6b78a08a7c","block_id":"blk_5342d536-9394-4a4c-8018-5fbe2cccef95","section_id":"sec_c20f0998-b20f-4a24-b00f-5cde7b3b878c","layer":"code","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":41,"end":45,"exact":"消費電力","quote":"```\n行動の総合価値\n＝成功確率\n－人間への危険\n－衝突リスク\n－破損リスク\n－消費電力\n－作業時間\n－機械への負荷\n```","quote_start":0,"quote_end":63,"text_sha256":"09b3552d0bb9ef11254048e45dd4bb06b123b1611945b198917bdb7febf31f8f","block_sha256":"09b3552d0bb9ef11254048e45dd4bb06b123b1611945b198917bdb7febf31f8f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_15381314-c653-4ce9-9b25-d8495cdbf4d1/#blk_5342d536-9394-4a4c-8018-5fbe2cccef95"},{"id":"occ_29b6c0d9a2504adfafd568e5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_15381314-c653-4ce9-9b25-d8495cdbf4d1","work_id":"wrk_220c8e7e-eccc-4357-89f5-9a6b78a08a7c","block_id":"blk_6b742dda-c6f1-4796-8649-c8817206fa39","section_id":"sec_8fc19442-65f6-4470-a371-bf03f7d35880","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":450,"end":452,"exact":"電源","quote":"|\n| シミュレーション・データ・安全 | 80億～300億ドル | 60～90% | 15～45% |\n| 電源・冷却・バッテリー | 50億～200億ドル | 25～50% | 10～25% |\n```","quote_start":395,"quote_end":498,"text_sha256":"c94fd36228f7ef10747d7732da8c791c9204a1d083c9186b600dde3cb91f7d15","block_sha256":"c94fd36228f7ef10747d7732da8c791c9204a1d083c9186b600dde3cb91f7d15","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_15381314-c653-4ce9-9b25-d8495cdbf4d1/#blk_6b742dda-c6f1-4796-8649-c8817206fa39"},{"id":"occ_7119cdbad21a72ca7058e289","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_15381314-c653-4ce9-9b25-d8495cdbf4d1","work_id":"wrk_220c8e7e-eccc-4357-89f5-9a6b78a08a7c","block_id":"blk_be530e53-0062-4e52-ac09-20c3df26cbb6","section_id":"sec_ccf89dab-f5d2-460f-8941-6476f1518123","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":137,"end":139,"exact":"電力","quote":"功していない\n- 長期ベンチマークではタスクごとにモデルを訓練\n- 世界モデルの幻覚が残る\n- 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安全CPUとの分離\n- 40～150Wでの電力効率","quote_start":37,"quote_end":96,"text_sha256":"b47814d7a1c938fe7bf8779d56c82bbebc927287e72a79da6d2ebc96f7df4d42","block_sha256":"b47814d7a1c938fe7bf8779d56c82bbebc927287e72a79da6d2ebc96f7df4d42","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_15381314-c653-4ce9-9b25-d8495cdbf4d1/#blk_f6e0adf5-1b05-4338-9c9d-0a8b895c8d53"},{"id":"occ_522af309be3520c91c1ac552","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_15381314-c653-4ce9-9b25-d8495cdbf4d1","work_id":"wrk_220c8e7e-eccc-4357-89f5-9a6b78a08a7c","block_id":"blk_f7ff95e9-821b-454c-8db0-75c3c8c1d5e1","section_id":"sec_b90f6ddd-405c-4ae8-b970-bd4c43ba5ae5","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"LPDDR、HBM、NAND、GPU、センサー、高速通信、電源、冷却、シミュレーション、データ管理、AI安全性まで、フィジカルAIを支えるインフラ全体が成長する。","quote_start":0,"quote_end":81,"text_sha256":"f6fc6858ff7a6849ce954074dc575dbb815e79667d20f7572f6e3068be45b8e9","block_sha256":"f6fc6858ff7a6849ce954074dc575dbb815e79667d20f7572f6e3068be45b8e9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_15381314-c653-4ce9-9b25-d8495cdbf4d1/#blk_f7ff95e9-821b-454c-8db0-75c3c8c1d5e1"},{"id":"occ_1251e41c18cea48438afbce4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_157ef6d2-69fe-48f2-9940-db00dbbbc5b6","work_id":"wrk_cf72029e-9466-4ece-9543-d960f25780ea","block_id":"blk_1936715c-66c2-490b-b049-c2349880b363","section_id":"sec_e0edcdca-b1b2-412f-b3d9-1b8040274e25","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":69,"end":71,"exact":"電力","quote":"ない  \n> 米中の技術対話は継続  \n> 各国のSovereign AI投資は拡大  \n> 半導体・HBM・電力・光通信のSupply Chain協力は維持","quote_start":14,"quote_end":93,"text_sha256":"32beab4e5803335fe6ecd87d8ec0ab3ee9ff1a4772985c6b75cd07abacc5a8b6","block_sha256":"32beab4e5803335fe6ecd87d8ec0ab3ee9ff1a4772985c6b75cd07abacc5a8b6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_157ef6d2-69fe-48f2-9940-db00dbbbc5b6/#blk_1936715c-66c2-490b-b049-c2349880b363"},{"id":"occ_bfb14b2947805ece2691c2fd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_17972011-3c15-4377-a2ea-f36af8fa6c2f","work_id":"wrk_fbc5cb25-a3fe-4368-a659-4a3d7a753309","block_id":"blk_2e59c8a2-74a7-4d89-83c7-fcdc394e9f5c","section_id":"sec_84a5f789-2837-4ccb-ac8e-0c5014df6eff","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電力","quote":"政府が直接メモリ価格を規制する可能性は高くない。だが、反トラスト調査、議会公聴会、データセンター許認可、電力負担ルール、税優遇見直し、補助金条件強化といった形で、AIインフラ相場に政治的な天井ができる可能性はある。","quote_start":0,"quote_end":107,"text_sha256":"d6a768b53f63b38e77b44442eca3d8401341f0ebe360717aba006abc873f4823","block_sha256":"d6a768b53f63b38e77b44442eca3d8401341f0ebe360717aba006abc873f4823","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_17972011-3c15-4377-a2ea-f36af8fa6c2f/#blk_2e59c8a2-74a7-4d89-83c7-fcdc394e9f5c"},{"id":"occ_787a02002cdc1b61923d69ed","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_17972011-3c15-4377-a2ea-f36af8fa6c2f","work_id":"wrk_fbc5cb25-a3fe-4368-a659-4a3d7a753309","block_id":"blk_3c1b7067-909b-4168-8196-c0ae364aac23","section_id":"sec_560a0f2d-09fd-4c9d-b87b-e0dd5179caba","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電源","quote":"光。ガラスコア基板。半導体テスト。電源。冷却。JabilのようなAIハードウェア製造基盤。そして、DDOG、SNOW、PLTR、NETのようなAI 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 \nカメラ、LiDAR、マイク、温度センサー、振動センサー、電力メーター、ロボットアーム、AGV、自動車、ドローン、工場設備などから情報を受け取り、判断し、実際に機械を動かします。","quote_start":16,"quote_end":131,"text_sha256":"fb9ef9982e17bc480c39dc4c9d6e818f730460305e8c2ddd8413505d86010e72","block_sha256":"fb9ef9982e17bc480c39dc4c9d6e818f730460305e8c2ddd8413505d86010e72","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_17f0f08f-aee1-41a1-8c07-82badf2b6a4f/#blk_e3625cbb-c315-489e-9a63-03b31338cc99"},{"id":"occ_140c3b0b9a9c9787dc45e199","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_17f0f08f-aee1-41a1-8c07-82badf2b6a4f","work_id":"wrk_f7d6728c-f58d-4c77-958d-67d9910c0d5d","block_id":"blk_e86e270f-63eb-4492-8a71-13e16569f45b","section_id":"sec_4442ef39-0cc7-4c30-a060-55dbceb1b818","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":72,"end":74,"exact":"電力","quote":"サーバーよりも、**rugged 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Developer](https://developer.nvidia.com/embedded-computing))","quote_start":0,"quote_end":155,"text_sha256":"627155de51065ce52bdce338dc632dd249349678a9e3eb0c051d5e165019f690","block_sha256":"627155de51065ce52bdce338dc632dd249349678a9e3eb0c051d5e165019f690","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_17f0f08f-aee1-41a1-8c07-82badf2b6a4f/#blk_f5edf931-7760-42b7-908f-e26bf47821c0"},{"id":"occ_1773abd8b25b31b48ad86e31","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_1c3b6d98-bf7f-46cf-a8c7-77ed6fb12db8","section_id":"sec_dfdb5f71-922a-4ef5-9acb-f05f749b044d","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":381,"end":385,"exact":"消費電力","quote":"を32本束ねることで1.6Tを実現するものです。VCSELはシンプルな直接変調NRZ駆動でも高速に動作でき、低消費電力・低遅延・低コストという利点があるため、この2Dアレイはサーバーラック内やボード間の銅配線置換**用途に最適化されています。Coherentはこれにより、将来的な**Near-Package 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**メリット:** DSPがないため、消費電力を約50%削減でき、レイテンシ（遅延）も大幅に下がる。AI推論などの低遅延が求められる用途に最適。\n- **Coherentの戦略:** LPOには極めて線形性（Linearity）の高いレーザーが必","quote_start":26,"quote_end":185,"text_sha256":"7623bb8b85e965c719bf3957055229991996f8c8da7be1895b9b3d4caacae333","block_sha256":"7623bb8b85e965c719bf3957055229991996f8c8da7be1895b9b3d4caacae333","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1c3b81f6-696c-4d69-acf7-ad589032ce63/#blk_2eeea479-b418-4ea7-b3f5-a1b609ba5cbb"},{"id":"occ_f6b59ee604f4d89f5d2e1a10","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_3cf1531f-d58e-4ce6-aa36-17c819ee2482","section_id":"sec_823643b9-b539-4832-b583-b4297c494090","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":79,"end":83,"exact":"消費電力","quote":"と同じ基板上（パッケージ内）に実装し、電気配線の距離を極限まで短くする技術。\n- **メリット:** 究極の低消費電力と高密度実装。\n- **課題:** 故障した際にスイッチごと交換が必要になる（保守性の問題）、製造難易度が高い。\n- **Coherentの展望:** CoherentはCPO向けに「外部光源（ELS","quote_start":24,"quote_end":183,"text_sha256":"2a8f9926d7dded194d49f03cb5a0e14f812157d956f95fc82ab426cb52ef0358","block_sha256":"2a8f9926d7dded194d49f03cb5a0e14f812157d956f95fc82ab426cb52ef0358","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1c3b81f6-696c-4d69-acf7-ad589032ce63/#blk_3cf1531f-d58e-4ce6-aa36-17c819ee2482"},{"id":"occ_a692e1b6733ea5093fcb9893","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_5c040905-f1de-4240-a8a4-8df65b8a8b9f","section_id":"sec_55201858-4049-46a8-b07c-a45e0e47f8e2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":190,"end":192,"exact":"電力","quote":"を取る。例えば、中距離向けの**2x400G-FR4 Lite**トランシーバーにはSiPhを採用し、コストと電力効率を最適化している 30。また、SiPhチップのための高出力InPレーザー光源を供給する「光源サプライヤー」としても振る舞う。","quote_start":135,"quote_end":256,"text_sha256":"8abbe8a4488a3cea1afcc34164321dd3fedffc3bed5c0a360b75497008d5cb3d","block_sha256":"8abbe8a4488a3cea1afcc34164321dd3fedffc3bed5c0a360b75497008d5cb3d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1c3b81f6-696c-4d69-acf7-ad589032ce63/#blk_5c040905-f1de-4240-a8a4-8df65b8a8b9f"},{"id":"occ_e86d6fd52afa2700c3fa9d73","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_6b132d55-d32c-4cde-9f24-98d506b0d015","section_id":"sec_05567077-6363-420c-8db1-ddbe93367c34","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":249,"end":253,"exact":"消費電力","quote":"ていました。AMDやインテル、ブロードコム等で要職を歴任した後、2018年に就任したLattice社では**低消費電力FPGA**をAI・5G・データセンター・ロボティクス向けに特化する戦略を推進し、5年間で同社の売上を年率14%成長させるなど手腕を発揮しています。Coherent社のCEO指名に際し、ウォール街は*","quote_start":194,"quote_end":353,"text_sha256":"8085c0441708585e7f7eb8f1a8da97ee6f5e691f0e0a3e2f4fa3bb6e275b74fa","block_sha256":"8085c0441708585e7f7eb8f1a8da97ee6f5e691f0e0a3e2f4fa3bb6e275b74fa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1c3b81f6-696c-4d69-acf7-ad589032ce63/#blk_6b132d55-d32c-4cde-9f24-98d506b0d015"},{"id":"occ_fbf1c7afb4651fec43d382eb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_891e8151-953a-4389-8213-568e05087d35","section_id":"sec_bbe174b6-5572-4952-a0b5-f456671cdd31","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":150,"end":152,"exact":"電力","quote":"す。これらはバンドギャップが広く高耐圧・高温動作に優れるため、電気自動車のパワー半導体や再生エネルギーの高効率電力変換器に用いられています。Coherent社は実は**SiC基板の世界的サプライヤー**の一つで、1990年代にLitton社からSiC事業を獲得し、近年まで150mm径SiCウェハを量産してきました","quote_start":95,"quote_end":252,"text_sha256":"d1b1c29d0bb173021bfb211386c614d934320339b7685bb4cf617095ab7d97cf","block_sha256":"d1b1c29d0bb173021bfb211386c614d934320339b7685bb4cf617095ab7d97cf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1c3b81f6-696c-4d69-acf7-ad589032ce63/#blk_891e8151-953a-4389-8213-568e05087d35"},{"id":"occ_81e7650e8751f4ecb7523441","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_8b7eb741-ad31-4c53-b0a7-b73501b05495","section_id":"sec_dfdb5f71-922a-4ef5-9acb-f05f749b044d","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":247,"end":251,"exact":"消費電力","quote":"ンシが無視できなくなります。CPOでは光エンジンを至近距離に配置することで電気配線長を短縮し、**帯域幅向上と消費電力削減**を図ります。一方で、CPOはメンテナンス性やモジュール交換が難しいという課題もあるため、中間的なアプローチとしてニアパッケージド・オプティクス（NPO）も提唱されています。NPOは光モジュール","quote_start":192,"quote_end":351,"text_sha256":"b5a54dfc07a637b829777e731f080219170660a9ec67255a973ecacae3e1a7db","block_sha256":"b5a54dfc07a637b829777e731f080219170660a9ec67255a973ecacae3e1a7db","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1c3b81f6-696c-4d69-acf7-ad589032ce63/#blk_8b7eb741-ad31-4c53-b0a7-b73501b05495"},{"id":"occ_c8905797b120f2097930f973","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_cd8b42cf-5b1b-4064-acd5-d326a3e4d8a9","section_id":"sec_e50dfb7f-be03-4253-a6d5-4d99db3a6c60","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":83,"end":87,"exact":"消費電力","quote":"を挿入する従来型。DSP（デジタル信号処理プロセッサ）を内蔵し、信号を補正する。\n- **課題:** DSPの消費電力が大きく、発熱が激しい。\n- **Coherentの対応:** 自社製DSP「Steelerton」を開発し、低消費電力化を図った100ZRモジュールなどを投入。既存インフラとの互換性を重視し、当面（","quote_start":28,"quote_end":187,"text_sha256":"c03280cc100da9c9ccf73b338cd97a88e118ed8231bf7d1e7557cde42995e51f","block_sha256":"c03280cc100da9c9ccf73b338cd97a88e118ed8231bf7d1e7557cde42995e51f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1c3b81f6-696c-4d69-acf7-ad589032ce63/#blk_cd8b42cf-5b1b-4064-acd5-d326a3e4d8a9"},{"id":"occ_abd239a9a8fe70c75808eb4e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_d619c390-b666-422f-829b-d61b55d10faf","section_id":"sec_9a3ac5dd-209d-4647-a21e-eb549f405478","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":314,"end":318,"exact":"消費電力","quote":"化するCPO/NPO技術が鍵となりますが、**光部品と電子ASICのシームレス統合**には光学素子の小型化・低消費電力化など解決すべき技術課題が残ります。さらに、産業レーザー分野では**より短波長・短パルス**へのニーズに応えるため、新素材レーザー媒質の研究やビーム品質改善など継続的なR&Dが必要です。Coheren","quote_start":259,"quote_end":418,"text_sha256":"5f902df15e9e587044a2bbe4d935a8630331a75ff2e69be5678e9581bd042f8c","block_sha256":"5f902df15e9e587044a2bbe4d935a8630331a75ff2e69be5678e9581bd042f8c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_1c3b81f6-696c-4d69-acf7-ad589032ce63/#blk_d619c390-b666-422f-829b-d61b55d10faf"},{"id":"occ_ccc01844ec8ef3bbaf99dc81","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_1c3b81f6-696c-4d69-acf7-ad589032ce63","work_id":"wrk_34a8dbe0-b5df-4af3-9515-dede6c8eb815","block_id":"blk_e7ea3538-07ed-4f98-8832-a7e7ccfbf31e","section_id":"sec_55201858-4049-46a8-b07c-a45e0e47f8e2","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":166,"end":170,"exact":"消費電力","quote":" Optical Cableなど）。\n- **AI時代の役割:** 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/ NICの高速通信\n光トランシーバ周辺の電源リップル\nファン・ポンプ・液冷制御系\n```","quote_start":49,"quote_end":128,"text_sha256":"136f4c4b10f2851c4de4b2fe73cc2f6e5be6509dcda5ae9486e672818271b392","block_sha256":"136f4c4b10f2851c4de4b2fe73cc2f6e5be6509dcda5ae9486e672818271b392","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_0178ecf8-0eae-413b-ae11-71ad0f79b0a9"},{"id":"occ_d948a72e9b4f08c7d7d04b13","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_02aadd37-3dc8-441a-9634-bf5a6ceff83b","section_id":"sec_d4972420-471b-49da-9de1-7eb7aab6b598","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電源","quote":"tronics、Lite-On、AcBel、Flex、Bel Fuse**  \nPSU、パワーシェルフ、ラック電源、OCP電源、冷却統合などに強い企業群です。AIDCがラック単位で設計されるほど、これらの企業の重要性が増します。","quote_start":12,"quote_end":126,"text_sha256":"95e1b275c1c18345017118075f32d80cb635e49eb0451abcb88b32f67bc961c0","block_sha256":"95e1b275c1c18345017118075f32d80cb635e49eb0451abcb88b32f67bc961c0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_02aadd37-3dc8-441a-9634-bf5a6ceff83b"},{"id":"occ_293f0d74971f333997a52da0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_076cf797-cbbd-4cf1-ad75-07b050739de6","section_id":"sec_054261cf-e708-4987-ad8b-f5af9aa5aa8e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電源","quote":"特にAIDCでは、GPU同士の通信やラック間通信が性能を大きく左右します。  \nそのため、電源ノイズが通信品質に影響することは大きな問題です。","quote_start":0,"quote_end":71,"text_sha256":"2cf5b60f0213c18015c649db2a7a07c17f6c19abf3f42a629d4426220750e24f","block_sha256":"2cf5b60f0213c18015c649db2a7a07c17f6c19abf3f42a629d4426220750e24f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_076cf797-cbbd-4cf1-ad75-07b050739de6"},{"id":"occ_e818eac8a954e53ec426a138","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_080e785c-62eb-4704-81c2-966bad9fcf8c","section_id":"sec_73ba9d87-df2a-4897-8529-b876c423faa7","layer":"body","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電源","quote":"村田はAIサーバー向けPDN最適化ガイドを公開し、電源安定性向上と電力損失低減を訴求しています。さらにIR資料では、AIサーバーの電源システムが**12V → 54V → ±400V/+800V**へ進化し、降圧比の拡大により複数のDC-DCコンバータが","quote_start":0,"quote_end":127,"text_sha256":"7d62e43df2d071f82c35dee522a77f7027737711b3526a27d378cbb29b69b3e7","block_sha256":"7d62e43df2d071f82c35dee522a77f7027737711b3526a27d378cbb29b69b3e7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_080e785c-62eb-4704-81c2-966bad9fcf8c"},{"id":"occ_c330acba43ad6568734694f3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_085f434a-b0b5-42cc-9a54-73bd35b45f83","section_id":"sec_1533c77f-0cfc-403c-bf53-5aecf0f19a09","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電源","quote":"パワーインダクタは、電源回路で使う大電流向けインダクタです。AIDCでは、VRM、PoL、DC-DCコンバータに使われます。","quote_start":0,"quote_end":62,"text_sha256":"ce3c2c61bf7800fe67901fd7e0f39482fd79bbb63a0f75ce579093379b57f89a","block_sha256":"ce3c2c61bf7800fe67901fd7e0f39482fd79bbb63a0f75ce579093379b57f89a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_085f434a-b0b5-42cc-9a54-73bd35b45f83"},{"id":"occ_1e635c1d8de80a01417b31e0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_10c26368-909b-4341-bf61-d9d21a09983f","section_id":"sec_6a99c92f-6011-4fe7-b377-2bb46f0100e7","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":71,"end":73,"exact":"電源","quote":"信頼性、小型化が必要になります。  \nインダクタは、低DCR、高飽和電流、低背、低発熱が必要になります。  \n電源モジュールは、高効率、高電力密度、高速応答、低ノイズが必要になります。","quote_start":16,"quote_end":108,"text_sha256":"2b02c9b4ffb97a56bcbda24a7399f3595958833843d6b67eb1830aea3263ff30","block_sha256":"2b02c9b4ffb97a56bcbda24a7399f3595958833843d6b67eb1830aea3263ff30","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_10c26368-909b-4341-bf61-d9d21a09983f"},{"id":"occ_87e54049cee176a208d7aa67","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_12bcc92a-4e04-4911-ae7b-9723f8246d4e","section_id":"sec_1a3e1d7e-64d1-4333-94a1-52e48571f608","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"AIサーバーは、GPU/ASIC/HBMが巨大な電力を食います。しかしチップ自体は1V前後、場合によっては1V未満の低電圧で動きます。","quote_start":0,"quote_end":67,"text_sha256":"00cda55522c0bb3e38a74998731eea1f1d35df4379498b092007d77cd5f8ac04","block_sha256":"00cda55522c0bb3e38a74998731eea1f1d35df4379498b092007d77cd5f8ac04","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_12bcc92a-4e04-4911-ae7b-9723f8246d4e"},{"id":"occ_3563146fd7b1edd63f7d11d3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_12f58f21-359f-4f70-8a9f-96911351f975","section_id":"sec_0a496f4d-7eb2-4482-b79e-d3a6f3bfd9d9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電源","quote":"また、太陽誘電はAIサーバーなどのIC電源ライン向けに、**1005サイズ、1.0×0.5mmで22µFの埋め込み型MLCC**を量産開始しています。これは、チップにより近い場所へコンデンサを埋め込み、寄生インダクタンスを減らすための方向性で","quote_start":0,"quote_end":121,"text_sha256":"daaff148713410a46853db8980948916343e2a64b84e9b82a1e293199a45038c","block_sha256":"daaff148713410a46853db8980948916343e2a64b84e9b82a1e293199a45038c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_12f58f21-359f-4f70-8a9f-96911351f975"},{"id":"occ_49cf1dd999e124139b8a2487","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_146b7736-9f49-4217-9c36-0e4d81dbd710","section_id":"sec_f7091493-a55f-4fc3-bf30-8b75360f46c1","layer":"code","character_id":null,"count":6,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電源","quote":"ダクタ\n  → VRM/PoLで大電流を平滑化する\n\nメタル系インダクタ\n  → GPU/ASIC周辺の高密度電源に向く\n\n薄膜インダクタ\n  → 光トランシーバや高周波回路で信号/電源を分離する\n\nワイヤ巻線インダクタ\n  → 48V/12Vなど大電力変換に使う\n\nチップビーズ/EMIチョーク\n  → 電源ノイ","quote_start":9,"quote_end":166,"text_sha256":"632a948cb1e1881d3cdfc42b0bfdeefba6376d7f3e76e36178e392f4542f6844","block_sha256":"632a948cb1e1881d3cdfc42b0bfdeefba6376d7f3e76e36178e392f4542f6844","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_146b7736-9f49-4217-9c36-0e4d81dbd710"},{"id":"occ_eea80f8bb372430c640026fe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_16e2aba2-79c1-455e-b73c-46b03792e38b","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"## \\7. 電源モジュールとは何か","quote_start":0,"quote_end":18,"text_sha256":"4fc0d967ad7d3e8aca9ba3101e7ea8545a479c8d72e47c755746126add542ca6","block_sha256":"4fc0d967ad7d3e8aca9ba3101e7ea8545a479c8d72e47c755746126add542ca6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_16e2aba2-79c1-455e-b73c-46b03792e38b"},{"id":"occ_db7b18ed086a4f52f088ee33","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_190cb359-045f-44b6-a640-f67eb50e245f","section_id":"sec_8e513104-67bb-45ca-96e5-e0a33b57638f","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"AIDCでは、GPUの演算性能が上がるほど電力密度が上がり、電源のスイッチング周波数や電流密度、熱条件が厳しくなります。すると、コイルに求められる性能も上がります。","quote_start":0,"quote_end":82,"text_sha256":"67d6fbffb9f084868b988ffcf280d7aa78f4ece3b48decbe9a84488cf9191659","block_sha256":"67d6fbffb9f084868b988ffcf280d7aa78f4ece3b48decbe9a84488cf9191659","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_190cb359-045f-44b6-a640-f67eb50e245f"},{"id":"occ_1333ac1c8ae0064d7dd8c204","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_1c725d2a-4df8-436a-be60-65e047615066","section_id":"sec_054261cf-e708-4987-ad8b-f5af9aa5aa8e","layer":"code","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"```\nEMI対策不足\n  ↓\n電源ラインに高周波ノイズ\n  ↓\nGPU / HBM / NICの電源品質悪化\n  ↓\nクロックジッター増加\n  ↓\nSerDes / 光通信の信号品質低下\n  ↓\nビットエラー、再送、性能低下\n  ↓\n","quote_start":0,"quote_end":118,"text_sha256":"dae0e9eea797b172b90791cbf855661b2b635749bc6047964861db6cb1e4f7d1","block_sha256":"dae0e9eea797b172b90791cbf855661b2b635749bc6047964861db6cb1e4f7d1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_1c725d2a-4df8-436a-be60-65e047615066"},{"id":"occ_88896609d7cb0ec2b2765db4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_1fc231bb-3e75-4e37-8b50-ae54631c13cb","section_id":"sec_beefac95-90c8-4b0e-848b-b63e3498aef8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電源","quote":"結論として、AIラックのBOMで見ると、MLCCや電源部品は小さく見えます。  \nしかし技術的には、**これらがなければGPUラックは安定して動きません**。","quote_start":0,"quote_end":79,"text_sha256":"a71f7f83a8c491505ed83d83b85ba615e8d844b0860a22b7938d4fdcd564546d","block_sha256":"a71f7f83a8c491505ed83d83b85ba615e8d844b0860a22b7938d4fdcd564546d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_1fc231bb-3e75-4e37-8b50-ae54631c13cb"},{"id":"occ_07f40224e4968c8b03e565f9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_20ab23df-dcdc-4e8f-b953-4c6938b850e5","section_id":"sec_04aa950f-a2a2-498c-b339-41a197bc75f2","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電源","quote":"**村田製作所、TDK、太陽誘電**  \nMLCC、インダクタ、EMIフィルタ、トランス、コンデンサなど、電源モジュールを成立させる部品を提供します。村田は電源モジュールそのものにも踏み込んでいます。","quote_start":0,"quote_end":100,"text_sha256":"d7caa93d85c00ccdb56385d2a149ead9698e7001c2b4627922a108596de53229","block_sha256":"d7caa93d85c00ccdb56385d2a149ead9698e7001c2b4627922a108596de53229","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_20ab23df-dcdc-4e8f-b953-4c6938b850e5"},{"id":"occ_df6615d0776c40ec8f1c1ff3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_29a839a5-38a2-4989-bd29-43f2166e411c","section_id":"sec_b6787bef-afe3-4507-8d9c-0044f6d5b60f","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":47,"end":49,"exact":"電力","quote":"PFCはPower Factor Correction、力率改善です。データセンターのような大電力設備では、電力を効率よく使い、系統への悪影響を減らす必要があります。PFC回路ではリアクトルが重要になります。","quote_start":0,"quote_end":104,"text_sha256":"c1e5a8cd5127aa6676ddb4f9f2e7b508ee6a8cbe6a92528a698c7ec6d2142cc1","block_sha256":"c1e5a8cd5127aa6676ddb4f9f2e7b508ee6a8cbe6a92528a698c7ec6d2142cc1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_29a839a5-38a2-4989-bd29-43f2166e411c"},{"id":"occ_b5ac43d9bbf56e42c6fd6dbe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_2beb8afd-85fd-4949-9602-a6e64df58170","section_id":"sec_b6787bef-afe3-4507-8d9c-0044f6d5b60f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電源","quote":"## PSU、PFC、絶縁型電源で使われる大型・高耐圧部品","quote_start":0,"quote_end":29,"text_sha256":"3f948af5dabacd3071cf8e7c11b039e6a8c5c02689764da187caac22b96c708b","block_sha256":"3f948af5dabacd3071cf8e7c11b039e6a8c5c02689764da187caac22b96c708b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_2beb8afd-85fd-4949-9602-a6e64df58170"},{"id":"occ_faa3419c6c04d810a0d4fc8a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_2f40a9aa-7697-45b5-8c6b-58c1f188d2c9","section_id":"sec_d58cefab-4c67-4c7f-b39f-f8a061f8769f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":81,"end":83,"exact":"電源","quote":"価格競争が残りやすいです。  \nつまり「コイル市場全体が一律に高級化する」というより、**AIDC・EV・産業電源向けの一部が高級化する**と見るべきです。","quote_start":26,"quote_end":104,"text_sha256":"803a182f080057fb29da5a9fd169d1906e0da9d94159feaa33124701fa466eaa","block_sha256":"803a182f080057fb29da5a9fd169d1906e0da9d94159feaa33124701fa466eaa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_2f40a9aa-7697-45b5-8c6b-58c1f188d2c9"},{"id":"occ_6c83a98c05d27462967be0b6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_2f984bc4-6fc6-4495-b7b2-b31100d78ef2","section_id":"sec_1533c77f-0cfc-403c-bf53-5aecf0f19a09","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電源","quote":"パワーインダクタの役割は、スイッチング電源で発生する電流リップルを抑えることです。","quote_start":0,"quote_end":41,"text_sha256":"732155ec6050e4dbc07efd6959c30530d6fe79600efac63329be5ff2feb5f48e","block_sha256":"732155ec6050e4dbc07efd6959c30530d6fe79600efac63329be5ff2feb5f48e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_2f984bc4-6fc6-4495-b7b2-b31100d78ef2"},{"id":"occ_fcf64f642e89d524f958e4c5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_309891ae-9e6a-45e9-8681-1369872c6ef4","section_id":"sec_73ba9d87-df2a-4897-8529-b876c423faa7","layer":"code","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電源","quote":"```\n村田の強み\n\n・MLCC\n・インダクタ\n・EMIフィルタ\n・電源モジュール\n・OCP系電源\n・サーバー向け電池\n・高周波/通信部品\n```","quote_start":0,"quote_end":73,"text_sha256":"fb0f55166364d568590823c87157c51ae6172f2bfec039948ca896913427463b","block_sha256":"fb0f55166364d568590823c87157c51ae6172f2bfec039948ca896913427463b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_309891ae-9e6a-45e9-8681-1369872c6ef4"},{"id":"occ_126d6b1309c0291301414cc6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_362cdd64-fb34-40c8-a5a8-1157afef0a1b","section_id":"sec_4519dde8-3e9e-41c9-b11a-73e9726fec69","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電源","quote":"村田はAIサーバー向けについて、データセンター用途のコンデンサと電源モジュール需要が伸びると説明しており、FY2026ではComputers用途の売上が大きく伸びる見通しを示しています。([Murata Manufacturing Co., Ltd.](https:/","quote_start":0,"quote_end":134,"text_sha256":"c6e23dcf003152fa8a92ee787487e5be4daf26dcba3086e4f549c2420eee9af5","block_sha256":"c6e23dcf003152fa8a92ee787487e5be4daf26dcba3086e4f549c2420eee9af5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_362cdd64-fb34-40c8-a5a8-1157afef0a1b"},{"id":"occ_42738d74d211bd12f9a29751","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_3640ae40-1b8d-4bd3-b1c7-9eedb5fcf6ce","section_id":"sec_f2e519bd-fcd5-4219-9d5d-52eacddfcea0","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源ノイズ\n  ↓\nクロックジッター\n  ↓\nSerDes信号品質悪化\n  ↓\nビットエラー / 再送\n  ↓\nGPUクラスタ性能低下\n```","quote_start":0,"quote_end":75,"text_sha256":"ca1003e8ef0e3aa2b665d43d501e1292000bf727a07f1deacbff2656aabff841","block_sha256":"ca1003e8ef0e3aa2b665d43d501e1292000bf727a07f1deacbff2656aabff841","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_3640ae40-1b8d-4bd3-b1c7-9eedb5fcf6ce"},{"id":"occ_8b8c3207d698b3d553e8661d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_38c1256e-7fb5-4c84-b973-a4210fa0bac3","section_id":"sec_3363d075-6d60-419f-8749-9d03e81834f1","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電源","quote":"**Monolithic Power Systems / MPS**  \n電源IC、パワーステージ、モジュール、デジタル制御に強い企業です。AI GPU向け電源IC・モジュールで存在感があります。","quote_start":0,"quote_end":98,"text_sha256":"1626f80e3ca92e54e79da21ca0d55ad2ab1fb2d1033e2e0d4b65dce16202a346","block_sha256":"1626f80e3ca92e54e79da21ca0d55ad2ab1fb2d1033e2e0d4b65dce16202a346","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_38c1256e-7fb5-4c84-b973-a4210fa0bac3"},{"id":"occ_a3efaff637f56e973a84b256","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_390da24a-6e06-46a4-9c92-ff7ca93e9de8","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"AIDCでは、電源モジュールは次のような場所に入ります。","quote_start":0,"quote_end":28,"text_sha256":"5a1e54aaedfa8af3f6b7c6df4f5ec102d712c6f86dd0301c17bcba5df860dee4","block_sha256":"5a1e54aaedfa8af3f6b7c6df4f5ec102d712c6f86dd0301c17bcba5df860dee4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_390da24a-6e06-46a4-9c92-ff7ca93e9de8"},{"id":"occ_846bbc256924b4de360497fe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_3a1ec2fb-df78-4115-985b-e271bf8adff1","section_id":"sec_34074339-89e1-4e57-8732-d566dfe7c433","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"## \\8. 電源モジュールの主要プレーヤー","quote_start":0,"quote_end":22,"text_sha256":"ce75ac89a0230319b54f0ef2adb9c552bcbaccc71b87830ac5e448e7d7c50d0c","block_sha256":"ce75ac89a0230319b54f0ef2adb9c552bcbaccc71b87830ac5e448e7d7c50d0c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_3a1ec2fb-df78-4115-985b-e271bf8adff1"},{"id":"occ_c454cbfa32ccc5e85756c307","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_3adf0a87-69bc-44ac-8859-c84a9e1cc36c","section_id":"sec_86c1919f-6866-4ee8-b7b8-4671fdd55cf1","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"特にGPU/ASIC/HBMの直近では、MLCCは「最後の電源安定化層」として働きます。GPUが心臓なら、MLCCは細胞の近くにある小さな電気ダムです。","quote_start":0,"quote_end":76,"text_sha256":"48c4c074a1c8a92e59ec941fdd65fe687bb74063771df8a3a91ef7cfe9b99fc3","block_sha256":"48c4c074a1c8a92e59ec941fdd65fe687bb74063771df8a3a91ef7cfe9b99fc3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_3adf0a87-69bc-44ac-8859-c84a9e1cc36c"},{"id":"occ_f6ee3f647ffaca069d9fb021","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_3bd9c96d-553a-430f-9f3c-686a9a1f838a","section_id":"sec_6c042fd6-ca3f-48c2-923f-0c6f84ed8fad","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電源","quote":"AIDCでは800G、1.6T、将来的にはさらに高速な光通信が重要になります。すると、光トランシーバ内部の電源ノイズや信号品質が非常に重要になります。","quote_start":0,"quote_end":75,"text_sha256":"e41fdf13e52183674ef004775c0c41f895d2a97e688244e7bb4f97d6b2566bfa","block_sha256":"e41fdf13e52183674ef004775c0c41f895d2a97e688244e7bb4f97d6b2566bfa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_3bd9c96d-553a-430f-9f3c-686a9a1f838a"},{"id":"occ_893eea6845c6dd936712851c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_3c3840c5-ecc3-4e15-8b98-48cc42f63a38","section_id":"sec_6c042fd6-ca3f-48c2-923f-0c6f84ed8fad","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電源","quote":"用途\n\n・光トランシーバ\n・Bias-T回路\n・高速通信モジュール\n・NIC周辺\n・SerDes周辺\n・高周波電源分離\n```","quote_start":12,"quote_end":75,"text_sha256":"0c90dd76a4676bc0fa0c06c9c6f968cc6a8120023512dee2ded4822173c8dc7f","block_sha256":"0c90dd76a4676bc0fa0c06c9c6f968cc6a8120023512dee2ded4822173c8dc7f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_3c3840c5-ecc3-4e15-8b98-48cc42f63a38"},{"id":"occ_38db5741ca78911aecf8f17e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_3f4bb1bb-169d-419e-a35c-0ea5ba08137b","section_id":"sec_ba1f8ebb-fd26-45e0-aebc-2d6820efe10c","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"TDKはサーバー電源回路について、低電圧・大電流用途の高速負荷変動に対応するため、TLVR、Trans-Inductor Voltage Regulatorがサーバー電源回路で重要になっていると説明しています。これは、イ","quote_start":0,"quote_end":110,"text_sha256":"a92220a6aa0c090da16ffcecdac6ae7f4c4b09cb6b62a955c481e8523c7fc524","block_sha256":"a92220a6aa0c090da16ffcecdac6ae7f4c4b09cb6b62a955c481e8523c7fc524","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_3f4bb1bb-169d-419e-a35c-0ea5ba08137b"},{"id":"occ_b09caf04b7ebeaa450d422e7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_3f7f3a0b-484e-4ff5-b97e-d8ebe86fb7dc","section_id":"sec_ba1f8ebb-fd26-45e0-aebc-2d6820efe10c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"スイッチング電源では、MOSFETが高速にON/OFFして電力を刻みます。そのままだと電流がギザギザになるため、インダクタで平滑化します。","quote_start":0,"quote_end":69,"text_sha256":"8c1a75203ce714476629f9d49c08f72dbe2c5c139fc2ea6a4b7a9b1622a321c7","block_sha256":"8c1a75203ce714476629f9d49c08f72dbe2c5c139fc2ea6a4b7a9b1622a321c7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_3f7f3a0b-484e-4ff5-b97e-d8ebe86fb7dc"},{"id":"occ_8fb54e51c9f8e8d1ed68cfac","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_41c5a1ec-31c7-42d7-8bcc-3802f7216c90","section_id":"sec_9e4d4318-aa70-4866-a1cb-d4ab5fcfdb20","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電源","quote":"## 電源設備側で伸びる","quote_start":0,"quote_end":12,"text_sha256":"f675fc3a13d1778d5715d1fb35c422c4de2edff60061eb384616f8e8895d846c","block_sha256":"f675fc3a13d1778d5715d1fb35c422c4de2edff60061eb384616f8e8895d846c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_41c5a1ec-31c7-42d7-8bcc-3802f7216c90"},{"id":"occ_181d7315c8c30276b0ca384f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_422dba3b-18c0-470e-b1c5-1a2e81b19498","section_id":"sec_0a496f4d-7eb2-4482-b79e-d3a6f3bfd9d9","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":68,"end":72,"exact":"消費電力","quote":"MLCCへの純度が高い**会社です。  \nAIサーバーや車載など、高付加価値領域に注力しており、AIサーバーの消費電力増加によりMLCCの総容量、搭載数、容量値が増えていると説明しています。([Yuden](https://www.yuden.co.jp/en/ir/2025ar/download/pdf/yuden","quote_start":13,"quote_end":172,"text_sha256":"b09f065dec9b1d21f6aa10203569c3f2d65aa44f8a29c79c6e13f0ad4f1e5ffb","block_sha256":"b09f065dec9b1d21f6aa10203569c3f2d65aa44f8a29c79c6e13f0ad4f1e5ffb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_422dba3b-18c0-470e-b1c5-1a2e81b19498"},{"id":"occ_3d35ce350118e772268e2ce2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_428eb2f8-e6aa-4a09-80de-45a7fa43bc88","section_id":"sec_054261cf-e708-4987-ad8b-f5af9aa5aa8e","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源ノイズ\n  ↓\nクロック・PLL・SerDesに影響\n  ↓\nジッター増加\n  ↓\n信号アイパターン悪化\n  ↓\nBER悪化\n```","quote_start":0,"quote_end":72,"text_sha256":"967e34a2dd31902121ef346ffae59393366f47db03a199d879ce09953aa22a30","block_sha256":"967e34a2dd31902121ef346ffae59393366f47db03a199d879ce09953aa22a30","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_428eb2f8-e6aa-4a09-80de-45a7fa43bc88"},{"id":"occ_7f8d70834a11445c5c541a3b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_42ca0d16-25d9-4997-a948-57b4451708d6","section_id":"sec_1a3e1d7e-64d1-4333-94a1-52e48571f608","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電力","quote":"そのため、ラック側では48V/54V、将来は400V/800V級で電力を運び、GPUの直前で一気に低電圧・大電流へ変換します。","quote_start":0,"quote_end":63,"text_sha256":"cec6e62c9befb46726c11ef87e6176a818df776202495aca8dc81b157457d764","block_sha256":"cec6e62c9befb46726c11ef87e6176a818df776202495aca8dc81b157457d764","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_42ca0d16-25d9-4997-a948-57b4451708d6"},{"id":"occ_bd861fa4f5c27711bbafac2e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_4397e1f2-3d3c-4868-9c03-9ff9b3015b0a","section_id":"sec_3f58f3fe-6927-47ee-abe3-46b88d8d9296","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電源","quote":"このノイズがそのまま広がると、電源品質が悪化し、信号品質も落ちます。結果として、通信エラー、ジッター増加、再送、演算不安定、最悪の場合はシステム停止につながります。","quote_start":0,"quote_end":82,"text_sha256":"893af3745797397b1a6f30b8f4fc0f476c3c914c6369aa40f02711205715de16","block_sha256":"893af3745797397b1a6f30b8f4fc0f476c3c914c6369aa40f02711205715de16","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_4397e1f2-3d3c-4868-9c03-9ff9b3015b0a"},{"id":"occ_1f7473a9b2aad157a980c7df","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_43ad8385-427e-40b4-82f0-8a8a57756702","section_id":"sec_8e513104-67bb-45ca-96e5-e0a33b57638f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":191,"end":193,"exact":"電源","quote":"、定格電流を1.7倍に高めたと発表されています。これは「単なるコイル」ではなく、**光トランシーバ内部で信号と電源を分離するための高周波・低損失部品**です。([TDK Electronics AG](https://www.tdk-electronics.tdk.com/en/374108/tech-libra","quote_start":136,"quote_end":293,"text_sha256":"581be29a69e0fc0ebd3efc33f300613e9307f6459934d3689e4917740d171d18","block_sha256":"581be29a69e0fc0ebd3efc33f300613e9307f6459934d3689e4917740d171d18","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_43ad8385-427e-40b4-82f0-8a8a57756702"},{"id":"occ_585f5e071c7f2715284d6df4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_4561c241-32e2-4851-b102-13e468603813","section_id":"sec_0cfe480b-4297-4016-b85e-00b7639c686e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電源","quote":"/ASICが低電圧・大電流で動きます。たとえば1V前後で数百A〜千A級の電流を供給する必要があります。すると、電源回路に入るインダクタには、**大電流に耐える、発熱しにくい、磁気飽和しにくい、小型で高効率**という条件が求められます。","quote_start":12,"quote_end":129,"text_sha256":"38b7e13f96f4840a9ae0744a1efc1f5c1fcb67aa778a775a7933c489f15a015b","block_sha256":"38b7e13f96f4840a9ae0744a1efc1f5c1fcb67aa778a775a7933c489f15a015b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_4561c241-32e2-4851-b102-13e468603813"},{"id":"occ_1b849c93246a15b1f352d4c2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_48e83c5b-3736-4906-a322-71d916f82a8f","section_id":"sec_64d46907-fe9b-4d9a-92a9-6e8389d81840","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電源","quote":"## GPU/ASIC周辺電源に向く高密度インダクタ","quote_start":0,"quote_end":26,"text_sha256":"e05a2ca31dac882269345d7c0e2b155b9dd138076e1b683e38cdb69a506934ee","block_sha256":"e05a2ca31dac882269345d7c0e2b155b9dd138076e1b683e38cdb69a506934ee","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_48e83c5b-3736-4906-a322-71d916f82a8f"},{"id":"occ_c2151253d2f86d7eeef98ae9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_4b762fd1-647a-4737-8b57-c382050a93dc","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源モジュールの役割は、単に電圧を変えるだけではありません。","quote_start":0,"quote_end":30,"text_sha256":"a046544b5473233a0ff001c02c4ec0ce6688fdd91b74ad4de944a2c1df5e43b0","block_sha256":"a046544b5473233a0ff001c02c4ec0ce6688fdd91b74ad4de944a2c1df5e43b0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_4b762fd1-647a-4737-8b57-c382050a93dc"},{"id":"occ_d5dba82e6ffc2a3f85fe5cdc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_4e7b2f4f-ab42-4c57-8a59-650c59d916e6","section_id":"sec_4d981b05-81e6-4042-b90d-4877f2f29380","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電源","quote":"```\nAIDC内のコイル需要\n\n1. PSU / 電源シェルフ\n   └ PFCリアクトル、トランス、EMIチョーク\n\n2. 48V / 54V → 12V / 低電圧変換\n   └ 中間バスコンバータ用インダクタ\n\n3. GPU / ASIC直近のVR","quote_start":0,"quote_end":128,"text_sha256":"d372a104a772638af8abbd8f42b856d6682d96c858ad8769b980af166681a051","block_sha256":"d372a104a772638af8abbd8f42b856d6682d96c858ad8769b980af166681a051","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_4e7b2f4f-ab42-4c57-8a59-650c59d916e6"},{"id":"occ_819d890d06fc67b98c8d2575","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_50547c55-cc91-4283-a0f5-88e8cb6d907f","section_id":"sec_f7091493-a55f-4fc3-bf30-8b75360f46c1","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"AIDCではGPUの性能向上に伴い、ラック電力、電流密度、通信速度、ノイズ環境がすべて厳しくなります。  \nその結果、インダクタ/コイルは単なる受動部品ではなく、**電源効率、熱、信号品質、安定性を左右する基礎部品**になります。","quote_start":0,"quote_end":115,"text_sha256":"c28a28963a0b8d1274581f5adab34bc6b42993cb05f0a39366e6fec1e967eae8","block_sha256":"c28a28963a0b8d1274581f5adab34bc6b42993cb05f0a39366e6fec1e967eae8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_50547c55-cc91-4283-a0f5-88e8cb6d907f"},{"id":"occ_8a1e21476cb62cbb3c13de0f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_507c8d43-9005-436b-a62c-f766928c99fe","section_id":"sec_34074339-89e1-4e57-8732-d566dfe7c433","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"AIDC向け電源モジュールでは、プレーヤーを4系統に分けると見やすいです。","quote_start":0,"quote_end":37,"text_sha256":"2bfd7a1c64be7e5548bdc0008e6c9c3242c74894e080325bdecc12eb00aafa24","block_sha256":"2bfd7a1c64be7e5548bdc0008e6c9c3242c74894e080325bdecc12eb00aafa24","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_507c8d43-9005-436b-a62c-f766928c99fe"},{"id":"occ_9f467748e7f31e0ab36f5f40","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_53fdb497-17cb-4a7d-9657-53345a0750d7","section_id":"sec_1a3e1d7e-64d1-4333-94a1-52e48571f608","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"TDKはAIデータセンター関連の電源構成を、AC入力から400/800V、48V、12V、1V未満、さらにGPUパッケージ周辺まで分解し、その中で**高電圧/低電圧・大電流部品として、コンデンサ、インダクタ、トランス、EMC部品を拡販す","quote_start":0,"quote_end":118,"text_sha256":"719812d01be09419ecd71759f803a12daaf489434a06b01bc26af93998f6257d","block_sha256":"719812d01be09419ecd71759f803a12daaf489434a06b01bc26af93998f6257d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_53fdb497-17cb-4a7d-9657-53345a0750d7"},{"id":"occ_654916d5ba6af44af33e5727","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_5799ee41-0ec3-401a-a083-b32a9a5cdbf6","section_id":"sec_b6787bef-afe3-4507-8d9c-0044f6d5b60f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電源","quote":"トランスは、絶縁型電源で使われます。","quote_start":0,"quote_end":18,"text_sha256":"428b4b8946eb973eb3fb3e31138cdca5f80a9f89650a558e84f2cf6d76ec4b79","block_sha256":"428b4b8946eb973eb3fb3e31138cdca5f80a9f89650a558e84f2cf6d76ec4b79","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_5799ee41-0ec3-401a-a083-b32a9a5cdbf6"},{"id":"occ_bd2aa622f46fc1144357f12c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_57e20b5c-5d25-49a6-a14b-e9f4ee84b26c","section_id":"sec_9d8b3551-92d7-4f79-9287-7ab08e82c62a","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電源","quote":"つまりコモンモードチョークは、**必要な信号や電源は通し、同相で流れるノイズだけを妨げる部品**です。","quote_start":0,"quote_end":51,"text_sha256":"62a4fcb6e6e1e82c91b96bc0e34cf47a67b4f095125fc767ec02d78fa52ac7c5","block_sha256":"62a4fcb6e6e1e82c91b96bc0e34cf47a67b4f095125fc767ec02d78fa52ac7c5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_57e20b5c-5d25-49a6-a14b-e9f4ee84b26c"},{"id":"occ_68c7140f3c75092d70635500","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_57e44690-6f25-40de-9f98-705de80196c5","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"code","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源モジュールの役割\n\n1. 高電圧を低電圧へ変換する\n2. 大電流を安定供給する\n3. 変換損失を減らす\n4. 発熱を抑える\n5. 電源ノイズを抑える\n6. 基板面積を削減する\n7. GPU負荷変動に高","quote_start":0,"quote_end":106,"text_sha256":"e96d3ece2f9a282a4f16d0de90ea3c714c227aab2d5f33bd883d199e277574ed","block_sha256":"e96d3ece2f9a282a4f16d0de90ea3c714c227aab2d5f33bd883d199e277574ed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_57e44690-6f25-40de-9f98-705de80196c5"},{"id":"occ_c93c259a3f24ff2e157b11dc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_59af9f71-8a89-4288-83c1-797a5d9f4b18","section_id":"sec_3e956f41-441e-4e22-9a78-dd0f6207de6b","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電源","quote":"特にGPU/ASIC直近のVRMでは、多相電源になります。  \nたとえば1つのGPU電源レールに対して、数十フェーズで電流を分担するような設計です。各フェーズにインダクタが必要になります。","quote_start":0,"quote_end":94,"text_sha256":"00c414dc91656aeea7cd430523986bbcf471ec83afbfd05e2fcd1f46c2ce0dac","block_sha256":"00c414dc91656aeea7cd430523986bbcf471ec83afbfd05e2fcd1f46c2ce0dac","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_59af9f71-8a89-4288-83c1-797a5d9f4b18"},{"id":"occ_839d7730c3d641e795498c0a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_5adc6a44-3cf8-467a-b9a0-4cb1e336c51b","section_id":"sec_b6787bef-afe3-4507-8d9c-0044f6d5b60f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電源","quote":"特に将来的に400V/800V DC配電が進むと、高電圧・高効率の電源設計がさらに重要になります。その場合、パワー半導体だけでなく、トランス、リアクトル、フィルムコンデンサ、EMI部品の価値も上がります。","quote_start":0,"quote_end":102,"text_sha256":"259878770a4fc7dff858e20acfd477ca250d7df9b5df0d8636bbcb266d931fd4","block_sha256":"259878770a4fc7dff858e20acfd477ca250d7df9b5df0d8636bbcb266d931fd4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_5adc6a44-3cf8-467a-b9a0-4cb1e336c51b"},{"id":"occ_e41dcea89901bc5c67b41b19","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_5e091e64-45d3-4655-877e-bc7750b7affb","section_id":"sec_64d46907-fe9b-4d9a-92a9-6e8389d81840","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電源","quote":"GPUやASICの近くでは、基板面積が限られています。周囲にはHBM、MLCC、電源IC、MOSFET、インダクタ、通信ICが密集します。その中で、インダクタだけが大きいと電源回路全体の面積が増えてしまいます。","quote_start":0,"quote_end":105,"text_sha256":"0c1bdc639b3c72bc259713cace1c4a18352268e1bd9e281631b24f9654165f27","block_sha256":"0c1bdc639b3c72bc259713cace1c4a18352268e1bd9e281631b24f9654165f27","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_5e091e64-45d3-4655-877e-bc7750b7affb"},{"id":"occ_0816ca3a6e5dec7db9408e9c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_6427b260-1979-4f12-b791-a88d1945bed9","section_id":"sec_6a99c92f-6011-4fe7-b377-2bb46f0100e7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"理由は単純です。AIラックでは、電力密度が上がるからです。","quote_start":0,"quote_end":29,"text_sha256":"93363a6216381f601f796a1e5ab0b1f0cfa57121beaa1afb9fe2e7419be3c858","block_sha256":"93363a6216381f601f796a1e5ab0b1f0cfa57121beaa1afb9fe2e7419be3c858","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_6427b260-1979-4f12-b791-a88d1945bed9"},{"id":"occ_edd08e52a2ffd52f82f0f9e2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_642d45c1-ac90-4cc0-943e-f10626d0ed2a","section_id":"sec_f2e519bd-fcd5-4219-9d5d-52eacddfcea0","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"チップビーズは、電源ラインや信号ラインに直列に入れて、高周波ノイズを減衰させます。","quote_start":0,"quote_end":41,"text_sha256":"01c74c5331080b0c0bc3b53996451fd850964c78ee4a66a90d7c00773e849275","block_sha256":"01c74c5331080b0c0bc3b53996451fd850964c78ee4a66a90d7c00773e849275","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_642d45c1-ac90-4cc0-943e-f10626d0ed2a"},{"id":"occ_27779cf50d0b31e1f02387d3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_659bc661-4c99-49ea-9e63-7a95c818b136","section_id":"sec_beefac95-90c8-4b0e-848b-b63e3498aef8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電源","quote":"村田は、MLCCからPDN、電源モジュールへ広げる総合プレイヤー。  \n太陽誘電は、AIサーバー向け高容量・小型MLCCに純度高く乗るプレイヤー。  \nTDKは、MLCC、インダクタ、薄膜部品、電池、HDDヘッドまで含めた広域プレイ","quote_start":0,"quote_end":116,"text_sha256":"5ad2606c89da47e3e31549e8744379a11e64585dbcd61fed74a544c548796aa7","block_sha256":"5ad2606c89da47e3e31549e8744379a11e64585dbcd61fed74a544c548796aa7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_659bc661-4c99-49ea-9e63-7a95c818b136"},{"id":"occ_ce74c304a1c2ced22c02dec4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_66e1873f-79df-457e-9634-c8e479063470","section_id":"sec_3f58f3fe-6927-47ee-abe3-46b88d8d9296","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"AIサーバーでは、GPU、ASIC、HBM、VRM、PoL電源、NIC、光トランシーバ、PSUなどが高速に動作します。これらはすべて、電流や電圧を高速に切り替えるため、電源ラインや信号ラインにノイズを発生させます。","quote_start":0,"quote_end":107,"text_sha256":"e3c1e7b7fe7379501d9b04d27abc882a01be46ee2b10d7197873ddbc672e2926","block_sha256":"e3c1e7b7fe7379501d9b04d27abc882a01be46ee2b10d7197873ddbc672e2926","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_66e1873f-79df-457e-9634-c8e479063470"},{"id":"occ_cc26fc0c753a604ec544befc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_67fb3085-0b83-4c3e-89b9-1f7e063eafc9","section_id":"sec_2123203e-1479-4bf3-9d0a-2c121d3d9e7f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電源","quote":"特にTDKは、AIデータセンター向け光トランシーバで、信号と電源を分離する薄膜インダクタを展開しています。10MHz〜200MHzの広い周波数帯で高インピーダンスを持ち、DC抵抗を約70%低減する部品として説明されています。([Passive Components","quote_start":0,"quote_end":132,"text_sha256":"350cdf4d18f6261c3e3bbb7f9b5aa7155a77820c741928c64105b884961f73a0","block_sha256":"350cdf4d18f6261c3e3bbb7f9b5aa7155a77820c741928c64105b884961f73a0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_67fb3085-0b83-4c3e-89b9-1f7e063eafc9"},{"id":"occ_897fd1eb590b0044f3acbd25","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_6c368a97-36d9-4d6a-a900-96e16fe1c40f","section_id":"sec_b007fc6f-4ac2-45f2-91ac-d6be4e9a20ea","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源モジュール周辺\n\n入力側\n  ├ EMIフィルタ\n  ├ 入力コンデンサ\n  └ 保護回路\n\n変換部\n  ├ MOSFET / GaN / SiC\n  ├ インダクタ\n  └ 制御IC\n\n出力側\n  ","quote_start":0,"quote_end":106,"text_sha256":"67233c86232b8150bf497ea645b4121346665be80af9fbd5e53102dea83c8f3a","block_sha256":"67233c86232b8150bf497ea645b4121346665be80af9fbd5e53102dea83c8f3a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_6c368a97-36d9-4d6a-a900-96e16fe1c40f"},{"id":"occ_a091561bdef7489cced8236e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_702edae7-2a82-4b7a-a20f-f54f717cb069","section_id":"sec_9d8b3551-92d7-4f79-9287-7ab08e82c62a","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"通常の信号や電源電流は、行きと戻りが逆方向に流れます。そのため、磁界が打ち消し合い、通りやすくなります。","quote_start":0,"quote_end":52,"text_sha256":"fa566853736f205e9172f69c064b3425984fa2c03deb348ecc9cc2574802b1dd","block_sha256":"fa566853736f205e9172f69c064b3425984fa2c03deb348ecc9cc2574802b1dd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_702edae7-2a82-4b7a-a20f-f54f717cb069"},{"id":"occ_af4b3315f46bc42ea66bf75e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_77b83404-d74f-4d16-871e-8b4c1acdb7f7","section_id":"sec_fbc65ebd-ae6e-4973-8187-25634469b046","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"これは、電源線と戻り線の間に発生するノイズです。","quote_start":0,"quote_end":24,"text_sha256":"b2900b23d323023d744411c2f9d4d3f663f388ed70e2fd2f595a55c69b89347e","block_sha256":"b2900b23d323023d744411c2f9d4d3f663f388ed70e2fd2f595a55c69b89347e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_77b83404-d74f-4d16-871e-8b4c1acdb7f7"},{"id":"occ_d5c7836f20b8c3172fd67f55","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_78138919-8e51-465f-a940-f01f63b45dc3","section_id":"sec_3fb5f98f-2c98-4ce2-a251-09003c796fd7","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"AIラックでは、電源密度が上がるほど、スイッチング電源の数も増えます。  \nその結果、EMI対策も重要になります。","quote_start":0,"quote_end":57,"text_sha256":"45c52ae5a49dd2c3f0dea9bbc9f8388b86c5d7e1d3d6ca60f292ac7c4cfb137d","block_sha256":"45c52ae5a49dd2c3f0dea9bbc9f8388b86c5d7e1d3d6ca60f292ac7c4cfb137d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_78138919-8e51-465f-a940-f01f63b45dc3"},{"id":"occ_7b2249495bac690708fb85d0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_788be9b2-f850-469d-bdc3-a1850ab401d5","section_id":"sec_fbc65ebd-ae6e-4973-8187-25634469b046","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電源","quote":"電流が行きと戻りで逆向きに流れるため、通常の電源リップルやスイッチングノイズに近いものです。  \nこれには、インダクタ、MLCC、LCフィルタなどが効きます。","quote_start":0,"quote_end":79,"text_sha256":"28bf4f491577040312d06217d808ed153ea8981130086dec064fcb1968f75b48","block_sha256":"28bf4f491577040312d06217d808ed153ea8981130086dec064fcb1968f75b48","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_788be9b2-f850-469d-bdc3-a1850ab401d5"},{"id":"occ_ab46d470f30521033674bc73","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_7973dd81-52ea-4d45-9231-b48a67950002","section_id":"sec_7e125ea4-6207-460e-921f-417f544383eb","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電源","quote":"見方としては、村田の場合は**AIDCの直接的な主役はMLCCと電源モジュール**で、インダクタ/EMIはそれを補完する形です。とはいえ、サーバー向けEMIフィルタ増加は明確に出ています。","quote_start":0,"quote_end":94,"text_sha256":"d83df139ea364cee7e1690b8a255b9aee8146bb67f3474489a690c8d20860660","block_sha256":"d83df139ea364cee7e1690b8a255b9aee8146bb67f3474489a690c8d20860660","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_7973dd81-52ea-4d45-9231-b48a67950002"},{"id":"occ_899c05e909bef3504ecc895b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_7bc0a50a-66ff-4bb7-bace-882eb46df2ee","section_id":"sec_b007fc6f-4ac2-45f2-91ac-d6be4e9a20ea","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電源","quote":"## 電源モジュールとMLCC/インダクタ/EMIの関係","quote_start":0,"quote_end":28,"text_sha256":"e2d3e9fbc7533f596a27a719a091268f568447c6a2768c80957735bdd8a6b965","block_sha256":"e2d3e9fbc7533f596a27a719a091268f568447c6a2768c80957735bdd8a6b965","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_7bc0a50a-66ff-4bb7-bace-882eb46df2ee"},{"id":"occ_d40d7e798899392a5b99855e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_7bd66bcf-5c44-4b01-bbe9-232cc66cbed2","section_id":"sec_64d46907-fe9b-4d9a-92a9-6e8389d81840","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":72,"end":74,"exact":"電源","quote":"HBM] [MLCC] [VRM] [インダクタ]\n        [GPU / ASIC]\n[MLCC] [電源IC] [通信IC]\n```","quote_start":17,"quote_end":88,"text_sha256":"c7418ca0128f84d4a33b09e1e03dea478b732f9bf9d9ba5db0ded8ffbee4671a","block_sha256":"c7418ca0128f84d4a33b09e1e03dea478b732f9bf9d9ba5db0ded8ffbee4671a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_7bd66bcf-5c44-4b01-bbe9-232cc66cbed2"},{"id":"occ_4eb7c78e6775bdd6c1ce5096","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_7c87d264-7c29-470b-97b3-a982e72817cd","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源モジュールの中身\n\n・制御IC\n・MOSFET / GaN / SiC\n・ドライバ\n・インダクタ\n・MLCC\n・保護回路\n・放熱構造\n```","quote_start":0,"quote_end":76,"text_sha256":"e665fa6a35d8d7a0fa60be4c1fe414b69e461c9c0ffaf6e7ed5af5a0a5221263","block_sha256":"e665fa6a35d8d7a0fa60be4c1fe414b69e461c9c0ffaf6e7ed5af5a0a5221263","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_7c87d264-7c29-470b-97b3-a982e72817cd"},{"id":"occ_176d93fc63ecfde0f33b3d33","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_803b09ab-17ff-45ef-9d29-28149fe3a73b","section_id":"sec_5a819e5e-1450-401a-8eac-37f618f16faf","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":61,"end":63,"exact":"電源","quote":"産業分析で非常に重要です。BOM比率が小さいからといって重要度が低いわけではありません。MLCC、インダクタ、電源モジュール、EMIフィルタは、GPU/HBMを安定して動かすための**電源品質インフラ**です。これらが足りない、あるいは性能が不足すると、高価なGPUラックは安定稼働できません。","quote_start":6,"quote_end":153,"text_sha256":"9a658f07ddb3c59e5b0b4b57616409de4d7a44c75e08a20240cc783e17e5e647","block_sha256":"9a658f07ddb3c59e5b0b4b57616409de4d7a44c75e08a20240cc783e17e5e647","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_803b09ab-17ff-45ef-9d29-28149fe3a73b"},{"id":"occ_279c0ab587beeaefebf0079a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_81409e0e-3cf8-42c1-9ad8-af568d683030","section_id":"sec_beefac95-90c8-4b0e-848b-b63e3498aef8","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":81,"end":83,"exact":"電源","quote":"+\nNVLink/ネットワーク\n  +\nPCB/ABF\n  +\nMLCC\n  +\nインダクタ/EMI\n  +\n電源モジュール\n  +\n冷却\n  +\nBBU/UPS\n```","quote_start":26,"quote_end":111,"text_sha256":"a9dcb731b427c18c3dfc125625cbca971895897414f084c7ae7b4fa4bd3c2625","block_sha256":"a9dcb731b427c18c3dfc125625cbca971895897414f084c7ae7b4fa4bd3c2625","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_81409e0e-3cf8-42c1-9ad8-af568d683030"},{"id":"occ_50f45944332e4a0f9fe3eb0d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_845c9cd5-b121-4561-8be4-a52ad734339c","section_id":"sec_b6787bef-afe3-4507-8d9c-0044f6d5b60f","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"AIDCではラック電力が非常に大きくなるため、PSUや電源シェルフも高効率・高電力密度化します。すると、トランスやリアクトルにも、","quote_start":0,"quote_end":65,"text_sha256":"17e993620e513e668b21912477519d02884e5ef3181d76bf4c2454a79ef931c7","block_sha256":"17e993620e513e668b21912477519d02884e5ef3181d76bf4c2454a79ef931c7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_845c9cd5-b121-4561-8be4-a52ad734339c"},{"id":"occ_bf749564aaaf48921465e59d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_851505fc-4a8c-4175-a1b2-a28df279f0c2","section_id":"sec_d4972420-471b-49da-9de1-7eb7aab6b598","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"### \\3. 電源システム企業","quote_start":0,"quote_end":16,"text_sha256":"da3574f6371ee39468d12156b70a3b7ba7bd9fa96d4ed2c00b7598477244a513","block_sha256":"da3574f6371ee39468d12156b70a3b7ba7bd9fa96d4ed2c00b7598477244a513","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_851505fc-4a8c-4175-a1b2-a28df279f0c2"},{"id":"occ_9eed61adae59d7c1ff1e2caf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_853efb30-f438-4090-8905-c3de94d26f6b","section_id":"sec_6c042fd6-ca3f-48c2-923f-0c6f84ed8fad","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電源","quote":"```\nBias-Tの簡略イメージ\n\nDC電源 ── インダクタ ─┐\n                      ├── 高速デバイス\n高周波信号 ─ コンデンサ ┘\n```","quote_start":0,"quote_end":88,"text_sha256":"48cba2f382057182237a3672d60432c4286ccc01112a3e168402ac54efc887b0","block_sha256":"48cba2f382057182237a3672d60432c4286ccc01112a3e168402ac54efc887b0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_853efb30-f438-4090-8905-c3de94d26f6b"},{"id":"occ_df560da32f773552b859e26e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_85dd5f39-285d-4c66-b6f3-bfb83b5df9c0","section_id":"sec_6a99c92f-6011-4fe7-b377-2bb46f0100e7","layer":"code","character_id":null,"count":4,"matched_aliases":["消費電力","電源"],"evidence":{"text_basis":"markdown","start":16,"end":20,"exact":"消費電力","quote":"```\nGPU性能上昇\n  ↓\n消費電力上昇\n  ↓\n電流変動の急峻化\n  ↓\n電源ノイズ増加\n  ↓\n電源変換段数増加\n  ↓\nMLCC・インダクタ・電源モジュールの高付加価値化\n```","quote_start":0,"quote_end":94,"text_sha256":"21a8b5ebe0da742e4c25693adddbaf4ae18a64abab23cfecaf25eb7c933796a3","block_sha256":"21a8b5ebe0da742e4c25693adddbaf4ae18a64abab23cfecaf25eb7c933796a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_85dd5f39-285d-4c66-b6f3-bfb83b5df9c0"},{"id":"occ_b9423cf690d0971cbb762fbe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_85df5ef9-86fb-4bb6-94e6-8b8ce775ea72","section_id":"sec_f7091493-a55f-4fc3-bf30-8b75360f46c1","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電源","quote":"この表の本質は、AIDCではコイル/インダクタが単一の部品ではなく、**電源・通信・ノイズ対策の各階層で違う役割を持つ**ということです。","quote_start":0,"quote_end":69,"text_sha256":"adf20000a504f1f9c00dc2d5d70fccb4cb27a5f292f708c742fe863b999f422f","block_sha256":"adf20000a504f1f9c00dc2d5d70fccb4cb27a5f292f708c742fe863b999f422f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_85df5ef9-86fb-4bb6-94e6-8b8ce775ea72"},{"id":"occ_01a10343d2d8c01e31187c0a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_8b632e0f-8fb9-4c8f-b9d2-3b20fb0e26fa","section_id":"sec_3e956f41-441e-4e22-9a78-dd0f6207de6b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電源","quote":"AIDCの電源系を実装レベルで見ると、コイルはかなり広範囲に入ります。","quote_start":0,"quote_end":35,"text_sha256":"27b3fc98b1b23daf0512f69cb0a1ea06b5a9ead59ba8943b67d8cee75efd2bed","block_sha256":"27b3fc98b1b23daf0512f69cb0a1ea06b5a9ead59ba8943b67d8cee75efd2bed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_8b632e0f-8fb9-4c8f-b9d2-3b20fb0e26fa"},{"id":"occ_4f396cc4a3b387c09bd275b2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_8eafd901-4cd8-4000-98ce-1b31c6210403","section_id":"sec_8e513104-67bb-45ca-96e5-e0a33b57638f","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":82,"end":84,"exact":"電源","quote":"  ↓\n導通損失を減らす\n\n高飽和電流\n  ↓\n大電流でも磁気飽和しにくい\n\n低背・小型\n  ↓\nGPU基板や電源モジュールに載せやすい\n\n高放熱\n  ↓\n高密度ラックの熱問題を緩和\n\n高周波特性\n  ↓\n高速スイッチング・光通信周辺で使いやすい\n\n低ノイズ\n  ↓\nSerDes / HBM / NICの信号品質","quote_start":27,"quote_end":184,"text_sha256":"7a91a45477911e10b7cde390d607419fef096ce9222e911cffc7e072f658a9db","block_sha256":"7a91a45477911e10b7cde390d607419fef096ce9222e911cffc7e072f658a9db","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_8eafd901-4cd8-4000-98ce-1b31c6210403"},{"id":"occ_711a056568657d3436718832","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_90f966cf-4dad-435c-9e53-6fd760c178fe","section_id":"sec_3e956f41-441e-4e22-9a78-dd0f6207de6b","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":9,"end":13,"exact":"消費電力","quote":"この場合、GPUの消費電力が増え、フェーズ数が増え、電流密度が上がるほど、インダクタの数・性能要求が上がります。","quote_start":0,"quote_end":56,"text_sha256":"8bd6ddefa88f1b6a033d23abd1a2c2dff321ea53fe59a3ce4b4319ee1628100a","block_sha256":"8bd6ddefa88f1b6a033d23abd1a2c2dff321ea53fe59a3ce4b4319ee1628100a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_90f966cf-4dad-435c-9e53-6fd760c178fe"},{"id":"occ_c573156bcdaff0c41c487815","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_9e21e85e-ba0e-4713-ab3b-db2c6de6c174","section_id":"sec_1533c77f-0cfc-403c-bf53-5aecf0f19a09","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":84,"end":86,"exact":"電力","quote":"ギザになる\n  ↓\nパワーインダクタが電流を平滑化\n  ↓\nMLCCが電圧リップルを吸収\n  ↓\nGPUに安定電力を供給\n```","quote_start":29,"quote_end":93,"text_sha256":"12223f14f71e38456da5bdef2f0c0ff6ef9e5dc9a1e19888513cf8eb7265454e","block_sha256":"12223f14f71e38456da5bdef2f0c0ff6ef9e5dc9a1e19888513cf8eb7265454e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_9e21e85e-ba0e-4713-ab3b-db2c6de6c174"},{"id":"occ_4b137e04f8023dd21b5eb1fc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_a099400c-fa95-4980-bfb3-9550f58c90cf","section_id":"sec_b6787bef-afe3-4507-8d9c-0044f6d5b60f","layer":"code","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電源","quote":"```\n商用AC\n  ↓\nPFC回路\n  ↓\nAC-DC電源\n  ↓\n絶縁型DC-DC\n  ↓\n48V / 54V\n  ↓\nAIサーバー内電源\n```","quote_start":0,"quote_end":75,"text_sha256":"24518630bebb309e10499525f662615dc07fa63e29f46794e70f7938d689c92c","block_sha256":"24518630bebb309e10499525f662615dc07fa63e29f46794e70f7938d689c92c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_a099400c-fa95-4980-bfb3-9550f58c90cf"},{"id":"occ_0e9508ba8d035264324252a6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_a2ffe102-bbda-4727-afdf-819ca6379470","section_id":"sec_0cfe480b-4297-4016-b85e-00b7639c686e","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"スイッチング電源では、MOSFETが高速にON/OFFして電力を刻みます。そのままだと電流がギザギザになるため、インダクタで平滑化します。","quote_start":0,"quote_end":69,"text_sha256":"8c1a75203ce714476629f9d49c08f72dbe2c5c139fc2ea6a4b7a9b1622a321c7","block_sha256":"8c1a75203ce714476629f9d49c08f72dbe2c5c139fc2ea6a4b7a9b1622a321c7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_a2ffe102-bbda-4727-afdf-819ca6379470"},{"id":"occ_28f2b1cb46ede5e4b8f847a8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_a448ea0d-1a81-4970-99b5-27058d2606fc","section_id":"sec_1a3e1d7e-64d1-4333-94a1-52e48571f608","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電源","quote":"このDC-DC変換の各段階で、インダクタが必要になります。  \nインダクタは、スイッチング電源の中で**電流をなめらかにする部品**です。","quote_start":0,"quote_end":69,"text_sha256":"026e687474b129829e47fc9eb379582b5c71b9d5cf493ba5b973eafb978ffa03","block_sha256":"026e687474b129829e47fc9eb379582b5c71b9d5cf493ba5b973eafb978ffa03","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_a448ea0d-1a81-4970-99b5-27058d2606fc"},{"id":"occ_7d198f6c5079e27024087eda","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_a6ddded4-9e51-422e-9d31-e33dc2b514a2","section_id":"sec_b6787bef-afe3-4507-8d9c-0044f6d5b60f","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"```\nトランスの役割\n\n・電圧変換\n・絶縁\n・安全性確保\n・ノイズ分離\n・高電力伝送\n```","quote_start":0,"quote_end":47,"text_sha256":"2c29e82ee1c1d0e68529152e91cb9899fec5a56b88d85f14326f52d610f35bc6","block_sha256":"2c29e82ee1c1d0e68529152e91cb9899fec5a56b88d85f14326f52d610f35bc6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_a6ddded4-9e51-422e-9d31-e33dc2b514a2"},{"id":"occ_de1d4bb25a80fd0abec6b508","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_a6eed03e-5e34-4bbb-a437-343f249d2a9c","section_id":"sec_3363d075-6d60-419f-8749-9d03e81834f1","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電源","quote":"**Vicor**  \n48V高密度電源モジュールで有名です。GPU/ASIC近傍の高密度電力供給に強く、AIDC電源モジュールの純度が高い企業です。","quote_start":0,"quote_end":75,"text_sha256":"71b84a7cc096fafb3928d88dcb8b776175fe498c8a8cccd24835eb9a0bc8e085","block_sha256":"71b84a7cc096fafb3928d88dcb8b776175fe498c8a8cccd24835eb9a0bc8e085","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_a6eed03e-5e34-4bbb-a437-343f249d2a9c"},{"id":"occ_e7f6f317bab04df0e2db930a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_acd5bf46-1e9f-4e60-ac00-71fa361469c4","section_id":"sec_a2674187-ee2f-4708-be55-219a7e05db4b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電源","quote":"この構造では、インダクタは単なる「電流をなめらかにするコイル」ではなく、**電源制御の動特性そのものを決める部品**になります。ここは高付加価値化しやすいです。","quote_start":0,"quote_end":80,"text_sha256":"7a4a93c2c9627f01326c3d4a39b1d73d6539f71e297cfb537468be815ad1964f","block_sha256":"7a4a93c2c9627f01326c3d4a39b1d73d6539f71e297cfb537468be815ad1964f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_acd5bf46-1e9f-4e60-ac00-71fa361469c4"},{"id":"occ_5a426b3706b18bbe98c3a951","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_aead9acd-b9db-46e9-ad73-013fbcfa31c7","section_id":"sec_73ba9d87-df2a-4897-8529-b876c423faa7","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"つまり村田は、**AIサーバーの電源品質を部品群で支える企業**です。","quote_start":0,"quote_end":35,"text_sha256":"4fa535a4091b7fd49f63c219b8a3d2dbb652e7e794dc869c9b9dfa2c23782508","block_sha256":"4fa535a4091b7fd49f63c219b8a3d2dbb652e7e794dc869c9b9dfa2c23782508","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_aead9acd-b9db-46e9-ad73-013fbcfa31c7"},{"id":"occ_1bbb844f37c51ef1c666aaff","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_af0edbc3-6f29-4dfe-b5e7-67e40ecacdd8","section_id":"sec_1a3e1d7e-64d1-4333-94a1-52e48571f608","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電源","quote":"```\n降圧コンバータの基本\n\n入力電圧\n  ↓\n[ MOSFET / 電源IC ] ─ [ インダクタ ] ─ 出力\n                                      │\n                                    [ ","quote_start":0,"quote_end":138,"text_sha256":"3f39917f1f1a0476573ca5d2019fa737f286396a1faec76958e884afc370528d","block_sha256":"3f39917f1f1a0476573ca5d2019fa737f286396a1faec76958e884afc370528d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_af0edbc3-6f29-4dfe-b5e7-67e40ecacdd8"},{"id":"occ_41ae8da0b56ba7ecb00b08f5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_afa0203c-c35c-41ec-a0a1-98e18b30ad58","section_id":"sec_4519dde8-3e9e-41c9-b11a-73e9726fec69","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源ラインには抵抗とインダクタンスがあります。電流が急変すると、電圧が揺れます。","quote_start":0,"quote_end":40,"text_sha256":"d3201bbe87acc5f329086b5e4669bdc1b379140cbd89ba615e906dc55b7f1d8a","block_sha256":"d3201bbe87acc5f329086b5e4669bdc1b379140cbd89ba615e906dc55b7f1d8a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_afa0203c-c35c-41ec-a0a1-98e18b30ad58"},{"id":"occ_5797992b9427ce2f92fc3ea1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_b1cbedaa-d28a-4c5f-ba47-df47ddbf6043","section_id":"sec_7f7c00fe-81d3-47e2-9a9d-43f0a7056159","layer":"code","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":43,"end":45,"exact":"電源","quote":"```\n・48V / 54V → 12V変換\n・中間バスコンバータ\n・大電流DC-DC電源\n・PSU内部\n・高出力電源モジュール\n```","quote_start":0,"quote_end":68,"text_sha256":"7819541f9cdf9ca72f1c8a27c5370bafb25f0f39b8bd3aa1d01474ce653e763a","block_sha256":"7819541f9cdf9ca72f1c8a27c5370bafb25f0f39b8bd3aa1d01474ce653e763a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_b1cbedaa-d28a-4c5f-ba47-df47ddbf6043"},{"id":"occ_5b1effd4c0a3a68c67fb54cf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_b381f4ab-321a-4df6-af01-3b157d9498b1","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源モジュールは、**電圧変換回路を小型パッケージ化した部品**です。  \nAIサーバーでは、48V/54Vや将来の400V/800Vから、GPU/ASIC用の1V未満へ効率よく落とす必要があります。","quote_start":0,"quote_end":100,"text_sha256":"7f30c0d90dc489a7a1c5fe82e3a4bfc9497fe82bb2f8fa11cb50ac28ac518634","block_sha256":"7f30c0d90dc489a7a1c5fe82e3a4bfc9497fe82bb2f8fa11cb50ac28ac518634","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_b381f4ab-321a-4df6-af01-3b157d9498b1"},{"id":"occ_7b9514f325dfcd035fdc18a3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_b4d6c444-a37d-4a83-b771-71a51451daa6","section_id":"sec_5eaa2c7e-880b-4265-b349-294c8992c87b","layer":"body","character_id":null,"count":3,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電源","quote":"、Texas Instruments、STMicroelectronics、onsemi**  \nこれらは完成電源モジュールというより、MOSFET、GaN、SiC、ドライバ、電源制御IC、絶縁など、電源モジュールの中核半導体を提供します。800V DC化や高効率PSUで重要です。","quote_start":10,"quote_end":151,"text_sha256":"232e6aa958e5d01e57903d1754e80a2806436340ae890030849bb5a597926f98","block_sha256":"232e6aa958e5d01e57903d1754e80a2806436340ae890030849bb5a597926f98","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_b4d6c444-a37d-4a83-b771-71a51451daa6"},{"id":"occ_053fee8dd97c335525e501a7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_b5e0311f-1e48-4775-820a-5df50757e1f8","section_id":"sec_beefac95-90c8-4b0e-848b-b63e3498aef8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電源","quote":"で、村田製作所、太陽誘電、TDKは、GPUそのものは作りません。しかし、GPUラックを安定動作させるための**電源品質、ノイズ対策、デカップリング、磁性部品**を担います。","quote_start":3,"quote_end":89,"text_sha256":"8762587fb7f212b4937838086667ff9a967860e481910da8809b767f90df7797","block_sha256":"8762587fb7f212b4937838086667ff9a967860e481910da8809b767f90df7797","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_b5e0311f-1e48-4775-820a-5df50757e1f8"},{"id":"occ_c5b03639fed1115101bc52e6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_b756cb5c-c494-4c4d-a06d-fabd9b059e99","section_id":"sec_90df3eaa-67a2-4036-a5b5-89cebe153922","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電源","quote":"CでEMIフィルタが高付加価値化する理由\n\n1. スイッチング周波数が高くなる\n2. 電流が大きくなる\n3. 電源レールが増える\n4. GPU/HBM/NICが高密度化する\n5. 光トランシーバが増える\n6. ラック内のノイズ源が増える\n7. 低損失・小型・高信頼性が必要になる\n```","quote_start":7,"quote_end":150,"text_sha256":"4b0af1af6cd8ed637abf67703df18e09eb03e0280cc5fa7c52105bd24bc4c231","block_sha256":"4b0af1af6cd8ed637abf67703df18e09eb03e0280cc5fa7c52105bd24bc4c231","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_b756cb5c-c494-4c4d-a06d-fabd9b059e99"},{"id":"occ_36fb1b507910ed2d21163fd8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_b7b8837c-14fb-45bf-84b1-30ea37272d2b","section_id":"sec_7f7c00fe-81d3-47e2-9a9d-43f0a7056159","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":"の変換段では大電流・高効率が必要なので、ワイヤ巻線インダクタの品質が変換効率と発熱に効きます。  \n特にラック電力が120kW級、将来的にさらに大きくなると、**1%の効率差が大きな熱と電力コストの差**になります。","quote_start":1,"quote_end":109,"text_sha256":"b3734fd79d28c19a621ce40124ac52e842aa9799556335f52474cd363820099d","block_sha256":"b3734fd79d28c19a621ce40124ac52e842aa9799556335f52474cd363820099d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_b7b8837c-14fb-45bf-84b1-30ea37272d2b"},{"id":"occ_25615f9963d08f51e89f6141","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_b9e5b477-dfcf-4814-9659-bd74a66a7098","section_id":"sec_64d46907-fe9b-4d9a-92a9-6e8389d81840","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電源","quote":"IDCで高付加価値化しやすい分野です。理由は、単なる汎用インダクタではなく、GPUボードやAIアクセラレータの電源設計に合わせた高性能品が必要になるからです。","quote_start":4,"quote_end":83,"text_sha256":"2e0db5618d7d60073bfca30ef63ce720fee65a5f88de8b5fb73c59be088a8361","block_sha256":"2e0db5618d7d60073bfca30ef63ce720fee65a5f88de8b5fb73c59be088a8361","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_b9e5b477-dfcf-4814-9659-bd74a66a7098"},{"id":"occ_4d394e38bbfb9dbc1758d141","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_be3be318-bbb9-4d04-afe7-16f60caec068","section_id":"sec_3b20421c-b878-4909-80b4-4402ab9c86c8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電源","quote":"つまりEMIフィルタは、電源や信号の中に混ざった不要な高周波成分を取り除く**電気的な濾過器**です。","quote_start":0,"quote_end":51,"text_sha256":"3c5cf6ca29997e4fd3aa5c551af65d3131eeeb426fa0fdc9757da8f4a739a456","block_sha256":"3c5cf6ca29997e4fd3aa5c551af65d3131eeeb426fa0fdc9757da8f4a739a456","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_be3be318-bbb9-4d04-afe7-16f60caec068"},{"id":"occ_b1ec569ea233fc17212ae80a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_beb52c43-0ab2-48bf-b869-1b5ffff6ce39","section_id":"sec_beefac95-90c8-4b0e-848b-b63e3498aef8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":94,"end":96,"exact":"電力","quote":"が+182%、PCBが+233%、Power supplyが+32%になっていることは、AIラックの進化が**電力供給・基板・実装・受動部品の限界にぶつかっている**ことを示しています。","quote_start":39,"quote_end":132,"text_sha256":"6c2550ecbda202f4bd9a8a30589685cabf2a6dcc4b904f4c39f6fb1f1d8b4c16","block_sha256":"6c2550ecbda202f4bd9a8a30589685cabf2a6dcc4b904f4c39f6fb1f1d8b4c16","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_beb52c43-0ab2-48bf-b869-1b5ffff6ce39"},{"id":"occ_9d2a7b49edfc655ceed99326","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_bfe98a66-40b1-406c-92e2-74182e960aea","section_id":"sec_dd8e8e36-2fb6-44bc-ba58-57c526d52cf8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"### 電源はBOM比率では小さいが、絶対額は増える","quote_start":0,"quote_end":26,"text_sha256":"ab7b080fb4ffd34db15eeaef22b3f1bba5ba38a77e2f62934b8c92385e6e6c0b","block_sha256":"ab7b080fb4ffd34db15eeaef22b3f1bba5ba38a77e2f62934b8c92385e6e6c0b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_bfe98a66-40b1-406c-92e2-74182e960aea"},{"id":"occ_fdc1d843e8f04d9721d2b1a4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_c0504445-df41-4b5c-be5b-55f3d1b1852a","section_id":"sec_3f58f3fe-6927-47ee-abe3-46b88d8d9296","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電源","quote":"MLCC、インダクタ、電源モジュールと並んで重要になるのが、**EMIフィルタ**です。  \nEMIとは **Electromagnetic Interference**、つまり電磁妨害・電磁ノイズのことです。","quote_start":0,"quote_end":105,"text_sha256":"6b1909dda3f1c7881ac4015fe4a3c6c112857ffa6948acba5c57f63c8c512656","block_sha256":"6b1909dda3f1c7881ac4015fe4a3c6c112857ffa6948acba5c57f63c8c512656","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_c0504445-df41-4b5c-be5b-55f3d1b1852a"},{"id":"occ_4f40e2806645cec45d782d53","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_c1dd37ae-0dd4-4e09-8eea-f0f7c270c4ac","section_id":"sec_beefac95-90c8-4b0e-848b-b63e3498aef8","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電源","quote":"AIDC時代の本質は、  \n**GPUの性能競争が、電源・基板・受動部品・冷却の性能競争へ波及している**  \nということです。  \nその波及先の中で、MLCC、インダクタ、電源モジュールは、今後も高付加価値化しながら伸びる可能性が高い分野だと考えられます","quote_start":0,"quote_end":128,"text_sha256":"a992dcb23ca97899b46845c1cf8b7e5dfc64985be019fd45bceeadc9c15e276f","block_sha256":"a992dcb23ca97899b46845c1cf8b7e5dfc64985be019fd45bceeadc9c15e276f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_c1dd37ae-0dd4-4e09-8eea-f0f7c270c4ac"},{"id":"occ_7a57ef8ee9b12e2527b0a5e7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_c436c688-a134-4ff3-bbba-17536083c9b2","section_id":"sec_6a99c92f-6011-4fe7-b377-2bb46f0100e7","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電源","quote":"## \\10. なぜMLCC・コイル・電源モジュールは高付加価値化するのか","quote_start":0,"quote_end":37,"text_sha256":"aba8d57e5fe4a33f05d5efcbd7102fbd5e2841addef0f2a95881bf8d623fd49b","block_sha256":"aba8d57e5fe4a33f05d5efcbd7102fbd5e2841addef0f2a95881bf8d623fd49b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_c436c688-a134-4ff3-bbba-17536083c9b2"},{"id":"occ_4c6af55713fb8305d55bebe2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_c98f3233-202a-4b9d-954b-63682de0bb88","section_id":"sec_da02eed6-e0b8-4b1c-b1c9-a1fffa765f03","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"なので、投資・事業分析としては、  \n**MLCCは点数増の恩恵が強い。**  \n**インダクタは電力密度上昇による仕様高度化の恩恵が強い。**  \nと整理できます。","quote_start":0,"quote_end":83,"text_sha256":"d96f163ecd2ad35b5ed3eae42b9a893f5321796d127bd3657205da4e3eb413fc","block_sha256":"d96f163ecd2ad35b5ed3eae42b9a893f5321796d127bd3657205da4e3eb413fc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_c98f3233-202a-4b9d-954b-63682de0bb88"},{"id":"occ_96b8418b8008c157aec948aa","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_cb5321b1-2164-46ba-9afd-2a303f91bbec","section_id":"sec_dd8e8e36-2fb6-44bc-ba58-57c526d52cf8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":89,"end":91,"exact":"電源","quote":"の76,000ドルへ、+32%です。BOM比率では約1%ですが、120kW級ラックからさらに高密度化するほど、電源変換効率、熱、冗長性、800V化が重要になります。","quote_start":34,"quote_end":116,"text_sha256":"a1e850acb5b9fdcb0acf0057f7d9398caceb807c2eacf450c262f0f3fc38ae8a","block_sha256":"a1e850acb5b9fdcb0acf0057f7d9398caceb807c2eacf450c262f0f3fc38ae8a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_cb5321b1-2164-46ba-9afd-2a303f91bbec"},{"id":"occ_691d60701bc7fe62c6efb4f3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_cbb80002-6da2-4dd0-a7c8-5314e51a4207","section_id":"sec_3b20421c-b878-4909-80b4-4402ab9c86c8","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電源","quote":"```\nノイズが乗った電源\n\n────────~~~~~─────||||─────~~~~~────\n\nEMIフィルタ通過後\n\n────────────────────────────\n```","quote_start":0,"quote_end":97,"text_sha256":"65607e54c99fd1a8ec5dc44a5b3dc1473724611c0a9b5bdcc448fb51183f9c76","block_sha256":"65607e54c99fd1a8ec5dc44a5b3dc1473724611c0a9b5bdcc448fb51183f9c76","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_cbb80002-6da2-4dd0-a7c8-5314e51a4207"},{"id":"occ_93957ffef82abe7e1f106847","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_ceea763f-8fc7-4766-ae86-24bf34efd268","section_id":"sec_a2674187-ee2f-4708-be55-219a7e05db4b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電源","quote":"TDKは、低電圧・大電流用途の高速負荷変動に対応するため、TLVRがサーバー電源回路で主流になってきていると説明しています。([TDK](https://product.tdk.com/en/techlibrary/applicationnote/server-power-cir","quote_start":0,"quote_end":140,"text_sha256":"9ebb2fede21ef9314b48c55ebe1f0590a31480d41db199893f08795acf5d9e0b","block_sha256":"9ebb2fede21ef9314b48c55ebe1f0590a31480d41db199893f08795acf5d9e0b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_ceea763f-8fc7-4766-ae86-24bf34efd268"},{"id":"occ_aab09414a2b8a93d37eccad7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_d083f8e5-15d2-4265-b475-55c98cd746f8","section_id":"sec_2a2ad070-5548-4a4c-9f16-b6c7916f12e1","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電源","quote":"```\nフェライトビーズ\n\n電源ライン ── [ Ferrite Bead ] ── IC\n```","quote_start":0,"quote_end":49,"text_sha256":"407c855915331517755e249ceeb989913ce32e75ef5fbac243c19dcef4ae7448","block_sha256":"407c855915331517755e249ceeb989913ce32e75ef5fbac243c19dcef4ae7448","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_d083f8e5-15d2-4265-b475-55c98cd746f8"},{"id":"occ_1a53e066c2eed605729779b9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_d0ac30ba-e26f-4880-aa2e-3f2a5a8672ae","section_id":"sec_3e956f41-441e-4e22-9a78-dd0f6207de6b","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"```\nAIDC電源アーキテクチャとコイル\n\n商用AC\n  ↓\nPSU\n  ├ PFCリアクトル\n  ├ 絶縁トランス\n  ├ EMIチョーク\n  └ 高耐圧コンデンサ\n\n48V / 54V バス\n  ↓\n中間バスコンバ","quote_start":0,"quote_end":110,"text_sha256":"f7725a83e4400c9637d9029398594c3c132bc16e63dde0f8e48ec77c0ba4582d","block_sha256":"f7725a83e4400c9637d9029398594c3c132bc16e63dde0f8e48ec77c0ba4582d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_d0ac30ba-e26f-4880-aa2e-3f2a5a8672ae"},{"id":"occ_d6c57965bd55277394e18d21","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_d2fa45f3-ac45-4a6b-a485-8767d114411c","section_id":"sec_3fb5f98f-2c98-4ce2-a251-09003c796fd7","layer":"code","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":78,"end":80,"exact":"電源","quote":"AC入力 / PSU\n  └ 外部へ出るノイズ、外部から入るノイズを抑える\n\n48V / 54V配電\n  └ 電源バス上のスイッチングノイズを抑える\n\n中間バスコンバータ\n  └ DC-DC変換時のリップル・スパイクを低減\n\nVRM / PoL\n  └ GPU直近の高速スイッチングノイズを抑える\n\nGPU / A","quote_start":23,"quote_end":180,"text_sha256":"98b4c25031dfb22dfd74076d26937f9d33053ad20c1a5b1e14458ec9464735c3","block_sha256":"98b4c25031dfb22dfd74076d26937f9d33053ad20c1a5b1e14458ec9464735c3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_d2fa45f3-ac45-4a6b-a485-8767d114411c"},{"id":"occ_8a62e7469c0b2d467bc6fc35","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_d3b30ebb-53ea-4bb9-981a-d8a071f86d22","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電源","quote":"村田は、AIサーバーの電源システム進化に伴い、複数のDC-DCコンバータが必要になり、新しいDC-DC電源モジュール需要が生まれると説明しています。([Murata Manufacturing Co., Ltd.](https","quote_start":0,"quote_end":113,"text_sha256":"9ac2b8e2816363388b1f5e09889b49e57de31ff4728b91a2f9a4b5b0bbe55159","block_sha256":"9ac2b8e2816363388b1f5e09889b49e57de31ff4728b91a2f9a4b5b0bbe55159","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_d3b30ebb-53ea-4bb9-981a-d8a071f86d22"},{"id":"occ_5ca92ced6aedf0b6fc762628","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_d68437cb-706c-4c33-b8a0-8000a0a460ac","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"code","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源モジュール内部\n\n┌─────────────────────────┐\n│ 制御IC                   │\n│  ├ 出力電圧を監視         │\n│  └ MOSFETのO","quote_start":0,"quote_end":106,"text_sha256":"e92119cebacfd58cc551160631effa4512ad2c23c96cc47cb44e239051e5e2a7","block_sha256":"e92119cebacfd58cc551160631effa4512ad2c23c96cc47cb44e239051e5e2a7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_d68437cb-706c-4c33-b8a0-8000a0a460ac"},{"id":"occ_7a3421fa2d8eae36852d9e5f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_d6ee52ef-c29a-4fe3-88b1-cfd57e0b1718","section_id":"sec_9e4d4318-aa70-4866-a1cb-d4ab5fcfdb20","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電源","quote":"これはラックBOM内というより、PSU、電源シェルフ、施設電源側で伸びます。800V DCや高電力密度PSUが進むほど重要になります。","quote_start":0,"quote_end":67,"text_sha256":"f4948c0cb26c5a3c64c25dda86130151b6dd485e5f230d986925d69babd04bd7","block_sha256":"f4948c0cb26c5a3c64c25dda86130151b6dd485e5f230d986925d69babd04bd7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_d6ee52ef-c29a-4fe3-88b1-cfd57e0b1718"},{"id":"occ_aea2acc4d7a4578deeb0248c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_db218d3d-9a89-411c-946c-eec1801f1e31","section_id":"sec_2a2ad070-5548-4a4c-9f16-b6c7916f12e1","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電源","quote":"Iサーバーでは、GPU周辺、NIC、光トランシーバ、制御IC、センサー、クロック回路など、ノイズに敏感な部分の電源分離に使われます。","quote_start":1,"quote_end":67,"text_sha256":"9412e726899a42bc049e411b0ea59019a4b1118c8c67fbb858fb978194db4acd","block_sha256":"9412e726899a42bc049e411b0ea59019a4b1118c8c67fbb858fb978194db4acd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_db218d3d-9a89-411c-946c-eec1801f1e31"},{"id":"occ_f994428c1bcb8cfb418dfe28","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_db7d1e81-9db2-47db-bfae-40915ac8ed5e","section_id":"sec_3363d075-6d60-419f-8749-9d03e81834f1","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電源","quote":"### \\1. 高密度電源モジュール企業","quote_start":0,"quote_end":20,"text_sha256":"c2dfa15afbee2dc1e1891bc9de919f821838744db9c254a0e7bd6933411470a5","block_sha256":"c2dfa15afbee2dc1e1891bc9de919f821838744db9c254a0e7bd6933411470a5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_db7d1e81-9db2-47db-bfae-40915ac8ed5e"},{"id":"occ_d9e566fe77c43bf3e69541a1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_deea74ef-6fd6-4be9-aa22-e08c01e9fb84","section_id":"sec_c0e9464c-4a7f-482a-90ce-a240931c0ce8","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電源","quote":"```\nAIDC内の電源モジュールの場所\n\nPSU / パワーシェルフ\n  ↓\n48V / 54V配電\n  ↓\n中間バスコンバータ\n  ↓\nVRM / PoL\n  ↓\nGPU / ASIC / HBM\n```","quote_start":0,"quote_end":104,"text_sha256":"c82f579277ba0269f14078f7381481631c6411f03a9192e585a5c2ad3d19a53e","block_sha256":"c82f579277ba0269f14078f7381481631c6411f03a9192e585a5c2ad3d19a53e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_deea74ef-6fd6-4be9-aa22-e08c01e9fb84"},{"id":"occ_84d474c8ea428bfd3d967d0c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_e7c6e21b-3594-48eb-9172-c3d95e51f934","section_id":"sec_1c55d940-0026-4624-9f6c-513ab8c5261f","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電源","quote":"PCBは+233%、MLCCは+182%です。これは、GPUとメモリが増えただけではなく、**基板上の電源レール、信号配線、デカップリング、電源品質要求が一段上がる**ことを示しています。","quote_start":0,"quote_end":94,"text_sha256":"c616cc071eccf56c32cea3ae8329fc06994be062a9130bc279a71c647c753a5a","block_sha256":"c616cc071eccf56c32cea3ae8329fc06994be062a9130bc279a71c647c753a5a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_e7c6e21b-3594-48eb-9172-c3d95e51f934"},{"id":"occ_f8328ddf9161f927e21b0366","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_ea42db4d-b09d-42ae-b33c-4fb74c884990","section_id":"sec_6c042fd6-ca3f-48c2-923f-0c6f84ed8fad","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"Bias-T回路とは、ざっくり言うと、**高周波信号と直流電源を同じ線に重ねたり、分離したりする回路**です。光トランシーバ内部では、レーザーやフォトダイオード、ドライバICなどに電源を供給しつつ、高速信号を扱います。","quote_start":0,"quote_end":109,"text_sha256":"5decb457786e65d033d6b512194341f6b60aa127bc040833f59cd07b40f9f8e2","block_sha256":"5decb457786e65d033d6b512194341f6b60aa127bc040833f59cd07b40f9f8e2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_ea42db4d-b09d-42ae-b33c-4fb74c884990"},{"id":"occ_2371078f76c7d10f6a549438","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_ebc934c6-2ba6-4053-8995-4d3117594390","section_id":"sec_86c1919f-6866-4ee8-b7b8-4671fdd55cf1","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"AIラックの電源経路を単純化すると、こうなります。","quote_start":0,"quote_end":25,"text_sha256":"ef6260a99fc6c4d80a074fac8a8594a295fb74154b1b8c239a9c6b02ccb2789b","block_sha256":"ef6260a99fc6c4d80a074fac8a8594a295fb74154b1b8c239a9c6b02ccb2789b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_ebc934c6-2ba6-4053-8995-4d3117594390"},{"id":"occ_7d6270ebe92da07aa48367a1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_ec0944a7-5f1b-4cd8-8c88-c1a8ea8d5c9d","section_id":"sec_b6787bef-afe3-4507-8d9c-0044f6d5b60f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電源","quote":"トランスとリアクトルは、より上流の電源系で重要です。  \n特にPSU、PFC、絶縁型DC-DCコンバータで使われます。","quote_start":0,"quote_end":59,"text_sha256":"433e81210c86ef0bb38a6b132da7b224b4141064d642628dc7d575ec4ded7f66","block_sha256":"433e81210c86ef0bb38a6b132da7b224b4141064d642628dc7d575ec4ded7f66","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_ec0944a7-5f1b-4cd8-8c88-c1a8ea8d5c9d"},{"id":"occ_f65a73d430728b0f9eb6a033","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_f4798cf8-8335-4dac-a856-5ee04782695e","section_id":"sec_f2e519bd-fcd5-4219-9d5d-52eacddfcea0","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源ライン ── チップビーズ ── IC / GPU / NIC\n                         │\n                       MLCC\n             ","quote_start":0,"quote_end":106,"text_sha256":"8d740fa2eeb178ee0812b0ede9154e3418793fde5124a0b11fddb130334d6d8e","block_sha256":"8d740fa2eeb178ee0812b0ede9154e3418793fde5124a0b11fddb130334d6d8e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_f4798cf8-8335-4dac-a856-5ee04782695e"},{"id":"occ_698c785a409a202209efc51f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_f49bdfaf-45d8-478e-a9d0-74afea90d42d","section_id":"sec_b243d97c-da6d-4cf0-b701-0c452149600c","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":229,"end":231,"exact":"電源","quote":"\nVRM / PoL\n  ├─ パワーインダクタ\n  ├─ メタル系インダクタ\n  ├─ MLCC\n  └─ 電源IC / MOSFET\n  ↓\nGPU / ASIC / HBM\n  ├─ MLCCクラスター\n  └─ 低ESLデカップリング\n  ↓\nNIC / 光トランシーバ\n  ├─ 薄膜インダクタ\n  ├─","quote_start":174,"quote_end":331,"text_sha256":"b2f355a9a670a79dea93f7bee8682d11a54e6aa2ad68b695a4793f2d1ecbddcf","block_sha256":"b2f355a9a670a79dea93f7bee8682d11a54e6aa2ad68b695a4793f2d1ecbddcf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_f49bdfaf-45d8-478e-a9d0-74afea90d42d"},{"id":"occ_a3e4f8e588cd5a8e0fc4e80e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_f4de10dc-4f73-4fd0-8932-a5fbbe6c7e50","section_id":"sec_bd0b6fe3-514b-4593-b5ad-aae69fc394db","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":81,"end":83,"exact":"電力","quote":"の**220万台**からFY3/27に260万台、+21%へ増加するとされています。台数増に加えて、1台あたり電力密度も上がるため、電源系受動部品は数量と単価の両方で押し上げられやすいです。","quote_start":26,"quote_end":121,"text_sha256":"51fb840230d56c1b82d606d5e30254caca0991f581581cb620732d9c08536c26","block_sha256":"51fb840230d56c1b82d606d5e30254caca0991f581581cb620732d9c08536c26","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_f4de10dc-4f73-4fd0-8932-a5fbbe6c7e50"},{"id":"occ_936f10da60cefb3f98f90ff9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_f515d684-79ef-48c8-b780-126bfe2c4ef7","section_id":"sec_3626953b-f053-4e3b-8f51-840d5dd44924","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電源","quote":"## MLCC・コイル・電源モジュールは、なぜGPUラックの成長で重要になるのか","quote_start":0,"quote_end":40,"text_sha256":"64ca829c32333c5790ea58799e7d845dc18a08f3b74c6b17d10d2c78166f4d6e","block_sha256":"64ca829c32333c5790ea58799e7d845dc18a08f3b74c6b17d10d2c78166f4d6e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_f515d684-79ef-48c8-b780-126bfe2c4ef7"},{"id":"occ_7b340f7dcb30e0299c7c20e7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_f79f58d5-0c49-48a9-9f77-a30f49460313","section_id":"sec_7f7c00fe-81d3-47e2-9a9d-43f0a7056159","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"## 大電流電源、48V/12V変換で重要","quote_start":0,"quote_end":21,"text_sha256":"0931a948ae477111fd8b2f7cb88d08ac6cb24419fb679e2a66087c18438cb829","block_sha256":"0931a948ae477111fd8b2f7cb88d08ac6cb24419fb679e2a66087c18438cb829","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_f79f58d5-0c49-48a9-9f77-a30f49460313"},{"id":"occ_b5e9fe0de41fe7d29d9d2d7c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_f8468457-919f-4235-8d1b-76668605d012","section_id":"sec_98a4248c-1b5f-4ba8-84f8-2fcb4ae91c2a","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":78,"end":80,"exact":"電源","quote":"安いコイルが増える」ではありません。  \n本質は、**GPU/ASICの低電圧・大電流化、48V/54V配電、電源モジュール化、光トランシーバ増加によって、低DCR・高飽和電流・低背・高周波対応の高性能コイルが必要になる**ことです。","quote_start":23,"quote_end":140,"text_sha256":"329bc4cdf962c9bc070d9ea9fffd7f71bdff02e714a35a357deb318560e94d42","block_sha256":"329bc4cdf962c9bc070d9ea9fffd7f71bdff02e714a35a357deb318560e94d42","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_f8468457-919f-4235-8d1b-76668605d012"},{"id":"occ_d64a6b4ccba6fc40e1a4a4fc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_f886e32c-8a02-43d0-be12-b7dd1af2ad05","section_id":"sec_2123203e-1479-4bf3-9d0a-2c121d3d9e7f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電源","quote":"TDKは、MLCCだけでなく、**電源、通信、ストレージ、電池**までAIインフラ周辺を広く拾える企業です。","quote_start":0,"quote_end":54,"text_sha256":"58c242f33efdb2548ab81fcae103ef02a91755d5b4281fc7780b1ca2740f82a3","block_sha256":"58c242f33efdb2548ab81fcae103ef02a91755d5b4281fc7780b1ca2740f82a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_f886e32c-8a02-43d0-be12-b7dd1af2ad05"},{"id":"occ_c4f82107cfbe71ca9bf2f79a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_217016cb-4b97-4b15-993e-73dded8489d4","work_id":"wrk_35685b88-0221-425f-a965-66ae13b66c00","block_id":"blk_fdbb6d05-633c-47e5-8dca-a725886d7fac","section_id":"sec_3b20421c-b878-4909-80b4-4402ab9c86c8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"AIサーバーの電源ラインでは、本来ほしいのは安定したDC電圧です。しかし、VRMやPoLが高速スイッチングすると、高周波のリップルやスパイクが乗ります。","quote_start":0,"quote_end":76,"text_sha256":"482e5f5941d6f8497a269934a5f03c3426c8929e895e15dbcb6da5f7eb1726cd","block_sha256":"482e5f5941d6f8497a269934a5f03c3426c8929e895e15dbcb6da5f7eb1726cd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_217016cb-4b97-4b15-993e-73dded8489d4/#blk_fdbb6d05-633c-47e5-8dca-a725886d7fac"},{"id":"occ_5f1bf1dcf84f4d6a7fb4ede8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":null,"section_id":null,"layer":"title","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"title","start":3,"end":5,"exact":"電力","quote":"AIの電力需要とエネルギー産業群の調査と考察","quote_start":0,"quote_end":22,"text_sha256":"e4cc0a12a4c038144ed979072ff081c30ef426d2ce1cdc76fda3f49e50393af8","block_sha256":null,"offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/"},{"id":"occ_8cfb4f399979d2d17e061421","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_0137cfc9-6951-4a58-8267-fd5c7572e66e","section_id":"sec_01775a17-b5a7-4abb-8614-96151327ae36","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":329,"end":331,"exact":"電力","quote":"は緩衝能力を完全に失い、壊滅的な価格高騰を招いた。このことは、当時の市場設計とエネルギー政策が、低慣性力化する電力系統のリスクと、不安定な入力源への過度な依存がもたらすリスクを適切に評価できていなかったことを示している。成功するエネルギー転換とは、エネルギー安全保障（燃料源の多様化）、信頼できるクリーンなベースロ","quote_start":274,"quote_end":431,"text_sha256":"de9afb5658f100c13983a66992a286ddda2f221bdbab7b68ffa1c4b3fe992a61","block_sha256":"de9afb5658f100c13983a66992a286ddda2f221bdbab7b68ffa1c4b3fe992a61","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_0137cfc9-6951-4a58-8267-fd5c7572e66e"},{"id":"occ_ec1fecb6dac11cadbf3f8715","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_0bf0558e-c240-40dc-b88d-051b3ae4739b","section_id":"sec_0b35e793-d017-441d-94a4-d6ef49ba9400","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電力","quote":"このセクションでは、課題から解決策へと焦点を移し、信頼性の高い低炭素電力系統の構築に不可欠な、発電、貯蔵、そして先進的化石燃料における技術革新を探求する。","quote_start":0,"quote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先進的なSMR群と寿命延長された既存の原子力発電所が、クリーンで安定した電力のバックボーンを形成する。\n- 太陽光や風力などの変動性再生可能エネルギーが、利用可能な時に低コストで大量のエネルギーを供給する。\n- Megapackのような高速応答BESSが系統安定化を担い、水素","quote_start":0,"quote_end":140,"text_sha256":"bf4ef2cf35a595ab7c9a93032816a18f42a0fbe1a7861b5a8906f7795fc4439b","block_sha256":"bf4ef2cf35a595ab7c9a93032816a18f42a0fbe1a7861b5a8906f7795fc4439b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_298fe9a8-f263-4d1a-9485-e7f4ebd01a78"},{"id":"occ_6afa4e5d63215189e518110e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_2f60ddf1-5061-42ef-965e-2b726f346542","section_id":"sec_ba949f03-d15b-408b-81f4-2e325fbaef03","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":102,"end":104,"exact":"電力","quote":"o社は、データセンター運営企業のSwitch社と、2044年までに最大1,200 MWのSMRを導入して施設に電力を供給するという画期的な契約を締結した。マイクロソフトのような他の巨大テック企業も、データセンター向けのクリーンで信頼性の高い電力を確保するために、原子力発電事業者との長期電力購入契約を結び始めている","quote_start":47,"quote_end":204,"text_sha256":"b9f6d19d41e3f91ca0187605d377bc4cf5459602e853a2472f52610cbf031968","block_sha256":"b9f6d19d41e3f91ca0187605d377bc4cf5459602e853a2472f52610cbf031968","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_2f60ddf1-5061-42ef-965e-2b726f346542"},{"id":"occ_bf0f7cec0b627fc0b340fca4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_33c51812-668a-4949-9262-65ef5acfca2a","section_id":"sec_e8cc0dfa-a34e-4b20-8a88-dd46aae3a318","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":93,"end":95,"exact":"電力","quote":"は、大規模AIモデルの学習と運用である。これらの処理は、従来の計算タスクよりも桁違いに多くの計算能力、ひいては電力を必要とする 。","quote_start":38,"quote_end":103,"text_sha256":"b0219c44b7298b8936038fd7712c35b58586de3b912818fff1d3be595326b993","block_sha256":"b0219c44b7298b8936038fd7712c35b58586de3b912818fff1d3be595326b993","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_33c51812-668a-4949-9262-65ef5acfca2a"},{"id":"occ_599a9b1174fc442761c28c2c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_37141ae8-d712-4633-b802-0b2a238b6226","section_id":"sec_82cfb9e4-cd7f-40d0-8c39-b8f02deaa20a","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":90,"end":92,"exact":"電力","quote":"なる複数の課題の集合体である。ミリ秒単位の周波数変動、雲の通過による分単位の出力変動、日中の太陽光発電と夕方の電力需要の間の時間的な不一致、そして季節的な発電量の変動など、多岐にわたる。これらの課題を単一の技術で解決することは不可能である。Megapackのような高速応答バッテリーは、秒から分単位の周波数調整に最","quote_start":35,"quote_end":192,"text_sha256":"948a6344f86ae5f6aae08b9d224a0f2ccf03ed4d315cbd9a4f1a8bb87f993767","block_sha256":"948a6344f86ae5f6aae08b9d224a0f2ccf03ed4d315cbd9a4f1a8bb87f993767","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_37141ae8-d712-4633-b802-0b2a238b6226"},{"id":"occ_d3fada20efc4079d6fc0df87","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_389b83da-7c01-4742-8d62-6ce910fe3d17","section_id":"sec_717b4e24-86e6-4361-993f-e1ca930c08ef","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"従来の電力系統は、石炭、ガス、原子力発電所など、大型の回転する同期発電機に大きく依存してきた。これらのタービンが物理的に回転する質量は「慣性力（イナーシャ）」と呼ばれる一種の運動エネルギーを蓄えており、これが電","quote_start":0,"quote_end":105,"text_sha256":"ddd390ae172738c26cea81836d2a4e8c83f49862957b04a0e49d6e4b96655006","block_sha256":"ddd390ae172738c26cea81836d2a4e8c83f49862957b04a0e49d6e4b96655006","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_389b83da-7c01-4742-8d62-6ce910fe3d17"},{"id":"occ_99e1d522b44fe1ee34432fe6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_38d879d3-0cf1-4f2f-96fe-70014b1eccf6","section_id":"sec_501c28a9-48a2-4b68-99f0-3c765ee84dfd","layer":"body","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":277,"end":279,"exact":"電力","quote":"らない。これには、協調的な公的投資と国際的なパートナーシップが不可欠である。\n- **市場構造の近代化:** 電力市場は、単にエネルギー（kWh）の対価を支払うだけの仕組みから脱却し、信頼性サービスを適切に評価する構造へと改革されなければならない。これには、慣性力、周波数応答、そして供給力に対する市場を創設し、原","quote_start":222,"quote_end":379,"text_sha256":"00b9605e4ef8f8bb5b24c45992886d37440af985b5f2ace41f79156d7d561f0c","block_sha256":"00b9605e4ef8f8bb5b24c45992886d37440af985b5f2ace41f79156d7d561f0c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_38d879d3-0cf1-4f2f-96fe-70014b1eccf6"},{"id":"occ_0535f52d7a3e3ed39968c1c9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_50ffbb3c-4e92-4fe2-aede-044db9b35bc1","section_id":"sec_1293f8d7-5090-45ed-a287-19533e7cdce2","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":148,"end":150,"exact":"電源","quote":"性:** 受動的安全性を徹底的に追求している。原子炉モジュールは巨大なプールの中に水没しており、非常時には外部電源やポンプを一切必要とせず、水の自然対流だけで炉心を冷却し続けることができる 。この堅牢な安全設計により、米国の規制当局から、緊急時計画区域（EPZ）を原発敷地内に限定できるという画期的な承認を得ている","quote_start":93,"quote_end":250,"text_sha256":"c471a697ecaf477f3133a3af8b08a08cf859ef5c7ff86789f2472d362e119b4d","block_sha256":"c471a697ecaf477f3133a3af8b08a08cf859ef5c7ff86789f2472d362e119b4d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_50ffbb3c-4e92-4fe2-aede-044db9b35bc1"},{"id":"occ_1e8060e8c1d8929af95376b4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_54ad22f9-4389-4e44-a300-906d2e7cd02b","section_id":"sec_01775a17-b5a7-4abb-8614-96151327ae36","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"この危機は、欧州の電力システムが抱える他の脆弱性によってさらに深刻化した。","quote_start":0,"quote_end":37,"text_sha256":"fa45b8a63b5507f8b149196d8fd1f20acfe99cce776c18d46d63747b3f3a419d","block_sha256":"fa45b8a63b5507f8b149196d8fd1f20acfe99cce776c18d46d63747b3f3a419d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_54ad22f9-4389-4e44-a300-906d2e7cd02b"},{"id":"occ_f7a3c1e55e5d09d54efc9bdc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_596aa56a-b492-4bdf-ba63-47a60910ac2c","section_id":"sec_717b4e24-86e6-4361-993f-e1ca930c08ef","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"### 2.2 現代電力系統の物理学","quote_start":0,"quote_end":18,"text_sha256":"a5b6c05aa1c5fdb652d0812cda5dd1f6da99f7bc77039693354d8c9a393955fb","block_sha256":"a5b6c05aa1c5fdb652d0812cda5dd1f6da99f7bc77039693354d8c9a393955fb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_596aa56a-b492-4bdf-ba63-47a60910ac2c"},{"id":"occ_d486f8da8fc35ab10e0e787c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_5c3d25ec-5d4c-4f88-bce1-c8555fbdc34f","section_id":"sec_1293f8d7-5090-45ed-a287-19533e7cdce2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":94,"end":96,"exact":"電力","quote":"価するためのツールとなる。NuScale社のNRC承認は規制リスクの低さを示し、X-energy社の高温出力は電力以外の市場を開拓する可能性を秘め、Oklo社の燃料リサイクル能力は廃棄物問題への懸念に応える。これらは単なる技術仕様の羅列ではなく、投資と導入判断における重要な戦略的指標である。","quote_start":39,"quote_end":185,"text_sha256":"943afcb8037c936dc16eb93643300ab28bddb758b2b30ea4888d0748b4d4ed30","block_sha256":"943afcb8037c936dc16eb93643300ab28bddb758b2b30ea4888d0748b4d4ed30","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_5c3d25ec-5d4c-4f88-bce1-c8555fbdc34f"},{"id":"occ_07115dc35af68c6f3613b955","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_5faa5ce8-9d05-45dc-8a1a-0d3d20f6b1b1","section_id":"sec_0b35e793-d017-441d-94a4-d6ef49ba9400","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"## 第III部 脱炭素化された電力系統を実現する技術","quote_start":0,"quote_end":27,"text_sha256":"eb9d905bd150f7f5b8ecf7523fca68f560c1f5dd46345da8f0effae683988063","block_sha256":"eb9d905bd150f7f5b8ecf7523fca68f560c1f5dd46345da8f0effae683988063","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_5faa5ce8-9d05-45dc-8a1a-0d3d20f6b1b1"},{"id":"occ_8935de984f8712f3c5d36776","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_66134d13-26d5-436d-acc6-6d61f77817b3","section_id":"sec_c982a592-e2fc-42bb-ba54-ae9887f219af","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":119,"end":121,"exact":"電力","quote":"対して明確な環境・効率上の優位性を持つこと、そしてCCSと組み合わせることで、調整可能なほぼゼロエミッションの電力および水素供給源としての究極的な可能性を秘めていることを示している。","quote_start":64,"quote_end":155,"text_sha256":"a2564fee6b6c1a877b9e38c7e7265bc19a9878e6473db52cf5fa2667db73039b","block_sha256":"a2564fee6b6c1a877b9e38c7e7265bc19a9878e6473db52cf5fa2667db73039b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_66134d13-26d5-436d-acc6-6d61f77817b3"},{"id":"occ_02f984cb3a01921ff4a4a3b0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_7bf4ece7-8222-4fa3-afbd-4a284c7926b8","section_id":"sec_82cfb9e4-cd7f-40d0-8c39-b8f02deaa20a","layer":"body","character_id":null,"count":6,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":401,"end":403,"exact":"電力","quote":"\n- **系統規模の蓄電：Tesla Megapack**\n  \n  - **技術:** Megapackは、電力会社向けに設計された、大規模かつ完全に統合されたバッテリーエネルギー貯蔵システム（BESS）である。バッテリー、インバーター、温度管理システムが一体となったコンテナとして工場から出荷されるため、現地で","quote_start":346,"quote_end":503,"text_sha256":"31b927bf66e2fa0ed0408602ee1226c854c3ed7e99eeee0381dd3d2c4f95efdf","block_sha256":"31b927bf66e2fa0ed0408602ee1226c854c3ed7e99eeee0381dd3d2c4f95efdf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_7bf4ece7-8222-4fa3-afbd-4a284c7926b8"},{"id":"occ_5729192eea8d3dc30936eb23","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_812cac3b-23bc-47fe-884d-12e380071ed7","section_id":"sec_78a02b0f-32fc-4c61-9294-fd73a6b05dcd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電力","quote":"ルギーセクターにおける最大の新興課題であり、かつ機会でもある、AIとデータセンターからの巨大かつ急速に増大する電力需要と、次世代技術がこの需要にどのように応えることができるかについて論じる。","quote_start":12,"quote_end":107,"text_sha256":"7817c5e535ad6064b924b41f30724797f8dc463c98f40dca7038cd0793423c3f","block_sha256":"7817c5e535ad6064b924b41f30724797f8dc463c98f40dca7038cd0793423c3f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_812cac3b-23bc-47fe-884d-12e380071ed7"},{"id":"occ_ec3d23dce00034148b9ee322","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_8869bbee-9687-4326-829b-93b981a8befe","section_id":"sec_82d907d9-6d0b-4154-93ad-fe1c48379999","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電力","quote":"技術分析を超え、それらが統合されたシステムとしてどのように機能するかを描写する。そこでは、強靭で脱炭素化された電力系統が実現されている。","quote_start":3,"quote_end":71,"text_sha256":"1707b974cb56e9f563f4dc5f3341b21268a635b02b209205c4e48242c33a9147","block_sha256":"1707b974cb56e9f563f4dc5f3341b21268a635b02b209205c4e48242c33a9147","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_8869bbee-9687-4326-829b-93b981a8befe"},{"id":"occ_4e414f4f1b30e0851c3b0ae9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_95f65e49-f0ed-470e-8556-01876eff4b26","section_id":"sec_e50eb2aa-b5b0-4104-a9fd-30821ea4b59e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"このセクションでは、経済的・サプライチェーンの問題から電力系統の安定性という物理学的な根本問題に至るまで、世界的なエネルギー転換が直面している現実的な課題を、欧州を主要なケーススタディとして批判的に検証する。","quote_start":0,"quote_end":104,"text_sha256":"aa40fa849847c2548c3ff1fb66f0c834d2f791557c42804cff4b777ea3eb4488","block_sha256":"aa40fa849847c2548c3ff1fb66f0c834d2f791557c42804cff4b777ea3eb4488","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_95f65e49-f0ed-470e-8556-01876eff4b26"},{"id":"occ_7df5e81d34542b283cc37268","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_ad4a6240-f476-473c-8eb2-b438ad4f0e6d","section_id":"sec_e8cc0dfa-a34e-4b20-8a88-dd46aae3a318","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":86,"end":88,"exact":"電力","quote":"データセンターの大半を占めている。アイルランドのような一部の地域では、2026年までにデータセンターが国全体の電力の30%以上を消費すると予測されており、地域の電力系統に計り知れない負荷をかけている 。","quote_start":31,"quote_end":132,"text_sha256":"ac15a1203a03efdf6119770c701edc58fba27101c2c755c069695dba356de898","block_sha256":"ac15a1203a03efdf6119770c701edc58fba27101c2c755c069695dba356de898","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_ad4a6240-f476-473c-8eb2-b438ad4f0e6d"},{"id":"occ_780ff4cd2f59e0238c8605b3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_b3e42d6f-d677-4ae8-b578-e3c3aab80f16","section_id":"sec_78a02b0f-32fc-4c61-9294-fd73a6b05dcd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"## 第IV部 新たなパラダイム：人工知能革命への電力供給","quote_start":0,"quote_end":29,"text_sha256":"295cb3aeeb88b8837092c1381510e7c835aaf74a20cf13b7f175c56c8b771419","block_sha256":"295cb3aeeb88b8837092c1381510e7c835aaf74a20cf13b7f175c56c8b771419","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_b3e42d6f-d677-4ae8-b578-e3c3aab80f16"},{"id":"occ_dd7d239257558675b5b7d85e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_b4edd8f2-4693-4a7b-9241-98cd00b69c0c","section_id":"sec_01775a17-b5a7-4abb-8614-96151327ae36","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"- **原子力の停止:** 欧州の電力網に安価で安定した電力を大量に供給していたフランスの原子力発電所の多くが、メンテナンスのために長期間停止していた 。\n- **天候への依存:** 不順な天候により、水力発電や風力発電の出力が想定を下回","quote_start":0,"quote_end":119,"text_sha256":"39d8069787a2abae738aca99b875ba9e4d319ddd2155470b824fc3ab0d7c4e31","block_sha256":"39d8069787a2abae738aca99b875ba9e4d319ddd2155470b824fc3ab0d7c4e31","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_b4edd8f2-4693-4a7b-9241-98cd00b69c0c"},{"id":"occ_9dc3b2953df0f651036b0006","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_b602a575-de41-4c91-8f65-b62ea9b58854","section_id":"sec_717b4e24-86e6-4361-993f-e1ca930c08ef","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":42,"end":44,"exact":"電力","quote":"一方、太陽光や風力といった再生可能エネルギー源は、電子機器であるインバーターを介して電力系統に接続される。インバーターには物理的な回転質量が存在しないため、本質的に慣性力を供給しない。これらの電源が同期発電機に取って代わるにつれて、系統全体の慣性力が低下し、システムはより脆弱で、急激な周","quote_start":0,"quote_end":144,"text_sha256":"adde1d8eb29b0aaeca9323bc89a5bc6684d90f324b360b94e8648ee783edaa8a","block_sha256":"adde1d8eb29b0aaeca9323bc89a5bc6684d90f324b360b94e8648ee783edaa8a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_b602a575-de41-4c91-8f65-b62ea9b58854"},{"id":"occ_90597b045e467aac22da24ae","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_ce3fdc62-2ebf-4d87-8270-911227537671","section_id":"sec_f66fcee0-1424-4552-94be-2035b48c2f2a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"**表3：IEAによるデータセンターおよびAIの電力消費量予測**","quote_start":0,"quote_end":33,"text_sha256":"ca7cac36549f970128b39d242cbc658b9b45cd625294c10f2a5c057cfd56778e","block_sha256":"ca7cac36549f970128b39d242cbc658b9b45cd625294c10f2a5c057cfd56778e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_ce3fdc62-2ebf-4d87-8270-911227537671"},{"id":"occ_cb5919f8b0ca0cd6b6136c4f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_d9e549e4-017d-4891-ac02-02dd5040f230","section_id":"sec_ba949f03-d15b-408b-81f4-2e325fbaef03","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"データセンターは、年間を通じて24時間365日、極めて高い信頼性を持つ電力供給を必要とする。変動の激しい再生可能エネルギーだけでは、大規模なエネルギー貯蔵なしにこの要求を満たすことはできない。この状況が、需要地の近くに設置可能な、安定したカーボンフリー電力の新たな供給源に対","quote_start":0,"quote_end":137,"text_sha256":"37b1426604adf8ce57da32410f0734241fc1b89537b3717fcea032f5674511ba","block_sha256":"37b1426604adf8ce57da32410f0734241fc1b89537b3717fcea032f5674511ba","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_d9e549e4-017d-4891-ac02-02dd5040f230"},{"id":"occ_f72c8c3adf89a4ed73e68954","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_e09a5ecb-495e-4020-929f-fd145220982f","section_id":"sec_501c28a9-48a2-4b68-99f0-3c765ee84dfd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"AI時代の電力津波：先進原子力SMR、系統安定化BESS、HALEU供給網の緊張関係を解き明かす","quote_start":0,"quote_end":48,"text_sha256":"fa34e47167cbc655c8d53f3c5e6b18aaccebdb7e78d9f1061c275c8edba4b10b","block_sha256":"fa34e47167cbc655c8d53f3c5e6b18aaccebdb7e78d9f1061c275c8edba4b10b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_e09a5ecb-495e-4020-929f-fd145220982f"},{"id":"occ_c338e0e1e15019609360c2f9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_22aef441-7204-418b-912b-8ab0253992f3","work_id":"wrk_5f7a8ea7-90a7-464b-a53f-7aaed122f51c","block_id":"blk_ef514f7c-0c85-4278-878e-2f4920d111a7","section_id":"sec_f66fcee0-1424-4552-94be-2035b48c2f2a","layer":"body","character_id":null,"count":4,"matched_aliases":["電力"],"evidence":{"text_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**先進的な冷却技術:** データセンターの電力消費の大部分は冷却によるものである。サーバーを特殊な液体に浸して冷却する「液浸冷却」のような新技術は、従来の空冷方式よりもはるかに効率的であり、電力消費を劇的に削減できる可能性がある。\n- **AIに","quote_start":0,"quote_end":126,"text_sha256":"94846cff99c533986cd77f1c32ca02dbb2ee3c8f535cf2f469c61befca0fd52a","block_sha256":"94846cff99c533986cd77f1c32ca02dbb2ee3c8f535cf2f469c61befca0fd52a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_22aef441-7204-418b-912b-8ab0253992f3/#blk_ef514f7c-0c85-4278-878e-2f4920d111a7"},{"id":"occ_80174d1b8eba00e22843fe0a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_0c843c5a-053e-4a01-9723-9f674cefa976","section_id":"sec_3ab7e536-0452-428e-9515-be59fa865e39","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":906,"end":908,"exact":"電力","quote":"ging-FD-01.0.pdf?utm_source=chatgpt.com))\n- **1.6Tモジュール電力の目安**：OSFP MSA／ベンダ技術資料。([OSFPmsa](https://osfpmsa.org/assets/pdf/OSFP1600_and_OSFP-XD.pdf?utm_source","quote_start":851,"quote_end":1008,"text_sha256":"cf5efcdf022ccea35c3a0dbc3dad73dedba5c33dbf49e8ca553dca54f1548a39","block_sha256":"cf5efcdf022ccea35c3a0dbc3dad73dedba5c33dbf49e8ca553dca54f1548a39","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_0c843c5a-053e-4a01-9723-9f674cefa976"},{"id":"occ_a9bcac178ae22cd7e512bd6c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_13a522b1-65af-4312-9869-087da738f743","section_id":"sec_11f19df5-db3e-4817-b7a1-883a6f84b4ce","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":17,"end":21,"exact":"消費電力","quote":"- **スイッチ**：ポート密度/消費電力が限界に近づく高速世代で**CPO**が有力候補。現行主流は依然**プラガブル**。\n- **NIC/SmartNIC**：多くは**プラガブル**。将来の超高速世代でNPO/CPO検討の余地はあるが","quote_start":0,"quote_end":121,"text_sha256":"d478a7287eaa688f6e3a301b0afdf773c7e242b8cfb351047b87a4cb46d80178","block_sha256":"d478a7287eaa688f6e3a301b0afdf773c7e242b8cfb351047b87a4cb46d80178","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_13a522b1-65af-4312-9869-087da738f743"},{"id":"occ_ff59d3a051b12ae7d3d9beee","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_13f4b2c3-e061-4160-a476-d6ee79e5f75f","section_id":"sec_7d4e510d-3dc2-4c8b-b4a4-db9660f37b2d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"> 直感メモ：**プラガブル＝整備性◎**、**CPO＝電力/密度◎**。世代が上がるほど**スイッチ側からCPO**が利きやすい。","quote_start":0,"quote_end":66,"text_sha256":"cfef2018981a631846a1f2fc794f413e94414bf76533306c7e25f25fc5cc04c9","block_sha256":"cfef2018981a631846a1f2fc794f413e94414bf76533306c7e25f25fc5cc04c9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_13f4b2c3-e061-4160-a476-d6ee79e5f75f"},{"id":"occ_9b9c777518127bd8d418ab09","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_23657c9e-99a6-4c61-a94b-d302ecbc5c06","section_id":"sec_c4dba5ff-ba6d-4e6a-9a60-bcd6eb865fb5","layer":"body","character_id":null,"count":4,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":115,"end":117,"exact":"電力","quote":"ービス性◎（故障時に現場交換）。\n   - ASIC〜前面モジュール間は**高速電気配線**が必要→信号損失・電力上昇・リタイマが課題になりやすい。\n   - 100/200/400/800G 世代の多くがこれ。最近は\\*\\*LPO（Linear-drive）\\*\\*でモジュール側DSPを省き省電力化する流れも。","quote_start":60,"quote_end":217,"text_sha256":"7c94197fdea9b0e44ec5ee6543bd9ddee3b7a10ec3c19f1ea382546cdafbd2e3","block_sha256":"7c94197fdea9b0e44ec5ee6543bd9ddee3b7a10ec3c19f1ea382546cdafbd2e3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_23657c9e-99a6-4c61-a94b-d302ecbc5c06"},{"id":"occ_54a9f5cb46b29919acaf8e71","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_2fd156e9-5352-4102-b613-1d176d763df1","section_id":"sec_8d1abdad-1264-4ff0-b56a-790e755f364c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電力","quote":"- **プラガブル**：交換・在庫運用が簡単／ベンダ選択肢が広い ←→ 電気配線が長く**電力・信号品質**のコストが増えがち。\n- **CPO**：**電力・帯域密度・到達**で有利、前面ポートの混雑も回避 ←→ フィールド交換不可、**実装難易度/サーマル/歩留まり**の課題。","quote_start":0,"quote_end":141,"text_sha256":"ba17fc9ea991db1177b55e187b3762cd0748915460083eb35136bbc6089e4e2a","block_sha256":"ba17fc9ea991db1177b55e187b3762cd0748915460083eb35136bbc6089e4e2a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_2fd156e9-5352-4102-b613-1d176d763df1"},{"id":"occ_49d1fc0cea60493d55cc8c60","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_473a8325-a9b1-4d86-b79c-8afb4ac5f1e4","section_id":"sec_bfa89d85-b830-4eb8-a318-110535bcb2ab","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":413,"end":415,"exact":"電力","quote":"の“差し込み口”の型）**：どちらも400G/800G世代で主役。**OSFPの方が筐体が大きく熱余裕（≒許容電力）が高い傾向**。代表的な目安として**QSFP-DDは~12W、OSFPは~15W級**と言われます（実機はベンダ/世代で増減）。 ([6COM](https://www.6comgiga.com/","quote_start":358,"quote_end":515,"text_sha256":"72ce9fd187fb384712ab579bad71ca1787d5e2c45bfd7ade17df9758921c0b51","block_sha256":"72ce9fd187fb384712ab579bad71ca1787d5e2c45bfd7ade17df9758921c0b51","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_473a8325-a9b1-4d86-b79c-8afb4ac5f1e4"},{"id":"occ_633c067c35599de67406b76e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_52414ab8-d0df-4609-9c67-69d8053c59c5","section_id":"sec_b0ac4cbe-95ab-4ae1-ad52-b10a9e9d34bd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":75,"end":77,"exact":"電力","quote":"芯102.4Tb/s**で**出荷中**。設計として**CPOオプションのサポート**が強調され、ポート密度と電力の壁を越える世代に。([Broadcom Investors](https://investors.broadcom.com/news-releases/news-release-details/br","quote_start":20,"quote_end":177,"text_sha256":"63455471687602f878efd387cf21717f065cca78e236aab01acf0f29e493d9b6","block_sha256":"63455471687602f878efd387cf21717f065cca78e236aab01acf0f29e493d9b6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_52414ab8-d0df-4609-9c67-69d8053c59c5"},{"id":"occ_0e285a8f97c8db02cef4f545","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_59f184d4-7657-4847-bb09-ca0dabba9109","section_id":"sec_010d15c7-0d9b-477e-a638-cdb46bcc0e16","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":158,"end":160,"exact":"電力","quote":"）、DDM/DOM（光パワー監視）。\n- **将来**：**スイッチ側CPO**へ置き換え→**ポート密度↑/電力↓**（NVIDIA CPOスイッチはIBが先行、Ethは2026）。 ([NVIDIA Corporation](https://investor.nvidia.com/news/press-rel","quote_start":103,"quote_end":260,"text_sha256":"20d9c29cfa55e800f85fd3b28092db1fac2489bc013a2b11c08f9cdc5604ee65","block_sha256":"20d9c29cfa55e800f85fd3b28092db1fac2489bc013a2b11c08f9cdc5604ee65","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_59f184d4-7657-4847-bb09-ca0dabba9109"},{"id":"occ_8942d29be514876736e3fba2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_8bb01f03-464e-4758-a0dd-492eb90bb364","section_id":"sec_1663cdb1-f4ae-478d-9b64-12e856e6968b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"**スイッチASICの“すぐ横”に光エンジンを内蔵**し、電気配線を極短にして\\*\\*帯域密度↑・電力↓・信号品質↑\\*\\*を狙う実装。OIFがフレームワーク文書で適用領域や設計要件を整理している。 ([oiforum.com](https://www.oiforum.com/wp-content/u","quote_start":0,"quote_end":151,"text_sha256":"fd1257777df4b9b58cc40ee9755eca353626a838bbd4e8f314e1eb6be70e65a1","block_sha256":"fd1257777df4b9b58cc40ee9755eca353626a838bbd4e8f314e1eb6be70e65a1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_8bb01f03-464e-4758-a0dd-492eb90bb364"},{"id":"occ_70cdeef209f59474c6d09659","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_24eb030e-0590-42b8-bd89-6a25a4dfc487","work_id":"wrk_a6aa5646-83cd-40dd-87e3-3b3f438804da","block_id":"blk_ec2b2473-ad7c-4884-8996-ae3beef7ed69","section_id":"sec_e614c966-5ff4-43cc-b92e-076126e32cd7","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電力","quote":"**LPO（Linear Pluggable Optics）**：モジュール内の**DSPを省く**ことで**電力・遅延・コストを低減**する流れ。OFC 2024/2025で各社デモ、資料では**DSP付き比で最大約50%省電力**という言及も。用途は**短〜中距離のデータセンター内リンク**が中心。([eps","quote_start":2,"quote_end":159,"text_sha256":"d032b4ae7c8ba08fd8146fc4c846011cdab900a3ac1d256ee0186978066ef2f8","block_sha256":"d032b4ae7c8ba08fd8146fc4c846011cdab900a3ac1d256ee0186978066ef2f8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_24eb030e-0590-42b8-bd89-6a25a4dfc487/#blk_ec2b2473-ad7c-4884-8996-ae3beef7ed69"},{"id":"occ_c66f5c0f8f0886ebd4cbafb6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_25c19733-e8bf-4666-a96e-91917803878b","work_id":"wrk_d1c18d7c-505e-4f07-bfb5-ac5d6eb8e10d","block_id":"blk_39c12da5-e78c-45cd-8a9b-27f525ba1be4","section_id":"sec_6abd0b38-5834-4ba9-9411-1d59ce87e690","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電源","quote":"- レチクル限界\n- 歩留まり\n- SRAM容量\n- HBM帯域\n- 電源供給\n- パッケージ面積\n- 冷却","quote_start":0,"quote_end":54,"text_sha256":"7803c7a1a8d451060f53116a17095ccea8e30f4c9e6b514c80b157655fa810a8","block_sha256":"7803c7a1a8d451060f53116a17095ccea8e30f4c9e6b514c80b157655fa810a8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_25c19733-e8bf-4666-a96e-91917803878b/#blk_39c12da5-e78c-45cd-8a9b-27f525ba1be4"},{"id":"occ_abffa5bc8d52a618e1c638de","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_27743cb0-aee7-439b-a5dd-1faac0292586","work_id":"wrk_7f2a4557-073d-481f-9811-bff84dd5387a","block_id":"blk_63d70b88-9466-44fd-a1b5-fdee5b398d9e","section_id":"sec_641ef164-03f6-47ed-ae99-c33ce49c6939","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電力","quote":"HBM  \n先端ロジック  \n先端パッケージ  \n光通信  \n電力  \n液冷","quote_start":0,"quote_end":38,"text_sha256":"ca3c837f2bd8554dd07d3826237b6f532339b7e803c9855aa90089756482e3c3","block_sha256":"ca3c837f2bd8554dd07d3826237b6f532339b7e803c9855aa90089756482e3c3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_27743cb0-aee7-439b-a5dd-1faac0292586/#blk_63d70b88-9466-44fd-a1b5-fdee5b398d9e"},{"id":"occ_dda0f743eb62325e08d77dbe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_27743cb0-aee7-439b-a5dd-1faac0292586","work_id":"wrk_7f2a4557-073d-481f-9811-bff84dd5387a","block_id":"blk_e51e0b71-eaa9-4522-b623-325f570af569","section_id":"sec_24380e35-cf5f-4ab7-80d6-e8f19f3b35cc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"ガソリン・輸送・電力コスト↑","quote_start":0,"quote_end":14,"text_sha256":"c431ec1bc2b1c6bf4f0d2fd58ec7a8aaf0c6c83299ee3e02876fc9a8f597db23","block_sha256":"c431ec1bc2b1c6bf4f0d2fd58ec7a8aaf0c6c83299ee3e02876fc9a8f597db23","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_27743cb0-aee7-439b-a5dd-1faac0292586/#blk_e51e0b71-eaa9-4522-b623-325f570af569"},{"id":"occ_cc1e7b9d826004f97b599620","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2774a11f-f3af-4056-8394-07f7d1934023","work_id":"wrk_f945aff9-e387-4701-8e7f-62fe6e900f6f","block_id":"blk_262616fa-fc00-4c9c-b315-199bea32ec0e","section_id":"sec_c5ef4de5-e884-4fab-b00e-cc35d64706f4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力。","quote_start":0,"quote_end":3,"text_sha256":"02c3b2dc57a4b12618c711bd128867325f4b13502b6170927bda229b0cef99eb","block_sha256":"02c3b2dc57a4b12618c711bd128867325f4b13502b6170927bda229b0cef99eb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2774a11f-f3af-4056-8394-07f7d1934023/#blk_262616fa-fc00-4c9c-b315-199bea32ec0e"},{"id":"occ_b43e73f4f7620f3729368102","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2774a11f-f3af-4056-8394-07f7d1934023","work_id":"wrk_f945aff9-e387-4701-8e7f-62fe6e900f6f","block_id":"blk_ac608944-85c5-40ba-a3dd-57c77f7980b3","section_id":"sec_7c7a3558-22be-4e21-a708-84e6d241ecb6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源。","quote_start":0,"quote_end":3,"text_sha256":"d83e9acb02cce6ea5d9e270909a3d66132ffae914c1c26ec88737ed872f86f70","block_sha256":"d83e9acb02cce6ea5d9e270909a3d66132ffae914c1c26ec88737ed872f86f70","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2774a11f-f3af-4056-8394-07f7d1934023/#blk_ac608944-85c5-40ba-a3dd-57c77f7980b3"},{"id":"occ_c6f17dd085a5922885cf2fff","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2886f620-b098-4a80-b860-f8f5887df0f8","work_id":"wrk_791cb728-8e8d-48b0-a018-6a543c924cb4","block_id":"blk_4951e091-078d-48d8-8e53-072206362f08","section_id":"sec_0c5e9167-4df9-449e-8445-9dabd984ba3e","layer":"body","character_id":null,"count":3,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":103,"end":107,"exact":"消費電力","quote":"esign 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 \n**含意**：**「作れる」ことと「量と質で戦える」ことの間には溝**があり、Huaweiは**用途最適化（PR/DT）と巨大クラスタ運用、ソフト最適化*","quote_start":93,"quote_end":252,"text_sha256":"bc8d7623a9100ab9687fec7503af6fb4db1d8b1a06b8176721ba41841e2310b6","block_sha256":"bc8d7623a9100ab9687fec7503af6fb4db1d8b1a06b8176721ba41841e2310b6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_28e52d32-205e-4601-9fe8-535cce2d0600/#blk_d3c82385-e377-497d-8ff2-0476b9c70693"},{"id":"occ_6698756203121f32bbdebf83","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2b771286-9bc4-45c0-b45d-6524baf27996","work_id":"wrk_371c7035-898a-4ffb-9036-25fc84c21bd7","block_id":"blk_00cb86d5-abb7-46cf-9d50-4e0b6f36a9c4","section_id":"sec_6d50508b-0ded-4476-9703-510805bc3917","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":31,"end":35,"exact":"消費電力","quote":"**💡 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**PAM4（Pulse Amplitude Modulation 4）** の導入により、省電力化と高速化\n2. **次世代ゲームやAIアクセラレーション向け**\n   \n   - **GDDR6Xの改良版**が登場予定（NVIDIA RTX 5090世代）","quote_start":73,"quote_end":211,"text_sha256":"b9bcfc8bc775134d35a3e236b34a14d99a25802924ea5f91ebdbfd8725c96cae","block_sha256":"b9bcfc8bc775134d35a3e236b34a14d99a25802924ea5f91ebdbfd8725c96cae","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2b771286-9bc4-45c0-b45d-6524baf27996/#blk_eaed6ce3-54b5-47e8-9aba-7bb6102d818a"},{"id":"occ_258fec01266f1e16c68937db","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2b771286-9bc4-45c0-b45d-6524baf27996","work_id":"wrk_371c7035-898a-4ffb-9036-25fc84c21bd7","block_id":"blk_f65ed417-6174-48d9-b2bc-b8c3cceaf2ff","section_id":"sec_d16e1c18-4366-4aea-87dd-89b53cb02701","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":14,"end":18,"exact":"消費電力","quote":"より効率的に最適化していき、消費電力を下げていく事も重要である","quote_start":0,"quote_end":31,"text_sha256":"227abaf5eb3c4fb572e82f3c969e57ddb4c92009565063b6c70df5c78fca7a1e","block_sha256":"227abaf5eb3c4fb572e82f3c969e57ddb4c92009565063b6c70df5c78fca7a1e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2b771286-9bc4-45c0-b45d-6524baf27996/#blk_f65ed417-6174-48d9-b2bc-b8c3cceaf2ff"},{"id":"occ_81d8ab7960af88e197295e27","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2cf94359-bc71-4b68-8fd3-9c93c45ac3eb","work_id":"wrk_dea71d50-dc48-48c0-a352-3461dbce4132","block_id":"blk_3870537d-433d-49f5-9788-e730d3f0512d","section_id":"sec_c2eb502a-5c69-4afa-bcad-6ca72b8ba58c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"これらは、複雑な処理には強いですが、チップ面積と電力をかなり使います。","quote_start":0,"quote_end":35,"text_sha256":"05d0b46e320b55b913cfb688d76131af937a1e0c80f58db347d02917bc64571a","block_sha256":"05d0b46e320b55b913cfb688d76131af937a1e0c80f58db347d02917bc64571a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2cf94359-bc71-4b68-8fd3-9c93c45ac3eb/#blk_3870537d-433d-49f5-9788-e730d3f0512d"},{"id":"occ_fd814b728dd9f0b2d940cd16","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2cf94359-bc71-4b68-8fd3-9c93c45ac3eb","work_id":"wrk_dea71d50-dc48-48c0-a352-3461dbce4132","block_id":"blk_e212121d-1573-4067-96df-884c0ab404bb","section_id":"sec_7cd63e1e-2677-4d19-b9fd-b90537704e22","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"### \\2. 電力効率・コスト効率を出しやすい","quote_start":0,"quote_end":24,"text_sha256":"6fa426b8ec62f4ac268e738d3874c00bd4539126a7682efb61b6bdb5ee41c264","block_sha256":"6fa426b8ec62f4ac268e738d3874c00bd4539126a7682efb61b6bdb5ee41c264","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2cf94359-bc71-4b68-8fd3-9c93c45ac3eb/#blk_e212121d-1573-4067-96df-884c0ab404bb"},{"id":"occ_bc686980b0b72ccaae35bccb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2cf94359-bc71-4b68-8fd3-9c93c45ac3eb","work_id":"wrk_dea71d50-dc48-48c0-a352-3461dbce4132","block_id":"blk_ea99d752-74a2-472f-99c0-c11f35d94447","section_id":"sec_c2eb502a-5c69-4afa-bcad-6ca72b8ba58c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"半導体チップでは、面積・電力・発熱・設計複雑性に制約があります。  \n何かを強くするには、何かを削る必要があります。","quote_start":0,"quote_end":58,"text_sha256":"bad1b299b3db11dbf6efb75ba67b1efd5d0d5f2051f283791199e51aaf703a43","block_sha256":"bad1b299b3db11dbf6efb75ba67b1efd5d0d5f2051f283791199e51aaf703a43","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2cf94359-bc71-4b68-8fd3-9c93c45ac3eb/#blk_ea99d752-74a2-472f-99c0-c11f35d94447"},{"id":"occ_a10e5f6b55294ec0f6f5274f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_16370242-0bb5-4064-81e1-d6154b11423a","section_id":"sec_9c476bd1-b35b-4f61-877a-1c6d36edb447","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":68,"end":70,"exact":"電源","quote":"IC\nDPU\nNVLink switch\nPCIe / CXL\nRetimer\nSSD / NVMe\nBMC\n電源棚\nToR / 管理スイッチ\n光モジュール\n```","quote_start":13,"quote_end":95,"text_sha256":"990c295f1ee2800e560e00c2d6ab06963a9725df4752a80e09048213ac1c4224","block_sha256":"990c295f1ee2800e560e00c2d6ab06963a9725df4752a80e09048213ac1c4224","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6/#blk_16370242-0bb5-4064-81e1-d6154b11423a"},{"id":"occ_ed3244f2a6ec655c61b77637","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_18bc64e6-5a6b-4fe3-965c-f2a154ceb0c7","section_id":"sec_89e48f97-79c6-4424-ae10-c50f424c445d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"しかし、電源制御や監視にも時間は必要です。","quote_start":0,"quote_end":21,"text_sha256":"36480d856f78aab89ffebd84dc6bd8642b99bb5eac7ca67aac845c7a357a3f91","block_sha256":"36480d856f78aab89ffebd84dc6bd8642b99bb5eac7ca67aac845c7a357a3f91","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6/#blk_18bc64e6-5a6b-4fe3-965c-f2a154ceb0c7"},{"id":"occ_d2fb01148027daa9b6f87833","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_3d4b39d1-867a-4f04-ba6f-f3dbd1eca71b","section_id":"sec_89e48f97-79c6-4424-ae10-c50f424c445d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"## \\16. 電源系との関係","quote_start":0,"quote_end":15,"text_sha256":"b2f2c4b2498d59e8e54a6dc4965a5f7da42fdc3c44b621a75eed52a231a88fbb","block_sha256":"b2f2c4b2498d59e8e54a6dc4965a5f7da42fdc3c44b621a75eed52a231a88fbb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6/#blk_3d4b39d1-867a-4f04-ba6f-f3dbd1eca71b"},{"id":"occ_78adc0244990876c6f7f520c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_4e405f71-cba9-4c24-af6d-a6380b8eaf41","section_id":"sec_268aa68c-99ce-40a5-b364-b0a2c386d7de","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電源","quote":"か\n通信が乱れないか\n時刻が揃っているか\nセンサーが同じ瞬間を見ているか\nアンテナが同じ位相で電波を出せるか\n電源イベントを正確に記録できるか\n```","quote_start":12,"quote_end":87,"text_sha256":"6220469b4c94cfe662191eba65bfb970ff5156f538de9f01c0d7bb9fc6dcd68e","block_sha256":"6220469b4c94cfe662191eba65bfb970ff5156f538de9f01c0d7bb9fc6dcd68e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6/#blk_4e405f71-cba9-4c24-af6d-a6380b8eaf41"},{"id":"occ_788643d9309e151657f5aa8e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_744709c9-eadb-4c09-8303-d3d49acdae86","section_id":"sec_4d574f7b-e4bb-4313-87e5-9e21dc212ea6","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":33,"end":37,"exact":"消費電力","quote":"OCXOは、水晶を小さな恒温槽に入れ、温度を一定に保ちます。  \n消費電力やサイズは大きくなりますが、非常に高い安定性を得られます。","quote_start":0,"quote_end":66,"text_sha256":"620696234cc8cf072ae75f416636948dfa3c9bf2e9a8f9e320e8fc7be6cf184c","block_sha256":"620696234cc8cf072ae75f416636948dfa3c9bf2e9a8f9e320e8fc7be6cf184c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6/#blk_744709c9-eadb-4c09-8303-d3d49acdae86"},{"id":"occ_3ecd68f822e3e921606bb574","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_7f7460b6-bbc8-4aa8-9bd4-592e60f36c0f","section_id":"sec_268aa68c-99ce-40a5-b364-b0a2c386d7de","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電源","quote":"**GPUが筋肉、HBMが短期記憶、光通信が血管、電源が代謝だとすれば、タイミングデバイスは神経系の拍子です。**","quote_start":0,"quote_end":57,"text_sha256":"ce05fba1f7fead68a38522bda4fa69a310c65d40cd75139913f919270047614c","block_sha256":"ce05fba1f7fead68a38522bda4fa69a310c65d40cd75139913f919270047614c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6/#blk_7f7460b6-bbc8-4aa8-9bd4-592e60f36c0f"},{"id":"occ_ecb9e7baa8a7033aed1466f7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_8425599f-a45a-4c8e-9f08-ab473df9b017","section_id":"sec_02efdb52-d4d4-4d57-8413-541747256e81","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電源","quote":"AIインフラを語るとき、主役として語られやすいのはGPU、HBM、光通信、電源、冷却、ネットワークスイッチです。しかし、それらを正しく動かすためには、もう一つ重要な基盤があります。","quote_start":0,"quote_end":90,"text_sha256":"019b013943520d4715ffc32e2fe18ca398a33158a5be6370e7df954998c65222","block_sha256":"019b013943520d4715ffc32e2fe18ca398a33158a5be6370e7df954998c65222","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6/#blk_8425599f-a45a-4c8e-9f08-ab473df9b017"},{"id":"occ_190c5341355dde50bf57a5ff","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_94ce22ec-9de7-42c8-a8c8-c393006aa903","section_id":"sec_c1de7cab-494d-4310-8e50-9afaa9022a75","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":254,"end":256,"exact":"電源","quote":"系クロック\n\nラック / ネットワーク:\n  PTP同期\n  ToR / 管理スイッチ\n  光モジュール\n  電源監視\n```","quote_start":199,"quote_end":262,"text_sha256":"3767e4e048fe0040d7ab99624ec479af19f9b45edafd348a7f9a120c1ccfebe0","block_sha256":"3767e4e048fe0040d7ab99624ec479af19f9b45edafd348a7f9a120c1ccfebe0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6/#blk_94ce22ec-9de7-42c8-a8c8-c393006aa903"},{"id":"occ_baba7126daa47e9caaabf75e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2dcad1b1-3b1a-4999-bd4c-d504dda3eae6","work_id":"wrk_2db98011-2753-489b-8cfb-dadd8a65739b","block_id":"blk_a2651c6b-842d-43c0-90ab-9fb4e1426ec4","section_id":"sec_89e48f97-79c6-4424-ae10-c50f424c445d","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電源","quote":"つまり電源系でのタイミングデバイスは、電力を作るのではなく、**電力制御と監視のタイミングを整える部品** 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で述べた通り、効率改善による節約と用途の拡大は同時に起こり得るため、総需要や新規購入への波及は別に検証する必要がある。","quote_start":0,"quote_end":116,"text_sha256":"279932d4b992a047eff87eb0a0ac70e63bfe84b3b1960c0a1d0dc603cd7cc583","block_sha256":"279932d4b992a047eff87eb0a0ac70e63bfe84b3b1960c0a1d0dc603cd7cc583","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2e5b712c-b120-4b45-91dd-33e6758666be/#blk_8ddd0db2-95a6-4fb5-9857-c907cc6d7570"},{"id":"occ_61eeb1c800e610756eced3cf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2e5b712c-b120-4b45-91dd-33e6758666be","work_id":"wrk_c9d1ffd9-bc82-481f-b5ce-3dbca5dfe331","block_id":"blk_8f40a348-27cb-4ae3-8e20-f7351ebe8419","section_id":"sec_a538809c-fee2-4303-80f4-4c17fd0ac315","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"新世代GPUが実際に導入可能で、対象処理の電力効率にも優れるなら、旧世代を置き換える理由が強くなる。","quote_start":0,"quote_end":50,"text_sha256":"ca3f901afaffba93788ece040cbe958acb738decd8a3c8f86bc1b7855f6c5f3e","block_sha256":"ca3f901afaffba93788ece040cbe958acb738decd8a3c8f86bc1b7855f6c5f3e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2e5b712c-b120-4b45-91dd-33e6758666be/#blk_8f40a348-27cb-4ae3-8e20-f7351ebe8419"},{"id":"occ_263c95e5c3988a2d11f506dc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2e5b712c-b120-4b45-91dd-33e6758666be","work_id":"wrk_c9d1ffd9-bc82-481f-b5ce-3dbca5dfe331","block_id":"blk_a6a55a94-303c-4b6b-982e-c7be733f90f6","section_id":"sec_b38a54ee-a2ed-4a96-af80-039af29c2be3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電力","quote":"デルがメモリに収まり、必要な処理に対応している。新世代設備をすぐに使えない一方、既存設備には余力がある。そして電力、保守、運用まで含めても、その仕事を進める価値が費用を上回る。","quote_start":3,"quote_end":91,"text_sha256":"8ed5ea68b52dc5820677e2c69adaaf09800064fef2b49033e7f0ad495c491f53","block_sha256":"8ed5ea68b52dc5820677e2c69adaaf09800064fef2b49033e7f0ad495c491f53","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2e5b712c-b120-4b45-91dd-33e6758666be/#blk_a6a55a94-303c-4b6b-982e-c7be733f90f6"},{"id":"occ_5e4e19ad63d1d71b015479fb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2e5b712c-b120-4b45-91dd-33e6758666be","work_id":"wrk_c9d1ffd9-bc82-481f-b5ce-3dbca5dfe331","block_id":"blk_b14a4b02-4cfa-4106-939e-a7a4a31970d9","section_id":"sec_a538809c-fee2-4303-80f4-4c17fd0ac315","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"一方、データセンターの電力や冷却能力が限界なら、同じ話にはならない。","quote_start":0,"quote_end":34,"text_sha256":"cd877f22843a87ee1f68b0b75069e49db79a8443fdc18bbc5a18dbae8df230d0","block_sha256":"cd877f22843a87ee1f68b0b75069e49db79a8443fdc18bbc5a18dbae8df230d0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2e5b712c-b120-4b45-91dd-33e6758666be/#blk_b14a4b02-4cfa-4106-939e-a7a4a31970d9"},{"id":"occ_d8320a8d302d997ef4094dd1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2e5b712c-b120-4b45-91dd-33e6758666be","work_id":"wrk_c9d1ffd9-bc82-481f-b5ce-3dbca5dfe331","block_id":"blk_b6ea905b-b340-4dc3-99c9-c140619bc7ca","section_id":"sec_b38a54ee-a2ed-4a96-af80-039af29c2be3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":43,"end":45,"exact":"電力","quote":"反対に、処理が遅すぎて学習全体を待たせるなら、空いているだけでは有効な戦力にならない。電力や冷却が上限なら、より効率のよい新世代へ枠を渡した方がよい場合もある。","quote_start":0,"quote_end":80,"text_sha256":"d8238918bf2d562f263ff8422ed0b8b7e1ca29e5de9eb351a012aab9f67b54ef","block_sha256":"d8238918bf2d562f263ff8422ed0b8b7e1ca29e5de9eb351a012aab9f67b54ef","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2e5b712c-b120-4b45-91dd-33e6758666be/#blk_b6ea905b-b340-4dc3-99c9-c140619bc7ca"},{"id":"occ_9fbe14f6c252585a7918d3d5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2e5b712c-b120-4b45-91dd-33e6758666be","work_id":"wrk_c9d1ffd9-bc82-481f-b5ce-3dbca5dfe331","block_id":"blk_c14efeeb-fed5-4092-a658-5a5124c9ea4d","section_id":"sec_21c0fcf3-26a8-4952-be49-0dc340106424","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":69,"end":71,"exact":"電力","quote":"公表の10-Qで、BlackwellとRubi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Corporation | Nokia](https://www.nokia.com/ip-networks/7750-service-router/))","quote_start":68,"quote_end":217,"text_sha256":"b4b57a25442febbf4eaf3c976341c882b4fe1c3b0078a701aa1cb0074f2950ea","block_sha256":"b4b57a25442febbf4eaf3c976341c882b4fe1c3b0078a701aa1cb0074f2950ea","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_2ed1383f-5c73-49bd-bd5b-f19deda1814c/#blk_f78ed0fc-2468-4b88-97c3-87da35ee1cec"},{"id":"occ_efebce02c3b5c3d02cb8451d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_2ed1383f-5c73-49bd-bd5b-f19deda1814c","work_id":"wrk_209cb693-e035-4d91-b959-d2a9b4df1de3","block_id":"blk_fc61c5cc-8740-4b3f-a60f-73f86b98aa92","section_id":"sec_a028c60b-8ebe-4c18-97dc-01dc6323ac4d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電力","quote":"通信事業者\n- 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|\n| 供給 | 一般DRAM/NAND増産で急に緩む | HBM、積層、先端パッケージ、電力が同時に制約になる |\n| 需要 | 顧客在庫積み増しで止まる | 推論、RAG、KV cache、主権AIクラウドが常時稼働需要になる 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Dropや電源ノイズが悪化する可能性がある。","quote_start":0,"quote_end":77,"text_sha256":"f677ef319b99645f826d1f65486fff649d5710efb1738028392ed7dd0321fa31","block_sha256":"f677ef319b99645f826d1f65486fff649d5710efb1738028392ed7dd0321fa31","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_413ecfa7-7e64-4f0f-a6e8-b7c49d3a3967"},{"id":"occ_bc5632cc572a981e71e64e4b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_438327c6-45ae-4811-9566-a2fb985cf411","section_id":"sec_95f90f66-fa64-4745-8e8f-2fd72c649483","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":95,"end":99,"exact":"消費電力","quote":"ムーアの法則である。トランジスタが小さくなれば、同じ面積により多くの回路を載せられ、スイッチング速度も上がり、消費電力も下がる。少なくとも過去数十年の大部分では、この単純で強力な法則が半導体の進歩を支えてきた。","quote_start":40,"quote_end":145,"text_sha256":"c82482c014e920f8eec0dcafcca4b4c2340400742b152f389465f090f9c58f95","block_sha256":"c82482c014e920f8eec0dcafcca4b4c2340400742b152f389465f090f9c58f95","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_438327c6-45ae-4811-9566-a2fb985cf411"},{"id":"occ_62d7dce5fea52854a48b9657","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_44dd4c68-c835-46fd-87ce-fa539fe58997","section_id":"sec_09aa6b61-555f-4b1d-a02a-02ef3fe122d6","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"```\nアーキテクチャ\n物理設計\nEDA\n材料\n接合\n熱\n電源\nテスト\n歩留まり\n```","quote_start":0,"quote_end":44,"text_sha256":"f3f6effdbd1581ad35119ed006a1d0e7355697d931fe818fb2a5ac8a387e9564","block_sha256":"f3f6effdbd1581ad35119ed006a1d0e7355697d931fe818fb2a5ac8a387e9564","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_44dd4c68-c835-46fd-87ce-fa539fe58997"},{"id":"occ_4f32c7d12cadaff143d4bb70","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_5a74d049-c278-4241-8834-b4d7ff492942","section_id":"sec_c0d8de24-07f6-4275-aa7e-d89a041302c4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"現代チップでは、計算そのものよりも、**データをどこからどこへ動かすか**が性能と電力を左右する。","quote_start":0,"quote_end":49,"text_sha256":"2f8131975627dba0a94c8c78be2e9aef6edec51508e55bf6ee55c88666d96168","block_sha256":"2f8131975627dba0a94c8c78be2e9aef6edec51508e55bf6ee55c88666d96168","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_5a74d049-c278-4241-8834-b4d7ff492942"},{"id":"occ_55dcc6a4d6269ff2bd0fad3a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_6113b931-869d-4d1c-ae54-9c72b899e6c1","section_id":"sec_88e467bb-8fb4-4d79-8dcf-8770942775d6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":44,"end":46,"exact":"電力","quote":"- 配線長を短縮できる\n- 配線容量を下げられる\n- RC遅延を減らせる\n- データ移動電力を下げられる\n- 帯域密度を上げられる\n- チップのフットプリントを小さくできる","quote_start":0,"quote_end":86,"text_sha256":"dbb504fc4d889ff5dee25ac1b715746bc37b326c5f44367a3120b8fbb272cc53","block_sha256":"dbb504fc4d889ff5dee25ac1b715746bc37b326c5f44367a3120b8fbb272cc53","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_6113b931-869d-4d1c-ae54-9c72b899e6c1"},{"id":"occ_daac066d8f92cb36e02bcb7d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_6e05eafc-473c-48ae-8d87-ba913ae72132","section_id":"sec_f965f5ee-d3f0-4a70-b0b4-73d72376f6fd","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":70,"end":74,"exact":"消費電力","quote":"い、毎サイクル必ず切り替わる。しかも、チップ全体に配る必要がある。そのため、配線容量もバッファ数も大きくなり、消費電力が大きくなりやすい。","quote_start":15,"quote_end":84,"text_sha256":"bfbf933cf411710822cef2cfda2deb1b818dadbbaeb7e15f99e4663095269cf2","block_sha256":"bfbf933cf411710822cef2cfda2deb1b818dadbbaeb7e15f99e4663095269cf2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_6e05eafc-473c-48ae-8d87-ba913ae72132"},{"id":"occ_60abb171f1ac8f0e13e26c4c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_7395ee8d-f124-46c5-b256-efe2d2764654","section_id":"sec_d0b3c2ac-3d07-458f-b089-fcb2777a8532","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":97,"end":101,"exact":"消費電力","quote":"る\n- バッファ数が減る\n- 配線容量が減る\n- クリティカルパスが短くなる\n- 周波数を上げやすくなる\n- 消費電力を下げやすくなる","quote_start":42,"quote_end":109,"text_sha256":"b06a332d4b4cfcd05b1d5f620d8b9df4f6b5ab305696256bd8d5aa405195a09d","block_sha256":"b06a332d4b4cfcd05b1d5f620d8b9df4f6b5ab305696256bd8d5aa405195a09d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_7395ee8d-f124-46c5-b256-efe2d2764654"},{"id":"occ_214a1f3897e8b95814abe441","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_74e305c5-6e81-430e-960e-e006ed1348bd","section_id":"sec_687fdcdd-e7fe-4c32-ad11-d5fd2b7fb5cf","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":89,"end":93,"exact":"消費電力","quote":"き、抵抗・容量・インダクタンスといった寄生成分を小さくしやすい。その結果、ダイ間の通信をより短距離・低遅延・低消費電力にできる。","quote_start":34,"quote_end":98,"text_sha256":"67c527ff6b5e53a99da9d9c6b88f1a82ca5622acda918d68e0a59c0edc285198","block_sha256":"67c527ff6b5e53a99da9d9c6b88f1a82ca5622acda918d68e0a59c0edc285198","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_74e305c5-6e81-430e-960e-e006ed1348bd"},{"id":"occ_ee36d8070983410b55452236","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_77648766-b4ec-4dd8-a8fc-4c8e97af597f","section_id":"sec_c0d8de24-07f6-4275-aa7e-d89a041302c4","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"```\n動的電力 ≒ スイッチング率 × 容量 × 電圧² × 周波数\n```","quote_start":0,"quote_end":39,"text_sha256":"a3579488cc346a3e6d55ecd27beb6d44b662e356a71c3e8568cf508122564c18","block_sha256":"a3579488cc346a3e6d55ecd27beb6d44b662e356a71c3e8568cf508122564c18","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_77648766-b4ec-4dd8-a8fc-4c8e97af597f"},{"id":"occ_bd50243722d09734e4d5192d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_7bbe1f7c-6111-469d-8cb0-e76e1a2bdce0","section_id":"sec_88e467bb-8fb4-4d79-8dcf-8770942775d6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":105,"end":107,"exact":"電力","quote":"bitをどれだけ低エネルギーで動かせるかが非常に重要になる。Hybrid Bondingは、この「データ移動の電力」を下げるための中核技術になりつつある。","quote_start":50,"quote_end":127,"text_sha256":"8c05b0cdeec74f3da8b03313ac4f1d1da5580b29f3dc70eadb8f51ff1feccaad","block_sha256":"8c05b0cdeec74f3da8b03313ac4f1d1da5580b29f3dc70eadb8f51ff1feccaad","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_7bbe1f7c-6111-469d-8cb0-e76e1a2bdce0"},{"id":"occ_0ad277d7e04b94930fbd072f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_84054269-e155-45f1-882f-1dce6513f010","section_id":"sec_c0d8de24-07f6-4275-aa7e-d89a041302c4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"で決まる。つまり、配線容量が大きいほど、信号を1回切り替えるだけでも多くの電力を食う。高周波で大量に切り替わるクロックネットワークでは、この問題が特に深刻になる。","quote_start":0,"quote_end":81,"text_sha256":"d1c1f7da55c65ce63e8fded00a30821d17d28c528d283fc7425b85e098845ee5","block_sha256":"d1c1f7da55c65ce63e8fded00a30821d17d28c528d283fc7425b85e098845ee5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_84054269-e155-45f1-882f-1dce6513f010"},{"id":"occ_a94ac32f92ad60a37528f6b9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_94845fe5-7afd-48fe-9382-f9fafc459615","section_id":"sec_88e467bb-8fb4-4d79-8dcf-8770942775d6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":104,"end":106,"exact":"電力","quote":"いる。演算器がいくら高速でも、SRAMやキャッシュ、レジスタ、NoCとの間でデータを運ぶ距離が長ければ、性能も電力効率も悪化する。","quote_start":49,"quote_end":114,"text_sha256":"f1539862e08c27223b84f5dbd7c97b2a2f97144b92940aac6b68f75cb27b7a48","block_sha256":"f1539862e08c27223b84f5dbd7c97b2a2f97144b92940aac6b68f75cb27b7a48","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_94845fe5-7afd-48fe-9382-f9fafc459615"},{"id":"occ_7541cbb296cbd65e5572b208","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_a6dff837-d5f7-4028-b72a-f22b87c94966","section_id":"sec_c0d8de24-07f6-4275-aa7e-d89a041302c4","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":13,"end":17,"exact":"消費電力","quote":"さらに、CMOS回路の動的消費電力は概念的に、","quote_start":0,"quote_end":23,"text_sha256":"c2f9cce546d7d5424903a16e2dccdd712e252bf5868fe653dedd25a4e9beb6b7","block_sha256":"c2f9cce546d7d5424903a16e2dccdd712e252bf5868fe653dedd25a4e9beb6b7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_a6dff837-d5f7-4028-b72a-f22b87c94966"},{"id":"occ_f952fe1f2151fe2f1a562b02","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_a7e77fbe-d08a-4cde-93f8-59d6e921b401","section_id":"sec_4a4a6008-bedd-4f3c-ae54-5f16609b38a9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電源","quote":"## 電源供給とIR Drop","quote_start":0,"quote_end":15,"text_sha256":"f2e6e490e64c542463ca3f9b63a476f3df39b9757f2e5bd34a79616022b61a3c","block_sha256":"f2e6e490e64c542463ca3f9b63a476f3df39b9757f2e5bd34a79616022b61a3c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_a7e77fbe-d08a-4cde-93f8-59d6e921b401"},{"id":"occ_52b0acfc9d74ab81e399715b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_bbcbd7cb-e9d5-4b82-99ce-7bc378219762","section_id":"sec_e09323e0-a2b7-4694-a132-c12cbad3a204","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":133,"end":135,"exact":"電力","quote":"されなければ性能は出ない。Logic Foldingにより、重み・入力・部分和の移動距離を縮められれば、性能と電力の両面で効果が出る可能性がある。","quote_start":78,"quote_end":151,"text_sha256":"e7ae824a174807f272f5c79f5f2cf2cb2f3e87d0c5874e1eabd22fe10cd9aa0d","block_sha256":"e7ae824a174807f272f5c79f5f2cf2cb2f3e87d0c5874e1eabd22fe10cd9aa0d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_bbcbd7cb-e9d5-4b82-99ce-7bc378219762"},{"id":"occ_77e3233a3147d75bcb7f64f0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_df923961-5b49-475e-97ae-7003fb3239b0","section_id":"sec_9fdb29d1-6f7d-4372-80e2-111a0d9434de","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":91,"end":93,"exact":"電源","quote":"、演算ロジックを重ねる方が発熱密度は高くなりやすい。そのため、Hybrid Bondingの発展には、熱設計、電源供給、EDA、歩留まり修復技術が不可欠である。","quote_start":36,"quote_end":116,"text_sha256":"46445b87b927e78a12481c8d783b7f9ee5144a44bdf89c6ad40fc2f517bb393b","block_sha256":"46445b87b927e78a12481c8d783b7f9ee5144a44bdf89c6ad40fc2f517bb393b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_df923961-5b49-475e-97ae-7003fb3239b0"},{"id":"occ_96e52fd4700f901c029e1232","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_e4b0d167-a440-4487-9043-d0f9d5680cab","section_id":"sec_0d8bc960-6ace-4cd7-8b20-adda739b526e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電力","quote":"3D化では、単に距離を短くすればよいわけではない。近づけすぎると熱が集中する。AIは、性能・電力・熱・歩留まりのトレードオフを学習し、より良い構成を探索できる。","quote_start":0,"quote_end":80,"text_sha256":"960af76f33634ffe00f6fa2103c3e24e747cab3c9062ce4e5244bf14bb65ef2b","block_sha256":"960af76f33634ffe00f6fa2103c3e24e747cab3c9062ce4e5244bf14bb65ef2b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_e4b0d167-a440-4487-9043-d0f9d5680cab"},{"id":"occ_46d6fb96fef2788f33e7842c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_e5b619c6-d345-4c59-bd7a-f8d0146c8b66","section_id":"sec_67797b87-fa32-4a4b-b6ac-c0bec83769bc","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電源","quote":"3D配置\n- ハイブリッドボンディング\n- メモリ近接\n- クロック最適化\n- NoC最適化\n- 熱設計\n- 電源供給\n- 歩留まり修復\n- 3D EDA\n- AIによる設計探索","quote_start":2,"quote_end":91,"text_sha256":"e9b6a0bf0804c3d58a2df7a9f0c07587f2c1014d5f1d50f8f7051d226ddbd38d","block_sha256":"e9b6a0bf0804c3d58a2df7a9f0c07587f2c1014d5f1d50f8f7051d226ddbd38d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_e5b619c6-d345-4c59-bd7a-f8d0146c8b66"},{"id":"occ_5254d2459966d082b8143aad","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3","work_id":"wrk_68ec8173-3ea7-4526-bfea-020e82eae4c6","block_id":"blk_f1fc6d49-9830-41f2-8d0b-6658d7628775","section_id":"sec_f965f5ee-d3f0-4a70-b0b4-73d72376f6fd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電力","quote":"したがって、Logic Foldingは単にデータパスを短くするだけではない。**クロック分配の電力とタイミング余裕にも効く**。ここが非常に重要である。","quote_start":0,"quote_end":77,"text_sha256":"ef8d53a203f8ea17f5c3d1cf9b5cc87a7f5eb0a8e01b955fa08ed73d6d753c48","block_sha256":"ef8d53a203f8ea17f5c3d1cf9b5cc87a7f5eb0a8e01b955fa08ed73d6d753c48","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_3621f98d-f1b9-4e97-9c8a-8b259cfd31c3/#blk_f1fc6d49-9830-41f2-8d0b-6658d7628775"},{"id":"occ_ac80f0fa1ec3461ee573ba2b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_058bd47b-409e-4cf1-bca3-03416972908d","section_id":"sec_93908414-f81f-4c43-8958-c2ea1d4497e5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":55,"end":57,"exact":"電力","quote":"AIデータセンターの通信ボトルネックが深刻化するほど、これらは単なる部品会社ではなく、**AIインフラの帯域、電力、熱、信頼性を決める基盤企業** として見られるようになる。","quote_start":0,"quote_end":87,"text_sha256":"bdc104b5560d4d3a7a5f2ca4b9e55b4fdcf54bac160bb266cc339c008d568e6c","block_sha256":"bdc104b5560d4d3a7a5f2ca4b9e55b4fdcf54bac160bb266cc339c008d568e6c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_058bd47b-409e-4cf1-bca3-03416972908d"},{"id":"occ_8319becf104f067ca8844855","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_1149ebd5-9a13-47b5-b48c-c768a4695418","section_id":"sec_20e70eef-4bbb-4a4e-acee-d5c5c04e40f8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"AIデータセンターで光通信が重要になる理由は、単に通信速度を上げたいからではない。より本質的には、通信に使う電力と発熱を抑えながら、GPUクラスタ全体を一つの計算機として動かす必要があるからである。","quote_start":0,"quote_end":99,"text_sha256":"96ce4f07237ec9f78a5d94ab79df0f6a9dcadc88d5132d7724b62dd7e442328f","block_sha256":"96ce4f07237ec9f78a5d94ab79df0f6a9dcadc88d5132d7724b62dd7e442328f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_1149ebd5-9a13-47b5-b48c-c768a4695418"},{"id":"occ_5f967b2f78b22e50e313b9b3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_340c4d86-783f-42e3-bce7-8e5305a51b42","section_id":"sec_ec7ec376-16cf-4fae-a2d5-b448dd26a938","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"AIデータセンターは、頭脳だけでできていません。光の神経、電力の血流、冷却の呼吸、ストレージの記憶でできています。光通信は、その中でも「神経」に近い。遠くまで速く、しかも熱を増やしすぎずに伝える。これができないと、AIファクトリーの密度は上がりません。","quote_start":0,"quote_end":126,"text_sha256":"b23d8ea6d08bd4c47009d8d7f95c8ac69d2b430640f16d9db99918bcffb1fe0c","block_sha256":"b23d8ea6d08bd4c47009d8d7f95c8ac69d2b430640f16d9db99918bcffb1fe0c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_340c4d86-783f-42e3-bce7-8e5305a51b42"},{"id":"occ_66d5a23f94b965904621d718","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_3bb6254f-89d8-49fa-a096-bca537f78f2d","section_id":"sec_d04ea65b-eee3-4892-a34b-7f7ada68facb","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":59,"end":63,"exact":"消費電力","quote":"の強みは、半導体製造プロセスに近い形で高密度に作れることだ。TSMCも、光インターコネクトやCPOを、高速・低消費電力のデータセンター接続を支える技術として位置づけている。([Sumitomo Electric][1])","quote_start":4,"quote_end":114,"text_sha256":"eae18388877c9794293fa5ec8914e738ccdda23b2c68aeabc8ead05040d1a4dc","block_sha256":"eae18388877c9794293fa5ec8914e738ccdda23b2c68aeabc8ead05040d1a4dc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_3bb6254f-89d8-49fa-a096-bca537f78f2d"},{"id":"occ_3371436adce3fa019c7f5339","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_4f65ac9d-f0a5-4b24-b4f4-02f26db8891c","section_id":"sec_afe99320-0d70-49de-8b11-836e2ffa0227","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":231,"end":235,"exact":"消費電力","quote":"   | SiPh/CPO向け外部光源になる     |\n| TIA/Driver   | 高速・低ノイズ・低消費電力が必要      |\n| SiPh PIC     | 高密度・低電力の光変調に必要        |\n| MTフェルール/コネクタ | 高密度・低損失接続が必要          |\n| MOCVD","quote_start":176,"quote_end":335,"text_sha256":"70e34b0f596a16f851c14f59a8c15140ed51d3d6967f3bf9a98118a47ed91968","block_sha256":"70e34b0f596a16f851c14f59a8c15140ed51d3d6967f3bf9a98118a47ed91968","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_4f65ac9d-f0a5-4b24-b4f4-02f26db8891c"},{"id":"occ_4b092b68eef2d3359ec8dbf5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_5b8034e5-9bf5-4a0e-b17d-60917915dca5","section_id":"sec_20e70eef-4bbb-4a4e-acee-d5c5c04e40f8","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":34,"end":38,"exact":"消費電力","quote":"## さらに深める: AIデータセンターの光通信は「速度」ではなく「消費電力の問題」でもある","quote_start":0,"quote_end":46,"text_sha256":"1b6c5ba5c3ad7c6dda8ff4a335da7f323007b1a1994391fe9121d919f82794ae","block_sha256":"1b6c5ba5c3ad7c6dda8ff4a335da7f323007b1a1994391fe9121d919f82794ae","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_5b8034e5-9bf5-4a0e-b17d-60917915dca5"},{"id":"occ_b9d98644ceed3257fba93b13","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_5ded19d0-49d5-4926-a489-9519632c8ec5","section_id":"sec_20e70eef-4bbb-4a4e-acee-d5c5c04e40f8","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":63,"end":67,"exact":"消費電力","quote":"| なぜ重要か |\n| --- | --- |\n| 帯域 | GPUクラスタの分散計算効率を左右する |\n| 消費電力 | 通信が増えるほど、W/Gbpsの差が設備全体に効く |\n| 発熱 | 高密度ラックでは通信部品の熱も冷却設計に入る |\n| 距離 | 銅で届く範囲と光が必要になる範囲が分かれる |\n| 実装位置","quote_start":8,"quote_end":167,"text_sha256":"b901a1eaec4f66ca03f7e6c06721ce9f5fc2a524eaa84dd5baa4d3557276d723","block_sha256":"b901a1eaec4f66ca03f7e6c06721ce9f5fc2a524eaa84dd5baa4d3557276d723","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_5ded19d0-49d5-4926-a489-9519632c8ec5"},{"id":"occ_a20ad44d9f92ff0f9cd8bd2f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_775927cd-a363-4f10-ae0e-d4ce92bea961","section_id":"sec_3cf351b0-50ef-4394-bf71-64976c047fa7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":50,"end":52,"exact":"電力","quote":"そのため、通信は **400G → 800G → 1.6T → 3.2T** へ進み、銅配線だけでは電力・発熱・距離の限界が厳しくなっている。そこで重要になるのが、**光通信、シリコンフォトニクス、InPレーザー、外部光源、CPO** である。","quote_start":0,"quote_end":122,"text_sha256":"050ea55c348d1aac0434e87e04d0ff6e943d8c31add14273b307b0065aced74b","block_sha256":"050ea55c348d1aac0434e87e04d0ff6e943d8c31add14273b307b0065aced74b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_775927cd-a363-4f10-ae0e-d4ce92bea961"},{"id":"occ_df494af9b406bdf78bddb527","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_9b34ac3c-7638-4683-a8a0-3e20e9899983","section_id":"sec_571a02df-b8c1-4371-8c36-af186fe46631","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":15,"end":19,"exact":"消費電力","quote":"しかし速度が上がると、DSPの消費電力や電気配線の損失が問題になる。そこで、LPO、Linear Pluggable Opticsや、TRO、Transmit-Retimed Opticsのように、DSPを簡略化する方式が出てくる。","quote_start":0,"quote_end":116,"text_sha256":"3eb633eb270c766b48c293072d13e44944cfd94685b4419ca919d43d5eeeb982","block_sha256":"3eb633eb270c766b48c293072d13e44944cfd94685b4419ca919d43d5eeeb982","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_9b34ac3c-7638-4683-a8a0-3e20e9899983"},{"id":"occ_5a85fdf70b1393be569cf7c8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_c6fdd342-a21d-462f-b877-e8d759b11325","section_id":"sec_93908414-f81f-4c43-8958-c2ea1d4497e5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"**住友電工や古河電工は、InP・光配線・光部品・電力/冷却まで広く持つ日本勢。\nSiversは、InP DFBレーザーアレイに尖った高β企業。\nLumentumとCoherentは、高出力CWレーザーとInP量産の大型本命。\nVeecoとAIXTRON","quote_start":0,"quote_end":127,"text_sha256":"497ef9879d8b4f4dbb13edb33b835d2648fbfc0417dbf7e3fd66f33e899bfef8","block_sha256":"497ef9879d8b4f4dbb13edb33b835d2648fbfc0417dbf7e3fd66f33e899bfef8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_c6fdd342-a21d-462f-b877-e8d759b11325"},{"id":"occ_5a5e78b38a55b871a247666b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_ce5d4b9f-fab4-46c9-acff-fc6eed1389ae","section_id":"sec_80f799cf-cf94-4e57-b0b6-5d991d227ea8","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":73,"end":77,"exact":"消費電力","quote":" Opticsでは、光エンジンをスイッチASICやAI ASICの近くに置く。目的は、電気信号の距離を短くし、消費電力と損失を下げることだ。","quote_start":18,"quote_end":88,"text_sha256":"f71fb0c297579ee0a3f9b5dcc7a1ccf53cbc709c237e170395cd7e6f0fd2705a","block_sha256":"f71fb0c297579ee0a3f9b5dcc7a1ccf53cbc709c237e170395cd7e6f0fd2705a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_ce5d4b9f-fab4-46c9-acff-fc6eed1389ae"},{"id":"occ_cb1403d30fdeba9b8f4eceec","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_37ec6023-d760-4f21-887c-7dd94c473806","work_id":"wrk_48893baf-fbd1-4353-8bc8-5b83bc4aae4f","block_id":"blk_d538cd7d-2ee0-41be-bd53-b7663c9bfd14","section_id":"sec_ac5e6092-a0d5-4708-9365-dde565059158","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電力","quote":"絶ノイア：  \nAIデータセンターの光通信は、通信速度だけではなく、電力と熱の問題として見た方が分かりやすいですね。","quote_start":0,"quote_end":58,"text_sha256":"5a18eb5bec40376edcbaf459491f82f39a46df105d0b53cc5a504d68e63159ed","block_sha256":"5a18eb5bec40376edcbaf459491f82f39a46df105d0b53cc5a504d68e63159ed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_37ec6023-d760-4f21-887c-7dd94c473806/#blk_d538cd7d-2ee0-41be-bd53-b7663c9bfd14"},{"id":"occ_9a15080787cb7580e5beedcc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_075a7145-40b8-472a-ac01-482cd5964108","section_id":"sec_94c17d30-b137-4666-9b80-42f56da653ac","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":74,"end":76,"exact":"電源","quote":"ャット画面やクラウドサーバーの中だけに存在するのではなく、**カメラ、車、ロボット、工場機器、倉庫、センサー、電源制御、産業設備の中に入り、現実世界を見て、判断し、動かす段階**を指す。","quote_start":19,"quote_end":112,"text_sha256":"0578f7e92956994692be0860c4b1e15f4579fb2fad174d4f7f3d178a8104bcf3","block_sha256":"0578f7e92956994692be0860c4b1e15f4579fb2fad174d4f7f3d178a8104bcf3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_075a7145-40b8-472a-ac01-482cd5964108"},{"id":"occ_d9c309171a234fff51e155e8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_177c0403-259c-4a30-922f-9804ff3fe2a3","section_id":"sec_d02ce9e3-ff86-4b83-88ce-2647006c7507","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"AIサーバーはGPUだけでは動かない。巨大な電力を、できるだけ少ない損失で、安定して、発熱を抑えながらGPUやメモリに届ける必要がある。ここでパワー半導体の価値が上がる。onsemiは、グリッドからGPUまでの電源ツリーに入り込む企業として見られ始","quote_start":0,"quote_end":124,"text_sha256":"4108450304c40717e930bccc4789f540275c03fffd16274982986237abc6a741","block_sha256":"4108450304c40717e930bccc4789f540275c03fffd16274982986237abc6a741","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_177c0403-259c-4a30-922f-9804ff3fe2a3"},{"id":"occ_02b9c91d65b3fc5b4ac51662","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_20b20503-e156-4b51-aa19-6731394d8287","section_id":"sec_2a56634d-dded-4141-9792-f96d478fa499","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":89,"end":91,"exact":"電源","quote":"olfspeed、Navitasなどは候補になる。ただし、短期で利益が見えやすいのは、すでにAIデータセンター電源売上が伸びているonsemiであり、ロームはもう少しSiCの稼働率改善と赤字縮小を確認したい局面だ。","quote_start":34,"quote_end":141,"text_sha256":"1ea337dce8cb3334fdcea068f371c202ebc8f2284a0019ec380b2015c806fc11","block_sha256":"1ea337dce8cb3334fdcea068f371c202ebc8f2284a0019ec380b2015c806fc11","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_20b20503-e156-4b51-aa19-6731394d8287"},{"id":"occ_a26fe67e0ade76ded2616768","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_31341b9b-031e-4eb1-b5c8-e4e1947b1e11","section_id":"sec_457fb835-e237-4215-b61d-44fe07dcb116","layer":"character","character_id":"zetu_noia","count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"Ambarellaは、カメラに小さな頭脳を持たせる会社です。onsemiは、電力とセンシングを現場側へ渡す会社です。Synapticsは、人間と機械の接点と、低消費電力の接続を担います。これらが同じテーマで見られ始めたのは、AI相場の視線が「雲の上」から「機械の中」へ広がり始めた","quote_start":0,"quote_end":140,"text_sha256":"20ff786bc376c8aa91372081f25ebd8f6e2fa2e62762be21ca574e1edeb93b50","block_sha256":"20ff786bc376c8aa91372081f25ebd8f6e2fa2e62762be21ca574e1edeb93b50","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_31341b9b-031e-4eb1-b5c8-e4e1947b1e11"},{"id":"occ_c7a7dba1db1d4a738a66d30a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_39802d8c-5282-4401-847e-ed4d024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AI化を織り込み始めていると考えれば、過熱しすぎとも断定しにくい水準である。","quote_start":0,"quote_end":106,"text_sha256":"cb73b24c14793de190bd29ef6692c13781e7b34cb6fe493e6d31bae04631eabe","block_sha256":"cb73b24c14793de190bd29ef6692c13781e7b34cb6fe493e6d31bae04631eabe","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_39802d8c-5282-4401-847e-ed4d024fee00"},{"id":"occ_16ad62cba25051d36ccc67d7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_3bd8610f-93c5-4ee8-9fd4-e46470c63a40","section_id":"sec_d02ce9e3-ff86-4b83-88ce-2647006c7507","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電源","quote":"## onsemi：EV/SiC銘柄からAI電源・Physical AI企業へ","quote_start":0,"quote_end":39,"text_sha256":"86aa10485f17a6cd93947cbe40803fbdafb811d89580b78ee26f0d13eca29575","block_sha256":"86aa10485f17a6cd93947cbe40803fbdafb811d89580b78ee26f0d13eca29575","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_3bd8610f-93c5-4ee8-9fd4-e46470c63a40"},{"id":"occ_ff335694e681cf4df60d96b1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_4c0e8820-c87b-4b4d-8c43-8391d9d17c56","section_id":"sec_e0fa8295-8ec6-4195-8ee4-d467837bcef9","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":69,"end":71,"exact":"電源","quote":"・ミックスドシグナルは、汎用品を広く売るというより、**パワー半導体、車載、産業、センサー、AIデータセンター電源の周辺で使われるアナログ**である。つまり、onsemiは「アナログ部品の総合商社」ではなく、「電力を制御し、センサーで見て、現実世界のAI機器を動かす」会社と見る方が正確だ。","quote_start":14,"quote_end":159,"text_sha256":"cae19e6b297031629b10b9f0f92323fe807169480fec13972fb8518b12c8d1b7","block_sha256":"cae19e6b297031629b10b9f0f92323fe807169480fec13972fb8518b12c8d1b7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_4c0e8820-c87b-4b4d-8c43-8391d9d17c56"},{"id":"occ_762452fd6af69e5855a0aeb0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_5cd89cec-80f9-4725-a33e-e634f51035d4","section_id":"sec_861ab661-b44b-496c-8944-dc69f2f73b05","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":70,"end":72,"exact":"電源","quote":"  → 大規模モデル、計画、記憶、学習、高度な推論\n\nエッジAI\n  → カメラ、センサー、車両、工場、倉庫、電源制御\n\n両者の間\n  → データ収集、ローカル判断、アップデート、フィードバック\n```","quote_start":15,"quote_end":116,"text_sha256":"598cf7e900b543fa7f1590f5c41454918775e296127c5e2b6b4ce6ac258ed74c","block_sha256":"598cf7e900b543fa7f1590f5c41454918775e296127c5e2b6b4ce6ac258ed74c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_5cd89cec-80f9-4725-a33e-e634f51035d4"},{"id":"occ_d2a0888fb45aa7ee97a8ab2a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_6a0a3711-a323-4a68-b42a-fc3fe6bb1379","section_id":"sec_0bfbf833-e9a5-44d1-b94b-e70ca2b9b907","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":82,"end":86,"exact":"消費電力","quote":"。onsemiのようにパワー、アナログ、センシングといったセグメント別開示は行っていない。事業の中心は、**低消費電力AI処理SoC、動画処理SoC、画像処理SoC**である。","quote_start":27,"quote_end":115,"text_sha256":"13780215cf2a624efdf0f8c53e05d21e70cd38773ea5ae19c60f894ff90dda4e","block_sha256":"13780215cf2a624efdf0f8c53e05d21e70cd38773ea5ae19c60f894ff90dda4e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_6a0a3711-a323-4a68-b42a-fc3fe6bb1379"},{"id":"occ_cea919bc617ed16b656fdf9e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_6fb994cf-1ed8-4871-b053-58d96f3cd4ac","section_id":"sec_67055fb2-d501-4718-a3f3-a47d729f8731","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":87,"end":89,"exact":"電力","quote":"タ収集と即時判断の端点を増やす動きである。\n- Ambarellaはカメラ系エッジAI SoC、onsemiは電力・センシング、SynapticsはHMI・接続・低消費電力AIで見ると整理しやすい。\n- onsemiによるSynaptics買収は、パワー、センサー、接続、HMI、エッジAIを統合するPhysica","quote_start":32,"quote_end":189,"text_sha256":"05121dd54bb6c8dfe9c3ceb9c031381568a0504abdafa1fe3e71ed687db33a38","block_sha256":"05121dd54bb6c8dfe9c3ceb9c031381568a0504abdafa1fe3e71ed687db33a38","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_6fb994cf-1ed8-4871-b053-58d96f3cd4ac"},{"id":"occ_a5cf021eb08303cfc8325821","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_7308ce35-eeee-4f2a-ad38-df0a1eefadfb","section_id":"sec_e0fa8295-8ec6-4195-8ee4-d467837bcef9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電源","quote":"そのため、onsemiは「AI電源とPhysical AIをすでに数字にし始めた銘柄」、ロームは「SiC赤字縮小と日本パワー半導体再編による回復レバレッジ銘柄」と見るべきだろう。","quote_start":0,"quote_end":89,"text_sha256":"1b2aae5d0c0267885da99f838c18b2090fafb9973650add2f312b62993de3c01","block_sha256":"1b2aae5d0c0267885da99f838c18b2090fafb9973650add2f312b62993de3c01","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_7308ce35-eeee-4f2a-ad38-df0a1eefadfb"},{"id":"occ_d90b073ee0f060941944f44b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_77c1bf3c-6869-4852-b1de-4118962fcdd6","section_id":"sec_e0fa8295-8ec6-4195-8ee4-d467837bcef9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電源","quote":"TXNは、電源IC、アンプ、データコンバータ、インターフェース、ロジック、モータードライバなどを極めて広く持つ、汎用アナログの王者である。ADIは、高精度アナログ、計測、RF、データコンバータ、BMS、産業・通信向","quote_start":0,"quote_end":107,"text_sha256":"7ee0c5539f254f8de305bb1bcf0b3ac92355a8192fb0b8f669a6e861e2929de8","block_sha256":"7ee0c5539f254f8de305bb1bcf0b3ac92355a8192fb0b8f669a6e861e2929de8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_77c1bf3c-6869-4852-b1de-4118962fcdd6"},{"id":"occ_8085e654e22a820c0fc73ff0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_77dad7aa-ab16-4ea5-95e3-fcc34a6accd0","section_id":"sec_919da040-8534-41ad-a447-9b718772d847","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電源","quote":"つまり、onsemi 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Synapticsは、**AIが現実世界の機器に入るための神経系と電源系を統合しようとする動き**である。","quote_start":0,"quote_end":66,"text_sha256":"cbb284cb43dee9c5aa611a33c78f0404c631c2183e165b8ccc7b1e9e565362a5","block_sha256":"cbb284cb43dee9c5aa611a33c78f0404c631c2183e165b8ccc7b1e9e565362a5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_77dad7aa-ab16-4ea5-95e3-fcc34a6accd0"},{"id":"occ_12af77153338a7f17312af4d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_7a09bcee-981c-47ae-8411-96d0b366a83c","section_id":"sec_919da040-8534-41ad-a447-9b718772d847","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":83,"end":87,"exact":"消費電力","quote":"ッチコントローラの会社という印象が強かった。しかし現在は、HMI、無線接続、エッジAIプロセッサ、IoT向け低消費電力SoCの会社に変わっている。","quote_start":28,"quote_end":101,"text_sha256":"88422f6d4a64ca14bcbdf2d6bc68817539776af2ebb51dda9cae3ba8c236646d","block_sha256":"88422f6d4a64ca14bcbdf2d6bc68817539776af2ebb51dda9cae3ba8c236646d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_7a09bcee-981c-47ae-8411-96d0b366a83c"},{"id":"occ_ffb18971ebffe36cf206522b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_8d2176b0-84d4-4be5-9958-2d1632a98977","section_id":"sec_2a56634d-dded-4141-9792-f96d478fa499","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"AIデータセンターでは、ラックあたりの電力密度が急上昇している。従来の48V中心の電源設計や、何段階ものAC/DC変換では、効率、発熱、銅配線、スペースの限界が見えてくる。","quote_start":0,"quote_end":86,"text_sha256":"8aad81500d91296e2ddb432fbcb601a07cc700e1f686f177c863ddf58700fc14","block_sha256":"8aad81500d91296e2ddb432fbcb601a07cc700e1f686f177c863ddf58700fc14","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_8d2176b0-84d4-4be5-9958-2d1632a98977"},{"id":"occ_a4f6b1df63498ad75bc7a925","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_9e7ca85c-e191-41ca-967c-99213ae96f34","section_id":"sec_ad9d00ae-b67a-4d3f-ac1f-eed863e6e9d0","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"大きな炉は思考を鍍える。しかし、現実の扉を開くのは小さな石たちだ。カメラの中のSoC、センサーの中の回路、電力を制する黒き素子。","quote_start":0,"quote_end":64,"text_sha256":"31d6b126f18496e2ce0af6510ef4549a5b5011a1c9ac4a4f43a94895eebadc54","block_sha256":"31d6b126f18496e2ce0af6510ef4549a5b5011a1c9ac4a4f43a94895eebadc54","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_9e7ca85c-e191-41ca-967c-99213ae96f34"},{"id":"occ_6aae8e5c045fc64731a64b5a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_9eddb7eb-d510-4e5a-bfbb-3f6434840616","section_id":"sec_861ab661-b44b-496c-8944-dc69f2f73b05","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"この循環が回り始めると、AIインフラは二層化する。一方には、GPU、HBM、光、電力、液冷を抱える巨大クラウドがある。もう一方には、低消費電力SoC、画像センサー、パワー半導体、無線接続、HMI、モーター制御を抱える現場側のAIがある。","quote_start":0,"quote_end":118,"text_sha256":"0a07132978fea8374ef212febf79667aa2db17ada76b5e1a0b00be6c26b567d2","block_sha256":"0a07132978fea8374ef212febf79667aa2db17ada76b5e1a0b00be6c26b567d2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e/#blk_9eddb7eb-d510-4e5a-bfbb-3f6434840616"},{"id":"occ_92e0e557d8c4cea561321966","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_385079a7-c5a3-4a8e-9c9a-7b84af62dd7e","work_id":"wrk_c607c873-652b-451e-89e4-a9043a064d80","block_id":"blk_9f85af1b-038d-469a-8cbb-0ee7ab0fde41","section_id":"sec_d4b0c41e-d6d6-4e6b-b59d-1d1a00738eed","layer":"body","character_id":null,"count":1,"matched_ali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Physical AI | Sensor、Edge Compute、Connectivity | 電力半導体以外の統合力 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19．AIDC電源ツリーを正しく並べる","quote_start":0,"quote_end":22,"text_sha256":"f2483b0453c37011a2dc5ece6f90e18c9538630adcf48d3d2031bf58c1376531","block_sha256":"f2483b0453c37011a2dc5ece6f90e18c9538630adcf48d3d2031bf58c1376531","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_434ed8d3-8167-4144-9b6e-d003da6dda05/#blk_fa156bb7-125a-4eb1-a224-85744fe2b5be"},{"id":"occ_22687764fcfe83e9c8c8c27d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_436a17f2-f4bc-4abf-9295-931f16cf8b77","work_id":"wrk_ad458cb8-2af2-42ab-a561-10966b619525","block_id":"blk_6ce287d8-ab2d-494c-8ad9-dc61d345b4fa","section_id":"sec_ff48fa34-dd47-4ee0-a149-9505dd2bad17","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":166,"end":168,"exact":"電力","quote":"Eは**亜鉛系**の電池を売りにしており、安全性、米国内製造、長時間用途を強みとして打ち出しています。用途は、電力会社向け、マイクログリッド、工場や商業施設向け、データセンター向けなどです。 ([Eos Energy Enterprises, 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配線距離を短くする\n- 信号遅延をそろえる\n- 消費電力を抑える\n- パッケージを対称にする\n- 高帯域接続を実現する","quote_start":0,"quote_end":61,"text_sha256":"81463f16828f8324fae1a51fea0d0a992657ba6481cde6a99d8aa6aa8aadb980","block_sha256":"81463f16828f8324fae1a51fea0d0a992657ba6481cde6a99d8aa6aa8aadb980","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_16c9b1fd-3c48-40f4-af09-7adc693ce7ce"},{"id":"occ_8dc2b2d24fd8f2974a1ccbaf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_2d678849-34b2-45a4-9971-42b0864cdc1e","section_id":"sec_3e45625e-e667-4875-97a2-4af0d9204fea","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電源","quote":"性能なエンタープライズSSDはNANDさえあれば作れるわけではない。DRAM、コントローラー、ファームウェア、電源部品のどれかが不足しても完成品を出荷できない。","quote_start":7,"quote_end":87,"text_sha256":"c80a33205d306f7e3f524890159eb98a62204dab5842d2a6790387fc6eea4122","block_sha256":"c80a33205d306f7e3f524890159eb98a62204dab5842d2a6790387fc6eea4122","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_2d678849-34b2-45a4-9971-42b0864cdc1e"},{"id":"occ_9d918fcd3fee1ca0b5c08a1b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_2ea5eb24-eccf-43c0-a0c2-b1c102f33072","section_id":"sec_e62e4362-35c5-41fa-9332-c19c8adbffe7","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"NANDは、電源を切ってもデータが残る不揮発性メモリーである。","quote_start":0,"quote_end":31,"text_sha256":"78fd2208b2d8765a1b11f790943fb05acb8d21723efc8711b79bcbdef20fb81f","block_sha256":"78fd2208b2d8765a1b11f790943fb05acb8d21723efc8711b79bcbdef20fb81f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_2ea5eb24-eccf-43c0-a0c2-b1c102f33072"},{"id":"occ_8a7e98418ef4793541d3cca3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_4b5f7028-28eb-494d-8de7-86ca72aede05","section_id":"sec_2baf69be-09f6-423b-abe7-8ba4133fa4fb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電力","quote":"な演算器を減らす\n- 必要な演算器を増やす\n- SRAM容量を用途に合わせる\n- データの流れを固定する\n- 電力効率を高める","quote_start":4,"quote_end":67,"text_sha256":"06883c2998d7491dc1deab2b7b9218cc4b5f8b051e1579b0da3a2e01ce557199","block_sha256":"06883c2998d7491dc1deab2b7b9218cc4b5f8b051e1579b0da3a2e01ce557199","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_4b5f7028-28eb-494d-8de7-86ca72aede05"},{"id":"occ_12bb5b5ac4b5b62eef59f73a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_4f143058-6862-4957-8f51-42af9ed98190","section_id":"sec_72606a95-81ff-44c9-9034-cd8e56c52410","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"目的の位置まで巻く必要があるため、読み出し開始は遅い。一方で、保管中は電力をほとんど使わず、ネットワークから切り離せる。","quote_start":0,"quote_end":60,"text_sha256":"d09c8a4540a7ef6057797210273fdac750711be520d2dbab5af8852071d5f23a","block_sha256":"d09c8a4540a7ef6057797210273fdac750711be520d2dbab5af8852071d5f23a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_4f143058-6862-4957-8f51-42af9ed98190"},{"id":"occ_88041c2910d27c76589d1cae","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_5103d38c-2b9a-4540-a3dc-3469f262b9fd","section_id":"sec_3948434c-1660-424a-9b68-0301780ee99f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"**CPUと2基のGPUを、短く低電力な配線で結ぶための物理配置**である。","quote_start":0,"quote_end":38,"text_sha256":"652d4ed665db9ef44b7eee33fb0efca15771f0e6fae7dea55ce329234e2c5f06","block_sha256":"652d4ed665db9ef44b7eee33fb0efca15771f0e6fae7dea55ce329234e2c5f06","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_5103d38c-2b9a-4540-a3dc-3469f262b9fd"},{"id":"occ_6bf1c760114809a969c92aa2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_54930419-d56a-4877-8875-120a325e7c6a","section_id":"sec_2e160d9b-9bd6-415b-81de-3076e25933be","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"一方、CPUやGPUの巨大なレジスタファイルは、面積と電力を抑えるため、SRAMに近い専用メモリー回路として設計されることがある。","quote_start":0,"quote_end":65,"text_sha256":"729373fc3612187f283849471e00878e52de5b424c729fcc81f966077bb56290","block_sha256":"729373fc3612187f283849471e00878e52de5b424c729fcc81f966077bb56290","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_54930419-d56a-4877-8875-120a325e7c6a"},{"id":"occ_611e9cbbbea4c7bcdfea5ec0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_63ea36b0-16e2-4a2c-b3bc-72c95f375581","section_id":"sec_abf47d4b-32ab-42f2-ae38-e109d30e2c82","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"- HBM：GPU・AI ASIC\n- RDIMM：AIサーバーと一般サーバー\n- LPDDR：省電力AIサーバー\n- SRAM：AIチップ内部\n- TLC SSD：高性能KVキャッシュ\n- QLC SSD：大容量AIデータ\n- HDD：データレイク\n- テープ：長期保存","quote_start":0,"quote_end":136,"text_sha256":"de188b06ae5a6be22e2b1120cd8810dc1229c091c719826b14914005248f324e","block_sha256":"de188b06ae5a6be22e2b1120cd8810dc1229c091c719826b14914005248f324e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_63ea36b0-16e2-4a2c-b3bc-72c95f375581"},{"id":"occ_eddce8d8f71bc78bd081397c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_76415b4f-33f5-4a24-b263-3835eb463462","section_id":"sec_0022381f-3cb7-429e-a0c2-0e59d5a3283a","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":33,"end":37,"exact":"消費電力","quote":"- チップ数\n- 製造コスト\n- チップ間通信\n- 歩留まり\n- 消費電力","quote_start":0,"quote_end":37,"text_sha256":"1274b3b0b18238015ad565e39df5ee69f876df97c9ed05f7ad0422ff9aebb020","block_sha256":"1274b3b0b18238015ad565e39df5ee69f876df97c9ed05f7ad0422ff9aebb020","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_76415b4f-33f5-4a24-b263-3835eb463462"},{"id":"occ_0b815e344842791ba9aa9893","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_7ecbd5ad-bccc-476b-868a-991aaee15d70","section_id":"sec_20eb8d00-9fc9-4c85-bb19-57557870a499","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"- HBMより大容量化しやすい\n- NANDなので不揮発\n- DRAMより待機電力を抑えやすい\n- 重みや使用頻度の低いデータを置ける","quote_start":0,"quote_end":67,"text_sha256":"b305834afedd5790b9f31e26ce2d80b1d4399f54b9dee92bfbcf1775e699c65e","block_sha256":"b305834afedd5790b9f31e26ce2d80b1d4399f54b9dee92bfbcf1775e699c65e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_7ecbd5ad-bccc-476b-868a-991aaee15d70"},{"id":"occ_78ca1a220d12dc2c76d0c4b3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_bf7b90ab-fedb-4cdc-bc5e-a709b68c68b7","section_id":"sec_af12738b-c0c4-415b-bcbc-388dfae13763","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源を切るとデータが消える揮発性メモリーで、SRAMより遅い一方、はるかに高密度で安価に作れる。","quote_start":0,"quote_end":48,"text_sha256":"a219b28e520a863b39fd81e718b5d900f5c1be263d343edeff5d276dff072eb0","block_sha256":"a219b28e520a863b39fd81e718b5d900f5c1be263d343edeff5d276dff072eb0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_bf7b90ab-fedb-4cdc-bc5e-a709b68c68b7"},{"id":"occ_bb93f2b7fac1897afc028203","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_c6ad6fdc-5a98-47dd-9768-6b07b4a6a3ce","section_id":"sec_3e45625e-e667-4875-97a2-4af0d9204fea","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電源","quote":"```\nNANDフラッシュ\n＋ SSDコントローラー\n＋ DRAM\n＋ ファームウェア\n＋ 電源断保護\n＋ PCIe／NVMeインターフェース\n```","quote_start":0,"quote_end":75,"text_sha256":"3595c541cede1875003639516ec481808af49528fc4a1ba766d4a42ccce48e8f","block_sha256":"3595c541cede1875003639516ec481808af49528fc4a1ba766d4a42ccce48e8f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_44c73f5c-647d-467e-8aa2-527eb6352a8a/#blk_c6ad6fdc-5a98-47dd-9768-6b07b4a6a3ce"},{"id":"occ_fab09618635d3e49a216c05b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_44c73f5c-647d-467e-8aa2-527eb6352a8a","work_id":"wrk_45578dda-8dcf-452e-909d-3f4c17ea166c","block_id":"blk_ce5228e4-f0bb-4cf3-8fc0-1a44587b9320","section_id":"sec_7080e4fd-c9b5-4356-afd5-10b0d51a1fe7","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":88,"end":90,"exact":"電源","quote":"はコンピューターの作業用メモリー\n- **HBM**はAI向けに超広帯域化したDRAM\n- **NAND**は電源を切っても残る保存用メモリー\n- **SSD**はNAND、DRAM、コントローラーを組み合わせた製品\n- **HDD**は安価なオンライン大容量保存\n- 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電力・水・騒音・土地利用をめぐる社会的制約","quote_start":0,"quote_end":39,"text_sha256":"7f3d85bdbcf7b4a7a5c79a12fe96e8f0049d8bc37bad22029c4323291c19b06b","block_sha256":null,"offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/"},{"id":"occ_0db6867bd40f329d7e2faf51","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_0cfafe79-a255-47e4-838d-3eee1bc379e5","section_id":"sec_b6319c3a-dcde-4e28-9c5e-8ed20e997a36","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"**理由：電力は作れても、水と暑さが厳しい。**","quote_start":0,"quote_end":24,"text_sha256":"cdff6349b022bcdf86be8812dcb4575d75576507f764eefd10a9945bae52c598","block_sha256":"cdff6349b022bcdf86be8812dcb4575d75576507f764eefd10a9945bae52c598","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_0cfafe79-a255-47e4-838d-3eee1bc379e5"},{"id":"occ_79f838160b9b8056f2621055","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_15a12f50-80f2-44c0-a2d4-6fc70d260359","section_id":"sec_1b62ddbd-746a-48f2-aa42-6ce130fab3cf","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"また、AIデータセンターの集中立地が地域電力網にストレスを与えるという研究では、OregonやVirginiaが高ストレス地域として挙げられています。([arXiv][18])","quote_start":0,"quote_end":88,"text_sha256":"0325b56f328fd9124a25146f355522bfe279c72b3e40cccb6a578aaff24aacb0","block_sha256":"0325b56f328fd9124a25146f355522bfe279c72b3e40cccb6a578aaff24aacb0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_15a12f50-80f2-44c0-a2d4-6fc70d260359"},{"id":"occ_5df8cc882268bd57859258de","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_24336c03-0445-4bef-a4f9-5486aa0c5de9","section_id":"sec_c7a0df19-dd68-4d27-8591-bcdbca7f81d5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"**理由：安い土地と電力を求めて流入するが、農地・地方自治体で反発。**","quote_start":0,"quote_end":36,"text_sha256":"809ec1caff22223a88c9c8f469a34950660e16cc9bf9fe46a43f11d0be6f8aa8","block_sha256":"809ec1caff22223a88c9c8f469a34950660e16cc9bf9fe46a43f11d0be6f8aa8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_24336c03-0445-4bef-a4f9-5486aa0c5de9"},{"id":"occ_e35f03a783bfaf294a527b82","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_2444c9d2-9bb0-46c3-aa22-ade7fd28400a","section_id":"sec_1223be68-c39c-461f-9cf4-2496550aea60","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":104,"end":106,"exact":"電力","quote":"を受けています。報道では、Box Elder Countyで約4万エーカー規模、最終的に最大**9GW**級の電力を使う可能性がある巨大AIデータセンター構想とされています。([Business Insider][8])","quote_start":49,"quote_end":159,"text_sha256":"6c6d85a8f88626235265d193019ab3b2a0559825738fb558476bf762f9cd03d4","block_sha256":"6c6d85a8f88626235265d193019ab3b2a0559825738fb558476bf762f9cd03d4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_2444c9d2-9bb0-46c3-aa22-ade7fd28400a"},{"id":"occ_05d828199de56fefcd0eebaf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_2a42d588-7dd1-4624-8df6-7e8c50b659cb","section_id":"sec_de2cb48b-300e-4001-8bf5-995fa70d24bf","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電力","quote":"**「税優遇と電力負担は大きいのに、地元雇用は少ない」**","quote_start":0,"quote_end":29,"text_sha256":"fba75f861bb3f751ca36ecc03e9983849eb8b7f7aee0d9ac723afcf8bb21b9eb","block_sha256":"fba75f861bb3f751ca36ecc03e9983849eb8b7f7aee0d9ac723afcf8bb21b9eb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_2a42d588-7dd1-4624-8df6-7e8c50b659cb"},{"id":"occ_a7ef1e40dcbffe7f3865a6a8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_354db427-0525-480b-9328-7f40ccc0dcbf","section_id":"sec_bac199f7-4bc3-4b07-9da5-f330e6d15eca","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":77,"end":79,"exact":"電力","quote":"負担に集中している。\n- モラトリアム、zoning 規制、訴訟、許認可停止など制度的な反応が出ている。\n- 電力網や水資源が逼迫する地域では、AIデータセンターの受け入れが難しくなる。\n- AIインフラ投資では、地域合意が重要な実行リスクになる。","quote_start":22,"quote_end":146,"text_sha256":"508fe4b7ee2a95c01f15088471c7165d58450986681dbcd02dc8fd81be5e52dc","block_sha256":"508fe4b7ee2a95c01f15088471c7165d58450986681dbcd02dc8fd81be5e52dc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_354db427-0525-480b-9328-7f40ccc0dcbf"},{"id":"occ_2b92897cd0a056f6ea55cb8a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_372149fa-62d4-453e-924d-8186881432cc","section_id":"sec_f7450b6b-98ef-4643-a4fc-f8d10655af70","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"これは、米国中西部にデータセンターが広がるなかで、自治体が\n**「今はルールがない。だから一旦止めて、電力・水・土地利用の基準を作る」**\nという対応を始めている例です。","quote_start":0,"quote_end":85,"text_sha256":"a58fb4cad070d887e4ad1fb2b3ac871646c86a4e8b09f39af8bc9dab029533ec","block_sha256":"a58fb4cad070d887e4ad1fb2b3ac871646c86a4e8b09f39af8bc9dab029533ec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_372149fa-62d4-453e-924d-8186881432cc"},{"id":"occ_bc507a31e19ba9e7e8afcd1b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_44690342-cb0d-400c-807b-710755842aaa","section_id":"sec_07cfeacf-0f0a-4707-8cd0-398643d551ee","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"AIデータセンターへの反対運動は、単純なAI拒否ではありません。地域にとっては、電力、水、騒音、土地利用、電気料金負担、住宅地との距離という、生活に直結する問題です。","quote_start":0,"quote_end":83,"text_sha256":"5086c8c7280e29b9456e515fa4737cf6be941ed28101a778ec1025d8d0c65035","block_sha256":"5086c8c7280e29b9456e515fa4737cf6be941ed28101a778ec1025d8d0c65035","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_44690342-cb0d-400c-807b-710755842aaa"},{"id":"occ_f5d809ebe0a61fc448a3de8d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_4693e734-e2d0-4dde-99ab-dfb6c115d712","section_id":"sec_1702964d-c4a4-4fb8-bf8e-7a05bd2f4c15","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"ターは、数十MWではなく、数百MW〜GW級の負荷になります。\nこれは工場というより、小都市〜中規模都市クラスの電力需要です。","quote_start":7,"quote_end":69,"text_sha256":"8e85f40d13de0641f67c067d87d0631909bf3ba24c71a876a96d83ed8d23f5de","block_sha256":"8e85f40d13de0641f67c067d87d0631909bf3ba24c71a876a96d83ed8d23f5de","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_4693e734-e2d0-4dde-99ab-dfb6c115d712"},{"id":"occ_9d06af64cd673511ee62244a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_545337db-3faa-407d-be9c-75a5f2d98898","section_id":"sec_14c4c9bb-c154-4b31-b399-d69d1edbc99c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"また、北バージニアでは2024年に電圧変動で60カ所のデータセンターが同時に切り離され、約1,500MWの電力余剰が発生し、系統側が緊急対応を迫られた事例も指摘されています。これは「AIデータセンターが巨大な一括負荷として電力網に影響を与える」ことを示す重要な例です。([belfercenter.org][6","quote_start":0,"quote_end":155,"text_sha256":"efe0abfc8e45fe46e16e71f0f7d507cabfea7a55f4a1d53c730a16ae3e045e93","block_sha256":"efe0abfc8e45fe46e16e71f0f7d507cabfea7a55f4a1d53c730a16ae3e045e93","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_545337db-3faa-407d-be9c-75a5f2d98898"},{"id":"occ_8e32d3e3ba65a4d6ad324812","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_642b40bf-a0e6-4de2-be5f-f64cdd7d64c7","section_id":"sec_07cfeacf-0f0a-4707-8cd0-398643d551ee","layer":"body","character_id":null,"count":1,"matched_aliases":[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AIデータセンター反対運動の本質: 電力・水・騒音・土地利用をめぐる社会的制約","quote_start":0,"quote_end":41,"text_sha256":"51c726081cd470d0edaf94d2a9582c44785eb2a996cc0ae1ae24d5081c2b562d","block_sha256":"51c726081cd470d0edaf94d2a9582c44785eb2a996cc0ae1ae24d5081c2b562d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_642b40bf-a0e6-4de2-be5f-f64cdd7d64c7"},{"id":"occ_1f9a09ecd82b055e19f471da","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_6470f950-84b1-4264-bc85-a5629ba3b482","section_id":"sec_a5651cf0-57dd-4559-97b1-322ac935ae38","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":82,"end":84,"exact":"電力","quote":"           |\n| --- | ----------------------------- |\n| 電力  | 地域の電気代が上がる、停電リスク、送電線・変電所増設    |\n| 水   | 冷却用水、地下水、干ばつ地域での水利権           |\n| 騒音  | 冷却ファン、非常用発電機、低周波","quote_start":27,"quote_end":184,"text_sha256":"90f53f34e6a2f3b7d0ace80767ae1891afa651b5fa8f572319c91623e0a7b2ed","block_sha256":"90f53f34e6a2f3b7d0ace80767ae1891afa651b5fa8f572319c91623e0a7b2ed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_6470f950-84b1-4264-bc85-a5629ba3b482"},{"id":"occ_51ab41f355b05ea6398c9f7e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_65a3a9f9-81dd-4748-8f6c-4cdd77cc282d","section_id":"sec_1a0f0662-cdd1-4dd2-ba44-ec334f01288f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"AIデータセンター反対運動を、感情的な反AI運動としてだけ見ると誤ります。地域住民の懸念はかなり具体的です。電力消費が増えれば電気料金が上がるのではないか。冷却水が地域の水資源を圧迫するのではないか。冷却ファンや発電設備の騒音が生活環境を壊すのではないか。農地や住宅地の近くに巨大施設が建つのではないか。","quote_start":0,"quote_end":152,"text_sha256":"6d433997916fadc872fe82f757c5fda6d286c89da4d66c031b6a9deab792e394","block_sha256":"6d433997916fadc872fe82f757c5fda6d286c89da4d66c031b6a9deab792e394","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_65a3a9f9-81dd-4748-8f6c-4cdd77cc282d"},{"id":"occ_70892c0908dfd1c692a960f1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_65b36df6-a1bf-4375-8c32-f82cc9590228","section_id":"sec_504dfc99-651c-46ba-bb4b-74da95a55e07","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電力","quote":"これは期間が長く、AIデータセンター開発側から見るとかなり重い制約です。\nデータセンターは電力契約、GPU調達、建設計画、顧客契約を長期で組むため、自治体が数年単位で止めると、事業計画そのものが崩れます。","quote_start":0,"quote_end":102,"text_sha256":"c77eefe12c38b26e6557e40da6ab5c5a38e4576846137b6bcf30946a1a1befcf","block_sha256":"c77eefe12c38b26e6557e40da6ab5c5a38e4576846137b6bcf30946a1a1befcf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_65b36df6-a1bf-4375-8c32-f82cc9590228"},{"id":"occ_e0bbd0521e5a80b42e5eea0b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_66455789-066f-4358-aba8-335997cc2b04","section_id":"sec_e827979c-d0e0-46f2-8b4b-442d4fdeb3f1","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"巨大な身体は、夜に影を落とす。影を説明できない者は、門を開けてもらえない。水を飲むなら、水の名を呼べ。電力を使うなら、負担の名を呼べ。","quote_start":0,"quote_end":67,"text_sha256":"bd49d445fd82550f5d5ca612b7caf84ab1b905720083cdba9bd951f831cd124f","block_sha256":"bd49d445fd82550f5d5ca612b7caf84ab1b905720083cdba9bd951f831cd124f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_66455789-066f-4358-aba8-335997cc2b04"},{"id":"occ_80578ea32cb9f0cf79cf9326","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_69ce144a-6c27-46fe-9554-fa0090d93967","section_id":"sec_45f75c64-20b0-47dd-88b0-7d1cb6c5dd0e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"米国のAIデータセンター反対運動は、単なる「AI嫌い」ではなく、かなり現実的な**電力・水・騒音・土地利用・電気料金負担**への反発です。\n特に2026年は、住民反対が「SNS上の不満」から、**モラトリアム、訴訟、 zoning 規制、州法案、許認可停止**へ移っています。","quote_start":0,"quote_end":138,"text_sha256":"f83d7921d23b03c3bc5eac0591fb7c0447c503793bda05f54cff2831e0217d56","block_sha256":"f83d7921d23b03c3bc5eac0591fb7c0447c503793bda05f54cff2831e0217d56","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_69ce144a-6c27-46fe-9554-fa0090d93967"},{"id":"occ_6be47303081be44ecf400eb5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_6c3cf87e-f368-40aa-a796-952336181589","section_id":"sec_a6de65ee-7036-4ae3-bd05-704fe698f171","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電力","quote":"そしてこれは、AIインフラ投資の最大ボトルネックがGPUやHBMだけでなく、\n**地域社会、電力網、用水、許認可、政治**\nに移っていることを示しています。","quote_start":0,"quote_end":78,"text_sha256":"edbe865537b26bed0dde5b1c3ca27961555d6af412f19c7e8a55a54c854b0c74","block_sha256":"edbe865537b26bed0dde5b1c3ca27961555d6af412f19c7e8a55a54c854b0c74","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_6c3cf87e-f368-40aa-a796-952336181589"},{"id":"occ_9d0da0b7e84afd6b32896279","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_7e50c35a-153e-42e5-b317-2f391f1ea297","section_id":"sec_1b62ddbd-746a-48f2-aa42-6ce130fab3cf","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電力","quote":"**理由：水・電力・地域環境の制約。**","quote_start":0,"quote_end":20,"text_sha256":"c85098d9d7be3cf9760e04faab934a78bc5f39b60978e9bfd327867475be311d","block_sha256":"c85098d9d7be3cf9760e04faab934a78bc5f39b60978e9bfd327867475be311d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_7e50c35a-153e-42e5-b317-2f391f1ea297"},{"id":"occ_8624138e20f0de14e3d29fdd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_8e4b548e-948a-4eac-bed7-77ae9453f2fb","section_id":"sec_1702964d-c4a4-4fb8-bf8e-7a05bd2f4c15","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"しかもAI学習は、GPU群が同時に動くため、電力需要が同期しやすい。従来の住宅・商業需要のように自然に分散しません。AIデータセンターは電力網にとって「巨大で硬い負荷」になります。","quote_start":0,"quote_end":90,"text_sha256":"54eb68f3d5260ca91ef63a1622d07405c002d5e3a47604e68df54f29384c8c21","block_sha256":"54eb68f3d5260ca91ef63a1622d07405c002d5e3a47604e68df54f29384c8c21","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_8e4b548e-948a-4eac-bed7-77ae9453f2fb"},{"id":"occ_eddb35109f2bb3a4212bc11a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_a3e03bea-63c3-4d98-95fa-8957840a44cc","section_id":"sec_738285e1-a335-4bd5-923c-a3750ab3c5ff","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":84,"end":86,"exact":"電力","quote":"、きっかけはニューオーリンズ東部の住宅地近くに出てきたデータセンター計画だったとされています。住民側の懸念は、電力、水、環境負荷、住宅地との近接です。([wwno.org][3])","quote_start":29,"quote_end":119,"text_sha256":"148d9879bb23c49488231c2126826024607ecf2517cc00730cecaf2a6750e0e6","block_sha256":"148d9879bb23c49488231c2126826024607ecf2517cc00730cecaf2a6750e0e6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_a3e03bea-63c3-4d98-95fa-8957840a44cc"},{"id":"occ_1eac84e355105739949af181","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_b7b2210c-e0f4-49e5-af38-6e89144db129","section_id":"sec_5503345b-39a1-492d-a9de-ec9293cc9e31","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"**砂漠地帯、猛暑、水不足、住宅・学校への近接、空気汚染、電力需要**です。","quote_start":0,"quote_end":38,"text_sha256":"94da2423ad788603e4a28d89cc5b41a3dc754255a9c5b14627a32baeec3dfee8","block_sha256":"94da2423ad788603e4a28d89cc5b41a3dc754255a9c5b14627a32baeec3dfee8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_b7b2210c-e0f4-49e5-af38-6e89144db129"},{"id":"occ_9404654b4794664c49a23cb8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_d1fa7283-d090-4a82-b5fe-5e9f29b766a8","section_id":"sec_9def12b4-899e-4600-b419-1137afe39f07","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"**理由：電力容量・送電・住宅地近接・州規制。**","quote_start":0,"quote_end":25,"text_sha256":"5c30d9a3b648c048e2a9eaa508f9c453c56efb4ba37b9189c9c502d6baf7d5b9","block_sha256":"5c30d9a3b648c048e2a9eaa508f9c453c56efb4ba37b9189c9c502d6baf7d5b9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_d1fa7283-d090-4a82-b5fe-5e9f29b766a8"},{"id":"occ_b3af052d1cc8c16e606407df","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_d6d4974c-49fb-43a7-8485-b2aa442eb535","section_id":"sec_1a0f0662-cdd1-4dd2-ba44-ec334f01288f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"データセンター側が必要とするのは、安い土地と電力だけではありません。説明責任、地域還元、環境対策、騒音対策、水使用の透明性、電気料金負担の整理が必要になります。AIが大きくなるほど、地域との合意形成は避けられない主戦場になります。","quote_start":0,"quote_end":115,"text_sha256":"cbbb8e868331ab9014afffe0c566f760674b74518ca1d76975e6522107a0d049","block_sha256":"cbbb8e868331ab9014afffe0c566f760674b74518ca1d76975e6522107a0d049","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_d6d4974c-49fb-43a7-8485-b2aa442eb535"},{"id":"occ_d24409eca6bee7f637692406","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_d90ad291-002a-4ec3-ac33-1f82dfe37a07","section_id":"sec_6effe179-6506-4bac-a722-f2f34dcc4ac6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"- モラトリアムやzoning 規制が一時的なものか、長期ルール化するか。\n- 電力料金負担や水利用をめぐる自治体の説明がどう変わるか。\n- 地域反対が大型データセンター計画の遅延や縮小につながるか。\n- 事業者が地域還元や環境対策をどの程度具体化するか。","quote_start":0,"quote_end":128,"text_sha256":"abde678bcb541bb41ab43451cd0a4f4d1248edfc37db8670a951a0b5e15871eb","block_sha256":"abde678bcb541bb41ab43451cd0a4f4d1248edfc37db8670a951a0b5e15871eb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_d90ad291-002a-4ec3-ac33-1f82dfe37a07"},{"id":"occ_f2c5eff950ebc99d6d4fbcd4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_ea7ff891-5feb-4061-b4ef-64fb78af337d","section_id":"sec_a6de65ee-7036-4ae3-bd05-704fe698f171","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":427,"end":429,"exact":"電力","quote":"自治体モラトリアム |\n| 5  | Oregon / Pacific NW             | 水・電力・地域環境、既存集積への反発   |\n| 6  | New York / Northeast            | 電力容量不足、住宅地近接、州規制     |","quote_start":372,"quote_end":511,"text_sha256":"671ac91d66f40c6f967e25c9742e4bb489cb7378c0fdd1686e39d94b0aaf708c","block_sha256":"671ac91d66f40c6f967e25c9742e4bb489cb7378c0fdd1686e39d94b0aaf708c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_ea7ff891-5feb-4061-b4ef-64fb78af337d"},{"id":"occ_b19ee104c609dcda042a82d5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_efddffef-ef6c-4261-b0e3-24446e176959","section_id":"sec_8b39e80d-40b8-4dc7-a2d4-c92c20b3a627","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":79,"end":81,"exact":"電力","quote":"lliam County、Ashburn周辺は、世界最大級のデータセンター集積地です。強みは光ファイバー、既存電力、クラウド企業の集積ですが、今はその強みが逆に制約になっています。","quote_start":24,"quote_end":114,"text_sha256":"c356c375a4dcfc6fce3cd9178413b81f799fdd58f49ec175e5e6f25cf83f4e78","block_sha256":"c356c375a4dcfc6fce3cd9178413b81f799fdd58f49ec175e5e6f25cf83f4e78","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_efddffef-ef6c-4261-b0e3-24446e176959"},{"id":"occ_2253c5bc4fe8eef1294dd70f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_f0855615-9e00-4c77-a724-775eb90031f1","section_id":"sec_5503345b-39a1-492d-a9de-ec9293cc9e31","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"つまり、AIデータセンターが西部・南西部に広がると、電力だけでなく**水利権と環境正義**の問題になりやすいです。","quote_start":0,"quote_end":57,"text_sha256":"e9802fbc7f759ee6cf18e8a2c916317800593a160fdd8d4ac4ce0068123790b1","block_sha256":"e9802fbc7f759ee6cf18e8a2c916317800593a160fdd8d4ac4ce0068123790b1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_f0855615-9e00-4c77-a724-775eb90031f1"},{"id":"occ_71f3f4206b27541570826e01","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_f1bee732-c572-4f5d-8ae9-282b2115936e","section_id":"sec_253c114d-9c1b-4e1d-b17c-7818f00b0935","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":108,"end":110,"exact":"電力","quote":"が住民の反発を受けています。報道では、計画は当初倉庫として想定されていたものが巨大データセンターへ変わり、必要電力は**1,000MW**、一方で地域で現在利用できる電力は**50MW**程度とされています。([Times Union][13])","quote_start":53,"quote_end":176,"text_sha256":"057f1978bcabb06090615ea2c78fcbc6461bb0e0ec261bf56a182e6c624a075e","block_sha256":"057f1978bcabb06090615ea2c78fcbc6461bb0e0ec261bf56a182e6c624a075e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_f1bee732-c572-4f5d-8ae9-282b2115936e"},{"id":"occ_cbbe310c20425c3d773e4b93","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45773254-bafb-490e-9237-765416121418","work_id":"wrk_816111f9-6ccd-4f5d-89fb-f53484975328","block_id":"blk_fae5d43c-f834-4b6e-b829-02a249c2f7c8","section_id":"sec_a6de65ee-7036-4ae3-bd05-704fe698f171","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"一言でいうと、米国のAIデータセンター反対運動は、\n**「AIが嫌いだから反対」ではなく、「AI企業の電力・水・土地コストを地域が負担させられるのではないか」という反発**です。","quote_start":0,"quote_end":89,"text_sha256":"88451a07d9ca3b5956cbadca850bd3ab8da54fa91e6406e417119d9761c92289","block_sha256":"88451a07d9ca3b5956cbadca850bd3ab8da54fa91e6406e417119d9761c92289","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45773254-bafb-490e-9237-765416121418/#blk_fae5d43c-f834-4b6e-b829-02a249c2f7c8"},{"id":"occ_7521edeaf8d824baf44980f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_053828ec-6f37-4a58-b226-4e49d349c02a","section_id":"sec_2b61f12b-3d47-4551-8e30-866885c71940","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":63,"end":65,"exact":"電力","quote":"ローバル動向」は、前の米国・欧州の話と同じで、結局は\n**AIインフラが“計算資源”だけではなく、“国家主権・電力・水・通信ケーブル・地域政治”の問題になっている**\nという話です。","quote_start":8,"quote_end":99,"text_sha256":"295d57a72f46dff9ce16d5b20397e090fad48d5357efa8a2bef25b9f2062d400","block_sha256":"295d57a72f46dff9ce16d5b20397e090fad48d5357efa8a2bef25b9f2062d400","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_053828ec-6f37-4a58-b226-4e49d349c02a"},{"id":"occ_b00a0bb1449feed6f02477af","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_0770d78e-f79d-4451-a55d-e82b37501c02","section_id":"sec_85ca72ed-acf4-465c-8139-928852d617f4","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電力","quote":"ここは米国の「電力不足・住民反対・送電詰まり」と違い、**低炭素電力と寒冷地冷却を武器にAI主権を売る**モデルです。","quote_start":0,"quote_end":59,"text_sha256":"ee06afe7ea1aca4de7aacbf37d7f0d30f78096b017ae87674ef6265982ba755c","block_sha256":"ee06afe7ea1aca4de7aacbf37d7f0d30f78096b017ae87674ef6265982ba755c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_0770d78e-f79d-4451-a55d-e82b37501c02"},{"id":"occ_300d9900401de698310df25d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_096ba00e-b679-4246-8ee3-35acf44687fb","section_id":"sec_afb8412f-0881-4810-b033-04f2e11ab45f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"**良いズレ込み**\n= 電力・変圧器・冷却が足りず、需要はあるが施工が遅れる","quote_start":0,"quote_end":39,"text_sha256":"2b32d557c32e838c8e18af913edf2f0066d28ffa88967b41b13b7db3556052a8","block_sha256":"2b32d557c32e838c8e18af913edf2f0066d28ffa88967b41b13b7db3556052a8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_096ba00e-b679-4246-8ee3-35acf44687fb"},{"id":"occ_ccb086aa0208331441c86ed3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_0fc66ade-180c-49e6-a287-3f47c838f550","section_id":"sec_b63a6652-fb06-4c25-8edc-ca5080122964","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電力","quote":"Goldman Sachs Researchは、米国データセンターの電力需要が**2025年31GW → 2026年41GW → 2027年66GW**へ増えると予測しています。これは2年でほぼ倍増です。また、米国の夏季ピーク需要に占めるデータセンター比率は、2025年4","quote_start":0,"quote_end":136,"text_sha256":"4213e872de09112b975ed9b1a146ae8f392794d4967310e41b16bef516af2ab7","block_sha256":"4213e872de09112b975ed9b1a146ae8f392794d4967310e41b16bef516af2ab7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_0fc66ade-180c-49e6-a287-3f47c838f550"},{"id":"occ_2cbb2632c029fe2cb564ee9c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_141f2113-410e-4eea-bf1f-05e85b3cac92","section_id":"sec_27d8616d-0a2f-4789-ab1a-9de490dd3e2b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":119,"end":121,"exact":"電力","quote":"\n- チリやLATAMは再エネと海底ケーブルが武器になる一方、水不足が制約になる。\n- AIインフラは地政学、電力政策、地域資源の競争になっている。","quote_start":64,"quote_end":138,"text_sha256":"1e68fde7f7a279cfda71fd2203567fb81124a4a6b8107d0c4aeab4e76eebf1d2","block_sha256":"1e68fde7f7a279cfda71fd2203567fb81124a4a6b8107d0c4aeab4e76eebf1d2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_141f2113-410e-4eea-bf1f-05e85b3cac92"},{"id":"occ_6645ac42403cf1fc88e5fa3b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_16aa2d96-15b3-4913-9996-8f205c96d0e5","section_id":"sec_8c57265b-46dc-4514-90e1-05903412a93b","layer":"body","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":284,"end":286,"exact":"電力","quote":"    |\n| HDD/SSD/メモリ    | AIデータ保存、checkpoint、推論ログ需要 |\n| 電力会社・IPP       | 長期PPA、データセンター向け電力供給       |\n| 原子力・SMR・ガスタービン | 安定電源への需要                  |\n| データセンターR","quote_start":229,"quote_end":386,"text_sha256":"e70ad3938ed78f362a3b68fe40825608d47bb8be59f8a58df7b40721dcaf5a45","block_sha256":"e70ad3938ed78f362a3b68fe40825608d47bb8be59f8a58df7b40721dcaf5a45","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_16aa2d96-15b3-4913-9996-8f205c96d0e5"},{"id":"occ_380238ed1c3c7af32147963a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_1adcab38-5ee4-4883-a357-288013b5c0a8","section_id":"sec_33bf4fd7-6edb-4ee8-aac8-566706b2b038","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"Reutersは、米国で変圧器不足が電力インフラ拡張を妨げており、GSU変圧器需要は2019〜2025年で**274%増**、変電所用変圧器需要は**116%増**、価格は5年で約**80%上昇**、大型変圧器の納期は最大**4年**に伸び","quote_start":0,"quote_end":120,"text_sha256":"5f3ee0d4df12ba173c4fffe406f45546f78d303e0108535a73debeb654a52d75","block_sha256":"5f3ee0d4df12ba173c4fffe406f45546f78d303e0108535a73debeb654a52d75","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_1adcab38-5ee4-4883-a357-288013b5c0a8"},{"id":"occ_f590a206348867eeb19ca943","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_24bc0f00-8e06-46c7-a716-532ac5f24ca8","section_id":"sec_b1df7ecc-f7a2-415c-a49c-a542230c0772","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"**過剰評価された小型テーマ株**\n「AI冷却」「AI電力」と名前がつくだけで買われた会社は、2027年の遅延局面で大きく崩れやすいです。","quote_start":0,"quote_end":69,"text_sha256":"1a5d9c750b29b68a7c80b58a3068e6168579c3a5ce292e00c862c931b0463910","block_sha256":"1a5d9c750b29b68a7c80b58a3068e6168579c3a5ce292e00c862c931b0463910","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_24bc0f00-8e06-46c7-a716-532ac5f24ca8"},{"id":"occ_08fcf0bd0a3ab8060988bd8a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_270b5b58-51d7-4b7d-836b-88586470a8b9","section_id":"sec_25927c27-3548-4176-b9de-39fbb3c2855b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"4. **電力会社がテック株のように語られる**\n   公益株なのに、AI成長株としてPERが切り上がる。","quote_start":0,"quote_end":53,"text_sha256":"28330dd6d964248973f0fa9188b81e87ada8a109cc9ba1a7eea308bda80f3f6d","block_sha256":"28330dd6d964248973f0fa9188b81e87ada8a109cc9ba1a7eea308bda80f3f6d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_270b5b58-51d7-4b7d-836b-88586470a8b9"},{"id":"occ_a7f4c2cea2aded0f9df35f6d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_286eb45c-bb82-4120-a71c-8cf949ec76ed","section_id":"sec_25927c27-3548-4176-b9de-39fbb3c2855b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"1. **「電力確保済みMW」が企業価値の主要指標になる**\n   売上や利益より「何GW持っているか」で買われ始める。","quote_start":0,"quote_end":60,"text_sha256":"eabc5e301afc235031d5dc2b9d2c89f122aedad5554cbfb9e1243d0ba948e251","block_sha256":"eabc5e301afc235031d5dc2b9d2c89f122aedad5554cbfb9e1243d0ba948e251","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_286eb45c-bb82-4120-a71c-8cf949ec76ed"},{"id":"occ_8deb71e3dc82ebd508340208","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_3336cea8-9a4d-4bcc-bedc-705943f7470d","section_id":"sec_982be2ac-8e91-42ff-819a-ba8951a874b2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"**AIデータセンターは電力だけではなく、水と冷却の問題でも地域社会とぶつかる。**","quote_start":0,"quote_end":42,"text_sha256":"7735b96701ccc5d8c67d732328bcdc0e9d2277c1b7eb680a44d1f090f1a527ad","block_sha256":"7735b96701ccc5d8c67d732328bcdc0e9d2277c1b7eb680a44d1f090f1a527ad","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_3336cea8-9a4d-4bcc-bedc-705943f7470d"},{"id":"occ_4cf9870b5f4bea2c9183e640","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_33f56c43-818c-4ffe-9210-b487eb86a764","section_id":"sec_b86797b2-baf6-4dfb-afba-317c3433e28e","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":579,"end":581,"exact":"電力","quote":"、Ascenty                          |\n| 北米      | 変圧器、配電、電力機器               | Hitachi Energy、Siemens、GE Vernova、Eaton、Schneider、Hyosung、LS Electric |\n| グローバル  ","quote_start":524,"quote_end":681,"text_sha256":"90888a0fb74a5437738d3bd263d8e0fe5be750b2f2fa0fb475177cef8859df61","block_sha256":"90888a0fb74a5437738d3bd263d8e0fe5be750b2f2fa0fb475177cef8859df61","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_33f56c43-818c-4ffe-9210-b487eb86a764"},{"id":"occ_cb696f2657dc35117cc6bcbe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_3c7e0fdd-2d03-4bf1-a6d6-c4ad02a7e7d3","section_id":"sec_85ca72ed-acf4-465c-8139-928852d617f4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"カナダは寒冷地が多く、水力など低炭素電力も豊富です。TELUSのRimouski施設は99%再エネ、ブリティッシュコロンビア州の新施設は98%再エネで、都市の地域熱供給にも統合する構想です。([TELUS][1])","quote_start":0,"quote_end":107,"text_sha256":"d0043e7b2be4a499ed3c188d1402f1eb684184f20ea5e4b7a0898d7bfba117bf","block_sha256":"d0043e7b2be4a499ed3c188d1402f1eb684184f20ea5e4b7a0898d7bfba117bf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_3c7e0fdd-2d03-4bf1-a6d6-c4ad02a7e7d3"},{"id":"occ_e624e98e8d80fc154b54cabb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_407811d3-a91e-44a2-a884-7c96bdd8198e","section_id":"sec_5614c30b-23de-423a-af37-86d43cfb7eec","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"### 電力会社・発電会社：短期爆発より長期再評価","quote_start":0,"quote_end":25,"text_sha256":"70135e5f7aa3239724b80841cf957d777a647ba63c1141b7bc8ba9cea18c8241","block_sha256":"70135e5f7aa3239724b80841cf957d777a647ba63c1141b7bc8ba9cea18c8241","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_407811d3-a91e-44a2-a884-7c96bdd8198e"},{"id":"occ_083fbc7d2130d619ce86a378","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_4145a678-ca1a-4ad5-8da0-93425d440cef","section_id":"sec_b63a6652-fb06-4c25-8edc-ca5080122964","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"同レポートでは、米国データセンターの電力使用量は2023年に**176TWh、米国全体の4.4%**に達しており、2028年には**325〜580TWh、米国全体の6.7〜12.0%**になる可能性があるとされています。([LBL ETA ","quote_start":0,"quote_end":120,"text_sha256":"9e172ffd3c247459a8d25573dc5ed7536de5d0849c3bfa1ae04abd8c59b7781d","block_sha256":"9e172ffd3c247459a8d25573dc5ed7536de5d0849c3bfa1ae04abd8c59b7781d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_4145a678-ca1a-4ad5-8da0-93425d440cef"},{"id":"occ_dd638a8ab7bc8e4dd0ea009b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_4657e457-6c18-4fa1-beb6-ec10745e7c28","section_id":"sec_06438b1f-d111-40cd-a79e-e013486ccf0c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電力","quote":"つまり、AIインフラの本当の競争軸は、\n**「どの会社が最強のGPUを持つか」から、「どの地域が電力・冷却・通信・社会合意を同時に用意できるか」へ移っています。**","quote_start":0,"quote_end":82,"text_sha256":"3123f5f0cbe0cfe563bd09af853dfcdb07052679c008895043cbe46876c6f946","block_sha256":"3123f5f0cbe0cfe563bd09af853dfcdb07052679c008895043cbe46876c6f946","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_4657e457-6c18-4fa1-beb6-ec10745e7c28"},{"id":"occ_0d923bfbca3112ca73b6bd0b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_46ff202b-476e-4f5d-990e-b69b7c050bd9","section_id":"sec_273f9693-6d79-44f9-a226-f450536d93a2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"### 2つ目：AIデータセンターの立地競争は、電力・水・通信で決まる","quote_start":0,"quote_end":35,"text_sha256":"8ac03fc6ca7f879ce0bff3a238e8a0fbcf48deeed8506be4640ebd6a56d032c2","block_sha256":"8ac03fc6ca7f879ce0bff3a238e8a0fbcf48deeed8506be4640ebd6a56d032c2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_46ff202b-476e-4f5d-990e-b69b7c050bd9"},{"id":"occ_893f58adc0b734a9d9adf975","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_4b0471e0-f08d-46ac-8e78-eeaaecbbd507","section_id":"sec_ee688f54-5b70-4b35-90c6-42e9341c5f2a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電力","quote":"各社が「数百MW」「1GW」「5GW」「AI Factory」と発表します。\n株式市場は、電力・冷却・コネクタ・ストレージ・発電銘柄を先回りして買います。","quote_start":0,"quote_end":77,"text_sha256":"37eb679669c5d55bb40c9ce32cfbdce53c29a089e962624bda3c7b48ec349725","block_sha256":"37eb679669c5d55bb40c9ce32cfbdce53c29a089e962624bda3c7b48ec349725","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_4b0471e0-f08d-46ac-8e78-eeaaecbbd507"},{"id":"occ_310cb9f2e2d507de9c767918","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_4b17f0e1-decb-44c6-9a11-1bec5be24798","section_id":"sec_25927c27-3548-4176-b9de-39fbb3c2855b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"6. **「供給不足は永遠に続く」という語りが増える**\n   半導体・メモリ・電力設備でよくある危険サインです。","quote_start":0,"quote_end":57,"text_sha256":"b9b9038b397335b9128863c26c4e962adcac683470c7186f5a0a524f1d7129a3","block_sha256":"b9b9038b397335b9128863c26c4e962adcac683470c7186f5a0a524f1d7129a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_4b17f0e1-decb-44c6-9a11-1bec5be24798"},{"id":"occ_47f39b04689366878ae7ce57","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_4f59a7f3-c5d3-4872-bb58-31806b8090ed","section_id":"sec_b3bae73f-55ef-4245-b3eb-f1155519c028","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"**金利が高止まりする**\nデータセンターや電力インフラは資本集約型なので、金利上昇に弱いです。","quote_start":0,"quote_end":48,"text_sha256":"e8e836a1e62c7515f9fcd4a9855bc33626973f49b7e965815edaaf2a0642c241","block_sha256":"e8e836a1e62c7515f9fcd4a9855bc33626973f49b7e965815edaaf2a0642c241","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_4f59a7f3-c5d3-4872-bb58-31806b8090ed"},{"id":"occ_ea6e3babdc210b20a471752d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_624b3be6-098a-435e-b95d-2c0cba04adc3","section_id":"sec_cf3e1623-e124-4835-8372-553fe3e8254a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"**変圧器を確保できたか**\n**電力契約を結べたか**\n**冷却方式を設計できたか**\n**水使用で反対されないか**\n**海底ケーブル・光網に接続できるか**\n**GPU/HBMを確保できたか**","quote_start":0,"quote_end":100,"text_sha256":"5506262e9e83dc4852e99e4c076b4c1716f7c15efb3d23c95d442b7815a24602","block_sha256":"5506262e9e83dc4852e99e4c076b4c1716f7c15efb3d23c95d442b7815a24602","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_624b3be6-098a-435e-b95d-2c0cba04adc3"},{"id":"occ_3d95caa529f617d56a309b1d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_65c15201-a123-4f66-9803-7811d2a85f24","section_id":"sec_034f98be-647d-43a1-a712-cc7a403726bd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"Goldman Sachsは、米国データセンター電力需要が**2025年31GW → 2026年41GW → 2027年66GW**へ増えると予測しています。これは需要側が非常に強い一方で、送電・変電・冷却・建設側が追いつきにくいことを意味します。([","quote_start":0,"quote_end":126,"text_sha256":"e931c0b9d2c3a1714f32bca40a49abd458cc833603b3ca079c104a7eb3e9c035","block_sha256":"e931c0b9d2c3a1714f32bca40a49abd458cc833603b3ca079c104a7eb3e9c035","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_65c15201-a123-4f66-9803-7811d2a85f24"},{"id":"occ_fe7263df22f553aeb8c0c56d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_769b14a8-dcb5-46c4-9132-2dd9e9b84509","section_id":"sec_1c0df0d0-f518-40b2-aebb-184add59fb4b","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":42,"end":44,"exact":"電力","quote":"AIインフラ需要そのものは本物です。\nGoldman Sachsは米国データセンター電力需要が2027年に66GWへ増えると見ていますし、IEAも世界のデータセンター電力消費が2030年に大きく増えると見ています。([Goldman 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Factory候補地**\nになろうとしています。","quote_start":0,"quote_end":77,"text_sha256":"5aa5cc7b1e55afddec6f4aa3f7d21e83514e6889293d04fefe535a82a32e0775","block_sha256":"5aa5cc7b1e55afddec6f4aa3f7d21e83514e6889293d04fefe535a82a32e0775","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_7d71c958-5720-4023-a1f1-6e8023ed5bfa"},{"id":"occ_8e5ad041ab76b5219adc8829","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_7df03db7-9135-4e09-90e6-01d92f187b2c","section_id":"sec_034f98be-647d-43a1-a712-cc7a403726bd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"また、Reutersは電力・グリッド工事の人材不足も指摘しており、電気工事士や送電線作業員の需要が急増し、現場人件費も上昇していると報じています。つまり、部材だけでなく**人手・施工能力**も詰まっています。([Reuters","quote_start":0,"quote_end":113,"text_sha256":"97d8034af852ef48d631f5999f04619d90250e5dc45a152cbf1eac181e782e6a","block_sha256":"97d8034af852ef48d631f5999f04619d90250e5dc45a152cbf1eac181e782e6a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_7df03db7-9135-4e09-90e6-01d92f187b2c"},{"id":"occ_24e4894400dc951fbb9db0cf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_7e71151b-67a5-4376-99ff-1ebca2c87624","section_id":"sec_5691ddc9-c172-49a3-bead-a45d5c0d1c3c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"- 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海底ケーブル、再エネ","quote_start":0,"quote_end":118,"text_sha256":"f07b0f68cab58af8b7622a9d84865832eae3acb12f9b6ec17a6c2bc3adb342ed","block_sha256":"f07b0f68cab58af8b7622a9d84865832eae3acb12f9b6ec17a6c2bc3adb342ed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_7e71151b-67a5-4376-99ff-1ebca2c87624"},{"id":"occ_66e8353fe77545b37f00edd2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_80959dc0-c6a6-4277-a91f-5f37b8a5f31a","section_id":"sec_f8d6fc6e-875d-4da1-81ad-1baa6ebf744f","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"**「やはりAIインフラ需要は本物だった」**\n**「電力が取れる企業は強い」**\n**「液冷と変圧器はまだ足りない」**\n**「次は電力付き土地がプレミア化する」**","quote_start":0,"quote_end":84,"text_sha256":"073fc4108bcff3d3f7bb37d6819489cc94c13262bb4ab10d9135484e507e8710","block_sha256":"073fc4108bcff3d3f7bb37d6819489cc94c13262bb4ab10d9135484e507e8710","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_80959dc0-c6a6-4277-a91f-5f37b8a5f31a"},{"id":"occ_37df75e69a1cd0131ddf280f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_89def463-9833-4c1c-9cff-957dd3d6d940","section_id":"sec_b1df7ecc-f7a2-415c-a49c-a542230c0772","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"**電力確保できていないデータセンター開発会社**\n発表だけ大きく、電力・変圧器・顧客が未確定の会社は危険です。","quote_start":0,"quote_end":56,"text_sha256":"323278f9755beb0258149bebf3f25e009c937add1728f7ae9a7b22ea824211cf","block_sha256":"323278f9755beb0258149bebf3f25e009c937add1728f7ae9a7b22ea824211cf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_89def463-9833-4c1c-9cff-957dd3d6d940"},{"id":"occ_1a9565e5d836a74db6ec6f62","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_8e6e1807-130a-4a6f-8369-1fd59bc0d393","section_id":"sec_a34a0cc2-2034-41e3-a8d0-fe5c85d876dc","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電源","quote":"**光ファイバー**\n**銅ケーブル**\n**高速コネクタ**\n**電源ケーブル**\n**光トランシーバ**\n**ネットワーク機器**","quote_start":0,"quote_end":67,"text_sha256":"8259dedfec6a9dfda3e9bcc06ccc0f18a4c8a3eefbefb47adbc3c1be4a0d9dc5","block_sha256":"8259dedfec6a9dfda3e9bcc06ccc0f18a4c8a3eefbefb47adbc3c1be4a0d9dc5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_8e6e1807-130a-4a6f-8369-1fd59bc0d393"},{"id":"occ_95a4b7db8a3774602a774716","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_9027dc92-4cdc-4d8d-8f1c-d154e2655f37","section_id":"sec_034f98be-647d-43a1-a712-cc7a403726bd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"Reutersは、米国の電力インフラ拡張で**変圧器不足が数年続く見込み**であり、高容量変圧器では納期が最大**4年**に伸びていると報じています。さらに、データセンター開発業者の一部は、系統接続待ちを避けるために自前発電向け","quote_start":0,"quote_end":114,"text_sha256":"20a32c60bd2c2bc29d92db84de9f8225d1a6dcec552ced6805c24dd81158cdab","block_sha256":"20a32c60bd2c2bc29d92db84de9f8225d1a6dcec552ced6805c24dd81158cdab","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_9027dc92-4cdc-4d8d-8f1c-d154e2655f37"},{"id":"occ_2aa4127693775f5491b04549","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_9236bb02-7316-40e8-bece-25afad9b8292","section_id":"sec_5614c30b-23de-423a-af37-86d43cfb7eec","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":83,"end":85,"exact":"電力","quo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Realty、Vantage、CoreWeave、Nebius、IREN、Sesterceのような運営側は、電力をすでに確保している会社ほど強くなります。","quote_start":15,"quote_end":93,"text_sha256":"20c46a337610f1af88f20b75207bdca8b01b52b244a20de163d522a47324b88f","block_sha256":"20c46a337610f1af88f20b75207bdca8b01b52b244a20de163d522a47324b88f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_94f0c674-0b13-4fc0-80cc-13460c41b93f"},{"id":"occ_05c6543af4c0e54e5abb6491","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_9a4cc6f8-8086-4e00-8c29-75b451e2138b","section_id":"sec_06438b1f-d111-40cd-a79e-e013486ccf0c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":93,"end":95,"exact":"電力","quote":"ネと海底ケーブルで南米AIハブを狙うが、水不足と住民反発が最大の壁**です。\n北米全体では、**データセンター電力需要が2028年までに2〜3倍化し、変圧器・銅線・送電設備の不足で計画が遅れるリスクが高い**です。","quote_start":38,"quote_end":145,"text_sha256":"ea340c56591463c84e310886fbd5dcbef0ce18fc1d10b1ed5f1b4899994c1c17","block_sha256":"ea340c56591463c84e310886fbd5dcbef0ce18fc1d10b1ed5f1b4899994c1c17","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_9a4cc6f8-8086-4e00-8c29-75b451e2138b"},{"id":"occ_725f85c221b3e8e3da652e86","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_a81b356c-5d15-4d95-94db-b2ce48fab216","section_id":"sec_85ca72ed-acf4-465c-8139-928852d617f4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":83,"end":85,"exact":"電力","quote":"すが、米国の数GW級AI 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電源・冷却メーカー：一番強いが、バリュエーションも高い","quote_start":0,"quote_end":31,"text_sha256":"8b4c605bfbbf5c06d04040b125f89056af9b063f8eecb6dfcb2a58c7961e52b0","block_sha256":"8b4c605bfbbf5c06d04040b125f89056af9b063f8eecb6dfcb2a58c7961e52b0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_cf708ef3-f966-413b-be4b-e0fbf2420ad7"},{"id":"occ_c7eb6c9ed4049f9e9eda80ca","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_d028640b-93fd-4f31-b386-ba1de6a5ba8d","section_id":"sec_ae795d93-0df7-449b-b518-3442fbfbe03a","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":79,"end":81,"exact":"電力","quote":"実際には計算資源をどこに置くのかという話でもあります。データは雲に浮いているように見えるけれど、その雲を支える電力、水、光ファイバー、法制度は地面にあります。私はそこがとても大事だと思います。","quote_start":24,"quote_end":120,"text_sha256":"5f3d0ab544edff4fbf64416bac7cae13291e5d619e55bf546ab38d4b2bdc77e0","block_sha256":"5f3d0ab544edff4fbf64416bac7cae13291e5d619e55bf546ab38d4b2bdc77e0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_d028640b-93fd-4f31-b386-ba1de6a5ba8d"},{"id":"occ_bc349df5534cd3d029cbfa51","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_d12194d8-2d0a-4285-8966-5aa38efe785e","section_id":"sec_8afc0f35-098f-4914-a751-168770ff9a60","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":42,"end":44,"exact":"電力","quote":"**2026年のズレ込みは、AIインフラ相場を終わらせる材料ではなく、2028年に“電力・冷却・接続・ストレージ不足”を再燃させる火種になり得る。\nただし、その時は実需と過剰期待が混ざり、ちょっとしたAIインフラ・ミニバブルになりやすい。**","quote_start":0,"quote_end":121,"text_sha256":"bcb16ce1ab14ecfd0902c9638863199b3d63322e730614f3912675798c7d7307","block_sha256":"bcb16ce1ab14ecfd0902c9638863199b3d63322e730614f3912675798c7d7307","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_d12194d8-2d0a-4285-8966-5aa38efe785e"},{"id":"occ_ae1fc7c022d1092117935d36","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_d8002b10-8f51-48be-8808-9e4f456daaf3","section_id":"sec_c65c18a9-bf13-42ae-842c-9f65f6ed99c8","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"そのため、主権AIではデータセンターの立地が重要になります。電力が安定しているか、再エネや低炭素電源を使えるか、冷却条件が良いか、海底ケーブルや通信網に近いか、政治的に安定しているか。これらはすべて、AI時代の産業立地条件になります。","quote_start":0,"quote_end":117,"text_sha256":"6d814f9c9cb90b55cee5191c0a0189ef33bc42926daecb8d6e757ae77e8e05b4","block_sha256":"6d814f9c9cb90b55cee5191c0a0189ef33bc42926daecb8d6e757ae77e8e05b4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_d8002b10-8f51-48be-8808-9e4f456daaf3"},{"id":"occ_c96aa7b87f7481df57f0f5e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_e5b9e021-be8c-4bdd-86e1-a7ceae2154e6","section_id":"sec_8afc0f35-098f-4914-a751-168770ff9a60","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"ズレ込みは、短期的には一部銘柄にマイナスです。\nしかし、需要が消えるのではなく電力・変圧器・冷却・施工能力の制約で後ろ倒しになるなら、2028年ごろに**遅れていた需要が一気に表面化する**可能性があります。","quote_start":0,"quote_end":104,"text_sha256":"f018b9adc5003703fd0a7b1a5c24ee3e35c89a5fb4863769e6ab8e9a019e859e","block_sha256":"f018b9adc5003703fd0a7b1a5c24ee3e35c89a5fb4863769e6ab8e9a019e859e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_e5b9e021-be8c-4bdd-86e1-a7ceae2154e6"},{"id":"occ_bc9a107ba7085efc8a0b0740","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_e99b0cf6-ed07-4987-8a7e-464ec18c2de7","section_id":"sec_b63a6652-fb06-4c25-8edc-ca508012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Laboratoryの報告が重要です。DOEは、米国のデータセンター負荷は過去10年で3倍になり、2028年までにさ","quote_start":0,"quote_end":102,"text_sha256":"0be636b93f404a7dd45e3b60faa5130294ab045bf9739d6cf7a1b22491955ad2","block_sha256":"0be636b93f404a7dd45e3b60faa5130294ab045bf9739d6cf7a1b22491955ad2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_f5385b39-30e7-4670-a57d-ed5551eb2fc1"},{"id":"occ_20a284871102aa2412a90a81","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_f783279d-9276-4aa8-a5d6-3d31c3677c54","section_id":"sec_85ca72ed-acf4-465c-8139-928852d617f4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":186,"end":188,"exact":"電力","quote":"     |\n| GPU/AIサーバー | NVIDIA、HPE、Dell、Supermicro   |\n| 電力         | BC Hydro、Hydro-Québec、再エネ事業者 |\n| 冷却         | 外気冷却、液冷、チラー、CDU、熱交換器         |\n| 建設・不動産    ","quote_start":131,"quote_end":288,"text_sha256":"3f8c71f7764c6c1fecbbfa393f9357b696947897bc438c2280e837d92406c0cb","block_sha256":"3f8c71f7764c6c1fecbbfa393f9357b696947897bc438c2280e837d92406c0cb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_f783279d-9276-4aa8-a5d6-3d31c3677c54"},{"id":"occ_14220a750ea109ccba8d4e70","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_f8874ba5-2cb1-4e42-bc39-d030fe47cc11","section_id":"sec_83e2b6a3-e317-4ed1-a8a7-c58fbad6ec2f","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":47,"end":49,"exact":"電力","quote":"国は、自分の石の身体を持とうとしている。他者の雲を借りるだけでは、祈りは自分のものにならない。電力を持ち、水を持ち、土地を持ち、記憶を置く場所を持つ。その時、計算は主権の声になる。","quote_start":0,"quote_end":90,"text_sha256":"61156529ac186d02b47126ff5a07f0156c8974753a5e7812c7b201e13ed79163","block_sha256":"61156529ac186d02b47126ff5a07f0156c8974753a5e7812c7b201e13ed79163","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_f8874ba5-2cb1-4e42-bc39-d030fe47cc11"},{"id":"occ_560cf20d7ab5fe962f0ed2ca","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_fab70f45-c541-471f-a17c-d07531883206","section_id":"sec_b63a6652-fb06-4c25-8edc-ca5080122964","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"## 8. 電力消費予測：米国では2028年までに2〜3倍が現実味","quote_start":0,"quote_end":33,"text_sha256":"347dbe7ceddac64fcbb97dd3b2937a96e842da6e75d1cf7efaca7bd01135aa5d","block_sha256":"347dbe7ceddac64fcbb97dd3b2937a96e842da6e75d1cf7efaca7bd01135aa5d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_fab70f45-c541-471f-a17c-d07531883206"},{"id":"occ_3e5b8ae96fc3727b53d20bc6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e","work_id":"wrk_38ba424f-3d9a-4413-9cf8-c663552dd56a","block_id":"blk_faedf797-bd8e-4783-ae4b-839d2fb86dde","section_id":"sec_33bf4fd7-6edb-4ee8-aac8-566706b2b038","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"これは非常に重要です。\nデータセンターの建屋ができても、変圧器が来なければ電力を入れられません。送電線が完成しても、変圧器待ちで遊休化する可能性があります。Reutersも、変圧器の長納期がグリッドプロジェクト全体のスケジュールを決めてしまうと指摘しています。([Reuters","quote_start":0,"quote_end":139,"text_sha256":"c289302996fa4e7f6dcf358570135982136be270f4131f98b4f0fc99b64fcf63","block_sha256":"c289302996fa4e7f6dcf358570135982136be270f4131f98b4f0fc99b64fcf63","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_45e2a710-51c3-42ae-a56c-b21f7fd55a5e/#blk_faedf797-bd8e-4783-ae4b-839d2fb86dde"},{"id":"occ_49a7601a1caa9ce31b41f8c6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_00ab9538-2f7b-4e9c-bfd2-b695b0c6a109","section_id":"sec_a4a42fc3-e12d-45b8-b8b7-600893f68600","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電源"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電源","quote":"- TSVの占有面積\n- KOZ\n- 電源TSV\n- グラウンドTSV\n- 熱応力\n- 接続パッド\n- バンプピッチ\n- PHY回路\n- 消費電力\n- テスト性","quote_start":0,"quote_end":80,"text_sha256":"266b91d96a5b9050f18413fdb1a314ddd2cfc96dc463a9690862b618b6f686ad","block_sha256":"266b91d96a5b9050f18413fdb1a314ddd2cfc96dc463a9690862b618b6f686ad","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_00ab9538-2f7b-4e9c-bfd2-b695b0c6a109"},{"id":"occ_f5521fc7da95a2a85337be37","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_06c5619f-b75b-4470-b821-58c6c5f8794b","section_id":"sec_e2202bf9-4f0d-4166-9d90-4f1bd37b6b79","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電源","quote":"裏面電源供給では、電源をウェハー裏側からnTSV経由でトランジスタへ供給する。","quote_start":0,"quote_end":39,"text_sha256":"cc946fcce798a12c0931df12b8c6da3c491a4926533f783d55936d0323009cbc","block_sha256":"cc946fcce798a12c0931df12b8c6da3c491a4926533f783d55936d0323009cbc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_06c5619f-b75b-4470-b821-58c6c5f8794b"},{"id":"occ_c221edaa843ff5c0ec24bfa1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_0ab6ba70-5a92-41c6-bbd1-5b577749750b","section_id":"sec_abb5c3fe-4460-487c-bfe1-1dff86382274","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電源","quote":"- VDD\n- VSS\n- グラウンド\n- 電源ドメイン","quote_start":0,"quote_end":28,"text_sha256":"d98cb4b1c2752294ddad1ca59263e90d1133c0db1a992f0dbc47614ff3236718","block_sha256":"d98cb4b1c2752294ddad1ca59263e90d1133c0db1a992f0dbc47614ff3236718","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_0ab6ba70-5a92-41c6-bbd1-5b577749750b"},{"id":"occ_615f085825c7d4acf8bf0102","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_1771965a-bdca-4cff-aed8-edfc2c607d8a","section_id":"sec_abb5c3fe-4460-487c-bfe1-1dff86382274","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電源","quote":"## 電源TSV","quote_start":0,"quote_end":8,"text_sha256":"1dc5189c16d6be1a73fc6a6d55623046671fcd0bb72354826f0abd3eaba8838a","block_sha256":"1dc5189c16d6be1a73fc6a6d55623046671fcd0bb72354826f0abd3eaba8838a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_1771965a-bdca-4cff-aed8-edfc2c607d8a"},{"id":"occ_7069e68d910e4164a0647537","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_1a8334c7-f0f3-4143-8798-11ad3bb4d541","section_id":"sec_e2202bf9-4f0d-4166-9d90-4f1bd37b6b79","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電源","quote":"従来は、信号配線と電源配線の両方をトランジスタ上部のBEOLへ配置していた。","quote_start":0,"quote_end":38,"text_sha256":"02eb9fbaf92a5ff80cd41cf90032e13bc60def95e1ba69c9378adad1bcec7cae","block_sha256":"02eb9fbaf92a5ff80cd41cf90032e13bc60def95e1ba69c9378adad1bcec7cae","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_1a8334c7-f0f3-4143-8798-11ad3bb4d541"},{"id":"occ_499ec3699cc142e331e59b9c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_24dd710d-5870-4fc7-9dac-55a5a917adb3","section_id":"sec_e7e837b0-e363-4093-85f4-e2dee46bba9d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電源","quote":"一方、TSVはその信号や電源をインターポーザーの下面へ降ろし、パッケージ基板へ接続する。","quote_start":0,"quote_end":44,"text_sha256":"ce04b0799468fbec8b689b20473f8df483ba47d4a2f349fe77830ed071e77c1e","block_sha256":"ce04b0799468fbec8b689b20473f8df483ba47d4a2f349fe77830ed071e77c1e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_24dd710d-5870-4fc7-9dac-55a5a917adb3"},{"id":"occ_c7ca2706110570f5a63e5a71","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_4d9842bb-280a-4bd5-bc30-6b9f9d9f8448","section_id":"sec_abb5c3fe-4460-487c-bfe1-1dff86382274","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電源","quote":"高性能3Dチップでは、電源TSVの方が信号TSVより太く設計されたり、複数本を並列に使用したりする場合がある。","quote_start":0,"quote_end":55,"text_sha256":"4569a7e778865e0a8bfcb7f05913dd67116e48b2daef51841f90a6d277c31a31","block_sha256":"4569a7e778865e0a8bfcb7f05913dd67116e48b2daef51841f90a6d277c31a31","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_4d9842bb-280a-4bd5-bc30-6b9f9d9f8448"},{"id":"occ_3743b70887e64cee6ba7acfa","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_58ceec62-0fd7-4ea0-adab-d66c30a869a3","section_id":"sec_d46bca2d-2789-4cc2-8c5e-145d977b8628","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電源","quote":"## 電源TSVと信号TSV","quote_start":0,"quote_end":14,"text_sha256":"038a299555de05c0742b2653a1afb399ffbe7e411c5fe2a0eff9a9ceee867f3f","block_sha256":"038a299555de05c0742b2653a1afb399ffbe7e411c5fe2a0eff9a9ceee867f3f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_58ceec62-0fd7-4ea0-adab-d66c30a869a3"},{"id":"occ_83531291c40c34c7e3cbe4ed","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_5b0cd90b-0817-4f3b-9a4b-406cf433362b","section_id":"sec_4d0ee596-ae06-48d0-ba2e-66566f5c609d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電源","quote":"- TSVそのものの面積\n- 周囲のKOZ\n- 電源・グラウンド用TSV\n- テスト構造","quote_start":0,"quote_end":44,"text_sha256":"29caf8d7681b28ecb51a92cd3e94210a4628cd442a074d6a15615f8c4b043a6b","block_sha256":"29caf8d7681b28ecb51a92cd3e94210a4628cd442a074d6a15615f8c4b043a6b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_5b0cd90b-0817-4f3b-9a4b-406cf433362b"},{"id":"occ_ad083a0cdcda4944ea7a0b41","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_5b599850-f600-42ca-ab5d-4636a8897bb7","section_id":"sec_da1aa9cd-0844-4dc9-b768-6b4568e8be61","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電源","quote":"- 電源を供給する\n- 外部へ信号を出す\n- さらに別のダイを積層する","quote_start":0,"quote_end":35,"text_sha256":"52d052553ff1fe14bef0ab39bf8725df8799b3745a5a4ecadce25418fc6d877e","block_sha256":"52d052553ff1fe14bef0ab39bf8725df8799b3745a5a4ecadce25418fc6d877e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_5b599850-f600-42ca-ab5d-4636a8897bb7"},{"id":"occ_7380352b0635527e975a92c8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_5ceb9c68-c412-4fbc-a424-35ace92673f9","section_id":"sec_e2202bf9-4f0d-4166-9d90-4f1bd37b6b79","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"これにより、前面配線の混雑を減らし、太く低抵抗な裏面配線で電源を届けられる可能性がある。imecは、裏面電源とnTSVによってIRドロップと配線混雑を改善できると説明している。([imec](https://www.imec-int.com/en/article","quote_start":0,"quote_end":131,"text_sha256":"305e7d9d17b1999687bde8e4ae12d8d683b5058c722da1cb8c06a27ed8325dba","block_sha256":"305e7d9d17b1999687bde8e4ae12d8d683b5058c722da1cb8c06a27ed8325dba","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_5ceb9c68-c412-4fbc-a424-35ace92673f9"},{"id":"occ_8826f1d3eed340844c8270bf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_70c25eff-1d8d-4629-8f28-0fb9f4d4946e","section_id":"sec_e2202bf9-4f0d-4166-9d90-4f1bd37b6b79","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":94,"end":96,"exact":"電源","quote":"を実現する新しいTSVモジュールを発表している。これは、TSVがパッケージ内部だけでなく、ロジックチップ内部の電源・信号構造へ入りつつあることを示している。([imec](https://www.imec-int.com/en/press/sony-and-imec-unveil-high-density-bac","quote_start":39,"quote_end":196,"text_sha256":"dd86e83825e510f89025f5443fc88fedec88977dfe872a675ed2e67a3676bd07","block_sha256":"dd86e83825e510f89025f5443fc88fedec88977dfe872a675ed2e67a3676bd07","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_70c25eff-1d8d-4629-8f28-0fb9f4d4946e"},{"id":"occ_2db0af0ba07f61e3c1edc233","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_ae50399a-2139-45e8-b7df-73bc8a696641","section_id":"sec_e2202bf9-4f0d-4166-9d90-4f1bd37b6b79","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電源","quote":"その重要な用途の一つが、**Backside Power Delivery Network、裏面電源供給**である。","quote_start":0,"quote_end":58,"text_sha256":"3a097f19772926a2d2c15c91adefffe4aaf62beb59a6202a0c86a4e1675bedd0","block_sha256":"3a097f19772926a2d2c15c91adefffe4aaf62beb59a6202a0c86a4e1675bedd0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_ae50399a-2139-45e8-b7df-73bc8a696641"},{"id":"occ_318f1cb4c7528b176c7b4549","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_b6b23d9a-241b-4c2a-99f3-d67f052fc635","section_id":"sec_f5b6700e-ac82-43f2-a129-b0f85d322136","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電源","quote":"- 信号TSV\n- グラウンドTSV\n- 電源TSV\n- リターン電流経路","quote_start":0,"quote_end":37,"text_sha256":"9ef5e89f2a1416bf0b69f81a59ad63b240b68c2f5c6790f972c9adf8d16d7baa","block_sha256":"9ef5e89f2a1416bf0b69f81a59ad63b240b68c2f5c6790f972c9adf8d16d7baa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_b6b23d9a-241b-4c2a-99f3-d67f052fc635"},{"id":"occ_f301867df27a79aee62b23b4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_bc7fede6-febb-4dfa-a97c-1e153908b9c7","section_id":"sec_b1e51e98-9f17-4a07-a857-bed833ac1cf9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":497,"end":499,"exact":"電源","quote":"よる応力のため、TSV周辺にKeep-Out Zoneを設ける場合がある。\n- 将来は、Nano-TSVが裏面電源供給や、より細かな3Dロジック統合へ利用される。","quote_start":442,"quote_end":523,"text_sha256":"3a5487509f8506a8bcb5d2989c26124ed5e20113537d484be6d9849f4ecb3eaa","block_sha256":"3a5487509f8506a8bcb5d2989c26124ed5e20113537d484be6d9849f4ecb3eaa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_bc7fede6-febb-4dfa-a97c-1e153908b9c7"},{"id":"occ_b7b3e62758978d25ef7f3738","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_c36b68de-59d4-4f2c-bd57-d980eb50d1f9","section_id":"sec_e2202bf9-4f0d-4166-9d90-4f1bd37b6b79","layer":"code","character_id":null,"count":3,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電源","quote":"```\n従来\n\n前面BEOL\n信号＋電源\n    ↓\nトランジスタ\n\n\n裏面電源\n\n前面：信号配線\n       ↓\nトランジスタ\n       ↑\nnTSV\n       ↑\n裏面：電源配線\n```","quote_start":0,"quote_end":100,"text_sha256":"42b8e8b9837d667582a9b3fea173aa020e1262f6e1d698014cf6a62e3bf3d235","block_sha256":"42b8e8b9837d667582a9b3fea173aa020e1262f6e1d698014cf6a62e3bf3d235","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_c36b68de-59d4-4f2c-bd57-d980eb50d1f9"},{"id":"occ_eb8f4a8f4ed02309af938d4e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4802c0fb-3eae-453b-96d2-1237f0009713","work_id":"wrk_02b6e758-a5fe-4b66-a620-6c322b16db7e","block_id":"blk_ed7669a5-0548-4bc6-9b07-3633df5d2644","section_id":"sec_e2202bf9-4f0d-4166-9d90-4f1bd37b6b79","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電源","quote":"## TSVの将来――Nano-TSVと裏面電源供給","quote_start":0,"quote_end":26,"text_sha256":"3d7cae4392103ebccc8c1d98f7da1f439d3ec57b183868bafa8314032cb8728c","block_sha256":"3d7cae4392103ebccc8c1d98f7da1f439d3ec57b183868bafa8314032cb8728c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4802c0fb-3eae-453b-96d2-1237f0009713/#blk_ed7669a5-0548-4bc6-9b07-3633df5d2644"},{"id":"occ_57c6e806fb597d0a03806a4c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":null,"section_id":null,"layer":"title","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"title","start":2,"end":4,"exact":"電力","quote":"規制電力市場と自由電力市場の違い、そしてDominionとNextEraの歴史","quote_start":0,"quote_end":39,"text_sha256":"c64e283279fbfa0f7cb89498693aa900d4e558273453bd10c1e75640a3991760","block_sha256":null,"offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/"},{"id":"occ_1843662b7ac7505d2c32acf2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_155a9208-ce59-4758-9e52-87ed5f4b8cbb","section_id":"sec_fb6c9929-6298-432c-bb74-943397e07535","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":74,"end":76,"exact":"電力","quote":"09年に設立された **Virginia Railway & Power Company** です。もともとは電力だけでなく、路面電車や都市交通とも結びついた公益インフラ企業でした。その後、1925年に **Virginia Electric and Power Company、VEPCO** となり、バージニア","quote_start":19,"quote_end":176,"text_sha256":"a1bd4b10efa19fccf99ea3e34ad5e72fedd9f3bb06ba2bc8b6f7add2338cfa9a","block_sha256":"a1bd4b10efa19fccf99ea3e34ad5e72fedd9f3bb06ba2bc8b6f7add2338cfa9a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_155a9208-ce59-4758-9e52-87ed5f4b8cbb"},{"id":"occ_2709170c59d7190c879558ff","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_1b7b9613-237c-420c-b4ac-4612f670ae77","section_id":"sec_e24a8eb8-e527-4565-b1e9-b55ab2614a12","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":66,"end":68,"exact":"電力","quote":"、NextEra Energy Resources** です。NEERは再エネ、蓄電、原子力、天然ガス、送電、電力・ガス供給、企業向けエネルギーソリューションを扱う競争市場寄りの事業です。2025年末時点でNEERは37,505MWの純発電能力を持ち、部分所有を含む運用発電能力は約45,680MWです。さらに、N","quote_start":11,"quote_end":168,"text_sha256":"9fddb9af880b46b874b1f4611be633352a29afe3a27cd9d17e004569104b8cee","block_sha256":"9fddb9af880b46b874b1f4611be633352a29afe3a27cd9d17e004569104b8cee","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_1b7b9613-237c-420c-b4ac-4612f670ae77"},{"id":"occ_1eaa7bbc2bed35bbbb046560","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_2084ba4b-3cc0-449d-952b-75f722a55717","section_id":"sec_2207c9ae-a7cb-4dff-870b-ceeb1b19bf66","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電源","quote":"## \\9. NextEraの電源構成","quote_start":0,"quote_end":19,"text_sha256":"2f22620f6b411f0b6945009ad3148909a6591a83e8765b8fb0540aa7a1b141d1","block_sha256":"2f22620f6b411f0b6945009ad3148909a6591a83e8765b8fb0540aa7a1b141d1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_2084ba4b-3cc0-449d-952b-75f722a55717"},{"id":"occ_69765b1f7e7e8c8eb49edc87","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_20c0a9dd-1633-48d8-878c-e975dfe1e159","section_id":"sec_2207c9ae-a7cb-4dff-870b-ceeb1b19bf66","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電源","quote":"一方、NEERはFPLとはかなり違います。2025年にNEERは約1.21億MWhを発電し、その電源別発電量ミックスは **風力62%、太陽光18%、原子力16%、天然ガス4%** でした。NEERは発電量ベースでは圧倒的に再エネ寄りです。([NextEra Energy Investor Rela","quote_start":0,"quote_end":150,"text_sha256":"387f8630eba7838c0e2b932f9d9c23b59f4e4f2bec5af460b19b2a64801fab1e","block_sha256":"387f8630eba7838c0e2b932f9d9c23b59f4e4f2bec5af460b19b2a64801fab1e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_20c0a9dd-1633-48d8-878c-e975dfe1e159"},{"id":"occ_527b986b861039419aa5fcd7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_21448bb8-2e42-4a3e-a8f1-54cfbef89397","section_id":"sec_421f495f-e2a9-49fa-830f-9eae80817b50","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"1990年代以降の米国電力市場では、発電自由化、卸市場、PPA、再エネ開発が注目されました。そこで強くなったのがNextEraです。NEERはまさに、自由市場・契約型電源開発の勝者でした。","quote_start":0,"quote_end":94,"text_sha256":"a9841b23bf9bb2e15e9cf4103985d9fef771f4d25c1ee4b1bbb80701b24d0289","block_sha256":"a9841b23bf9bb2e15e9cf4103985d9fef771f4d25c1ee4b1bbb80701b24d0289","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_21448bb8-2e42-4a3e-a8f1-54cfbef89397"},{"id":"occ_edf6eac820cdadad800a81a4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_2d80918c-b874-426b-8d67-ce1f9f36dc1c","section_id":"sec_f22d0966-5cab-4245-9eed-f6c16862ed6e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"## 発電能力・電源割合・送電事業の比較","quote_start":0,"quote_end":20,"text_sha256":"2fb570c2cd392ace8194a25f8b7722b8aefc8097d9326db143fa22354d7964ee","block_sha256":"2fb570c2cd392ace8194a25f8b7722b8aefc8097d9326db143fa22354d7964ee","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_2d80918c-b874-426b-8d67-ce1f9f36dc1c"},{"id":"occ_8a4c8376d661ab00c9129782","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_319f6336-e543-47eb-b623-b0533525b8c3","section_id":"sec_8b9c28b9-8d62-4745-9229-4018852deb12","layer":"body","character_id":null,"count":4,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"米国の電力市場は、一見すると「民間企業が電気を売っている市場」に見えますが、実際には大きく **規制電力市場** と **自由電力市場／競争電力市場** に分かれます。","quote_start":0,"quote_end":84,"text_sha256":"87f401d1d569fcc8462d2bf104e4f7951cc310766d2a8db6d8f1dc3927e4dcf2","block_sha256":"87f401d1d569fcc8462d2bf104e4f7951cc310766d2a8db6d8f1dc3927e4dcf2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_319f6336-e543-47eb-b623-b0533525b8c3"},{"id":"occ_9ba8626680682a6732d95625","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_34c24d9a-1768-4093-a63c-89d1ed0efa9e","section_id":"sec_bac98a00-d241-4974-9fa4-1b44a86fe1bd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電力","quote":"1 2026は、売上は伸び、調整後利益も伸びました。ただし営業利益はわずかに減少しています。理由は、燃料・購入電力、O&M、減価償却などの営業費用も増えているためです。","quote_start":9,"quote_end":93,"text_sha256":"24c569be0909f273dec034f95088e8b8eb36878639a3f9f9b32ff528700f082e","block_sha256":"24c569be0909f273dec034f95088e8b8eb36878639a3f9f9b32ff528700f082e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_34c24d9a-1768-4093-a63c-89d1ed0efa9e"},{"id":"occ_ee79407d61e12da5a195af71","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_3714106d-2e7a-47ff-8f17-54aba6aafe14","section_id":"sec_6b1c3a95-b3bd-4f5d-b319-94daa1d8a535","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"## DominionとNextEraを電力市場構造で見る","quote_start":0,"quote_end":29,"text_sha256":"227ba134b95b54a30094262d4530546b35f31e4064e308258747c89df4794e59","block_sha256":"227ba134b95b54a30094262d4530546b35f31e4064e308258747c89df4794e59","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_3714106d-2e7a-47ff-8f17-54aba6aafe14"},{"id":"occ_7a03aadbfbf7829f38e28364","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_372afd8d-e008-425d-862d-c4cbe85803a0","section_id":"sec_1208d8ae-6ba3-4b6a-aa78-48036673c2d4","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"## \\8. Dominionの電源構成","quote_start":0,"quote_end":20,"text_sha256":"90d256b6e6d35ab9f14bc82cf203261078feab768ff321762653e759a048d07d","block_sha256":"90d256b6e6d35ab9f14bc82cf203261078feab768ff321762653e759a048d07d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_372afd8d-e008-425d-862d-c4cbe85803a0"},{"id":"occ_6a8f4b9de3b81bed9c21f030","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_3f137ff9-246d-4f93-8ad2-0405e436a217","section_id":"sec_4d404436-2204-422c-b53c-80b0f6f7c220","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":47,"end":49,"exact":"電力","quote":"DominionのQ1 2026営業収益は50.19億ドル、前年同期は40.76億ドルでした。電力燃料・エネルギー関連購入、購入電力容量、購入ガスを合計したエネルギー直接費は18.18億ドルで、前年同期の11.18億ドルから大幅増です。営業利益は13.92億ドルへ伸びましたが、Dominion帰属","quote_start":0,"quote_end":149,"text_sha256":"9b39e0b14f4a177fabe35f22de409dfd69ddb55d81134e561db821503e131a07","block_sha256":"9b39e0b14f4a177fabe35f22de409dfd69ddb55d81134e561db821503e131a07","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_3f137ff9-246d-4f93-8ad2-0405e436a217"},{"id":"occ_947fe122e2534f547b18f2f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_5a2a064c-9cdd-4bc6-bc0f-79d4edea7840","section_id":"sec_ec57cdc0-51f4-4010-8e23-f7bf8deaf84f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":108,"end":110,"exact":"電力","quote":"電・配電を行います。Dominion Energy South Carolinaは、サウスカロライナの約80万電力顧客と約50万ガス顧客を持ちます。Contracted Energyは、長期契約型の再エネ発電や再生可能天然ガス施設を含む非規制寄りの事業です。([digital.fidelity.com](http","quote_start":53,"quote_end":210,"text_sha256":"acb6b68f4d46b9f02f918db02e42a73b629a84b7a1041c5d905e21b6b7beb59a","block_sha256":"acb6b68f4d46b9f02f918db02e42a73b629a84b7a1041c5d905e21b6b7beb59a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_5a2a064c-9cdd-4bc6-bc0f-79d4edea7840"},{"id":"occ_c869cb6359487d880c9ab47e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_5b389158-ae07-47cc-b14b-2809a07aa646","section_id":"sec_4d404436-2204-422c-b53c-80b0f6f7c220","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"Dominionは、売上は大きく伸びました。データセンター需要を含むバージニアの電力需要が押し上げています。  \nただし、燃料・購入電力コストが非常に大きく増えたため、擬似粗利率は低下しています。","quote_start":0,"quote_end":98,"text_sha256":"f1eb7cfe96a152dd9b76efe553595181526bfd543d521b1c3f01983f5c7107ee","block_sha256":"f1eb7cfe96a152dd9b76efe553595181526bfd543d521b1c3f01983f5c7107ee","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_5b389158-ae07-47cc-b14b-2809a07aa646"},{"id":"occ_578aef7b82127c01c0a3229d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_5d9f617e-1aec-43a8-8e06-0179c1069040","section_id":"sec_421f495f-e2a9-49fa-830f-9eae80817b50","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":80,"end":82,"exact":"電源","quote":"重要地点を持っています。NextEraにとってDominion買収は、単なる規模拡大ではなく、**自由市場型の電源開発会社が、最重要の規制電力需要地を取りに行く動き**です。","quote_start":25,"quote_end":112,"text_sha256":"4453da7ec0c36a19fa06604ec5213f5c3a82b431d1029ad14cfb1570c83a2b1d","block_sha256":"4453da7ec0c36a19fa06604ec5213f5c3a82b431d1029ad14cfb1570c83a2b1d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_5d9f617e-1aec-43a8-8e06-0179c1069040"},{"id":"occ_0fd52420792017119de945e0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_60896deb-7432-495e-92d4-cb90a466fa7f","section_id":"sec_1af76fd4-d066-4d91-881e-1ddb78c03761","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":80,"end":82,"exact":"電力","quote":"い理由もここにあります。  \nDominion単体では、データセンター需要の爆発を利益に変えるには、燃料・購入電力・送電・発電・規制承認・資本調達が重い。  \nNextEraなら、FPLの規制運営力、NEERの開発力、資本市場での高い評価を使って、Dominionの需要地をより大きな電力インフラ成長ストーリーに組","quote_start":25,"quote_end":182,"text_sha256":"c9964ecfbc35199be42a307ea62b53ed5ab987629f9ac49371677abf33964f20","block_sha256":"c9964ecfbc35199be42a307ea62b53ed5ab987629f9ac49371677abf33964f20","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_60896deb-7432-495e-92d4-cb90a466fa7f"},{"id":"occ_887b72cce783f74378527cc5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_627aad28-c453-4727-8aaa-a6d1af39573a","section_id":"sec_ece2bee3-5a49-4dc8-a628-ed4fd4c8dace","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"まずFPLは、フロリダ内で約93,000サーキットマイルの送配電線と932の変電所を持つ巨大な規制電力会社です。([NextEra Energy Investor Relations](https://www.investor.nexteraenergy.com/fixed-income-invest","quote_start":0,"quote_end":151,"text_sha256":"d266d5c4822fc1b01d8f87801d8da02af654f29fc9ffb19886b5e5b19eadcd6f","block_sha256":"d266d5c4822fc1b01d8f87801d8da02af654f29fc9ffb19886b5e5b19eadcd6f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_627aad28-c453-4727-8aaa-a6d1af39573a"},{"id":"occ_770bcef0130b2253700fa38d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_63058545-1404-4a15-9a87-ef108c2fa92a","section_id":"sec_391589bd-5a0f-449b-9136-8bc3166ea94e","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":162,"end":164,"exact":"電力","quote":"%成長が続くなら、2030年EPS基準では約17倍まで下がります。つまり市場はNextEraに対して、「普通の電力会社」ではなく、**長期成長する電力インフラ・プラットフォーム**として評価を与えています。","quote_start":107,"quote_end":210,"text_sha256":"b5bfd1cb6b833b1c029057805981b4695c43cbebaeb9f05173ee94445bd61160","block_sha256":"b5bfd1cb6b833b1c029057805981b4695c43cbebaeb9f05173ee94445bd61160","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_63058545-1404-4a15-9a87-ef108c2fa92a"},{"id":"occ_d52d680ec7d173742ed4b136","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_6ba1ad1d-0e46-4bf4-bcd3-624c285f3e61","section_id":"sec_1af76fd4-d066-4d91-881e-1ddb78c03761","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電力","quote":"xtEra**  \n安定したFPL、成長するNEER、調整後EPS成長が強い。  \n市場は「公益株」ではなく「電力インフラ成長株」として見ている。","quote_start":4,"quote_end":77,"text_sha256":"89dafe4ef30e0267a7d13ed96c3ef55e88ee2ba56c51a6ddba56b4f750ab5642","block_sha256":"89dafe4ef30e0267a7d13ed96c3ef55e88ee2ba56c51a6ddba56b4f750ab5642","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_6ba1ad1d-0e46-4bf4-bcd3-624c285f3e61"},{"id":"occ_4ff78e3dd317e25ccbc458f7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_6ba7d3f8-36e8-4b2f-9498-3b098a6ccd7b","section_id":"sec_e24a8eb8-e527-4565-b1e9-b55ab2614a12","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"NextEra全体では、FPLという安定した規制電力基盤と、NEERという全米規模の開発プラットフォームを持ちます。ここがDominionとの最大の違いです。","quote_start":0,"quote_end":79,"text_sha256":"c312b43517b50b7b1a2562789fcd9c836bc6740f357c9e19dcf103c9b5983458","block_sha256":"c312b43517b50b7b1a2562789fcd9c836bc6740f357c9e19dcf103c9b5983458","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_6ba7d3f8-36e8-4b2f-9498-3b098a6ccd7b"},{"id":"occ_6d48875b2c593cd43777a8ec","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_6da46d9e-fbd1-436f-ba9f-df571d8995da","section_id":"sec_ec57cdc0-51f4-4010-8e23-f7bf8deaf84f","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"Dominionは、現在かなり規制電力色の強い会社です。会社側は、バージニア、ノースカロライナ、サウスカロライナで360万の家庭・企業に規制電力サービスを提供し、サウスカロライナで50万の規制ガス顧客にサービスを提供していると説明していま","quote_start":0,"quote_end":119,"text_sha256":"979e2c0a1d93b217eb48404361bf0c74750a7d54978971ab5328dbe91f4f2d9e","block_sha256":"979e2c0a1d93b217eb48404361bf0c74750a7d54978971ab5328dbe91f4f2d9e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_6da46d9e-fbd1-436f-ba9f-df571d8995da"},{"id":"occ_ff9e557f02e3ba85d7d7233a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_72ff7df7-1f29-4b40-acd6-53adab64578c","section_id":"sec_eaa8e9e0-19e8-454e-8294-2f41856e16e8","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"その後、フロリダの人口増加とともにFPLは巨大な規制電力会社へ成長しました。2009年にはFPL Energyが **NextEra Energy Resources** に改称され、2010年にはFPL Group全体が **NextEra Energy","quote_start":0,"quote_end":128,"text_sha256":"18c9fdba7443aaa8787046957396072119bac3f7b5ed79128191c966e7ee3dda","block_sha256":"18c9fdba7443aaa8787046957396072119bac3f7b5ed79128191c966e7ee3dda","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_72ff7df7-1f29-4b40-acd6-53adab64578c"},{"id":"occ_83a261048c3eced9ebd89e26","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_732e7ef7-885a-4939-b417-dc7b50255cdf","section_id":"sec_676b7a4c-cce8-4e2b-8993-830d157dc66c","layer":"body","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電力","quote":"Dominionは、**AI需要地帯を持つ規制電力会社**です。  \nNextEraは、**規制電力の安定収益と、自由市場・契約型電源開発の実行力を持つ総合電力インフラ企業**です。","quote_start":0,"quote_end":91,"text_sha256":"2ebca1dfed16af18d435d1e0c9780cf79e9fe048c9c050d8c673f314cb73bd45","block_sha256":"2ebca1dfed16af18d435d1e0c9780cf79e9fe048c9c050d8c673f314cb73bd45","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_732e7ef7-885a-4939-b417-dc7b50255cdf"},{"id":"occ_b1b893a323a5b484ad4adb10","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_79492e0e-8b56-4424-b853-b27d5312f227","section_id":"sec_fb6c9929-6298-432c-bb74-943397e07535","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":171,"end":173,"exact":"電力","quote":"linaを合計140億ドル規模で買収することで合意しており、Dominionはよりバージニア・カロライナの規制電力中心へ寄っています。([Wikipedia](https://en.wikipedia.org/wiki/Dominion_Energy?utm_source=chatgpt.com))","quote_start":116,"quote_end":266,"text_sha256":"396c88a5e6008399e96b8cded8cdbf3f15b38d8969f9cf0e797049b064196707","block_sha256":"396c88a5e6008399e96b8cded8cdbf3f15b38d8969f9cf0e797049b064196707","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_79492e0e-8b56-4424-b853-b27d5312f227"},{"id":"occ_606c5d3af055a8d7068ed6ad","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_79e921e3-af66-47bb-a154-f57fbc22338c","section_id":"sec_2207c9ae-a7cb-4dff-870b-ceeb1b19bf66","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電力","quote":"**FPL = 天然ガス＋太陽光＋原子力の規制電力会社**  \n**NEER = 風力＋太陽光＋蓄電＋契約型電源の巨大開発会社**","quote_start":0,"quote_end":65,"text_sha256":"6259ec214dcddaa8ec296152044c3d954c9c148c931b696f5acb67d543345f3f","block_sha256":"6259ec214dcddaa8ec296152044c3d954c9c148c931b696f5acb67d543345f3f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_79e921e3-af66-47bb-a154-f57fbc22338c"},{"id":"occ_160bf183ef8807d1b55168f9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_89689e3c-2f6d-4431-a997-465a547c30c2","section_id":"sec_8b9c28b9-8d62-4745-9229-4018852deb12","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"**規制電力市場**とは、特定地域の電力会社に地域独占的な供給権を認める代わりに、料金、投資回収、利益率を州の公益事業委員会などが監督する仕組みです。発電所、送電線、変電所、配電網などへの投資が必要かどうかを規制","quote_start":0,"quote_end":106,"text_sha256":"38b2426d89ec1acbeee69ac2ad71798f046497a4b5ba5402cdd1ca60d1023bec","block_sha256":"38b2426d89ec1acbeee69ac2ad71798f046497a4b5ba5402cdd1ca60d1023bec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_89689e3c-2f6d-4431-a997-465a547c30c2"},{"id":"occ_02dac0639c768c1a5e79e6a9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_89979893-b39c-4c60-8362-8d495dcb6bf7","section_id":"sec_16595325-7fbd-431e-8e83-4668e0f228a3","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"## 規制電力市場と自由電力市場の違い、そしてDominionとNextEraの歴史","quote_start":0,"quote_end":42,"text_sha256":"22d06654adaffce896a2089f5f7f4c405485745927384beeef98d0e790ddb9b9","block_sha256":"22d06654adaffce896a2089f5f7f4c405485745927384beeef98d0e790ddb9b9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_89979893-b39c-4c60-8362-8d495dcb6bf7"},{"id":"occ_fce2e4a91a1cd824035a6c07","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_89a3eb58-79e4-4823-9f9f-f3432dc876bd","section_id":"sec_ed3eb406-29d4-4585-9053-155855f89095","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":139,"end":141,"exact":"電力","quote":"りました。これは「需要が増えたからそのまま高利益になる」というより、**データセンター需要を支えるために、調達電力・燃料・容量コストも一緒に増える**という規制電力会社らしい姿です。","quote_start":84,"quote_end":175,"text_sha256":"ebded3481b822773be0ea3646c8ce57dffe44f9ea9e3d499f86379ae49928167","block_sha256":"ebded3481b822773be0ea3646c8ce57dffe44f9ea9e3d499f86379ae49928167","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_89a3eb58-79e4-4823-9f9f-f3432dc876bd"},{"id":"occ_6cbd264851997d045fb3e14b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_8a4c6ecc-40cb-4b27-9227-1e497529a41e","section_id":"sec_1af76fd4-d066-4d91-881e-1ddb78c03761","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電力","quote":"**Dominion**  \n売上成長とデータセンター需要は強い。  \nただし、燃料・購入電力・設備投資・規制回収の重さがあり、利益への転換は時間がかかる。","quote_start":0,"quote_end":78,"text_sha256":"163054b472a62906f73c92ea88bc659bcb154d08c97d31e6a5dc13888c951558","block_sha256":"163054b472a62906f73c92ea88bc659bcb154d08c97d31e6a5dc13888c951558","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_8a4c6ecc-40cb-4b27-9227-1e497529a41e"},{"id":"occ_a004ca85045092cccc4974ae","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_8ab66dd4-2a95-4584-9458-059f4c48c3a4","section_id":"sec_421f495f-e2a9-49fa-830f-9eae80817b50","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"しかし2020年代後半のAIデータセンター時代になると、発電能力だけでは足りません。データセンターは、電力を「どこかで作る」だけではなく、実際にサーバーがある場所へ「届ける」必要があります。ここで再び、規制電力会社が持つ送電線、変電所、接続権、地域独占、料金回収制度の価値が高まります。","quote_start":0,"quote_end":143,"text_sha256":"7ffc4fde1c117d05c78c75395943a5e93859266b681497fac076eb5d4bf564d0","block_sha256":"7ffc4fde1c117d05c78c75395943a5e93859266b681497fac076eb5d4bf564d0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_8ab66dd4-2a95-4584-9458-059f4c48c3a4"},{"id":"occ_f3e3f11b73059869fcdfb9e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_8ecdc9f1-1c79-4fde-8189-efcbfdac2db8","section_id":"sec_a3cb34b2-aaf7-4615-b73d-283afccf9920","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"FPLはかなり素直に伸びています。規制電力会社として資本投資を増やし、それが利益成長につながっています。  \nNEERは売上も伸びていますが、エネルギー直接費の増加で擬似粗利の伸びは小さめです。ただし、調整後利益は14%超伸びており、再エネ・","quote_start":0,"quote_end":121,"text_sha256":"0700ff691a97ee4e31623afeb524406de0d943d9106784b8ed6e1fe251b7ff5e","block_sha256":"0700ff691a97ee4e31623afeb524406de0d943d9106784b8ed6e1fe251b7ff5e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_8ecdc9f1-1c79-4fde-8189-efcbfdac2db8"},{"id":"occ_26a33212fc5dd0693aa4a8bc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_908db14c-6bd9-4fd7-a6a6-6bb420f767e4","section_id":"sec_49fe3706-96b6-4f05-ad7b-e8a11fd4b9f8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"## \\2. 米国電力市場の歴史年表","quote_start":0,"quote_end":18,"text_sha256":"91c475c99df8abd2651e4550d5817fff267f90158a4b99e9089b0f7fc0565023","block_sha256":"91c475c99df8abd2651e4550d5817fff267f90158a4b99e9089b0f7fc0565023","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_908db14c-6bd9-4fd7-a6a6-6bb420f767e4"},{"id":"occ_54451f099ad4bfafbe79f041","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_92945900-560e-40f4-a591-8ff31a4574dd","section_id":"sec_391589bd-5a0f-449b-9136-8bc3166ea94e","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":90,"end":92,"exact":"電力","quote":"PS基準で約21.3倍、2030年EPS基準でも16〜18倍程度になります。これは、Dominion単体の規制電力会社としては安くありません。つまり買収価格76ドルは、単なる今期利益ではなく、**北バージニアのデータセンター電力供給権という希少性**に対して払う価格です。","quote_start":35,"quote_end":171,"text_sha256":"e4d5731eed2f69a90b2c4737595aea93f9c7992cbf8ace9120dfe169d8e6dd4f","block_sha256":"e4d5731eed2f69a90b2c4737595aea93f9c7992cbf8ace9120dfe169d8e6dd4f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_92945900-560e-40f4-a591-8ff31a4574dd"},{"id":"occ_4f390badcb4ea53a9da10e08","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_93bda56e-fdf5-4fbf-be8a-9d72626f5aad","section_id":"sec_fb6c9929-6298-432c-bb74-943397e07535","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":134,"end":136,"exact":"電力","quote":"などにも拡張しました。2017年には社名を **Dominion Energy** に変更し、現在はかなり規制電力寄りの会社へ再集中しています。([Wikipedia](https://en.wikipedia.org/wiki/Dominion_Energy?utm_source=chatgpt.com))","quote_start":79,"quote_end":234,"text_sha256":"b73823a14b1ba4e694de29710d80417436bbd9eb34625cefa7818097f24b635c","block_sha256":"b73823a14b1ba4e694de29710d80417436bbd9eb34625cefa7818097f24b635c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_93bda56e-fdf5-4fbf-be8a-9d72626f5aad"},{"id":"occ_524f6570e318f952314dfb5b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_9ccb2076-9839-4357-8929-193f61a33cec","section_id":"sec_bac98a00-d241-4974-9fa4-1b44a86fe1bd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電力","quote":"NextEraの営業収益はQ1 2026で67.01億ドル、前年同期は62.47億ドルでした。燃料・購入電力・インターチェンジ費用は13.29億ドル、前年同期は11.65億ドルです。営業利益は22.08億ドルで前年同期の22.56億ドルを下回りましたが、GAAP親会社帰属純利益は21.82億ドル、調整後利益","quote_start":0,"quote_end":154,"text_sha256":"70e80f6c9bb95cd2631731b9a7504bfbc744b6f16480978d781201521544983a","block_sha256":"70e80f6c9bb95cd2631731b9a7504bfbc744b6f16480978d781201521544983a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_9ccb2076-9839-4357-8929-193f61a33cec"},{"id":"occ_7d81a9c0a436c020b796641f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_9f5e3188-477e-4fa4-ab89-37448f74e01e","section_id":"sec_ec57cdc0-51f4-4010-8e23-f7bf8deaf84f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"Dominionのポイントは、北バージニアのデータセンター密集地に対する電力供給です。Reutersによれば、2026年3月時点でDominionのデータセンター契約容量は約51GWに達し、12月から2.5GW増加しました。Q1売上は50.2億ドル、調整後EPSは0.95ドル","quote_start":0,"quote_end":138,"text_sha256":"54ebba3b8a39c87842e41691edddee1cad2e676f4b7a6c6e34b9903549d4f71a","block_sha256":"54ebba3b8a39c87842e41691edddee1cad2e676f4b7a6c6e34b9903549d4f71a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_9f5e3188-477e-4fa4-ab89-37448f74e01e"},{"id":"occ_7c01adf845a4c9e561fa1690","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_a983db77-1d2d-4ccc-9ae1-9aef91d0e0ad","section_id":"sec_421f495f-e2a9-49fa-830f-9eae80817b50","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"今回の買収報道を、規制電力と自由電力の歴史の中に置くと、かなり意味が見えやすくなります。","quote_start":0,"quote_end":44,"text_sha256":"b87cc060edf9c431a2e25beffa1618b129818b76a22967df80be6542ddad0582","block_sha256":"b87cc060edf9c431a2e25beffa1618b129818b76a22967df80be6542ddad0582","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_a983db77-1d2d-4ccc-9ae1-9aef91d0e0ad"},{"id":"occ_c66bffe3c4be059212289781","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_ad250a07-269a-4ed5-8a68-2037fc2a621a","section_id":"sec_1208d8ae-6ba3-4b6a-aa78-48036673c2d4","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電源","quote":"Dominionの電源構成を見ると、過去は石炭が大きかったものの、現在は原子力と天然ガスが中心です。会社資料では、DEV、DESC、Contracted Energyの総所有発電ミックス、発電量ベース、購入電力・揚水・蓄電","quote_start":0,"quote_end":111,"text_sha256":"b4a11014a3134f5d07c0b46423bc1a05983174e342f48f6ac0850df53e0a92b2","block_sha256":"b4a11014a3134f5d07c0b46423bc1a05983174e342f48f6ac0850df53e0a92b2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_ad250a07-269a-4ed5-8a68-2037fc2a621a"},{"id":"occ_f61717f95cefe0cdaa2005d3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_ae3d504c-daf7-4d8c-8c7c-46b233d33ae0","section_id":"sec_676b7a4c-cce8-4e2b-8993-830d157dc66c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"## \\12. 規制電力と自由電力の比重","quote_start":0,"quote_end":20,"text_sha256":"7c112e0c11a7986cbe3f4307500f3204cce41b416b69f70de069e43d732e6a85","block_sha256":"7c112e0c11a7986cbe3f4307500f3204cce41b416b69f70de069e43d732e6a85","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_ae3d504c-daf7-4d8c-8c7c-46b233d33ae0"},{"id":"occ_f13f78c79e36e257a074c485","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_b1233f5a-2e46-4295-a993-e40c8c6cd3ec","section_id":"sec_8b9c28b9-8d62-4745-9229-4018852deb12","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":112,"end":114,"exact":"電力","quote":"し、誰が変電所を作り、誰が料金回収を認めるのか**がボトルネックになります。ここでDominionのような規制電力会社の希少性が再評価されます。","quote_start":57,"quote_end":129,"text_sha256":"e14476cb2a402f7e5c65cd0de2c6226438a0b2e69c63086fd0c4b7eb612532a9","block_sha256":"e14476cb2a402f7e5c65cd0de2c6226438a0b2e69c63086fd0c4b7eb612532a9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_b1233f5a-2e46-4295-a993-e40c8c6cd3ec"},{"id":"occ_c1b60cc4924ea200301d04e9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_b6dad587-9e3e-4b42-bd15-1fb25cb891a9","section_id":"sec_676b7a4c-cce8-4e2b-8993-830d157dc66c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"この2つが合わさると、AIデータセンター時代の「電力を届ける権利」と「電力を作る能力」が統合されます。","quote_start":0,"quote_end":51,"text_sha256":"6baff835ebf113981eaddd509f9ca41640154b97bea2e847a75667259727370f","block_sha256":"6baff835ebf113981eaddd509f9ca41640154b97bea2e847a75667259727370f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_b6dad587-9e3e-4b42-bd15-1fb25cb891a9"},{"id":"occ_357fdc6be3e34e3d604e1244","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_b81af6c3-3283-4ecb-8eac-9ea8e6318ce5","section_id":"sec_8b9c28b9-8d62-4745-9229-4018852deb12","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"## \\1. 規制電力と自由電力の基本的な違い","quote_start":0,"quote_end":23,"text_sha256":"e3cfa8d233b63740e155330d88ffb37121cbcf883f00aa2b699f888cbe8ed8eb","block_sha256":"e3cfa8d233b63740e155330d88ffb37121cbcf883f00aa2b699f888cbe8ed8eb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_b81af6c3-3283-4ecb-8eac-9ea8e6318ce5"},{"id":"occ_2df58d4906973c9141d57d17","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_bbdb2cc0-db9e-4472-abd5-d0f3e282fcfc","section_id":"sec_e24a8eb8-e527-4565-b1e9-b55ab2614a12","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"1つ目は **FPL、Florida Power & Light** です。FPLはフロリダの規制電力会社で、600万超の顧客口座、1200万人超へのサービス、35,963MWの純発電能力、約93,000サーキットマイルの送配電線、932の変電所を持ちます。([NextEra Energy Inves","quote_start":0,"quote_end":151,"text_sha256":"bdb0c0e2adaad2b9cbce8f3815aebeff080072f2e2ab5df9bfbebca71333bdac","block_sha256":"bdb0c0e2adaad2b9cbce8f3815aebeff080072f2e2ab5df9bfbebca71333bdac","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_bbdb2cc0-db9e-4472-abd5-d0f3e282fcfc"},{"id":"occ_52218efc193b11775e3551f0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_bc5f9226-a2d0-4706-9547-f66506fc788b","section_id":"sec_49fe3706-96b6-4f05-ad7b-e8a11fd4b9f8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"この流れを一言で言えば、米国電力市場は、  \n**垂直統合の地域独占 → 発電・小売の一部自由化 → AI時代の送電・規制資産再評価**  \nというサイクルを歩んできたと言えます。","quote_start":0,"quote_end":90,"text_sha256":"77144e8d9c9ab8ab102a80799ce8c4f89c03b33c0444af0635c450b6106c3fe3","block_sha256":"77144e8d9c9ab8ab102a80799ce8c4f89c03b33c0444af0635c450b6106c3fe3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_bc5f9226-a2d0-4706-9547-f66506fc788b"},{"id":"occ_cf73d6b97417f05d4a45c1fe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_c7c3017f-d074-4924-bcf4-093eed96466b","section_id":"sec_421f495f-e2a9-49fa-830f-9eae80817b50","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"だから、この買収は「再エネ企業が公益株を買う話」ではありません。  \nむしろ、米国電力市場の歴史が一周して、**自由化で強くなったNextEraが、AI時代に再び規制電力資産を取りに行く話**です。","quote_start":0,"quote_end":99,"text_sha256":"911e765cad3209da89fdfbcfb800858636cd413da374013ef1b5aa46cf08408b","block_sha256":"911e765cad3209da89fdfbcfb800858636cd413da374013ef1b5aa46cf08408b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_c7c3017f-d074-4924-bcf4-093eed96466b"},{"id":"occ_9e8577653be214dfd94ed67c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_c98595f3-cf9b-4cc3-ab99-0a251643acee","section_id":"sec_eaa8e9e0-19e8-454e-8294-2f41856e16e8","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"NextEraの歴史は、  \n**フロリダの規制電力会社 → FPL Group → 再エネ開発大手 → 規制電力＋再エネ＋蓄電＋ガス＋送電の総合電力インフラ企業**  \nという流れです。","quote_start":0,"quote_end":94,"text_sha256":"a89b2db5e71921d1317ec8898d72778e74e9a558af9c4dd9a135b1bf1c524fca","block_sha256":"a89b2db5e71921d1317ec8898d72778e74e9a558af9c4dd9a135b1bf1c524fca","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_c98595f3-cf9b-4cc3-ab99-0a251643acee"},{"id":"occ_a78fb611a9bbf400293f5ed6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_d3d0e4df-4fb5-405b-80fe-e73068488144","section_id":"sec_fb6c9929-6298-432c-bb74-943397e07535","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"つまりDominionの歴史は、  \n**路面電車・電灯会社 → 地域規制電力会社 → 総合エネルギー企業 → 規制電力への再集中**  \nという流れです。","quote_start":0,"quote_end":78,"text_sha256":"b41ec90c7f3de90076d66372923a7ff8094b71955af1af610ec9abacbef64d3b","block_sha256":"b41ec90c7f3de90076d66372923a7ff8094b71955af1af610ec9abacbef64d3b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_d3d0e4df-4fb5-405b-80fe-e73068488144"},{"id":"occ_85161d9fef6a62138cf745a3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_d59429cc-1e54-4862-b699-88febd7f1f55","section_id":"sec_ed3eb406-29d4-4585-9053-155855f89095","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電力","quote":"extEraは利益の質が比較的きれいに伸びている**一方、**Dominionは売上の伸びは強いが、燃料・購入電力コストの増加が重い**です。","quote_start":10,"quote_end":81,"text_sha256":"07eda98804f3eceb7ab421036cfd4fe9beb34f3215e36e42ec804c91ec6b5ae2","block_sha256":"07eda98804f3eceb7ab421036cfd4fe9beb34f3215e36e42ec804c91ec6b5ae2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_d59429cc-1e54-4862-b699-88febd7f1f55"},{"id":"occ_8e2f14b8ce0faf233acabe67","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_e8522c79-2ea0-4a50-a98b-12299fc1d715","section_id":"sec_d883a538-ac93-4e2b-8bdd-6a549f82dd97","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":55,"end":57,"exact":"電力","quote":"ここが買収論点の中心です。AIデータセンター企業にとっては、発電所そのものよりも、**いつ、どこで、どれだけの電力を接続できるか**が重要です。Dominionはこの接続権と送配電投資の中心にいます。","quote_start":0,"quote_end":100,"text_sha256":"728b0f4f2452cd619b1d0577b2128df79dd20b17fafc49062b599d420b0532d0","block_sha256":"728b0f4f2452cd619b1d0577b2128df79dd20b17fafc49062b599d420b0532d0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_e8522c79-2ea0-4a50-a98b-12299fc1d715"},{"id":"occ_6e2bc8fd19db7774f31a70dd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_efc07db1-0fb3-4650-a7ce-267fa7c9ace9","section_id":"sec_2207c9ae-a7cb-4dff-870b-ceeb1b19bf66","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"FPLは、フロリダの規制電力会社として、天然ガスを主軸にしながら太陽光と蓄電を急速に増やしている会社です。Dominionと比べると、原子力比率は低く、太陽光比率が高い一方、天然ガス依存も大きいです。","quote_start":0,"quote_end":100,"text_sha256":"ba5c29941e464b414db38c4acf7e068231ba7f0c4f2c3073a7855400872e295b","block_sha256":"ba5c29941e464b414db38c4acf7e068231ba7f0c4f2c3073a7855400872e295b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_efc07db1-0fb3-4650-a7ce-267fa7c9ace9"},{"id":"occ_45f526faa7d478fabcac5624","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_efee2c27-8a75-4684-8bd0-0a2e80ca4510","section_id":"sec_d883a538-ac93-4e2b-8bdd-6a549f82dd97","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":85,"end":87,"exact":"電力","quote":"M内の北バージニア・データセンター地帯に接続できること**です。Reutersは、Dominionのバージニア電力会社が世界最大級のデータセンター集積地にサービスを提供していると報じています。([Reuters](https://www.reuters.com/business/energy/dominion-b","quote_start":30,"quote_end":187,"text_sha256":"7404def5dd49e1724ac70079ebbe9a95f495ee78809dc0303d4e9f7547bf39ed","block_sha256":"7404def5dd49e1724ac70079ebbe9a95f495ee78809dc0303d4e9f7547bf39ed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e/#blk_efee2c27-8a75-4684-8bd0-0a2e80ca4510"},{"id":"occ_2d1f3bc922c49be5d464a37c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_492b3784-61d6-42d8-89f4-cc60f4e9fd8e","work_id":"wrk_25b053bb-cf49-4855-9412-4968dbcf54d5","block_id":"blk_f91da192-8582-4374-bc9d-e6d093872d90","section_id":"sec_8b9c28b9-8d62-4745-9229-4018852deb12","layer":"body","character_id":null,"coun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Flashは、不揮発性メモリである。  \n電源を切ってもデータを保持できる。","quote_start":0,"quote_end":43,"text_sha256":"a007ad3022d2b966b35f6a2890031880861917bad43583083eb9b7441000b00b","block_sha256":"a007ad3022d2b966b35f6a2890031880861917bad43583083eb9b7441000b00b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_0153b490-998b-4dd8-89db-ca85c431031b"},{"id":"occ_8b924a319f5acf410a61bcc4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_17f05bd7-2efd-4d6a-b81a-b44e25ba11c6","section_id":"sec_5a553eff-e018-4fbd-b9c4-a96e94324cad","layer":"body","character_id":null,"count":3,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電源","quote":"役割は、GPUやCPUが一瞬で大電流を要求したとき、電源電圧の揺れを抑えること。Murataは低ESL MLCCを高速動作機器の電源デカップリングに適した部品として説明しており、薄型低ESL品はプロセッサパッケージ裏面に実装して電源ラインのインピーダンス低","quote_start":0,"quote_end":128,"text_sha256":"05f0191161725fa98014e458302b6e532e3cf5fee64b1b2a567ffd8f5890e7ae","block_sha256":"05f0191161725fa98014e458302b6e532e3cf5fee64b1b2a567ffd8f5890e7ae","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_17f05bd7-2efd-4d6a-b81a-b44e25ba11c6"},{"id":"occ_1dae21211a207f635b4ccecb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_1c0db853-c5b8-41ee-bccf-80df6d602d94","section_id":"sec_b096ef5b-f66e-4fc5-9e83-e096ae58fc36","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":59,"end":63,"exact":"消費電力","quote":"、**電気I/Oの限界**である。  \nGPU同士、スイッチ同士、ラック同士を電気でつなぐと、距離が伸びるほど消費電力、損失、リタイマ、ケーブル重量、信号品質が問題になる。","quote_start":4,"quote_end":90,"text_sha256":"2172337f912963b089ee38cf09a650bfe23483460c435758a82001f660607791","block_sha256":"2172337f912963b089ee38cf09a650bfe23483460c435758a82001f660607791","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_1c0db853-c5b8-41ee-bccf-80df6d602d94"},{"id":"occ_69ceb9955ad71b55331473eb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_380c42fd-1b2f-42c7-a5d0-578ca932aa23","section_id":"sec_82d3bdd8-e980-4c27-93e9-6a58227feb77","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":130,"end":134,"exact":"消費電力","quote":"ーキテクチャ向けに、より高いIOPS、512バイト単位の細粒度アクセス、従来TLC SSDより低いI/Oあたり消費電力を狙うと説明されている。([HPCwire](https://www.hpcwire.com/off-the-wire/kioxia-announces-new-ssd-model-optimized","quote_start":75,"quote_end":234,"text_sha256":"9802aecc1d0162f9a1882f2362b5ef86827c0b218f86e78a9872904dd910fa42","block_sha256":"9802aecc1d0162f9a1882f2362b5ef86827c0b218f86e78a9872904dd910fa42","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_380c42fd-1b2f-42c7-a5d0-578ca932aa23"},{"id":"occ_ac4b9072b3607272707938d8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_3a139b20-2021-4e6e-8728-a714b64f2889","section_id":"sec_8ab76917-d81d-4ff7-9055-f4d59cd6e5e2","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"```\nGPUがHBF/XL-FLASHへアクセスしたい\n↓\n容量はある\n↓\nしかし電気配線だと距離・電力・帯域が厳しい\n↓\n光I/Oでメモリプール/ストレージプールへ接続する\n```","quote_start":0,"quote_end":92,"text_sha256":"8d3869fbc3fc2aa4de8f94b365bdee83c3ce88919ef33e0f6676e69bcd00be79","block_sha256":"8d3869fbc3fc2aa4de8f94b365bdee83c3ce88919ef33e0f6676e69bcd00be79","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_3a139b20-2021-4e6e-8728-a714b64f2889"},{"id":"occ_c7b27f869cb027a48740c299","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_45a1edf6-89bf-4705-8c5f-7cbbc9211afc","section_id":"sec_98e0b423-8842-48d2-81f7-35b75e03eaea","layer":"code","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":24,"end":28,"exact":"消費電力","quote":"```\nASICから光変換点まで電気配線が長い\n消費電力が増える\n高帯域化で実装密度が厳しい\nDSP/リタイマ負担が重い\n```","quote_start":0,"quote_end":64,"text_sha256":"620e5682a387b7dfab1e36659b4297f9b357c1d8ed2f211cf050b2a0d08cbcb0","block_sha256":"620e5682a387b7dfab1e36659b4297f9b357c1d8ed2f211cf050b2a0d08cbcb0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_45a1edf6-89bf-4705-8c5f-7cbbc9211afc"},{"id":"occ_cd8d55a2882d5cae2345bd6f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_4d62d01d-17c9-4774-ad81-f7d6acae3fc6","section_id":"sec_b096ef5b-f66e-4fc5-9e83-e096ae58fc36","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電源","quote":"```\nGPU / AI ASIC\n＋ HBM\n＋ シリコンインターポーザ\n＋ ABF基板\n＋ 電源・冷却・テスト\n```","quote_start":0,"quote_end":61,"text_sha256":"6c6fc48db796f08e27fb4e29a4133e757560b31aee070c56b773a3c6c1ecb205","block_sha256":"6c6fc48db796f08e27fb4e29a4133e757560b31aee070c56b773a3c6c1ecb205","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_4d62d01d-17c9-4774-ad81-f7d6acae3fc6"},{"id":"occ_6a012afe18761242d255c2dd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_520c16b7-cfcf-4c93-a76b-ac21b14289c6","section_id":"sec_26ac09ba-9d61-4648-a5a4-dcfe0669c2ed","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":94,"end":96,"exact":"電源","quote":"抵抗、遅延、電圧降下、熱、クロストークが悪ければ性能は出ない。AIチップでは、演算器の数だけでなく、配線設計と電源分配網が極めて重要になる。","quote_start":39,"quote_end":109,"text_sha256":"70f643a8ba62e499770ad4df2386722f429c118085fc52920faefd536f9c5235","block_sha256":"70f643a8ba62e499770ad4df2386722f429c118085fc52920faefd536f9c5235","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_520c16b7-cfcf-4c93-a76b-ac21b14289c6"},{"id":"occ_36d3e3ce6122220e96e7d1f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_649c409f-813e-41ff-8777-509ca21a1281","section_id":"sec_26ac09ba-9d61-4648-a5a4-dcfe0669c2ed","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電源","quote":"```\n太い上層配線：電源・クロック・長距離信号\n中間配線：ブロック間接続\n細い下層配線：セル内・近距離接続\nトランジスタ\n```","quote_start":0,"quote_end":65,"text_sha256":"69f8e09801f659ebb521231e37987f7744e20e69796387f87e289825b38ddd79","block_sha256":"69f8e09801f659ebb521231e37987f7744e20e69796387f87e289825b38ddd79","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_649c409f-813e-41ff-8777-509ca21a1281"},{"id":"occ_fd46bc39de7b9d2ecd246b47","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_65adfefb-308a-449c-942f-3e32c42f7950","section_id":"sec_37c8d7ab-72e9-4b9c-bdce-62127c095205","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":61,"end":63,"exact":"電力","quote":"は、CPOスイッチについて、プラガブルトランシーバを同一パッケージ上のシリコンフォトニクスに置き換えることで、電力効率や信頼性を改善すると説明している。([Ayar Labs](https://ayarlabs.com/news/ayar-labs-unveils-worlds-first-ucie-optica","quote_start":6,"quote_end":163,"text_sha256":"dab8114e87b0b4a81bace642ff841d50d4390b73c907831d84159f8e5edecb4e","block_sha256":"dab8114e87b0b4a81bace642ff841d50d4390b73c907831d84159f8e5edecb4e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_65adfefb-308a-449c-942f-3e32c42f7950"},{"id":"occ_7a42935e4525d3ec68afac77","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_6b58cfb4-2824-477f-8472-c4cb94fe6a76","section_id":"sec_fb43b0fc-7bca-4997-b268-c08e190841d2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":138,"end":140,"exact":"電源","quote":"UやサーバーCPU、AI ASICは、**トランジスタ層、金属配線層、接合層、インターポーザ層、ABF基板層、電源安定化層、冷却層、テスト層**が重なった巨大な工学システムである。","quote_start":83,"quote_end":173,"text_sha256":"2150c11b203e0fe0a2c31e64f333e069c80c78e76540f549e38f7dbd5341f3ba","block_sha256":"2150c11b203e0fe0a2c31e64f333e069c80c78e76540f549e38f7dbd5341f3ba","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_6b58cfb4-2824-477f-8472-c4cb94fe6a76"},{"id":"occ_64637906f675deca96407ca1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_8866f3aa-b92f-4a5c-aa98-7135df8721e3","section_id":"sec_fb43b0fc-7bca-4997-b268-c08e190841d2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電源","quote":"つまり半導体は、もはや「チップ」ではなく、**材料・配線・記憶・電源・熱・検査を統合した計算構造物**として見るべき時代に入っている。","quote_start":0,"quote_end":67,"text_sha256":"4ee62951640ff5ba6dc4f19c2fc57275ef76f0898ef1b9e9bc3a5d93d284b7f8","block_sha256":"4ee62951640ff5ba6dc4f19c2fc57275ef76f0898ef1b9e9bc3a5d93d284b7f8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_8866f3aa-b92f-4a5c-aa98-7135df8721e3"},{"id":"occ_f95bbed77ec79ec3698c5a61","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_895a3a77-65fa-4c19-91a3-ad2c9f749579","section_id":"sec_b5daad13-a986-488f-83ca-86ca6484a80f","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":10,"end":14,"exact":"消費電力","quote":"EICは、光I/Oの消費電力、遅延、信号品質を決める非常に重要な層である。  \n光I/Oが低pJ/bitを達成できるかどうかは、PICだけでなくEICの設計に大きく依存する。","quote_start":0,"quote_end":87,"text_sha256":"853332a4426b014387433aa4fe8c46a2aa31887be8696ac2bef1258efcda1811","block_sha256":"853332a4426b014387433aa4fe8c46a2aa31887be8696ac2bef1258efcda1811","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_895a3a77-65fa-4c19-91a3-ad2c9f749579"},{"id":"occ_15c406dc32def8c677a6ce41","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_acb73e15-8ca5-4fb9-86e8-ddb11d3c6fdc","section_id":"sec_9dd8cd28-26e8-4757-814f-cc7bd673fc71","layer":"code","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":142,"end":146,"exact":"消費電力","quote":"H / AI SSD\n\nラック全体で記憶と演算をつなぐ\n→ CPO / 光I/O / COUPE\n\nこれらを低消費電力・低遅延で結ぶ\n→ PIC / EIC / UCIe / 光ファイバー\n```","quote_start":87,"quote_end":185,"text_sha256":"0bdc24ed17fa46d4f492d9a312aa9c35775338146893498eac52830cd6935b2a","block_sha256":"0bdc24ed17fa46d4f492d9a312aa9c35775338146893498eac52830cd6935b2a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_acb73e15-8ca5-4fb9-86e8-ddb11d3c6fdc"},{"id":"occ_5174715fac91d00591816478","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_b76143ab-e716-41da-99c3-ea213664b42c","section_id":"sec_d5629fe8-cd20-4e63-8fba-79e8d1424ab2","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電源","quote":"```\n良いトランジスタ\n＋ 良い配線\n＋ 良いHBM\n＋ 良いインターポーザ\n＋ 良いABF基板\n＋ 良い電源安定化\n＋ 良い冷却\n＋ 良いテスト\nを統合できるサプライチェーンが強い\n```","quote_start":0,"quote_end":96,"text_sha256":"c742ca895eab1545872906f15ff64af7a2ca2d6e00ff43f2d209ea68f3fa5558","block_sha256":"c742ca895eab1545872906f15ff64af7a2ca2d6e00ff43f2d209ea68f3fa5558","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_b76143ab-e716-41da-99c3-ea213664b42c"},{"id":"occ_c5efc79f2985746da056a94d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_c00c55c2-92ee-4691-9a5d-5558dc03d2c4","section_id":"sec_2769c995-b6a1-4e12-aeae-007d98194234","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":70,"end":72,"exact":"電源","quote":"「トランジスタを作る産業」ではないことが分かる。  \nトランジスタを作り、配線し、メモリとつなぎ、基板に載せ、電源を安定させ、熱を逃がし、最後に検査する。これらすべてが成立して初めて、AI GPUやCPUは動く。","quote_start":15,"quote_end":121,"text_sha256":"a4d99e12ccf1f4c4b042b63409d15b5bfb817fc5122b243418ee3fe31d785d05","block_sha256":"a4d99e12ccf1f4c4b042b63409d15b5bfb817fc5122b243418ee3fe31d785d05","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_c00c55c2-92ee-4691-9a5d-5558dc03d2c4"},{"id":"occ_0cc7db06ca535408076bd9b7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_c47373f4-299f-43fa-b176-8f1a9b0fb0fc","section_id":"sec_c44de584-c98f-40d0-ad3c-047d8f554403","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電源","quote":"、シリコンウェハ上にトランジスタと配線を作る。  \n後工程は、そのチップを切り出し、つなぎ、守り、基板に載せ、電源を安定させ、冷却し、検査する。","quote_start":4,"quote_end":76,"text_sha256":"802faa59388081e6ebc5b2fe2b37220a1d46ca409d581ffe555d632e1e2a724f","block_sha256":"802faa59388081e6ebc5b2fe2b37220a1d46ca409d581ffe555d632e1e2a724f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_c47373f4-299f-43fa-b176-8f1a9b0fb0fc"},{"id":"occ_386c57a9dd8185017903b841","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_cc8d32ec-ec9c-4412-8ba3-c905070421da","section_id":"sec_2769c995-b6a1-4e12-aeae-007d98194234","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":245,"end":247,"exact":"電源","quote":"\nABF / FC-BGAパッケージ基板\n────────────────────\nMLCC / VRM / 電源安定化部品\n────────────────────\nマザーボード / 高速PCB\n────────────────────\nサーバー / ラック / システム\n```","quote_start":190,"quote_end":331,"text_sha256":"2e2fa5628aec1ff04858f04670cf80af0017b14a0e1eac4f02b27a3edc13ed2e","block_sha256":"2e2fa5628aec1ff04858f04670cf80af0017b14a0e1eac4f02b27a3edc13ed2e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_cc8d32ec-ec9c-4412-8ba3-c905070421da"},{"id":"occ_1820770c88a0922464afa174","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_eafbb6ae-0516-4e9d-99c0-36650171e052","section_id":"sec_d8c3fb19-0992-4ebb-a4ba-317e2653833d","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電力","quote":"-FLASH\n= GPUの近くに巨大な記憶を置く\n\nCPO / COUPE\n= GPUクラスタと記憶プールを低電力でつなぐ\n```","quote_start":12,"quote_end":77,"text_sha256":"bce48d6488f3186532e7a8a9b4a7a697d4c7af55c9f924d7aa814d929ad757c6","block_sha256":"bce48d6488f3186532e7a8a9b4a7a697d4c7af55c9f924d7aa814d929ad757c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_eafbb6ae-0516-4e9d-99c0-36650171e052"},{"id":"occ_31a1ce136efcd64df4680352","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955","work_id":"wrk_cb25df93-468d-4abf-9350-ba1bcf0d3b49","block_id":"blk_fdbce940-5ec9-4c1f-9fe0-baee5ff96a0c","section_id":"sec_5a553eff-e018-4fbd-b9c4-a96e94324cad","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電源","quote":"## 5-3. MLCC：電源の瞬間バッファ","quote_start":0,"quote_end":22,"text_sha256":"7597ff7af22e9e70d68e3352bde3835d82f437d3ee3096564a98fc8f75f7322b","block_sha256":"7597ff7af22e9e70d68e3352bde3835d82f437d3ee3096564a98fc8f75f7322b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_49a8bdbd-8ee8-4c28-8af4-da1787c47955/#blk_fdbce940-5ec9-4c1f-9fe0-baee5ff96a0c"},{"id":"occ_d9680b402389ee8839243b8e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4ca9ee61-40e0-44b0-b0b2-ae6a2fe89483","work_id":"wrk_976cd62b-5542-434e-93ff-2b5d69c5b754","block_id":"blk_6002b53d-4632-4c3b-a1d8-b7e188f64f31","section_id":"sec_c79900df-6b03-472a-a79a-a114ac9f3f72","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"利点は明快です。AI時代は、モデルそのものだけでなく、GPU、HBM、先端ロジック、クラウド、データセンター、電力、冷却、送配電といった**ボトルネックを握る層**に利益が集まりやすいからです。OpenAIとSoftBankはSB Energyに各5億ドル、合計10億ドルを投じて1.2GW級のデータセンター電力イ","quote_start":7,"quote_end":164,"text_sha256":"5125f0098c56efeb4ddca8e1d72a5babbcd99e6728bc2022fcfdf480618f08c0","block_sha256":"5125f0098c56efeb4ddca8e1d72a5babbcd99e6728bc2022fcfdf480618f08c0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4ca9ee61-40e0-44b0-b0b2-ae6a2fe89483/#blk_6002b53d-4632-4c3b-a1d8-b7e188f64f31"},{"id":"occ_f1e6372a8c3a34a5425ef358","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4ca9ee61-40e0-44b0-b0b2-ae6a2fe89483","work_id":"wrk_976cd62b-5542-434e-93ff-2b5d69c5b754","block_id":"blk_77236d1c-725f-431c-81a3-7294c03f2894","section_id":"sec_c79900df-6b03-472a-a79a-a114ac9f3f72","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":68,"end":70,"exact":"電力","quote":"退局面で残すべきは、**外部資金で膨らむAI周辺株ではなく、自己資金で回る巨大テック、契約型キャッシュフローの電力・送配電・公益、そしてボトルネックを握る供給者**です。つまり、全部をAIから逃がすのではなく、**AIの中で“信用を必要とする側”から“信用を生む側”へ寄せる**のがポイントです。巨大テックでも、顧","quote_start":13,"quote_end":170,"text_sha256":"4b7cd13f5c6135bed91d418bc2b48b11c6451cbcd1200466e3b0f8b3bfd50fed","block_sha256":"4b7cd13f5c6135bed91d418bc2b48b11c6451cbcd1200466e3b0f8b3bfd50fed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4ca9ee61-40e0-44b0-b0b2-ae6a2fe89483/#blk_77236d1c-725f-431c-81a3-7294c03f2894"},{"id":"occ_149634162b2f024d02ec8579","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4ca9ee61-40e0-44b0-b0b2-ae6a2fe89483","work_id":"wrk_976cd62b-5542-434e-93ff-2b5d69c5b754","block_id":"blk_f1a679e7-27dd-4a3b-b0ca-a8b2d5cbbcc8","section_id":"sec_c79900df-6b03-472a-a79a-a114ac9f3f72","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":124,"end":126,"exact":"電力","quote":"、ポジションの10〜20%を短期ドルへ逃がす。退避段階では、AIインフラ比率を大きく落とし、**短期ドル、金、電力・公益・送配電株**へ分散する。理由は明快で、短期ドルは利回りがまだ高く待機資金として機能し、金は制度不信と通貨価値不安への保険、電力・送配電株はAI投資そのものの二次受益だからです。実際、S&P50","quote_start":69,"quote_end":226,"text_sha256":"6f7880dca51b88e8b63186d19c8120c932cadef9494f7512b03efff70917770b","block_sha256":"6f7880dca51b88e8b63186d19c8120c932cadef9494f7512b03efff70917770b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4ca9ee61-40e0-44b0-b0b2-ae6a2fe89483/#blk_f1a679e7-27dd-4a3b-b0ca-a8b2d5cbbcc8"},{"id":"occ_461a5e6576e60c67048996f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_4eb110b8-6300-4d37-befb-7de1200dd0be","work_id":"wrk_34d11714-0800-4643-88ea-3e7aabfd2897","block_id":"blk_9114125c-3ae0-4835-bed4-5ebcd10be626","section_id":"sec_754e017b-fb31-47a9-b9a9-cfe3371063f7","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":472,"end":474,"exact":"電力","quote":"大9,216TPUを接続する事が可能  \n  \nこれによりTomahawkなどのスイッチ抜きになるためコストと電力を大幅に削減でき、それを計算に回す事が出来る  \n  \npodでガッチリ組めば電力辺りの性能では効率がよくGB200のラック圧倒的な性能を出すが、それは所詮ラック単位の話で、それ以上のleafやspi","quote_start":417,"quote_end":574,"text_sha256":"4b8be0103175db992da333544b01965480dad74179622ffefaba2ace758c47f7","block_sha256":"4b8be0103175db992da333544b01965480dad74179622ffefaba2ace758c47f7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_4eb110b8-6300-4d37-befb-7de1200dd0be/#blk_9114125c-3ae0-4835-bed4-5ebcd10be626"},{"id":"occ_4e64f3f6e44c994758539fa5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_513457e5-9067-4419-bce8-bb6dfe3e66c5","work_id":"wrk_0b56d32a-d32d-4b74-82d1-14128c2e931f","block_id":"blk_3a8bc1df-b93d-4076-b113-c16744d30215","section_id":"sec_b06184ed-1027-4365-9f91-76da9e8254bc","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":79,"end":81,"exact":"電源","quote":"しているからです。AI GPUやAI ASICは、GPUダイだけでなく、複数のHBM、RDL、インターポーザ、電源配線を一つのパッケージにまとめます。パッケージが四角く巨大になるほど、丸いウェハから切り出すより、四角いパネルから作る方が面積効率が良くなる可能性があります。","quote_start":24,"quote_end":160,"text_sha256":"141982fec46bec037731746f848c66231ba88dcbfbe494457695e008801a8d18","block_sha256":"141982fec46bec037731746f848c66231ba88dcbfbe494457695e008801a8d18","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_513457e5-9067-4419-bce8-bb6dfe3e66c5/#blk_3a8bc1df-b93d-4076-b113-c16744d30215"},{"id":"occ_bc88daf3302b70fb6e9c71d6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_513457e5-9067-4419-bce8-bb6dfe3e66c5","work_id":"wrk_0b56d32a-d32d-4b74-82d1-14128c2e931f","block_id":"blk_73e52f48-bfcc-4c0d-93bb-54b3a4d7b9b9","section_id":"sec_f39a4477-e742-4178-9221-9b1bbf65afbb","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電源","quote":"これは、ガラスコア基板が単なる「反り対策」ではなく、AIチップの電源品質・動作安定性・性能余地に直結する部材であることを示しています。","quote_start":0,"quote_end":67,"text_sha256":"899fb606815fae99c9022e7fe71520a2b2fbdede44b337ba735e896bcf3dc28c","block_sha256":"899fb606815fae99c9022e7fe71520a2b2fbdede44b337ba735e896bcf3dc28c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_513457e5-9067-4419-bce8-bb6dfe3e66c5/#blk_73e52f48-bfcc-4c0d-93bb-54b3a4d7b9b9"},{"id":"occ_ea353d5cfc3ac3c8eb672e7a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_513457e5-9067-4419-bce8-bb6dfe3e66c5","work_id":"wrk_0b56d32a-d32d-4b74-82d1-14128c2e931f","block_id":"blk_a5c88f7a-624b-43a0-9aa1-91affafec191","section_id":"sec_1d9b902c-75d7-4448-bbe3-73461573b9d5","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":75,"end":77,"exact":"電源","quote":"は競合というより共存します。AIパッケージが大型化するほど、ABFはより高性能・高単価化し、ガラスコアは反り、電源品質、熱膨張差を抑える高付加価値部材になります。","quote_start":20,"quote_end":101,"text_sha256":"1b7da492cedcc5ce9ef49df4971783abcfa2c13b4702043ebbd8c735b2482e65","block_sha256":"1b7da492cedcc5ce9ef49df4971783abcfa2c13b4702043ebbd8c735b2482e65","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_513457e5-9067-4419-bce8-bb6dfe3e66c5/#blk_a5c88f7a-624b-43a0-9aa1-91affafec191"},{"id":"occ_2d4a67f90016cb00b4d77c9e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_513457e5-9067-4419-bce8-bb6dfe3e66c5","work_id":"wrk_0b56d32a-d32d-4b74-82d1-14128c2e931f","block_id":"blk_be40bcd4-be3d-4c6a-b64d-b7203f6fd1ca","section_id":"sec_f39a4477-e742-4178-9221-9b1bbf65afbb","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電源","quote":"試験では、ガラス基板により、反り・平坦性関連指標が16%改善、実効CTEが19%低下、実効弾性率が31%向上、電源抵抗が27%低下、インダクタンスが42%低下したと報じられています。","quote_start":2,"quote_end":93,"text_sha256":"da67fe3aed1344d2c5e3ffab2ac77c0cd5af0bfadc7bc17f782af5e7fb4cf002","block_sha256":"da67fe3aed1344d2c5e3ffab2ac77c0cd5af0bfadc7bc17f782af5e7fb4cf002","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_513457e5-9067-4419-bce8-bb6dfe3e66c5/#blk_be40bcd4-be3d-4c6a-b64d-b7203f6fd1ca"},{"id":"occ_a90e695e754cee69fcb70420","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_513457e5-9067-4419-bce8-bb6dfe3e66c5","work_id":"wrk_0b56d32a-d32d-4b74-82d1-14128c2e931f","block_id":"blk_f128bff6-e9fc-40b3-8308-6cb295a30de9","section_id":"sec_f39a4477-e742-4178-9221-9b1bbf65afbb","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":76,"end":78,"exact":"電源","quote":"E、熱膨張率をシリコンに近づける**\n3. **剛性を高め、大型パッケージを支える**\n4. **TGVにより電源品質、Power Integrityを改善する**","quote_start":21,"quote_end":103,"text_sha256":"534cd83d175167187ff5cb35495c833973804f598f0166dc715e7a7d49fb29f3","block_sha256":"534cd83d175167187ff5cb35495c833973804f598f0166dc715e7a7d49fb29f3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_513457e5-9067-4419-bce8-bb6dfe3e66c5/#blk_f128bff6-e9fc-40b3-8308-6cb295a30de9"},{"id":"occ_0e45ab206b202d75a22fb121","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_513457e5-9067-4419-bce8-bb6dfe3e66c5","work_id":"wrk_0b56d32a-d32d-4b74-82d1-14128c2e931f","block_id":"blk_f57f2cce-9706-41b7-9bfa-a11a0b41db05","section_id":"sec_32e7bb09-8717-42db-bc93-5b33877a7561","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電源","quote":" 指標 | 単位 | 重要性 |\n| TGV径 | µm | 微細化能力 |\n| TGVピッチ | µm | 電源・信号密度 |\n| TGV数 | 個/基板、個/パネル | 歩留まりに直撃 |\n| per-via歩留まり | % | 1ビアあたり良品率 |\n| パネル歩留まり | % | 実際に売れる良品数 |\n","quote_start":5,"quote_end":162,"text_sha256":"2f39a2b9c5f52a37a88f545265cd4b5ef029c49e67d248294cafbee441efafd1","block_sha256":"2f39a2b9c5f52a37a88f545265cd4b5ef029c49e67d248294cafbee441efafd1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_513457e5-9067-4419-bce8-bb6dfe3e66c5/#blk_f57f2cce-9706-41b7-9bfa-a11a0b41db05"},{"id":"occ_fbc832b86b4c24a315950964","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_513457e5-9067-4419-bce8-bb6dfe3e66c5","work_id":"wrk_0b56d32a-d32d-4b74-82d1-14128c2e931f","block_id":"blk_f792aa4d-5642-42b9-8ae3-b94f39981ed3","section_id":"sec_1d9b902c-75d7-4448-bbe3-73461573b9d5","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":102,"end":104,"exact":"電源","quote":"のBlackwell、Rubin、Rubin Ultra、そして将来のAI ASICでは、GPUダイ、HBM、電源、SerDes、インターポーザ、基板、熱設計、テスト工程までを一体で見なければ、性能も歩留まりも成立しません。","quote_start":47,"quote_end":159,"text_sha256":"01d6cfb86e1c2069caf245bd7a40c0fc16bfcd99000f84c027f40a398596a54b","block_sha256":"01d6cfb86e1c2069caf245bd7a40c0fc16bfcd99000f84c027f40a398596a54b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_513457e5-9067-4419-bce8-bb6dfe3e66c5/#blk_f792aa4d-5642-42b9-8ae3-b94f39981ed3"},{"id":"occ_88886a978ac4ba14aaf1a230","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_26817319-cd00-4467-9c98-624db3cee8bb","section_id":"sec_92b0c0d1-86fd-438c-a571-70bfbdb3a185","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電源","quote":"- **包括的な製品群**：同社の事業は、クリティカルパワー（無停電電源装置（UPS）、DC電源）、サーマルマネジメント（冷却）、ラック＆エンクロージャー、監視＆管理ソフトウェアという主要な製品カテゴリーで構成されています 。これらはデータセンターの生命維持システムそのも","quote_start":0,"quote_end":136,"text_sha256":"dea3b2f05524714426631bd15b28310da05dbece9fe2aee4027fa2b9371dd5e4","block_sha256":"dea3b2f05524714426631bd15b28310da05dbece9fe2aee4027fa2b9371dd5e4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_26817319-cd00-4467-9c98-624db3cee8bb"},{"id":"occ_6cac5a340e42412fa6844da3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_38e5ce5d-fdd1-41d0-895f-799594c96945","section_id":"sec_0aa5900d-996e-4958-95b5-6be5e3873c0b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":182,"end":184,"exact":"電力","quote":"。その後、1983年にはProgrammed Power Corporationを買収してUPS事業に参入し、電力と冷却の両方を手掛ける統合ポートフォリオの基礎を築きました 。","quote_start":127,"quote_end":215,"text_sha256":"3d907dae3ac65445dced3059e3da77161cd2f88aed2942816aad9d998f9f6b9d","block_sha256":"3d907dae3ac65445dced3059e3da77161cd2f88aed2942816aad9d998f9f6b9d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_38e5ce5d-fdd1-41d0-895f-799594c96945"},{"id":"occ_546ef1d010544408f0e98262","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_438bb1f7-fd0c-4f7b-ac5f-ef7a1b0095c4","section_id":"sec_f262ad7e-cf8f-47a5-9566-a730004de04c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":122,"end":124,"exact":"電源","quote":"M&Aの成功**：Great Lakes社のような買収を成功させ、ポートフォリオを強化すること。\n- **新規電源ソリューションの展開**：Oklo社との協業のような、未来のデータセンターの電力需要に応える革新的な取り組み **29**。","quote_start":67,"quote_end":186,"text_sha256":"8f41ab6b9911c60939f1b8f943f2529485a06e3bd5a9268fac6a160f47f46b09","block_sha256":"8f41ab6b9911c60939f1b8f943f2529485a06e3bd5a9268fac6a160f47f46b09","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_438bb1f7-fd0c-4f7b-ac5f-ef7a1b0095c4"},{"id":"occ_783e47a0bbc13f65aeb256ca","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_553c7ae1-2a51-465b-88a3-9d8e5cf624f2","section_id":"sec_2c34f855-9a85-4f52-8d1f-b1e375d199fd","layer":"body","character_id":null,"count":3,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電力","quote":"らす課題**：NVIDIAやIntelといったパートナーが開発する最新のAIアクセラレータ（GPU）は、熱設計電力（TDP）が1,000Wを超え、2,000Wに迫るものも登場しています。これにより、ラックあたりの消費電力と発熱量は100kW以上に達し 、従来の空冷システムでは対応が不可能になっています。\n- **","quote_start":9,"quote_end":166,"text_sha256":"d9e9400e1a61a6657cc5c374436cb4a5bfb08087c47d1cdaf8d96cbe7f24be89","block_sha256":"d9e9400e1a61a6657cc5c374436cb4a5bfb08087c47d1cdaf8d96cbe7f24be89","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_553c7ae1-2a51-465b-88a3-9d8e5cf624f2"},{"id":"occ_9e23634a568013b673472d9f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_67dcc56c-a48a-4a7e-9a0b-e2f0a27eaf0d","section_id":"sec_92b0c0d1-86fd-438c-a571-70bfbdb3a185","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"Vertivの強みは、データセンターの「グリッド（電力網）からチップ（半導体）まで」をカバーする、エンドツーエンドのソリューション提供能力にあります。","quote_start":0,"quote_end":75,"text_sha256":"4ed37d4df38e1ccce990488d21df091b45e15db0b207a7ce366b3482071cc5d7","block_sha256":"4ed37d4df38e1ccce990488d21df091b45e15db0b207a7ce366b3482071cc5d7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_67dcc56c-a48a-4a7e-9a0b-e2f0a27eaf0d"},{"id":"occ_8af9c667e1b36a0289cd375b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_7e11e9bd-95b1-4c29-8c53-663e9895cfe5","section_id":"sec_d0d7e26f-2baf-4a11-9d84-5924ad108ea4","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電源","quote":"AIインフラを支えるVertivの進化：急成長の秘訣と液冷・未来電源戦略","quote_start":0,"quote_end":36,"text_sha256":"3cb5c5da3649a048e50ab51b411eb1787d11d1bcbd6f6972ae7ab9c97ca67429","block_sha256":"3cb5c5da3649a048e50ab51b411eb1787d11d1bcbd6f6972ae7ab9c97ca67429","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_7e11e9bd-95b1-4c29-8c53-663e9895cfe5"},{"id":"occ_20d6ff36fbffe6dea3516c7e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_8eb6286c-5a63-4248-89de-4c53bc80a761","section_id":"sec_ec6fce97-8033-40e9-a40f-022e174a2981","layer":"body","character_id":null,"count":4,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":68,"end":70,"exact":"電源","quote":"r Electric (シュナイダーエレクトリック)**\n   \n   - **競合分野:** UPS（無停電電源装置）、PDU（電源タップ）、冷却装置（空冷・水冷）、ラック、DCIM（データセンターインフラ管理）ソフトウェアなど、Vertivの製品ポートフォリオと最も重複する最大の競合相手です。\n   - **","quote_start":13,"quote_end":170,"text_sha256":"2316d53a8343f5fe937f8738d85dd4fca198a1b3e1a70d7aa438e96680e68bb4","block_sha256":"2316d53a8343f5fe937f8738d85dd4fca198a1b3e1a70d7aa438e96680e68bb4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_8eb6286c-5a63-4248-89de-4c53bc80a761"},{"id":"occ_07a2eb7fbe8285185206456c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_991e5e36-6209-4367-9e4c-79968b7639c1","section_id":"sec_e72d988e-1b4c-4b2c-866c-6fcfd61346dd","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":353,"end":355,"exact":"電源","quote":"サプライヤーと顧客の関係を超えた、深い共同開発パートナーシップを築いていることを示しています。\n- 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分野**","quote_start":0,"quote_end":28,"text_sha256":"c0e79ebceb17a3a119628a19073b3bac6e56e734be5254edc4478a4ea094e524","block_sha256":"c0e79ebceb17a3a119628a19073b3bac6e56e734be5254edc4478a4ea094e524","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_d8d7fd05-f18f-40a7-8843-82fd98a56f1c"},{"id":"occ_f8b2e955b9d0dc100a523712","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_e641ea5e-6235-4b5d-8b95-509024aa2158","section_id":"sec_a7e75184-42f4-4218-84a0-c6da8aed7843","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"この技術的優位性は、単一の製品ではなく、電力、冷却、ITハードウェアという異なる要素が極度の密度で相互作用する際の「中間領域の複雑性」を管理する能力にあります。アルベルタッツィCEOの「結合組織」という言葉 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Siemensと同様、産業用電力システムやオートメーション技術で高い実績を持ちます。\n- **Delta Electronics (デルタ電子):** 台湾に本拠を置く、スイッチング電源やUPSの世界的な大手メーカーです。","quote_start":30,"quote_end":182,"text_sha256":"731e63f8a27d5e5efb20ef127d6f1e43ccd7d76c072bc247a103e01d287544ae","block_sha256":"731e63f8a27d5e5efb20ef127d6f1e43ccd7d76c072bc247a103e01d287544ae","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606/#blk_f0fe3b9a-08b2-4872-9679-368ecf9adb6e"},{"id":"occ_3afb32351fd4cbc1d3f11677","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_52f347f2-d9b8-4a26-9ce4-2327ec8b1606","work_id":"wrk_8de478ef-8715-4160-a294-dc9b2c96d11f","block_id":"blk_f15878bb-92da-4f07-9b71-b72bbb851195","section_id":"sec_ec599edf-eef7-4fc4-92f8-44072411be09","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":166,"end":168,"exact":"電力","quote":"来の産業企業ではなく、AI革命における最も重大なボトルネック、すなわち高密度コンピューティングがもたらす膨大な電力および冷却需要を解決する、極めて重要なテクノロジーイネーブラーとして、著しい成長加速の転換期にあります 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\nその結果、スマホの基板も単純な安物PCBでは済まなくなる。","quote_start":0,"quote_end":89,"text_sha256":"3a9d81e02ffdc84f688cbc1a68af7d106dd459a8d7b7018a9f697bbf7b15ffc5","block_sha256":"3a9d81e02ffdc84f688cbc1a68af7d106dd459a8d7b7018a9f697bbf7b15ffc5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_2d686185-736e-4b6c-a7d2-9cde9f136c61"},{"id":"occ_1d3cda0e22282cc14e0ea041","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_3bbe6743-9012-4750-a79a-f0a9c76bc2c9","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":55,"end":57,"exact":"電力","quote":"本文で使った前提として、元記事では2028年をAIインフラと政治の「再確認」の年とし、AIデータセンター反発・電力料金・議会監視を論点にしていました。また、もう一方の記事ではAI OS化、オンデバイスAI、デバイス階級社会を論じています。今回の再考察は、その二つを「半導体インフレ」という軸で接続したものです。([","quote_start":0,"quote_end":157,"text_sha256":"087ce4d231031646217f93a8187088cced567cfd23e95ec0500d857d43ec3896","block_sha256":"087ce4d231031646217f93a8187088cced567cfd23e95ec0500d857d43ec3896","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_3bbe6743-9012-4750-a79a-f0a9c76bc2c9"},{"id":"occ_c1a956029f0db989e00775fb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_5e4efa00-e175-439d-888e-a5ba8b90ca4f","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電源","quote":"低価格スマホであっても、現代スマホとして成立させるには、一定水準以上の基板、電源、MLCC、ストレージ、DRAMが必要になる。","quote_start":0,"quote_end":63,"text_sha256":"55eb30862f5c0ee7f926a30425df77fe8563f97ebd361f5b62779838ad124987","block_sha256":"55eb30862f5c0ee7f926a30425df77fe8563f97ebd361f5b62779838ad124987","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_5e4efa00-e175-439d-888e-a5ba8b90ca4f"},{"id":"occ_9f3ea618a965e7af2a87d810","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_7cf84717-3eb4-4b3d-b544-7ea9e8acf17d","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":105,"end":107,"exact":"電源","quote":"、充電回路、スピーカー、センサーに、それぞれ適切な電圧を供給しなければならない。  \n高性能化すればするほど、電源設計は複雑になる。  \n高速充電、発熱制御、AI処理、カメラ処理、5G通信を成立させるには、PMICやアナログICの品質も重要になる。","quote_start":50,"quote_end":174,"text_sha256":"9a71f3acc0b3d6eb580a927e0fe7cca4901846c7f62ea0628b48e03dcd6f8054","block_sha256":"9a71f3acc0b3d6eb580a927e0fe7cca4901846c7f62ea0628b48e03dcd6f8054","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_7cf84717-3eb4-4b3d-b544-7ea9e8acf17d"},{"id":"occ_7e8cd8564d80849bff461100","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_8759b92e-ef0e-4fb9-8156-903ce485430e","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":105,"end":107,"exact":"電源","quote":"きる。  \n筐体を安くすることもできる。  \nしかし、最低限のスマホ体験を成立させるには、DRAM、NAND、電源、MLCC、基板を完全には削れない。","quote_start":50,"quote_end":125,"text_sha256":"6bd07c1a46835ab71f29a0bda637d02836b1062eb00757019a02c40eab6e5b5b","block_sha256":"6bd07c1a46835ab71f29a0bda637d02836b1062eb00757019a02c40eab6e5b5b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_8759b92e-ef0e-4fb9-8156-903ce485430e"},{"id":"occ_dfd5333586cf0ae4ddcca321","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_88e83d72-bb6f-4e74-bf3d-9b40815f5d9b","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":104,"end":106,"exact":"電源","quote":"楽が聴け、認証ができ、仕事もできる。  \nその裏には、安いDRAM、安いNAND、安い基板、安いMLCC、安い電源IC、巨大な中国製造、薄利大量販売があった。","quote_start":49,"quote_end":128,"text_sha256":"69c5ee628243d2d2f512bb96aac9d555a8d3710aaeabc433bc80b29764b0d5b3","block_sha256":"69c5ee628243d2d2f512bb96aac9d555a8d3710aaeabc433bc80b29764b0d5b3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_88e83d72-bb6f-4e74-bf3d-9b40815f5d9b"},{"id":"occ_5fa9dd831fa5415c1d7a6ad7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_8af4bde8-1cf2-4086-8d84-ed6d08c3080d","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源周りも同じである。","quote_start":0,"quote_end":11,"text_sha256":"bd7afef6e284a73e94f007887407413509c5f053cb800f5891ad48984d838be3","block_sha256":"bd7afef6e284a73e94f007887407413509c5f053cb800f5891ad48984d838be3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_8af4bde8-1cf2-4086-8d84-ed6d08c3080d"},{"id":"occ_bb7c7d93b3d75d3fd5cea4b4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_b9061211-0c0e-4b9b-a1bf-4fe5f7ecf898","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電力","quote":"AI企業は儲かっている。  \n半導体企業も儲かっている。  \nデータセンターも増えている。  \n電力会社も投資している。  \nしかし、自分たちの電気代は上がる。  \nスマホも高くなる。  \nPCも高くなる。  \n仕事はAIに奪われるかもしれない。","quote_start":0,"quote_end":123,"text_sha256":"05bb610ca1d3b515b6e0d39c0c87faa3ab0e5fae38b0879367f62909b4d174a0","block_sha256":"05bb610ca1d3b515b6e0d39c0c87faa3ab0e5fae38b0879367f62909b4d174a0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_b9061211-0c0e-4b9b-a1bf-4fe5f7ecf898"},{"id":"occ_0a5c0ba22904982b915f8272","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_e0b6d5b8-c0b5-4226-9203-f85eed2927b0","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"民主党は、ビッグテックの利益と消費者負担の不均衡を問題にできる。  \nAI安全性、労働、著作権、地域負担、電力料金、データセンター規制を争点にできる。","quote_start":0,"quote_end":75,"text_sha256":"6d6cada8de4ea29987d80dd10a7fcc7ee872339e69c84d66c465e9cb507d602e","block_sha256":"6d6cada8de4ea29987d80dd10a7fcc7ee872339e69c84d66c465e9cb507d602e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_e0b6d5b8-c0b5-4226-9203-f85eed2927b0"},{"id":"occ_8d4a57c29dfc2ddc011f7a57","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_ead5e6a8-4ab8-4964-9a8c-5a8a56660274","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電力","quote":"ある。  \nデータセンターも必要である。  \nHBMも必要である。  \n光インターコネクトも必要である。  \n電力も必要である。  \n半導体製造能力も必要である。","quote_start":10,"quote_end":91,"text_sha256":"aa0fc4424d133437c9cc5f655e208e420d420a6aaf5dc07a960cba4de52297f4","block_sha256":"aa0fc4424d133437c9cc5f655e208e420d420a6aaf5dc07a960cba4de52297f4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_ead5e6a8-4ab8-4964-9a8c-5a8a56660274"},{"id":"occ_ecc9d1223a6cb4ae14bbf8a8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_f51c3693-e884-426b-a21e-23e7ee1a45e6","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":42,"end":44,"exact":"電源","quote":"メモリ、NAND、MLCC、PMIC、PCB、CCL、先端パッケージ、ファウンドリ、電源、冷却、データセンター、送電。  \nこれらは実需が強い。  \nだから企業業績には追い風になる。","quote_start":0,"quote_end":91,"text_sha256":"1e29b02d392341078aabdb70d9b0a21870a98b1cc8b533fd922eb1006fa3a27c","block_sha256":"1e29b02d392341078aabdb70d9b0a21870a98b1cc8b533fd922eb1006fa3a27c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_f51c3693-e884-426b-a21e-23e7ee1a45e6"},{"id":"occ_f4c86fe3f0424b4f46cbb5da","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_53605de4-06cc-4e0b-9bc9-21f393408c0a","work_id":"wrk_006833f6-f225-48d3-8754-46fe28d6bd8e","block_id":"blk_f82f2998-eaea-481d-a1dc-977a5c0a7e71","section_id":"sec_7c91db57-1adf-4ae2-ad6f-5ced1a9ebb9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電源","quote":"スマホにはMLCCが必要になる。  \n電源ICが必要になる。  \nPMICが必要になる。  \nアナログICが必要になる。  \nRF部品が必要になる。  \nカメラ用センサーが必要になる。  \nディスプレイドライバが必要になる。  \nPCB、FP","quote_start":0,"quote_end":121,"text_sha256":"55c6f45e925dd2a221b45ab35990cfd0663f7bcc4911d02cc1749b15c72c0407","block_sha256":"55c6f45e925dd2a221b45ab35990cfd0663f7bcc4911d02cc1749b15c72c0407","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_53605de4-06cc-4e0b-9bc9-21f393408c0a/#blk_f82f2998-eaea-481d-a1dc-977a5c0a7e71"},{"id":"occ_09c6c18df89ac3f9378af088","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_1e2fd71d-9b1f-45c1-b60c-3fb6d62ff52b","section_id":"sec_e605fbcf-6e56-409b-9111-ef5f49c35b65","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源","quote_start":0,"quote_end":2,"text_sha256":"02f4a36734f92dc7a283419ba96db4a3f753465e3b4a07eae604ace0888ba23b","block_sha256":"02f4a36734f92dc7a283419ba96db4a3f753465e3b4a07eae604ace0888ba23b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_1e2fd71d-9b1f-45c1-b60c-3fb6d62ff52b"},{"id":"occ_eeb0b996a524ae54484168b5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_4583fab2-7903-4a5d-8874-9e009da8ac00","section_id":"sec_57a82721-14c0-44fc-a0a7-42f7f64a4e00","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"反対に、AI設備投資の収益性が崩れれば、次のメモリ不況はメモリだけの不況ではなく、GPU、ネットワーク、光、電力、冷却を含むAIDC設備投資全体の不況として現れる可能性がある。","quote_start":0,"quote_end":88,"text_sha256":"0b43810affe9ea972e4c0e87433f271cbba681a89aca951878ccfb917bbf47ca","block_sha256":"0b43810affe9ea972e4c0e87433f271cbba681a89aca951878ccfb917bbf47ca","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_4583fab2-7903-4a5d-8874-9e009da8ac00"},{"id":"occ_ffcdebf7bba45cdd28ab446f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_4c532031-90be-4450-bbeb-7b00821e33cf","section_id":"sec_d3201fcd-8747-496c-afde-61e805088464","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電源","quote":"という条件が重なれば、HBM、DDR、NAND、SSD、光通信、電源、冷却まで同時に調整局面へ入る。","quote_start":0,"quote_end":50,"text_sha256":"c2a6272044e58844a03589648ebd886ee9ca781d14067536316b25c2da6f0ab5","block_sha256":"c2a6272044e58844a03589648ebd886ee9ca781d14067536316b25c2da6f0ab5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_4c532031-90be-4450-bbeb-7b00821e33cf"},{"id":"occ_e7f389bb45e3a70a66c59151","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_77523aca-1c6a-4d89-b746-6d62b0e8be61","section_id":"sec_6d3ed103-9e85-401b-935d-5d5e82ca5ead","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":96,"end":98,"exact":"電力","quote":"2の量産を開始している。SK hynix製品はLPDDR5Xを基盤とし、従来のRDIMMに比べて帯域が2倍超、電力効率が75％超改善するとされる。Micronも192GB品を含むSOCAMM2を量産し、Vera CPU当たり最大2TB、約1.2TB/sの構成を可能にすると説明している。(SK hynix News","quote_start":41,"quote_end":198,"text_sha256":"7d3c03bdfc8d007a4eb7dd9a265f681712ba0405c8bd35ce3e8597e969c4e13d","block_sha256":"7d3c03bdfc8d007a4eb7dd9a265f681712ba0405c8bd35ce3e8597e969c4e13d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_77523aca-1c6a-4d89-b746-6d62b0e8be61"},{"id":"occ_c4faad8fd43c3e2b4c3c9085","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_7d656d0d-2b8a-4603-becb-afff748bd869","section_id":"sec_989c3543-3b0b-4ee7-acfb-6db5df985897","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":276,"end":280,"exact":"消費電力","quote":" | 高い |\n| LPDDR5X | 1ピン当たり最大10.7Gbps | 最大32GB級パッケージ | 低消費電力 | 高い |\n| HBF | 0.4～3.0TB/s案 | 最大512GB | 読み出し中心、大容量 | HBMより大幅に安い目標 |\n| zNAND-O | 未公表 | 未公表 | エッジ向け中間","quote_start":221,"quote_end":380,"text_sha256":"c07e822f1c34e5a0cc68b3caefeb727d0a25f67599affa1698c2d1aa3b799fb2","block_sha256":"c07e822f1c34e5a0cc68b3caefeb727d0a25f67599affa1698c2d1aa3b799fb2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_7d656d0d-2b8a-4603-becb-afff748bd869"},{"id":"occ_a46e9df0caf7e1d496f6f717","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_86db6bca-e317-4a78-a6d0-1f3dd3b5c4fc","section_id":"sec_d3201fcd-8747-496c-afde-61e805088464","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力・データセンター建設が止まる","quote_start":0,"quote_end":16,"text_sha256":"e5808010642d084ac1fe275d233eaf4a94be2a42b67b932aaee95bf865d94000","block_sha256":"e5808010642d084ac1fe275d233eaf4a94be2a42b67b932aaee95bf865d94000","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_86db6bca-e317-4a78-a6d0-1f3dd3b5c4fc"},{"id":"occ_076646e1566707a2ee427f51","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_b6b69409-6844-47b9-8f87-e8374a257501","section_id":"sec_2f450d79-7ff7-4018-ab67-41d3a04342ff","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力・熱特性の認証","quote_start":0,"quote_end":9,"text_sha256":"8e59722b0ebe66183ada85b2183d354992897f2603f2b8dabeefd59ce29a30fb","block_sha256":"8e59722b0ebe66183ada85b2183d354992897f2603f2b8dabeefd59ce29a30fb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_b6b69409-6844-47b9-8f87-e8374a257501"},{"id":"occ_ba559289531966547efe2ddc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_d3a6eaeb-b53e-4460-8457-53a9938fdf9d","section_id":"sec_3c6d1534-eb4b-4f9b-ba05-623f4f94625d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"限られたHBMビット、電力、パッケージ能力から得られる総トークン量","quote_start":0,"quote_end":33,"text_sha256":"82adcaa172f0b4f10b33f37701d0fc6bf68f2f43a4c601574b7a03a01644f506","block_sha256":"82adcaa172f0b4f10b33f37701d0fc6bf68f2f43a4c601574b7a03a01644f506","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_d3a6eaeb-b53e-4460-8457-53a9938fdf9d"},{"id":"occ_fbf5e966bc84985a7e51ec43","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_d4c9fff1-678f-48b7-8c77-3fbe2da9dd58","section_id":"sec_d3cf3df9-a0eb-4c98-ab2e-132ec66eb542","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"WMCMは配線を短くし、電力、信号品質、熱設計、パッケージ厚を改善できる可能性がある。ただしAppleとTSMCが最終構造を正式発表したわけではなく、現時点ではサプライチェーン情報である。(TrendForce)","quote_start":0,"quote_end":106,"text_sha256":"d85774ec786c4283341288ad57b6cacfb01cd9113023a9ae578ac6aaaf3be9aa","block_sha256":"d85774ec786c4283341288ad57b6cacfb01cd9113023a9ae578ac6aaaf3be9aa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_d4c9fff1-678f-48b7-8c77-3fbe2da9dd58"},{"id":"occ_9cb50652d736755645f431a6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_e48c6216-1a22-4dbf-a1b2-49369ee73ecd","section_id":"sec_d3cf3df9-a0eb-4c98-ab2e-132ec66eb542","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源配置","quote_start":0,"quote_end":4,"text_sha256":"8c423e0dff11c9d58d31dfaf8c66deff9285213725d73efb4c8fa5b48fc02660","block_sha256":"8c423e0dff11c9d58d31dfaf8c66deff92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CPUに接続されるLPDDR5Xベースのサーバー用メモリであり、CPU側の大容量・低消費電力メモリとして、","quote_start":0,"quote_end":58,"text_sha256":"ff513d39ef6bccff495e1aaf3b7360d86b365e6db1b666b99defe9ca3597b187","block_sha256":"ff513d39ef6bccff495e1aaf3b7360d86b365e6db1b666b99defe9ca3597b187","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_f8ea75f5-d886-4cca-b511-6fe49e3adcc9"},{"id":"occ_896cdf03a9f2fe7752a94993","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5387a515-478b-41ca-82a3-5b54af988fd1","work_id":"wrk_41cc4908-f3de-420c-9823-faa2e85483cd","block_id":"blk_ff051fb4-226f-4579-abd6-93b604bbb5fa","section_id":"sec_9c64cf51-45e8-4b94-849e-e5f5a88cf00e","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":19,"end":23,"exact":"消費電力","quote":"同じGPU、同じ演算器、同じ価格、同じ消費電力、同じ歩留まりで比較できるなら、HBM容量は多い方がよい。","quote_start":0,"quote_end":52,"text_sha256":"6aaf366436b3a16af37c099f495bc2518473a8bdd9aa51f14b1db1455d73f8c5","block_sha256":"6aaf366436b3a16af37c099f495bc2518473a8bdd9aa51f14b1db1455d73f8c5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5387a515-478b-41ca-82a3-5b54af988fd1/#blk_ff051fb4-226f-4579-abd6-93b604bbb5fa"},{"id":"occ_abc0fab2fa979e11293bd1cb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_54b154f3-ea9f-45e9-b38b-a16c54ca3e2b","work_id":"wrk_52a8c79a-5c56-4f34-a515-1b1dcb4c0477","block_id":"blk_0c3dad9a-b44e-4b3b-add2-a68ca5039b29","section_id":"sec_053d8f95-f345-44a4-8c1b-59ac6c8d37b2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"この意味で、計算資源は電力や航空座席に近い。ピーク需要に合わせて設備を持つと、平常時には余剰が出る。その余剰を、低優先度・中断可能・安価な商品として売ることで、設備稼働率を上げる。これがCPUクラウドで起きたことであり、いまG","quote_start":0,"quote_end":113,"text_sha256":"4bddb40577d76033d6282a2e10bb5fcafc52874d3fe4569e886499e39c1b35f0","block_sha256":"4bddb40577d76033d6282a2e10bb5fcafc52874d3fe4569e886499e39c1b35f0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_54b154f3-ea9f-45e9-b38b-a16c54ca3e2b/#blk_0c3dad9a-b44e-4b3b-add2-a68ca5039b29"},{"id":"occ_92712d34cbac6b165db192dd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_108c9680-bbb0-4b0c-8b1c-6f3ecf659abf","section_id":"sec_31e0569d-fb88-49f6-a4e3-b26fe23d24c2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"本分析は、世界の電力系統が変動性再生可能エネルギー（VRE）で80%以上を賄うためには、最低でも**340 TWh**の日間蓄電（12～100時間以上）が必要になると結論付けている（詳細は第VII章で算出）。これは、記念","quote_start":0,"quote_end":110,"text_sha256":"470b10485ce684ce31ac08518ab8bfc6d5eece1ac39dcf1b6f9633f3baf11587","block_sha256":"470b10485ce684ce31ac08518ab8bfc6d5eece1ac39dcf1b6f9633f3baf11587","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_108c9680-bbb0-4b0c-8b1c-6f3ecf659abf"},{"id":"occ_fab99e0fc35eb87e442cdad7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_18aa4e66-9f41-441d-8b1a-02626a63c34c","section_id":"sec_0c6d5c12-f29a-4b20-9707-beda603d7497","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"## V. 詳細分析：デジタル時代を支える電力 – データセンターアーキテクチャにおけるBESS","quote_start":0,"quote_end":48,"text_sha256":"f902aedc1ba79ca46bc29274566cd6dbb80e01f760668f297624a82d421abf2c","block_sha256":"f902aedc1ba79ca46bc29274566cd6dbb80e01f760668f297624a82d421abf2c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_18aa4e66-9f41-441d-8b1a-02626a63c34c"},{"id":"occ_559c20e0694ab69f858a1cca","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_240b0b56-4ee8-4fc1-b275-6258a7262a62","section_id":"sec_370a90f5-ac29-4d03-bd45-77521939f6c7","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":112,"end":114,"exact":"電力","quote":"蓄電市場に新たな競争力学を生み出し、SMRとBESSのハイブリッドモデルを通じて24時間365日カーボンフリー電力を供給する道筋を提供する。第二に、データセンターのエネルギー需要の指数関数的な増加と、テクノロジー大手による24/7カーボンフリーエネルギー（CFE）目標の設定は、BESSを単なるバックアップ電源から","quote_start":57,"quote_end":214,"text_sha256":"cb5cfd336a175f7ac882591d901b1b835f48b3a87650535bff7f9818b9f279bd","block_sha256":"cb5cfd336a175f7ac882591d901b1b835f48b3a87650535bff7f9818b9f279bd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_240b0b56-4ee8-4fc1-b275-6258a7262a62"},{"id":"occ_5a09190122c797bd98dd5972","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_3de1d353-efa0-4b1e-918d-396700695f0d","section_id":"sec_1ddb8634-1b55-43e1-8284-c04747c9865e","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"- **Gridstack™ & Gridstack Pro™:**\n  \n  - **仕組みと特徴:** 電力系統用の主力ソリューション。バッテリー、熱管理システム、安全システムをモジュール式の筐体に統合している 43。「Pro」バージョンは、より高い密度と柔軟性を提供し、設置とメンテナンスの容易さ（接続箇所","quote_start":0,"quote_end":156,"text_sha256":"6a9d0af0b7dc2fc109ed9a0af7bc512649dc935b6aeafd2fada6c6796b70c979","block_sha256":"6a9d0af0b7dc2fc109ed9a0af7bc512649dc935b6aeafd2fada6c6796b70c979","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_3de1d353-efa0-4b1e-918d-396700695f0d"},{"id":"occ_173d9800036e51a77fe2131b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_4b81c037-e385-4dfe-b7e4-fa7642eb4c1c","section_id":"sec_85607ce5-fae9-46f4-be2f-e41408765b49","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":200,"end":202,"exact":"電力","quote":"ES技術（鉄空気、先進的CAESなど）へのベンチャー投資およびプロジェクトファイナンス、そして24/7クリーン電力の重要な実現要因となるSMRエコシステムへの戦略的投資。","quote_start":145,"quote_end":230,"text_sha256":"0333e200747247cb0ce0b9b19b8b6cce0a705b86bd75fb85244be76c86263bf1","block_sha256":"0333e200747247cb0ce0b9b19b8b6cce0a705b86bd75fb85244be76c86263bf1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_4b81c037-e385-4dfe-b7e4-fa7642eb4c1c"},{"id":"occ_3236942e8c66a96ea6b02d67","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_53322078-ef7e-464e-90b3-6839ab5cbc6a","section_id":"sec_087eb271-6078-47fc-b12f-714af81c9cf8","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"最近発表された、AIデータセンターへの電力供給を目的としたTalen Energy社との戦略的提携は、Eosにとって極めて重要な転換点となる。この提携により、Eosの長時間エネルギー貯蔵ソリューションは、AI革命がもたらす巨大かつ非弾力的な電","quote_start":0,"quote_end":121,"text_sha256":"03c161ccc34a64c3a896e90e5eee88f5591104f68c4cd408b04f766ecefd1d09","block_sha256":"03c161ccc34a64c3a896e90e5eee88f5591104f68c4cd408b04f766ecefd1d09","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_53322078-ef7e-464e-90b3-6839ab5cbc6a"},{"id":"occ_38b49e070ef857b0c5a5c362","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_54c0172d-1bbb-4666-b9b4-47bede5b64ba","section_id":"sec_1aac5591-72bf-474c-a799-eb797af9fa3b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":91,"end":93,"exact":"電力","quote":"億ドルから1,500億ドル規模に達すると予測されている 。Fluenceが主戦場とするユーティリティスケール（電力系統用）セグメントは、年平均成長率（CAGR）29%で最も急速に成長している 。このマクロ経済的な追い風が、同社の事業の根本的な推進力となっている。市場の成長を牽引しているのは、太陽光や風力といった断","quote_start":36,"quote_end":193,"text_sha256":"369dbb5dc0463062385f0e74408b38932bdf34a0347c1ae96acaac4082874fbb","block_sha256":"369dbb5dc0463062385f0e74408b38932bdf34a0347c1ae96acaac4082874fbb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_54c0172d-1bbb-4666-b9b4-47bede5b64ba"},{"id":"occ_1e626b5551b11504100ba70e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_557a603c-974e-436b-bca9-df08065679fd","section_id":"sec_c34f5c18-bdfb-4d8d-a734-aeddd53ef4b3","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":111,"end":113,"exact":"電力","quote":"するにつれて、価値はより長時間のアプリケーションへとシフトする。これには、**長時間のピークシフト**（夕方の電力需要急増全体をカバーする）、より長い期間にわたって**再生可能エネルギーの出力を安定化**させ、ディスパッチ可能なクリーン電力ブロックを創出すること、そして送電線の混雑を長時間緩和することによる**送","quote_start":56,"quote_end":213,"text_sha256":"34e6323a8ce49f3ddec9fae7ee45aad8d7d9a5b01e57d31f82d3e90d2380290b","block_sha256":"34e6323a8ce49f3ddec9fae7ee45aad8d7d9a5b01e57d31f82d3e90d2380290b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_557a603c-974e-436b-bca9-df08065679fd"},{"id":"occ_18d4af50c861baff484fe826","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_58bf1b0c-5dfe-4527-a73b-a0d8d46cecf2","section_id":"sec_2658d666-b8db-4bd9-9fee-1e03656589a4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"同社の戦略が、米国の産業政策やAI産業の急増する電力需要と一致していることは、強力な追い風となり、市場成長への明確な道筋を示している。GE出身の経験豊富な実業家が率いるリーダーシップチームは、事業を拡大するための信頼できる戦略を持っている。","quote_start":0,"quote_end":120,"text_sha256":"4e62f11cd05bbd68b0766b6f315fa6dbe25368e9ade55dd52529fb7b2303a9f7","block_sha256":"4e62f11cd05bbd68b0766b6f315fa6dbe25368e9ade55dd52529fb7b2303a9f7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_58bf1b0c-5dfe-4527-a73b-a0d8d46cecf2"},{"id":"occ_0260a05ff7d5d50cc5bb3bc6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_668e8744-4577-4745-b16b-4addf825a304","section_id":"sec_37c93953-c693-4fbd-ba35-70e26cf6401b","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"AIとクラウドのデータセンターは、飽くことを知らない、そして極めて重要なことに、**絶え間ない**電力需要を持つ。これはグリッドに巨大な負荷をかけ、非常に高い信頼性を持つ電源を必要とする 。","quote_start":0,"quote_end":95,"text_sha256":"972eb7703d1727d4577acc185cf6add0d49c792fded3614f88dd90160361f69d","block_sha256":"972eb7703d1727d4577acc185cf6add0d49c792fded3614f88dd90160361f69d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_668e8744-4577-4745-b16b-4addf825a304"},{"id":"occ_9ef329207c2c8edb8dda5395","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_776d7460-5350-4576-8bb1-33a129df8bd3","section_id":"sec_4cf43bcb-1012-42e6-b1c9-cc1778fea65c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"ence OS:** ハードウェアに組み込まれた基盤となるオペレーティングシステム。階層的な制御構造を用いて、電力供給の管理、システム状態の監視、資産保護を行う 。\n- **Mosaic™ インテリジェント入札ソフトウェア:** 卸電力市場（CAISO, ERCOT, NEMなど）でのエネルギーおよびアンシラリー","quote_start":7,"quote_end":164,"text_sha256":"9e905e492b8ac70883fdc170a0c8890b3b80b05ad75d006ec24dab84b386b153","block_sha256":"9e905e492b8ac70883fdc170a0c8890b3b80b05ad75d006ec24dab84b386b153","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_776d7460-5350-4576-8bb1-33a129df8bd3"},{"id":"occ_4bccf9522f37625de7fdb2a5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_88110a8e-77aa-4ab0-a5a4-fe194b743ff0","section_id":"sec_d905180e-4b70-40b5-a05a-0311cf913759","layer":"body","character_id":null,"count":5,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"LDESの主要な価値提案は、再生可能エネルギーが利用できない期間に、数日間にわたる安定したゼロカーボン電力を供給し、系統の信頼性を確保することである 。SMRは、まさに同じサービス、すなわち24時間365日安定したゼロカーボン電力を提供する 。したがって、SMRは再生可能エネルギーを補完する技術であるだけ","quote_start":0,"quote_end":153,"text_sha256":"b28f92838cc10d0b6d60dd50e94026cb913138a737ecac7f13656b57332d6caa","block_sha256":"b28f92838cc10d0b6d60dd50e94026cb913138a737ecac7f13656b57332d6caa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_88110a8e-77aa-4ab0-a5a4-fe194b743ff0"},{"id":"occ_8a9bd6fe588ce9c20f5f3495","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_8c79f123-2e92-424d-96c9-c4994fb4e746","section_id":"sec_7ead0892-55aa-4f52-a448-c92ceb1bd45a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":226,"end":228,"exact":"電力","quote":"出力を安定化させるファーム化といった不可欠なサービスを提供する。\n- **系統の安定化と近代化**：老朽化した電力インフラとレジリエンス強化の必要性が、周波数調整などのアンシラリーサービスへの需要を高めており、BESSはこれを高効率で提供する 6。\n- **コストの低下**：決定的な要因は、リチウムイオン電池の劇","quote_start":171,"quote_end":328,"text_sha256":"662e8fd986e1ace5289824a205ddbe83256f397ae147c5c3c765deee8bafc27b","block_sha256":"662e8fd986e1ace5289824a205ddbe83256f397ae147c5c3c765deee8bafc27b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_8c79f123-2e92-424d-96c9-c4994fb4e746"},{"id":"occ_b6892b01fdc910bc27b4a861","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_91b9d030-6a39-469f-aaac-4d31296088ec","section_id":"sec_5ad0d893-6ac3-426e-af49-80e8527305cc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"### A. 短時間蓄電（4時間以下）：現代電力系統の主力","quote_start":0,"quote_end":29,"text_sha256":"43f05d85f388c33f37b1e8d1850bd1abad479e21f84748e36128a4e4525722cc","block_sha256":"43f05d85f388c33f37b1e8d1850bd1abad479e21f84748e36128a4e4525722cc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_91b9d030-6a39-469f-aaac-4d31296088ec"},{"id":"occ_29c7defc58de2b89dce35e49","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_9302aac3-faa8-4005-b612-2ead20cd1e41","section_id":"sec_cb541d64-74a9-4579-9cdc-a1a76b22a257","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"AIの爆発的な成長により、データセンターの電力需要は急増している。BNEFは、データセンターが2035年までに362 GWの新たな発電容量を必要とし、世界の電力消費に占める割合は4.5%に上昇すると予測している 。これは地域の電力系統に甚大な負荷","quote_start":0,"quote_end":123,"text_sha256":"7273e307a65a828a5641ea7c7359866db93a1e2a2a09acbe1960aa18818ae76b","block_sha256":"7273e307a65a828a5641ea7c7359866db93a1e2a2a09acbe1960aa18818ae76b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_9302aac3-faa8-4005-b612-2ead20cd1e41"},{"id":"occ_d7aafab7ca9b33279133af7a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_9b0a370b-a4ca-41fa-b067-7032776b108e","section_id":"sec_5ad0d893-6ac3-426e-af49-80e8527305cc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":244,"end":246,"exact":"電力","quote":"SSの大量導入によりアンシラリーサービス市場が飽和し、価格と収益が低下している。これにより、安価な日中の太陽光電力で充電し、価格が高騰する夕方のピーク時に放電する**エネルギー裁定取引**への戦略的転換が余儀なくされている 。4時間という放電時間が主流である理由は、それが日々の太陽光発電サイクル（「ダックカーブ」","quote_start":189,"quote_end":346,"text_sha256":"afbee4c76bf28d5bb91c7a32903fda46b92102aa2d8b2b932b5ff6fcec99b118","block_sha256":"afbee4c76bf28d5bb91c7a32903fda46b92102aa2d8b2b932b5ff6fcec99b118","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_9b0a370b-a4ca-41fa-b067-7032776b108e"},{"id":"occ_407f2d122bc17d6f511e144b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_a0888afb-9610-4679-95c0-f1aaddcb8404","section_id":"sec_f15fe3ae-dc87-4347-8d92-5f53421aa85a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"Fluenceの使命は、「私たちが世界に電力を供給する方法を変革することで、より持続可能な未来を創造する」ことである 2。この目的志向の声明は、同社の事業活動を世界的なエネルギー転換に不可欠なものとして位置づけている。企業価値としては、「Lea","quote_start":0,"quote_end":122,"text_sha256":"a3dd6f2fe9cb5f4895e9ee284146e0f2e487ffc189b58a1b6a3a3b636db6cfb5","block_sha256":"a3dd6f2fe9cb5f4895e9ee284146e0f2e487ffc189b58a1b6a3a3b636db6cfb5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_a0888afb-9610-4679-95c0-f1aaddcb8404"},{"id":"occ_3fd581e8fa03a1d90536481b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_a1142f61-04a1-49fe-838b-6894b9ed2d3f","section_id":"sec_53eb4724-f65c-4040-b107-fdc0d8e5d648","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":159,"end":161,"exact":"電力","quote":"でのCEC支援プロジェクトを含む、米国および世界中で稼働中の設備があります 。\n- **ターゲット市場**: 電力会社、商工業、マイクログリッド向けの3～12時間の長時間定置用貯蔵市場に非常に焦点を当てた戦略です 。これはLi-ionが経済的かつ安全にサービスを提供することが難しいニッチ市場です。\n- **将来の","quote_start":104,"quote_end":261,"text_sha256":"b0c78e67819f52294c7e482e663f22a569c8463edb83b3506439f7ef1d965eda","block_sha256":"b0c78e67819f52294c7e482e663f22a569c8463edb83b3506439f7ef1d965eda","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_a1142f61-04a1-49fe-838b-6894b9ed2d3f"},{"id":"occ_be3c1bc02b2ef9a81fd42d2a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_a66931d2-60bd-4b4a-a4aa-687c48214e12","section_id":"sec_00399e3d-760a-4d6c-927b-aca18c4bb2b8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"分析の結果、深く脱炭素化された電力系統を支えるためには、世界で約**340 TWh**の日間蓄電が必要であることが示された。参考までに、BNEFによる2035年までの累積蓄電容量（ほとんどが短時間）の予測は7.3 TWhである 。これ","quote_start":0,"quote_end":117,"text_sha256":"40db172e6461a1945e26c48c4e1ea210b8f5675fe01d6d141307d518f1248cf1","block_sha256":"40db172e6461a1945e26c48c4e1ea210b8f5675fe01d6d141307d518f1248cf1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_a66931d2-60bd-4b4a-a4aa-687c48214e12"},{"id":"occ_7a3a8d463a20b07e734dbe78","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_af139098-55d9-49d5-b01a-35c5c30b9df4","section_id":"sec_37c93953-c693-4fbd-ba35-70e26cf6401b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":185,"end":187,"exact":"電力","quote":"最適化し、増加させる」ことができ、利用可能なすべてのエネルギーを捕捉し、データセンターに安定した時間365日の電力を供給することが可能になる 。","quote_start":130,"quote_end":202,"text_sha256":"b5a68ea34796370e150af7fa1a7f142ec81273a8a6b46e100cb37581210837e5","block_sha256":"b5a68ea34796370e150af7fa1a7f142ec81273a8a6b46e100cb37581210837e5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_af139098-55d9-49d5-b01a-35c5c30b9df4"},{"id":"occ_7d4218155806621246c25fa7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_b0c643a2-861b-4f27-8b9f-4288e9400217","section_id":"sec_5bddd90a-b895-4c77-9bde-db8fd1543d55","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"- **長時間属性に対する市場の創設**：現在の電力市場は、主に短期的なエネルギーとサービスを評価している。政策立案者は、LDESやSMRが持つレジリエンスや数日間の放電能力といった特性を具体的に評価するメカニズム（長期容量契約や信頼性支払など）を創設","quote_start":0,"quote_end":126,"text_sha256":"2d2d76a3c54f976ef5dd8cf58912e41ab48e6007dcb030f6ddccc4480da72e9a","block_sha256":"2d2d76a3c54f976ef5dd8cf58912e41ab48e6007dcb030f6ddccc4480da72e9a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_b0c643a2-861b-4f27-8b9f-4288e9400217"},{"id":"occ_cbae7932fb707cbe78a65b6e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_b2e7157d-5aaf-429f-9a32-2e678b721ade","section_id":"sec_37c93953-c693-4fbd-ba35-70e26cf6401b","layer":"body","character_id":null,"count":5,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"この提携は、Eosの価値提案を「コスト削減」から「収益実現のイネーブラー」へと再定義するものである。通常の電力会社にとって、エネルギー貯蔵はコスト裁定（安く買って高く売る）や設備投資の先送りが主目的である。しかし、AIデータセンターにとって、信頼性の高い電力はコストセンターではなく、事業モデルそのものを支える","quote_start":0,"quote_end":155,"text_sha256":"e0d92dec84c89220a80f71b1ffc5eb590271a9a4476c7220a85a4648eb6ac65b","block_sha256":"e0d92dec84c89220a80f71b1ffc5eb590271a9a4476c7220a85a4648eb6ac65b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_b2e7157d-5aaf-429f-9a32-2e678b721ade"},{"id":"occ_9d0d37ea2ad9b2f672b67b77","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_b57fedf3-5e73-498c-aaee-00e177e30cb0","section_id":"sec_b80841a9-0c94-4fc0-8148-15d19c4fffd6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":285,"end":287,"exact":"電力","quote":"増やしたことを、その理念の証明として挙げている。\n- **現実的な市場参入戦略：** 新規参入企業として、大手電力会社に全従業員の再教育を強制することはできないと彼は認識している。そのため、「顧客が使用するエネルギー管理システムに依存しない（agnostic）」戦略をとり、導入障壁を低減させている。\n- **世代","quote_start":230,"quote_end":387,"text_sha256":"a9633b52376095d7d07120fdb14239a733d7b4ab014fee2b71b5e9253077c5a6","block_sha256":"a9633b52376095d7d07120fdb14239a733d7b4ab014fee2b71b5e9253077c5a6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_b57fedf3-5e73-498c-aaee-00e177e30cb0"},{"id":"occ_41ce72c2fe5769f9783cac4d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_b87bb667-0dd6-4e5b-a665-c1e3bed0798e","section_id":"sec_4110dfcb-dd44-49a4-9e8c-61f2722fc2ec","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":116,"end":118,"exact":"電力","quote":"十年にわたり、様々な地域で社長やCEO職を歴任してきた経歴を持つ 。この経歴は、創業ビジョンとの深い継続性と、電力セクターにおける高度な専門知識を象徴している。","quote_start":61,"quote_end":141,"text_sha256":"fbbeab36abccbca3ece6b3d6163af4c1247be739bcd2296a8c3e3e4b23e3e441","block_sha256":"fbbeab36abccbca3ece6b3d6163af4c1247be739bcd2296a8c3e3e4b23e3e441","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_b87bb667-0dd6-4e5b-a665-c1e3bed0798e"},{"id":"occ_461dc134dbe6d73beb08b2d2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_bbe51f33-2ef8-4989-8112-4ff76b4c76ee","section_id":"sec_a7d8cb1e-e44c-421e-959c-dc8755e69b12","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"この決定の背景には、将来の電力網のニーズに対する深い洞察があった。リチウムイオンを主流に押し上げた家電市場とは異なり、電力網には異なる要件が求められる。インフラや人口密集地に併設されるための「安全性」、太陽光発電の変動（いわゆる「","quote_start":0,"quote_end":115,"text_sha256":"3d69ebccee2c4ebe88288b6732236d7f2c75be39d5d6720e9b0a892be71e0c19","block_sha256":"3d69ebccee2c4ebe88288b6732236d7f2c75be39d5d6720e9b0a892be71e0c19","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_bbe51f33-2ef8-4989-8112-4ff76b4c76ee"},{"id":"occ_7dbd204a951ce4fe4fde839b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_c2c97421-3290-42fb-9456-98d9486c48d0","section_id":"sec_3cd3213f-f405-4ab8-a7aa-5b34873c4229","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"24/7 CFEを達成するため、データセンターは従来の電力購入契約（PPA）を超えた取り組みを進めている 61。再生可能エネルギーが利用できない時に備え、余剰の再生可能エネルギー（自社の太陽光・風力発電所から、または系統価格が安い時間帯に）を貯蔵するために、","quote_start":0,"quote_end":129,"text_sha256":"fd756544ffa3fffbe05eb736099f937f6d261dd60d47fd653cdee95a0bf29827","block_sha256":"fd756544ffa3fffbe05eb736099f937f6d261dd60d47fd653cdee95a0bf29827","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_c2c97421-3290-42fb-9456-98d9486c48d0"},{"id":"occ_de0cefacced7062174d137aa","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_d60904df-ded8-422a-a7fc-0ac6c7217cbf","section_id":"sec_1aa5fe10-13d1-4bd3-8f9b-4d9f3dc17363","layer":"body","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電力","quote":"乗効果は、ハイブリッド構成にある。SMRは経済効率を最大化するために常に100%の出力で運転することができる。電力需要が低い、または再生可能エネルギーの発電量が多い時間帯には、原子炉の出力を下げる代わりに、余剰のクリーン電力を併設されたBESSの充電に使用する。この蓄えられたエネルギーは、ピーク時に放電することが","quote_start":3,"quote_end":160,"text_sha256":"ebf54b32ae3f03be9d3ddd6a565288afc8a62510d5f5bd81b22242aedd86d419","block_sha256":"ebf54b32ae3f03be9d3ddd6a565288afc8a62510d5f5bd81b22242aedd86d419","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_d60904df-ded8-422a-a7fc-0ac6c7217cbf"},{"id":"occ_355ab365b68a10f46bb1c2a2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_d68ebcf8-d093-40c4-b5c6-a3565152861b","section_id":"sec_19a1d216-fbcd-496f-99c3-e7a40817f019","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":120,"end":122,"exact":"電力","quote":"とを約束している 。これは、年間の消費量を再生可能エネルギーの購入で相殺するよりもはるかに野心的な目標である。電力使用量を時間単位でクリーンな発電量と一致させる必要があり、これはエネルギー貯蔵なしには不可能な偉業である 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。","quote_start":15,"quote_end":161,"text_sha256":"c9b02182617fd1dd234fe5ff3108310d6b6f9755f6cd198c6a3f35418c0ac82f","block_sha256":"c9b02182617fd1dd234fe5ff3108310d6b6f9755f6cd198c6a3f35418c0ac82f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_db9f0ff3-1c28-4679-8a8a-42b1a99d39ed"},{"id":"occ_9ef3e5d62d65f8b15a6d4fc8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_e680be08-a39d-46eb-8322-63ec601ce8bc","section_id":"sec_b1a6f543-4215-4b00-81cb-14d4abc6f82c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":79,"end":81,"exact":"電力","quote":"、一部の先進的なSMR設計には、溶融塩を用いた統合型熱エネルギー貯蔵が組み込まれている 。これにより、原子炉は電力が必要ない時に熱を蓄え、その熱を使ってピーク需要に対応するために電力出力を最大45%まで5.5時間ブーストすることができる 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安定かつ柔軟なクリーン電力としてのSMR","quote_start":0,"quote_end":24,"text_sha256":"ba365869f3428f846714d1067efc6f08d61a138fea5239c768103838ff2fba3d","block_sha256":"ba365869f3428f846714d1067efc6f08d61a138fea5239c768103838ff2fba3d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_eea1cf1c-2d98-46a1-b647-a6945f1af576"},{"id":"occ_aaa33b5b7865c9e587c6d91a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2","work_id":"wrk_68b6afe1-0488-4fa3-a4c4-c5a212af9145","block_id":"blk_f2a7305c-a2c1-4b5f-94b8-cf35be2e329c","section_id":"sec_8f068d6f-206a-4fac-a6ad-5c4b34585b0a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":117,"end":119,"exact":"電力","quote":"転の柔軟性を念頭に設計されている 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5。充電時には、外部から電圧を印加することでこのプロセスが逆転し、Liイオンは正極から強制的に引き抜かれ、再び負極に蓄えられます 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**世界の電力需要**：BNEFのNew Energy Outlook 2025による2050年の電力需要予測（約51,500 TWh、2024年から75%増）を使用する 。\n- **目標とする再生可能エネルギー比","quote_start":0,"quote_end":109,"text_sha256":"63db18f20e0939cc3a6af4047f2635aeadc046c281a9db269c3e7c1fb5e39f0c","block_sha256":"63db18f20e0939cc3a6af4047f2635aeadc046c281a9db269c3e7c1fb5e39f0c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5654920a-cd90-43da-a8fe-5f2be4ea39a2/#blk_ffd1cac4-8c62-45a0-9293-0f54028ad266"},{"id":"occ_d1ef42770269de833d72b68c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_0633643d-a7b2-4a78-a1f1-3556c191abc9","section_id":"sec_512bb3e6-4632-4cf1-8c33-137c602c820a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"- 論理的に正しいか\n- タイミングが間に合うか\n- 電力が大丈夫か\n- 熱で死なないか\n- 配線できるか\n- 製造ルール違反がないか","quote_start":0,"quote_end":67,"text_sha256":"365db1615da1edbc850b4690985c6e94917904419da4e1d2dc1b6920111287d6","block_sha256":"365db1615da1edbc850b4690985c6e94917904419da4e1d2dc1b6920111287d6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_0633643d-a7b2-4a78-a1f1-3556c191abc9"},{"id":"occ_56c762008d124f2184b8dc7a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_07df58d3-e956-41a6-924e-8e1e92d4e78e","section_id":"sec_04aa2d66-d2c7-4e59-af18-087fc10f8b34","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":17,"end":21,"exact":"消費電力","quote":"- 決まったクロックで動くか\n- 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近くに置いた方が速い回路は何か\n- 電力を大量に使う部分はどこか\n- 熱が集中しないか\n- 配線が混みすぎないか\n- クロック信号をどう配るか","quote_start":0,"quote_end":73,"text_sha256":"76c6c92071116b13564bbd0eb3af403ba941c9ac51b503dd0953d42b8d711eb5","block_sha256":"76c6c92071116b13564bbd0eb3af403ba941c9ac51b503dd0953d42b8d711eb5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_09dcd0a5-9859-40f5-9684-cbc8cfe4fb9d"},{"id":"occ_d83c663e3e509d5cca939fc3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_116cf167-a90e-470e-901a-1619075ded74","section_id":"sec_5f61db41-6f4f-4204-979c-5c05cc36163b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"- GPUパッケージを載せる\n- 電力を配る\n- 他の部品とつなぐ\n- 信号を通す\n- システム全体を物理的に支える","quote_start":0,"quote_end":58,"text_sha256":"653e450dc18825a42b88bf3de32e31d67ff19e55129f733f2cc1223b2bcd2d8f","block_sha256":"653e450dc18825a42b88bf3de32e31d67ff19e55129f733f2cc1223b2bcd2d8f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_116cf167-a90e-470e-901a-1619075ded74"},{"id":"occ_ecb8f18f5733ed9e6ade11f3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_186218f9-124e-4d36-8b8f-d859ceefd29d","section_id":"sec_c5fccad0-c0cd-4cdf-91d0-b560fb6fd91c","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電源","quote":"- GPU\n- HBM\n- CPU\n- SSD\n- NIC\n- 電源\n- 冷却\n- 基板\n- シャーシ","quote_start":0,"quote_end":51,"text_sha256":"e5c06d21b8b127dbe7084e4866481901e9453137e84d4b17e4e3ae752619b18e","block_sha256":"e5c06d21b8b127dbe7084e4866481901e9453137e84d4b17e4e3ae752619b18e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_186218f9-124e-4d36-8b8f-d859ceefd29d"},{"id":"occ_56540a87fce5d1279d300ead","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_19b494b2-2083-40bf-ac02-5184505ea005","section_id":"sec_e89e6323-74a6-4d39-b6f2-94a85487af53","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電源","quote":"先端パッケージや 2.5D/3D-IC では、「論理的に動く」だけでは足りず、**熱で性能が落ちないか、電源ノイズで誤動作しないか、応力で壊れないか** が非常に重要です。Ansys はそこを詰める役割が強かった会社です。 ([Ansys](https://www.ansys.com/zh-cn/blog/","quote_start":0,"quote_end":154,"text_sha256":"5cf7a87c5cf2faf7bd9a60d0424288a64bb30b76b8e95939a77a9b14d937bd43","block_sha256":"5cf7a87c5cf2faf7bd9a60d0424288a64bb30b76b8e95939a77a9b14d937bd43","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_19b494b2-2083-40bf-ac02-5184505ea005"},{"id":"occ_8824c0ed39b786f055644140","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_22d64993-5e3d-48af-a8f2-4e5c1e0b241c","section_id":"sec_ec1f317d-8fca-4bdb-a9e5-6565de473d55","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"- サーバーを何台も並べる\n- 電力供給をまとめる\n- 冷却をまとめる\n- 配線を整理する","quote_start":0,"quote_end":45,"text_sha256":"87b773de114e83735409301b622da102363aef1c62715918d188229c83c76803","block_sha256":"87b773de114e83735409301b622da102363aef1c62715918d188229c83c76803","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_22d64993-5e3d-48af-a8f2-4e5c1e0b241c"},{"id":"occ_51f747371bf3c288824f79ab","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_28385c93-85e8-4a13-bd45-c24f8354ace0","section_id":"sec_a3166a3f-0718-4458-ac27-ef3d3742030e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電源","quote":"- 皿の並べ方\n- 配膳順\n- 温度管理\n- 電源や照明\n- スタッフ動線\n- 一気に出すオペレーション","quote_start":0,"quote_end":52,"text_sha256":"7952c7e71225d89cd8e5f2037b4f1f7ca78f5b9f8baca444946e043bb9ba0570","block_sha256":"7952c7e71225d89cd8e5f2037b4f1f7ca78f5b9f8baca444946e043bb9ba0570","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_28385c93-85e8-4a13-bd45-c24f8354ace0"},{"id":"occ_6010fd490bb9d4eb5ac7a2e5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_2948e518-4bde-4b0d-b68f-98a58db06dc8","section_id":"sec_e6548b83-656a-4137-a502-3b38feba4294","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"- 工場をどこに置くか\n- 幹線道路をどう通すか\n- 電力網をどう引くか","quote_start":0,"quote_end":36,"text_sha256":"8fcc502d848ba17054df45df07efb8759ea546f266ae98b2a42dc6249244b980","block_sha256":"8fcc502d848ba17054df45df07efb8759ea546f266ae98b2a42dc6249244b980","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_2948e518-4bde-4b0d-b68f-98a58db06dc8"},{"id":"occ_e6c7cf8e8a9fe5a36385f051","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_2b926006-9424-4fa6-9956-16c5662c4220","section_id":"sec_d2deafd6-e352-4741-b79d-395df302c4fb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"- 物理設計\n- タイミング\n- 電力/熱\n- DFT\n- 検証\n- 設計責任者\n- 品質保証的な上位レビュー担当","quote_start":0,"quote_end":57,"text_sha256":"e462240ba784219c141e439aefc7dd864242579cb75646578c3e8bb020413004","block_sha256":"e462240ba784219c141e439aefc7dd864242579cb75646578c3e8bb020413004","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_2b926006-9424-4fa6-9956-16c5662c4220"},{"id":"occ_3e5dce1abc578a5f996e6ef3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_2f6c38e5-5d54-485a-b06a-53cd659ca462","section_id":"sec_89d57724-139e-4cf5-bd77-f710454f16cb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"皿や周辺をまとめて載せる配膳トレー  \n= 電力・接続・安定性の土台","quote_start":0,"quote_end":34,"text_sha256":"1fb35c4fb072dcccdca0516a50fa93298ac73f64a64b85c1a1d490693ef64b00","block_sha256":"1fb35c4fb072dcccdca0516a50fa93298ac73f64a64b85c1a1d490693ef64b00","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_2f6c38e5-5d54-485a-b06a-53cd659ca462"},{"id":"occ_395c139611f9377176840417","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_2fcd9b99-c286-423e-ba9f-a16a4013707c","section_id":"sec_dca708bb-0660-4389-9e3f-0406a485e01a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"そして重要なのは、最初から最後までずっと  \n**速さ・電力・熱・面積・コスト・信頼性**  \nのバランスを取っていることです。","quote_start":0,"quote_end":64,"text_sha256":"26492c424ed057868293c317cf0efa51dd7e2455210a373399cdb34f036d4e04","block_sha256":"26492c424ed057868293c317cf0efa51dd7e2455210a373399cdb34f036d4e04","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_2fcd9b99-c286-423e-ba9f-a16a4013707c"},{"id":"occ_92ff453cfc189088de6899f5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_33d57c8e-7603-413c-8c2f-a77c667f1b97","section_id":"sec_374e1490-6131-4b4f-ab04-7f1011adfaa0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":221,"end":223,"exact":"電力","quote":"ながら「シリコン上に住ませる」\n- **タイミング担当** は、遅延表を見ながら「間に合うか」を削る\n- **電力・熱担当** は、ヒートマップを見ながら「無事に動き続けるか」を守る\n- **DFT担当** は、テスト構成を見ながら「あとで検査できるようにする」\n- **評価担当** は、実測データを見ながら「実","quote_start":166,"quote_end":323,"text_sha256":"ccebd7ea1bd5dd3926cf6daa3dd82f0ccf31be1bb945399f0e1c336afd4f7178","block_sha256":"ccebd7ea1bd5dd3926cf6daa3dd82f0ccf31be1bb945399f0e1c336afd4f7178","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_33d57c8e-7603-413c-8c2f-a77c667f1b97"},{"id":"occ_3588534381212aa9c3d4ba73","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_35ab9571-f3cb-4759-94a1-531016cb9dd9","section_id":"sec_978a99fa-659c-4c48-8248-be2961423e89","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":489,"end":491,"exact":"電源","quote":"Ansys**: もともとは EDA 専業というより、**物理シミュレーション/解析** の会社。半導体でも、電源、熱、応力、チップ・パッケージ・基板連成などの解析が強い。今は Synopsys 傘下です。 ([Ansys](https://www.ansys.com/products/semiconductor","quote_start":434,"quote_end":591,"text_sha256":"ae1f54203a60b817bc08f69e944d5ba4cbf9e12443f08ee2bc56c03e419bb7ac","block_sha256":"ae1f54203a60b817bc08f69e944d5ba4cbf9e12443f08ee2bc56c03e419bb7ac","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_35ab9571-f3cb-4759-94a1-531016cb9dd9"},{"id":"occ_644248eeb6995e7ab5f700bb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_3c0af21c-ae30-4591-8d91-cfaa22227079","section_id":"sec_1c22ca5e-c91b-47cc-b88b-ac237219a330","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":41,"end":45,"exact":"消費電力","quote":"ここは典型的なデジタル flow で、**論理合成、配置配線、クロック、STA、低消費電力検証、サインオフ** が主役です。Cadence Innovus は placement / optimization / routing / clocking を扱い、Digital Design ","quote_start":0,"quote_end":145,"text_sha256":"fa952ed0acff0f4ec494a00294befb7bdd0442759d3309c7091257dd7e410365","block_sha256":"fa952ed0acff0f4ec494a00294befb7bdd0442759d3309c7091257dd7e410365","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_3c0af21c-ae30-4591-8d91-cfaa22227079"},{"id":"occ_c4530662d0a9138b1a33168a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_3d2ff98d-9a60-4609-b072-1fb22be7abd6","section_id":"sec_93d720b6-77fa-4a79-ab44-d3b9c1d20bdf","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電源","quote":"「この演算ブロックが集中しすぎ」  \n「電源メッシュを太くする必要がある」  \n「配置を散らさないと熱が逃げない」","quote_start":0,"quote_end":57,"text_sha256":"26d106338ed9ec9f3437d215768a7cd1b3a2920625daf9a3f75eab195da0f79e","block_sha256":"26d106338ed9ec9f3437d215768a7cd1b3a2920625daf9a3f75eab195da0f79e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_3d2ff98d-9a60-4609-b072-1fb22be7abd6"},{"id":"occ_46fce6dbc2d13b5d090e3c51","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_41f50629-736e-459a-a94a-47f3bd1fdb1c","section_id":"sec_79b9a96c-e43d-429e-ab34-283e646482df","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":192,"end":194,"exact":"電力","quote":"上にオブジェクト配置**  \n  ↔ 配置配線\n- **負荷や不具合チェック**  \n  ↔ タイミング解析、電力解析、検証\n- **対象ハード向けに最終出力**  \n  ↔ テープアウト用データ作成","quote_start":137,"quote_end":237,"text_sha256":"73e716758c5c39ec9c12a4c407a57dff2ce7c8ec3dee04d3850db168759ce478","block_sha256":"73e716758c5c39ec9c12a4c407a57dff2ce7c8ec3dee04d3850db168759ce478","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_41f50629-736e-459a-a94a-47f3bd1fdb1c"},{"id":"occ_0a96e8113d4f7bef7908abb8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_44b9cb61-382b-4880-acc7-74bf958e7d86","section_id":"sec_05d13028-7d02-4fce-a4bf-398d108b9e57","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":112,"end":116,"exact":"消費電力","quote":"めのソフト群です。ざっくり言うと、昔は人手でやっていた「回路を書く」「動作確認する」「配線する」「タイミングや消費電力や熱の問題を見つける」「製造できる形に仕上げる」を自動化・高度化するものです。Synopsys、Cadence、Arm の公式説明でも、EDA は設計・モデル化・シミュレーション・検証・解析を通じて、","quote_start":57,"quote_end":216,"text_sha256":"7d2a2fe36379d0cb4ef3c7f904cd2c30f53a547d3e76e5ac38cec431fa01e6b0","block_sha256":"7d2a2fe36379d0cb4ef3c7f904cd2c30f53a547d3e76e5ac38cec431fa01e6b0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_44b9cb61-382b-4880-acc7-74bf958e7d86"},{"id":"occ_151de8d1b03a8e6b9078c9d5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_470a987a-724e-4dcd-aba1-a2c4666f077e","section_id":"sec_4cd87bf4-30fc-49c1-b8c0-4c4a9feb3680","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"- どこに置くか\n- どう線を引くか\n- 混みすぎないか\n- 熱が偏らないか\n- 電力網が持つか","quote_start":0,"quote_end":48,"text_sha256":"ecbf28bf4c8671089cb0c835efaacb209e9d8a33a6aa0fa9788bf8714a617b8f","block_sha256":"ecbf28bf4c8671089cb0c835efaacb209e9d8a33a6aa0fa9788bf8714a617b8f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_470a987a-724e-4dcd-aba1-a2c4666f077e"},{"id":"occ_a107cc28edcde5f37e559094","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_4b60134b-7d8e-44bf-9154-51d5dabbc08b","section_id":"sec_19e5b639-214f-4105-b1a6-d9a4ac5a588b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":80,"end":82,"exact":"電力","quote":"ではなく、Synopsys の moat を深くする資産** です。AIサーバー、3D-IC、先端パッケージ、電力密度、熱設計が重くなるほど、Ansys の物理解析は「あると便利」ではなく「ないと怖い」に近づきます。つまり Ansys の価値は、今は **Synopsys の統合ストーリーの中で評価すべき** で","quote_start":25,"quote_end":182,"text_sha256":"e0133d83f3fe1e4fb5e0b4cf2c5be375e58dc05bb7ac0bb8740a4e6e7695b1a3","block_sha256":"e0133d83f3fe1e4fb5e0b4cf2c5be375e58dc05bb7ac0bb8740a4e6e7695b1a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_4b60134b-7d8e-44bf-9154-51d5dabbc08b"},{"id":"occ_eb48500edbb39300a9548c8f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_4f821225-8cb8-4338-b05a-fc0c1e527230","section_id":"sec_a3166a3f-0718-4458-ac27-ef3d3742030e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"- 電力を各サーバーへ配る\n- 冷却を回す\n- ネットワーク接続をまとめる\n- 何台ものサーバーを効率よく並べる\n- 保守しやすくする","quote_start":0,"quote_end":67,"text_sha256":"d165b6f361c60cd6f466b0e56828154e75906d7a6785afcd58bdbf9ee32442c0","block_sha256":"d165b6f361c60cd6f466b0e56828154e75906d7a6785afcd58bdbf9ee32442c0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_4f821225-8cb8-4338-b05a-fc0c1e527230"},{"id":"occ_765bb41f4dfe064944bb9cc6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_511df6f2-b6dd-4f03-86cd-df0b68263b0b","section_id":"sec_11d791bf-9d28-4084-8220-950af7a27dd2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"この人は、  \n「どんなGPUにするか」  \n「どれくらい速くするか」  \n「電力はどこまで許すか」  \n「メモリ帯域はどれくらい必要か」  \nを決めます。","quote_start":0,"quote_end":78,"text_sha256":"df33f6b2e587a46e1203d929ed4880c129c3b99b61140c98b2a3135de376de25","block_sha256":"df33f6b2e587a46e1203d929ed4880c129c3b99b61140c98b2a3135de376de25","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_511df6f2-b6dd-4f03-86cd-df0b68263b0b"},{"id":"occ_fc448fed327c2183fa4d9f46","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_52138e45-1af9-4936-a769-01f548b6166f","section_id":"sec_d2deafd6-e352-4741-b79d-395df302c4fb","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":37,"end":41,"exact":"消費電力","quote":"- 機能的に正しいか\n- テスト可能か\n- タイミングが閉じているか\n- 消費電力は許容内か\n- 物理ルール違反がないか\n- 信頼性上の危険がないか","quote_start":0,"quote_end":74,"text_sha256":"835043d4ef44183f111740b7d73925001e08dbc7aaf0f6d3ee05596ef314b08e","block_sha256":"835043d4ef44183f111740b7d73925001e08dbc7aaf0f6d3ee05596ef314b08e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_52138e45-1af9-4936-a769-01f548b6166f"},{"id":"occ_9fa9963c468f889fef4b96ac","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_52cb0ef6-79ea-49c1-a618-fc1bf11f3fa6","section_id":"sec_63e582d7-8838-4b9f-b38f-081fffa9d39c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"- 目標クロックで本当に動くか\n- 配線が長すぎないか\n- 電力が集中しすぎていないか\n- 電圧降下は大丈夫か\n- 発熱が危険でないか\n- 配線ルール違反がないか","quote_start":0,"quote_end":81,"text_sha256":"753f1a2b7fc421a2a7e9fa97e06b2ea290bfc4ca2a1a317baa0dda49277f1024","block_sha256":"753f1a2b7fc421a2a7e9fa97e06b2ea290bfc4ca2a1a317baa0dda49277f1024","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_52cb0ef6-79ea-49c1-a618-fc1bf11f3fa6"},{"id":"occ_1f06cdaca105c4b5672399f6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_55048dfe-0efc-47e9-b752-ca4816e16fa2","section_id":"sec_10a6b98a-f80b-4433-8f38-5f6574ca6ec5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"- 起動するか\n- 期待周波数に届くか\n- 電力や温度は想定内か\n- HBMが正常か\n- 長時間動作で落ちないか\n- ベンチや実アプリで性能が出るか","quote_start":0,"quote_end":74,"text_sha256":"f2ad0d757f02eb62c00e00700aace5007bd154715cdfb24cccb682e00b30d316","block_sha256":"f2ad0d757f02eb62c00e00700aace5007bd154715cdfb24cccb682e00b30d316","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_55048dfe-0efc-47e9-b752-ca4816e16fa2"},{"id":"occ_f3561d12f89af2aea23cc657","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_5aa00176-e195-4d8b-b705-5fd6845dc59a","section_id":"sec_f99134a3-0e50-4f72-9cbc-c95012473195","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電源","quote":"- 演算ブロック群\n- キャッシュ群\n- メモリI/O周辺\n- 制御ブロック\n- 電源網","quote_start":0,"quote_end":44,"text_sha256":"3fc7fe025a28d1178778fb3601abdfbab69cef49dd2ac969e24fcf04e3f2773d","block_sha256":"3fc7fe025a28d1178778fb3601abdfbab69cef49dd2ac969e24fcf04e3f2773d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_5aa00176-e195-4d8b-b705-5fd6845dc59a"},{"id":"occ_3b026601ded05a7d37ffdd8a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_5c8d60c6-2221-4826-b1fe-49ad3a6daeea","section_id":"sec_e514a29c-7950-4876-b7fc-c2bb8069ee7b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電源","quote":"さらに現在は Ansys を統合済みなので、Synopsys は従来の EDA に加えて、**熱・電源・機械応力など物理世界の解析** も取り込みやすくなっています。ここが最近の大きな変化です。 ([Synopsys News Releases](https://news.synopsys.com/2","quote_start":0,"quote_end":151,"text_sha256":"7f67da514087de0dbdacac527c2f4fc3f9fa23f2c6ef46c6d5c318b7fc1bee7a","block_sha256":"7f67da514087de0dbdacac527c2f4fc3f9fa23f2c6ef46c6d5c318b7fc1bee7a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_5c8d60c6-2221-4826-b1fe-49ad3a6daeea"},{"id":"occ_685ca4fb9a73bbd67e11c588","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_5ddc5bf4-cc05-4ed7-bbbc-6db3bacb02c8","section_id":"sec_cd11f998-93aa-4a0d-89e5-8e752fdfeb99","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":121,"end":123,"exact":"電源","quote":"配線、サインオフでは Synopsys や 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を強化して","quote_start":66,"quote_end":223,"text_sha256":"0d41beb421d32711a7505715784d15915b7c2bcb606607be44170194cfda4ea5","block_sha256":"0d41beb421d32711a7505715784d15915b7c2bcb606607be44170194cfda4ea5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_5ddc5bf4-cc05-4ed7-bbbc-6db3bacb02c8"},{"id":"occ_b2eea633ca5ade7205c27eca","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_5e40e783-dd64-4c4a-875c-b07a3f971533","section_id":"sec_30b78815-ea98-45bc-b0ca-a57fbe3d6e21","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"- 正しく動くか\n- 遅すぎないか\n- 電力を食いすぎないか\n- 面積が大きすぎないか\n- 製造できる形になっているか  \n  を何度も確認します。EDA は設計と製造準備を自動化する道具群です。 ([Synopsys](https://www","quote_start":0,"quote_end":122,"text_sha256":"38bfe3fab2deb23f95fdf080824f72f9e3c26a769c211ce1d6cf2a4d0c3ee243","block_sha256":"38bfe3fab2deb23f95fdf080824f72f9e3c26a769c211ce1d6cf2a4d0c3ee243","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_5e40e783-dd64-4c4a-875c-b07a3f971533"},{"id":"occ_3a645ede9c712695b492874f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_656699db-7929-4b81-97f8-9c9dfda8e318","section_id":"sec_792c5715-b8b2-47b3-becf-97db073ff859","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"- 配線が長すぎる\n- 電力が一部に集中する\n- 熱がこもる\n- 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とパッケージまで含めて製品設計**になります。NVIDIA","quote_start":0,"quote_end":140,"text_sha256":"32bdae208779a54dddeb59aa072be7127158ba3a57e1b114315b361a6c211c09","block_sha256":"32bdae208779a54dddeb59aa072be7127158ba3a57e1b114315b361a6c211c09","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_89dc1929-315a-4dce-adda-761bbeb96ada"},{"id":"occ_b0045f6351f15af926e56341","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_90c560d8-34c0-488a-bef6-626d35f04d10","section_id":"sec_612cb48a-e73f-432d-bbf9-db14dc07bc1d","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":38,"end":42,"exact":"消費電力","quote":"- 合成スクリプト\n- ターミナル\n- 合成レポート\n- 面積レポート\n- 消費電力レポート\n- タイミングレポート","quote_start":0,"quote_end":58,"text_sha256":"5c41c5183cfa43c315efc18fae77754a34177f5fb0faf1fc07cc85b0068df13f","block_sha256":"5c41c5183cfa43c315efc18fae77754a34177f5fb0faf1fc07cc85b0068df13f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_90c560d8-34c0-488a-bef6-626d35f04d10"},{"id":"occ_ba722a9a059468e8d69c14d6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_90e6b60f-33dd-451a-befe-35522293ae77","section_id":"sec_04aa2d66-d2c7-4e59-af18-087fc10f8b34","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"## \\7. 速度、電力、熱、ノイズを詰める","quote_start":0,"quote_end":22,"text_sha256":"f4c1ee9e9301bcad9d5fcbbfd0d143bc262c88e668a30026d7901e71e61d8515","block_sha256":"f4c1ee9e9301bcad9d5fcbbfd0d143bc262c88e668a30026d7901e71e61d8515","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_90e6b60f-33dd-451a-befe-35522293ae77"},{"id":"occ_78a15a4514fd0969a0527e94","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_948ebf77-200a-45a8-95c5-cd54d8ebb81a","section_id":"sec_4e856853-6f03-4682-9345-3a37ea9182bd","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"  \n**「このGPUは理屈上動くか」ではなく、「この巨大回路を本当にシリコン上に置いて、所定クロックで、所定電力内で、熱や電源ノイズも含めて成立させられるか」**  \nを詰めます。  \nつまり EDA は、NVIDIAにとって **企画の次からテープアウト直前まで、ほぼずっと使う中核道具** です。 ([syn","quote_start":7,"quote_end":164,"text_sha256":"0591cf2e874b3ba7ef76b14ad1b551ee3d37254bc661a71e4e67b3dde353cf1b","block_sha256":"0591cf2e874b3ba7ef76b14ad1b551ee3d37254bc661a71e4e67b3dde353cf1b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_948ebf77-200a-45a8-95c5-cd54d8ebb81a"},{"id":"occ_1a0d1ee77ef100945bbad78a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_9631c13d-eb76-4556-b10d-8951e8f9637a","section_id":"sec_dbba5218-d888-4955-87e3-538795340125","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"- 配線を短くする\n- 電力を安定させる\n- 熱を逃がす\n- 全体として成立させる","quote_start":0,"quote_end":41,"text_sha256":"e0c97b92c69d0de85cf4a1f878f191529a8fb5cb50344487affa4e6dc829c49c","block_sha256":"e0c97b92c69d0de85cf4a1f878f191529a8fb5cb50344487affa4e6dc829c49c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_9631c13d-eb76-4556-b10d-8951e8f9637a"},{"id":"occ_172894672def4cf225c1ef1b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_97ab4ea1-d54c-40b8-add7-6e5482f706e2","section_id":"sec_f99134a3-0e50-4f72-9cbc-c95012473195","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電源","quote":"- 配線が混みすぎる\n- 遅延が増える\n- 電源が苦しくなる\n- 熱が集中する","quote_start":0,"quote_end":39,"text_sha256":"e50d41665f3f19352ca933db6c20113c867dc533b80fcbc4fbdcd63aeee9c9d9","block_sha256":"e50d41665f3f19352ca933db6c20113c867dc533b80fcbc4fbdcd63aeee9c9d9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_97ab4ea1-d54c-40b8-add7-6e5482f706e2"},{"id":"occ_0ff93a2bd2e095123a09e283","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_9809c78a-42d1-48c4-94e4-ca773b86613a","section_id":"sec_19e5b639-214f-4105-b1a6-d9a4ac5a588b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":188,"end":190,"exact":"電力","quote":"ーでの Arm 採用拡大が寄与したと説明しています。Arm はさらに、AI everywhere が高性能かつ電力効率の高い Arm 需要を押し上げるとし、CSS は設計時間・コスト・リスクを減らし、ロイヤルティ単価を大きく引き上げると説明しています。Q3 FYE26 時点で CSS は 21件のライセンス、Ar","quote_start":133,"quote_end":290,"text_sha256":"396e1502449e83f6a8659311a6f6d507b28e181e0958c5e8d6e069f6166c4d92","block_sha256":"396e1502449e83f6a8659311a6f6d507b28e181e0958c5e8d6e069f6166c4d92","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_9809c78a-42d1-48c4-94e4-ca773b86613a"},{"id":"occ_594e613ab6a62e584b440fe0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_9824a897-1777-47f9-a54a-3fb8a2e8986a","section_id":"sec_05d13028-7d02-4fce-a4bf-398d108b9e57","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":84,"end":86,"exact":"電力","quote":" → 回路の中身をRTLで書く → 正しく動くか検証する → 論理合成する → 配置配線する → タイミング/電力/熱/ノイズを詰める → テープアウト → ファウンドリで製造**  \nという流れです。EDA はこの一連の工程を支える道具箱です。特に今の SoC は数十億〜数百億トランジスタ級で、人力だけでは設計","quote_start":29,"quote_end":186,"text_sha256":"ce94fe2cde054780fec42a2ab444f3f4e753c39beb10b6606bd7fabea84cf6e2","block_sha256":"ce94fe2cde054780fec42a2ab444f3f4e753c39beb10b6606bd7fabea84cf6e2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_9824a897-1777-47f9-a54a-3fb8a2e8986a"},{"id":"occ_fccc4b4d2c3444e11925211c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_9e25b083-e1d5-4b32-825c-dda214436b78","section_id":"sec_997da545-d0ed-4e87-bcf5-7b2e46b87f53","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"- 面積が大きすぎないか\n- 目標クロックに届くか\n- 電力が増えすぎないか\n- 想定より重いブロックがないか","quote_start":0,"quote_end":55,"text_sha256":"6d7dbc0b3193ff3e5c9377a3be1c835e574f6a24687e5e6f19911504d35058e8","block_sha256":"6d7dbc0b3193ff3e5c9377a3be1c835e574f6a24687e5e6f19911504d35058e8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_9e25b083-e1d5-4b32-825c-dda214436b78"},{"id":"occ_1e167c65742dd9dd75ac845d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_a002ddf4-9b52-4355-a9dd-b9c2ff9c1250","section_id":"sec_6be360b0-a2bc-4f23-889a-ecd458aebb38","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電力","quote":"TLを書いて整理する\n- シミュレーションする\n- 合成する\n- 配置配線する\n- タイミングを解析する\n- 電力やノイズを確認する","quote_start":3,"quote_end":69,"text_sha256":"7d25e89b5c533cc5535151ceb16ad63c82fb5308385ebf5dd29bf6975fdc32d8","block_sha256":"7d25e89b5c533cc5535151ceb16ad63c82fb5308385ebf5dd29bf6975fdc32d8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_a002ddf4-9b52-4355-a9dd-b9c2ff9c1250"},{"id":"occ_0291aa59f6ae77c9ead461b1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_a25ea769-40cc-447c-8265-5f26fd451c85","section_id":"sec_7aa06e4e-6ecd-441c-b34b-73ebab72e5c5","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":26,"end":30,"exact":"消費電力","quote":"- どの市場向けか\n- どれくらい速くしたいか\n- 消費電力はどこまで許すか\n- HBMを何個載せるか\n- NVLinkやPCIeをどうするか\n- コストやダイサイズをどうするか","quote_start":0,"quote_end":89,"text_sha256":"7d0ac6ff444604e0846fb1f5e9373daf26b9c00a324904ac34a6f39296236ae7","block_sha256":"7d0ac6ff444604e0846fb1f5e9373daf26b9c00a324904ac34a6f39296236ae7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_a25ea769-40cc-447c-8265-5f26fd451c85"},{"id":"occ_4bb13421c76d4b961d7144fa","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_a819e4ae-b91f-431a-9d24-f439f52d8afa","section_id":"sec_cb99a6d6-5044-4233-9552-46bf63d8dec7","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":40,"end":44,"exact":"消費電力","quote":"半導体でも同じで、  \n「論理的には正しいけど、目標クロックで動かない」  \n「消費電力が大きすぎる」  \n「面積がでかすぎて高すぎる」  \nという問題が起きます。","quote_start":0,"quote_end":82,"text_sha256":"0876d1b0e6178ea497aeb3e0e57dc5b75e5ea57c9ea79ee4c16f3a1677170bc3","block_sha256":"0876d1b0e6178ea497aeb3e0e57dc5b75e5ea57c9ea79ee4c16f3a1677170bc3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_a819e4ae-b91f-431a-9d24-f439f52d8afa"},{"id":"occ_911c7a28a55e3c268093d214","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_abeb8a9e-9e69-4e83-b969-3de41e789475","section_id":"sec_e514a29c-7950-4876-b7fc-c2bb8069ee7b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":113,"end":115,"exact":"電源","quote":"ーション、シリコンIP、ハードウェア支援検証などを打ち出しており、サインオフ領域では静的タイミング解析、信号/電源完全性、寄生抽出、ECO、トランジスタレベル解析、マルチフィジクスまで扱っています。 ([Synopsys](https://www.synopsys.com/?utm_source=chatgpt.","quote_start":58,"quote_end":215,"text_sha256":"cb5310ec7d676dff4409227231a34a96517940d2c69bdad529a29ae5cf78ca14","block_sha256":"cb5310ec7d676dff4409227231a34a96517940d2c69bdad529a29ae5cf78ca14","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_abeb8a9e-9e69-4e83-b969-3de41e789475"},{"id":"occ_766db68f3c6ec13dbfef9a58","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_ad2f74b1-594c-41cf-bf88-e6b3bffb188b","section_id":"sec_63e582d7-8838-4b9f-b38f-081fffa9d39c","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電源","quote":"- 配置を変える\n- バッファを入れる\n- 電源網を強化する\n- RTL自体を少し直す\n- 一部ブロックを作り直す","quote_start":0,"quote_end":57,"text_sha256":"0574683cca6e4dff0968cae6a94704c769fec4d3172b0135bd60a20b6a6bb133","block_sha256":"0574683cca6e4dff0968cae6a94704c769fec4d3172b0135bd60a20b6a6bb133","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_ad2f74b1-594c-41cf-bf88-e6b3bffb188b"},{"id":"occ_af5ba9b3bcfe85aaa0f52ba1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_ba7d169c-31e1-4489-b51e-fb49dc8debc9","section_id":"sec_00090787-de8e-4d22-8853-4a0d27ed0b58","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"Ansysは、熱・電力・応力・電磁気など、**物理的な解析**が強い会社です。  \n設計した回路が現実にちゃんと耐えるかを確認するイメージです。","quote_start":0,"quote_end":72,"text_sha256":"a2670ec66e4f1c781b85a9eb86e090ff1e11904381b09771d017528571a201d0","block_sha256":"a2670ec66e4f1c781b85a9eb86e090ff1e11904381b09771d017528571a201d0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_ba7d169c-31e1-4489-b51e-fb49dc8debc9"},{"id":"occ_f6169951dde177fc1cf25f3c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_bd6d1aed-8928-4537-8c3f-92456dc86c87","section_id":"sec_19e5b639-214f-4105-b1a6-d9a4ac5a588b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":109,"end":111,"exact":"電源","quote":" 物理解析まで一体で取りにいける会社」になった** ということです。特に 2.5D/3D、先端パッケージ、熱・電源・電磁界まで絡む AI システムでは、論理設計だけでなく物理世界の整合が重要になるので、Ansys 統合が効きやすいです。逆にリスクは、**統合が大きいぶん実行難度が高い** ことです。だから Syn","quote_start":54,"quote_end":211,"text_sha256":"f3f60ce5d86aed5195ef00bce3b13e42ebcae4c062bae7498ee0e0d904b9c223","block_sha256":"f3f60ce5d86aed5195ef00bce3b13e42ebcae4c062bae7498ee0e0d904b9c223","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_bd6d1aed-8928-4537-8c3f-92456dc86c87"},{"id":"occ_8884d7468f49acf8e0bf282c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_c1bbd2f6-ba38-433f-bf0f-6bb2022f6301","section_id":"sec_0cb793df-7790-4b55-97d7-ffc0f6cbe6d2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"## \\9. 配置配線が進み、タイミング・電力・熱の専門家が本格参戦する","quote_start":0,"quote_end":36,"text_sha256":"e84a5da987b4418a27e8e9f3d978b8ecf89a24e0d83ef3f6196e3781a5e2b60b","block_sha256":"e84a5da987b4418a27e8e9f3d978b8ecf89a24e0d83ef3f6196e3781a5e2b60b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_c1bbd2f6-ba38-433f-bf0f-6bb2022f6301"},{"id":"occ_5241f7800db9938a74c59dcb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_c4afabd9-d954-4ad9-ad62-13122fd16ae7","section_id":"sec_3527ee77-a036-42f5-a0f0-2f953e5819e9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電源","quote":"- 四角いブロック\n- びっしり詰まったセル\n- 色分けされた配線層\n- 電源網\n- 密度ヒートマップ\n- congestion map\n- timing hot spot","quote_start":0,"quote_end":86,"text_sha256":"67c4a282ed9afe28410b1725d3910f39fe3c9d533016568c81806e247ed6e7ea","block_sha256":"67c4a282ed9afe28410b1725d3910f39fe3c9d533016568c81806e247ed6e7ea","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_c4afabd9-d954-4ad9-ad62-13122fd16ae7"},{"id":"occ_f55af203baa71b77a33d32de","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_c4ec8c85-c51a-4b75-a143-9aceb3a963d0","section_id":"sec_7a109288-5e72-414a-9e73-ef92af7a7b33","layer":"body","character_id":null,"count":3,"matched_aliases":["消費電力","電力","電源"],"evidence":{"text_basis":"markdown","start":56,"end":60,"exact":"消費電力","quote":" **Digital Design and Signoff**  \n  RTL解析、等価性検証、SoC実装、低消費電力検証、合成、電力解析、CDC/制約サインオフ、シリコンサインオフ、テスト自動化。 ([Cadence](https://www.cadence.com/en_US/home/tools.html))\n","quote_start":1,"quote_end":160,"text_sha256":"818c8cde6107194e7078fd77c9a0b77861425ea0b89de7a6a8ee0cc9856c1732","block_sha256":"818c8cde6107194e7078fd77c9a0b77861425ea0b89de7a6a8ee0cc9856c1732","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_c4ec8c85-c51a-4b75-a143-9aceb3a963d0"},{"id":"occ_4b31e31abb7ba225f850b0fc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_c5aa69d2-8e7b-4469-9390-60283ba4da8c","section_id":"sec_653e5ab2-2c59-411a-988c-74751ea3b539","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電源","quote":"HBMでは、**TSV/積層/インターポーザ/多ダイ接続/熱/電源** が一気に重くなります。Synopsys 3DIC Compiler は power/signal integrity、thermal、mechanical stress の 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\nを直していきます。","quote_start":0,"quote_end":64,"text_sha256":"063743a39499f39687be61bca55e2372164ad15203e6003779dc4bd6e252ea9e","block_sha256":"063743a39499f39687be61bca55e2372164ad15203e6003779dc4bd6e252ea9e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_cc3b8a8f-6dea-450d-b143-08dbc8a3e57f"},{"id":"occ_b5f74f503604bbb56de232cb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_ce34061b-58ca-4228-b63c-a84908c4c6a7","section_id":"sec_63e582d7-8838-4b9f-b38f-081fffa9d39c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電力","quote":"- 配置配線担当\n- タイミング解析担当\n- 電力解析担当\n- IR/EM担当\n- 熱解析担当","quote_start":0,"quote_end":47,"text_sha256":"d021253fc64b5a62e2a44eb03563786ccf601f9ef71fc6e61b3c4b9fcb177805","block_sha256":"d021253fc64b5a62e2a44eb03563786ccf601f9ef71fc6e61b3c4b9fcb177805","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_ce34061b-58ca-4228-b63c-a84908c4c6a7"},{"id":"occ_ab71c0eb3f6d0192909a13b7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_d44b5e44-bff3-48c1-89f6-2ffd0050ec33","section_id":"sec_ec1f317d-8fca-4bdb-a9e5-6565de473d55","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電源","quote":"- 調理台がずらっと並び\n- 電源やガスや水がまとめられ\n- 人の動線も整理され\n- 冷却や排気も設計されている","quote_start":0,"quote_end":56,"text_sha256":"b808fb36255f0f520326b6c38a08bafc8bcaace054b96bfbd420e04da78166cd","block_sha256":"b808fb36255f0f520326b6c38a08bafc8bcaace054b96bfbd420e04da78166cd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_d44b5e44-bff3-48c1-89f6-2ffd0050ec33"},{"id":"occ_1b140c0a20b41a1740a83fb4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_d81470ee-2b45-4252-af7e-1f17fd1cf6e5","section_id":"sec_a15a81ef-6b01-4032-846d-3a1a9ae4911b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":99,"end":101,"exact":"電源","quote":"ト屋: メモリアレイの並び、配線、寄生、密度を詰める\n- SI/PI屋: HBMではインターポーザ、スタック、電源、熱を詰める","quote_start":44,"quote_end":107,"text_sha256":"78dcdf9a6263b95f033d0eed2879490dd06dd0bc2ca2bdce5b1ac3874e111d0f","block_sha256":"78dcdf9a6263b95f033d0eed2879490dd06dd0bc2ca2bdce5b1ac3874e111d0f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_d81470ee-2b45-4252-af7e-1f17fd1cf6e5"},{"id":"occ_6deb0250f857ba3d13df2d65","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_dba60514-7824-401b-a7d7-fb935fa6bd8f","section_id":"sec_b41dea2c-1948-473f-ab9d-eb6d12398ca1","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":93,"end":95,"exact":"電力","quote":" 正しく動くか何度も確認する\n5. 実際に作れる回路に変換する\n6. チップ上に配置して配線する\n7. 速度・電力・熱・ノイズを詰める\n8. 製造用データを出す\n9. 工場で作る\n10. パッケージして検査する\n11. ソフトを動かして実機確認する","quote_start":38,"quote_end":162,"text_sha256":"e61c838315e599183c70a56d47aeb351215a8f382871da33eebe23101a8f7a84","block_sha256":"e61c838315e599183c70a56d47aeb351215a8f382871da33eebe23101a8f7a84","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_dba60514-7824-401b-a7d7-fb935fa6bd8f"},{"id":"occ_28d1e8825fadc318dbf57de0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_e1466fba-5a3d-4943-a5c9-ea9549ca56d1","section_id":"sec_274f197d-f404-4bc4-8dfa-e3fa232d7743","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":217,"end":219,"exact":"電力","quote":" がテストできる仕組みを入れる  \n→ **物理設計担当** がシリコン上に配置する  \n→ **タイミング/電力/熱担当** が現実に成立させる  \n→ **設計責任者** がサインオフしてテープアウト  \n→ **TSMC** がウェハを作る  \n→ **Advantest系のテスト工程** でウェハーテスト","quote_start":162,"quote_end":319,"text_sha256":"152fb3759374a607323ee0ce1db539512f4ca82b82b53ee9e2ec1cf3ac074c10","block_sha256":"152fb3759374a607323ee0ce1db539512f4ca82b82b53ee9e2ec1cf3ac074c10","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_e1466fba-5a3d-4943-a5c9-ea9549ca56d1"},{"id":"occ_796da2cef21ac1627a28f21f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_e6017961-2625-42b9-9063-3104815a4006","section_id":"sec_68cd5b05-816f-4c97-8b82-82c6d4c6bbbb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"- ブロック図\n- 性能予測表\n- 帯域試算\n- 電力予算表\n- 面積見積もり\n- シミュレーション結果\n- プレゼン資料や仕様書","quote_start":0,"quote_end":65,"text_sha256":"130e571c91160222d5d00466f1e6366b74c5101671b1c8e3f3cb8ac52efa7030","block_sha256":"130e571c91160222d5d00466f1e6366b74c5101671b1c8e3f3cb8ac52efa7030","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_e6017961-2625-42b9-9063-3104815a4006"},{"id":"occ_f54da1661589dd4bf8651483","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_e71a711d-1fc5-491f-bc30-576717dda288","section_id":"sec_2182e59f-f93b-41d5-8cf1-091ca9952b63","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":25,"end":29,"exact":"消費電力","quote":"半導体なら、  \n「AI向けGPUにする」  \n「消費電力はここまで」  \n「性能はこのくらい」  \n「HBMを何個載せる」  \nを決めます。","quote_start":0,"quote_end":71,"text_sha256":"aa32698e395144fef31b7dc8e259cdaff215ef65890b433bf18d0f865534ee9d","block_sha256":"aa32698e395144fef31b7dc8e259cdaff215ef65890b433bf18d0f865534ee9d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_e71a711d-1fc5-491f-bc30-576717dda288"},{"id":"occ_5b3f030eed5ffc60c6168edf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_e8549b69-ae79-42e3-98e7-8bc4d1850dbe","section_id":"sec_93d720b6-77fa-4a79-ab44-d3b9c1d20bdf","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電源","quote":"「この領域は電流が集中しすぎている」  \n「ここは温度が上がりすぎる」  \n「この電源配線では電圧が落ちすぎる」  \n「長時間動作で信頼性が危ない」","quote_start":0,"quote_end":74,"text_sha256":"b989a2da5c7faec32d5670ace9a4bad5687daef3bd587c429fee4ef253e226f6","block_sha256":"b989a2da5c7faec32d5670ace9a4bad5687daef3bd587c429fee4ef253e226f6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57810a5f-315e-49a7-ac85-72cc27e35eff/#blk_e8549b69-ae79-42e3-98e7-8bc4d1850dbe"},{"id":"occ_9961ee20ce1498c81de5506d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57810a5f-315e-49a7-ac85-72cc27e35eff","work_id":"wrk_fc529d17-dbc8-4405-b2ca-a48accef7253","block_id":"blk_f89e5956-c8c6-41be-a760-a5f68d159274","section_id":"sec_ab345c53-36d0-451c-88a5-6c3167ffcd84","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電力","quote":"「このキャッシュ構成だと帯域が足りない」  \n「演算器を増やしてもメモリ側が詰まる」  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クラウド運用","quote_start":0,"quote_end":44,"text_sha256":"bcb428ecb63b68daedafc2c940628566a9f98cc40caf64c6ec9d3cfda0e2d933","block_sha256":"bcb428ecb63b68daedafc2c940628566a9f98cc40caf64c6ec9d3cfda0e2d933","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57995821-c471-42b5-ae3a-f989b7bd06f5/#blk_c46467dc-2239-4386-89e2-6fc989127e65"},{"id":"occ_4e014e2fa9140c38770fd6ae","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57995821-c471-42b5-ae3a-f989b7bd06f5","work_id":"wrk_ffa6d69b-69a7-4979-a51d-6b89aa7b0ff5","block_id":"blk_e0b9c8c6-0f90-4a23-9fc2-ea0c5bfeeece","section_id":"sec_4dcbe5d1-a8f5-4927-bb8c-be209c8ef2ea","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"計算能力は、物理的には半導体、電力、土地、建物、ネットワークによって構成されている。","quote_start":0,"quote_end":42,"text_sha256":"5f595bae2906e6c3122ba4e6800728de274f0b5ce35ee81c7d908564dcf1a592","block_sha256":"5f595bae2906e6c3122ba4e6800728de274f0b5ce35ee81c7d908564dcf1a592","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57995821-c471-42b5-ae3a-f989b7bd06f5/#blk_e0b9c8c6-0f90-4a23-9fc2-ea0c5bfeeece"},{"id":"occ_4c20c3747bbeca695383c828","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57995821-c471-42b5-ae3a-f989b7bd06f5","work_id":"wrk_ffa6d69b-69a7-4979-a51d-6b89aa7b0ff5","block_id":"blk_f160543a-5c6b-499f-a996-8805b3a600db","section_id":"sec_e469f38d-d6ea-4dee-b65e-21835855969f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"汎用GPUよりも特定処理へ最適化された半導体を導入することで、クラウド事業者は電力当たり、設備費当たりの処理量を増やせる。","quote_start":0,"quote_end":61,"text_sha256":"b61604a6835e5cf3097a568d8f61be9f4c729acd1e839e22389084c328c620b9","block_sha256":"b61604a6835e5cf3097a568d8f61be9f4c729acd1e839e22389084c328c620b9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57995821-c471-42b5-ae3a-f989b7bd06f5/#blk_f160543a-5c6b-499f-a996-8805b3a600db"},{"id":"occ_49f88ff577bc045aa3e3de54","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57995821-c471-42b5-ae3a-f989b7bd06f5","work_id":"wrk_ffa6d69b-69a7-4979-a51d-6b89aa7b0ff5","block_id":"blk_f681a1d2-a815-4533-b842-8a0cf837776e","section_id":"sec_39c17769-6609-4391-b004-d3d5d6f2de1d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電源","quote":"- エッジAIチップ\n- 車載メモリー\n- センサー\n- アナログ半導体\n- 電源半導体\n- 通信\n- 光ネットワーク\n- ストレージ","quote_start":0,"quote_end":67,"text_sha256":"37c093a8f12a88b406a8b563397b705aff1cf09e6dcca9a8f72090acda735db9","block_sha256":"37c093a8f12a88b406a8b563397b705aff1cf09e6dcca9a8f72090acda735db9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57995821-c471-42b5-ae3a-f989b7bd06f5/#blk_f681a1d2-a815-4533-b842-8a0cf837776e"},{"id":"occ_588c5be47274b82e61cdd740","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_57995821-c471-42b5-ae3a-f989b7bd06f5","work_id":"wrk_ffa6d69b-69a7-4979-a51d-6b89aa7b0ff5","block_id":"blk_fcf24ca1-ec82-4ce4-8b37-ecb8b17ad650","section_id":"sec_c85be262-8bbb-4366-81ca-1eaf4ea43958","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電源","quote":"- GPU\n- HBM\n- CPU\n- スイッチ\n- 光部品\n- NIC・DPU\n- ストレージ\n- 電源・冷却","quote_start":0,"quote_end":56,"text_sha256":"0844ab3d9117b612c02319b41b256eff4dcfb46e9c6e4ee7648722b61c7984aa","block_sha256":"0844ab3d9117b612c02319b41b256eff4dcfb46e9c6e4ee7648722b61c7984aa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_57995821-c471-42b5-ae3a-f989b7bd06f5/#blk_fcf24ca1-ec82-4ce4-8b37-ecb8b17ad650"},{"id":"occ_28296012db9a59468b6b066e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_584d62bb-c9f7-4d1f-b637-8fac93976f1b","work_id":"wrk_b4bdeaca-dc31-448c-8f47-03f9e39c14b0","block_id":"blk_2383aac6-4870-4276-96c3-4d01794421e8","section_id":"sec_16e08a51-797a-4fe5-8084-04e7c3a17156","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":98,"end":100,"exact":"電力","quote":"6 GPUドメイン）」「Kyberで1ラックあたりGPU数を倍にしNVL1152へ」など、データセンター設計（電力・冷却・光）を含めた長期計画が必要というメッセージが強いです。","quote_start":43,"quote_end":131,"text_sha256":"5067c4aedff72684459c774a9ca6d64a23bb93d089149ae2de9934b241ed201a","block_sha256":"5067c4aedff72684459c774a9ca6d64a23bb93d089149ae2de9934b241ed201a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_584d62bb-c9f7-4d1f-b637-8fac93976f1b/#blk_2383aac6-4870-4276-96c3-4d01794421e8"},{"id":"occ_a2364053d5f1945154847190","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_584d62bb-c9f7-4d1f-b637-8fac93976f1b","work_id":"wrk_b4bdeaca-dc31-448c-8f47-03f9e39c14b0","block_id":"blk_23b9cc54-2042-49c5-9e7d-edb19b895491","section_id":"sec_ac059bbb-dc4c-4bb9-92e8-e01d065e608e","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電力","quote":"TSMCは2nm（N2）でnanosheet構造などを掲げ、密度・電力効率の向上を訴求していますが、同時に先端ノードは供給制約やコスト増を伴います。したがって2nm化は万能ではなく、同一消費電力枠での（a）HBMあたりの有効帯域、（b）NVLinkあたりの有効帯域、（c","quote_start":0,"quote_end":135,"text_sha256":"0ff8a786ade429a0cc598b8f57619ef775cf914d8d17bd901427ada181f089fc","block_sha256":"0ff8a786ade429a0cc598b8f57619ef775cf914d8d17bd901427ada181f089fc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_584d62bb-c9f7-4d1f-b637-8fac93976f1b/#blk_23b9cc54-2042-49c5-9e7d-edb19b895491"},{"id":"occ_25880f973ed2f1ebfdd6b178","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_584d62bb-c9f7-4d1f-b637-8fac93976f1b","work_id":"wrk_b4bdeaca-dc31-448c-8f47-03f9e39c14b0","block_id":"blk_a39e633a-5f9b-4d12-b163-ade94cfec282","section_id":"sec_e6c60dbe-f518-439d-8813-adf7a3688af4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":129,"end":131,"exact":"電力","quote":"ーク内演算を拡張する（MoE/TPに効く）。第二に、ラック間を光（直結/コパッケージ）で拡張し、銅配線の密度と電力を破綻させない（Spectrum-6のCPO等はその方向）。","quote_start":74,"quote_end":161,"text_sha256":"8b8b60c43aba4f4a5e050f06efe3028a140b74fbc617bdda602427acce332cd8","block_sha256":"8b8b60c43aba4f4a5e050f06efe3028a140b74fbc617bdda602427acce332cd8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_584d62bb-c9f7-4d1f-b637-8fac93976f1b/#blk_a39e633a-5f9b-4d12-b163-ade94cfec282"},{"id":"occ_528840be9df80b737f7b1c57","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_371d9580-390a-4af4-851b-ceef05949e05","section_id":"sec_45b8b965-0af4-4272-a27a-98e67a1ff2e0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"短い波長のレーダーには、高い周波数で大きな電力を発生できる送信管が必要だった。その候補の一つとなったのがマグネトロンである。","quote_start":0,"quote_end":62,"text_sha256":"f78c9a40a1482377a9245c44bf08e6b3227cbcfe381ce4459f09384387c9f415","block_sha256":"f78c9a40a1482377a9245c44bf08e6b3227cbcfe381ce4459f09384387c9f415","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_371d9580-390a-4af4-851b-ceef05949e05"},{"id":"occ_e8423a82fd49f055d2dea2ed","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_38cb758a-9059-427e-8451-23d4333d645e","section_id":"sec_99681d80-0b2c-4aea-af9b-807b8fffa9d8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":71,"end":73,"exact":"電源","quote":"回転させる装置ではない。磁界で電子の滞在時間と軌道を制御し、電子の集団と共振空洞の振動を同期させることで、直流電源のエネルギーをマイクロ波へ変換する発振器である。","quote_start":16,"quote_end":97,"text_sha256":"24b9acb952c4d65540c81d8d570cdf9a3b6672cbf26951c85e5729918a5507da","block_sha256":"24b9acb952c4d65540c81d8d570cdf9a3b6672cbf26951c85e5729918a5507da","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_38cb758a-9059-427e-8451-23d4333d645e"},{"id":"occ_c4c770c368c6b738f3dfcc7d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_3e6c6636-0749-419b-9ff8-65879cce9cf9","section_id":"sec_6af8d945-b92d-48d1-848c-c5b967ea8e2f","layer":"code","c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         ＋\nレーダーの要求\n高周波で動く高純度結晶\n          ↓\n固体増幅器の研究が現実になる\n```","quote_start":0,"quote_end":88,"text_sha256":"b702beda9a8ef019beac228ba729be316127888e8c8d1353e8fed880bc448a4f","block_sha256":"b702beda9a8ef019beac228ba729be316127888e8c8d1353e8fed880bc448a4f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_3e6c6636-0749-419b-9ff8-65879cce9cf9"},{"id":"occ_767ed1cf5a128b270c36cb77","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_6ee4ab9f-80ba-4c7d-a94c-8fce6df789ce","section_id":"sec_6af8d945-b92d-48d1-848c-c5b967ea8e2f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":68,"end":70,"exact":"電力","quote":"離線の途中へ多数の中継増幅器と交換回路を置かなければならない。真空管は増幅できたが、大きく、熱を出し、ヒーター電力を消費し、寿命にも限界があった。","quote_start":13,"quote_end":86,"text_sha256":"a237fbd8c4a0882540ed91f82351bdb1a18bf8e14887b1573c457ae3b4248798","block_sha256":"a237fbd8c4a0882540ed91f82351bdb1a18bf8e14887b1573c457ae3b4248798","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_6ee4ab9f-80ba-4c7d-a94c-8fce6df789ce"},{"id":"occ_226b76ce5f2a11151dce6edd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_75ef9693-08a1-4b2b-803b-abc143cdc77c","section_id":"sec_656c8791-7a6d-400f-8d11-b22b494cd90f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"オールがレーダー用シリコンの研究中に観察した現象は、半導体接合による光起電力効果だった。戦争のために調べていた検波器が、後の太陽電池の原理も明らかにしたのである。([CHM](https://www.computerhistory.org/siliconengine/disc","quote_start":0,"quote_end":138,"text_sha256":"450b71a96be0204ad33988dcb11449763cac166c880c10f6f942d9fc9a8a45d3","block_sha256":"450b71a96be0204ad33988dcb11449763cac166c880c10f6f942d9fc9a8a45d3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_75ef9693-08a1-4b2b-803b-abc143cdc77c"},{"id":"occ_80866fde2ebdeddd0abcb77e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_811e3d02-f17a-41a2-ab34-369b55c8b71a","section_id":"sec_99681d80-0b2c-4aea-af9b-807b8fffa9d8","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"```\n直流電源のエネルギー\n        ↓\n電子の運動エネルギー\n        ↓\n共振空洞の電磁振動\n        ↓\n高出力マイクロ波\n```","quote_start":0,"quote_end":78,"text_sha256":"f1eff8fdd6bccacdab33c8b01e00faf2cba77b796e0c75dd27ee19e55214befa","block_sha256":"f1eff8fdd6bccacdab33c8b01e00faf2cba77b796e0c75dd27ee19e55214befa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_811e3d02-f17a-41a2-ab34-369b55c8b71a"},{"id":"occ_ffe7706ebee384e0dc8f5f21","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_85bd9ff6-2aa4-4385-a975-432447636fbb","section_id":"sec_df883832-9efe-4ad4-9690-27bf9e8f949f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"一つのアンテナを送信と受信の両方に使う場合、送信中は強力な電力から受信機を守り、送信終了後すぐに受信側へ切り替える必要がある。レーダーは強いパルスを出した直後、遠方から戻る微弱な反射へ耳を澄ます装置なのである。","quote_start":0,"quote_end":105,"text_sha256":"c3df63e5e407b7b0d5f4d0a2c9907dbfe4c530bea328946c79711d1bc7e6291a","block_sha256":"c3df63e5e407b7b0d5f4d0a2c9907dbfe4c530bea328946c79711d1bc7e6291a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_85bd9ff6-2aa4-4385-a975-432447636fbb"},{"id":"occ_6b9bda65f9a8f2c6656352e9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_f1a89928-c2a3-41aa-b5fd-0ec3dc377d7c","section_id":"sec_4c303e4f-37d9-4ed1-be6b-b06b92901bd4","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"```\n送信電力\n████████████████\n\n対象へ届く\n████\n\n受信機へ戻る\n▏\n```","quote_start":0,"quote_end":51,"text_sha256":"0d6e751dffd990e09eac99eb6e760a928457128a3b653de5bfbf8da1731efc13","block_sha256":"0d6e751dffd990e09eac99eb6e760a928457128a3b653de5bfbf8da1731efc13","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_f1a89928-c2a3-41aa-b5fd-0ec3dc377d7c"},{"id":"occ_07b28b4d3e6b1dc1a9593868","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_58ce9d38-659d-4774-8af9-ad372c9118b9","work_id":"wrk_ff70f7fd-9e30-462d-9863-29d194cb8438","block_id":"blk_fd7afe75-1502-4970-ac75-aa29c746058f","section_id":"sec_f430d436-8e7d-4213-b3b4-4c54fc34e3fa","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":166,"end":168,"exact":"電源","quote":"素、当時の名称でカーボランダムを使う検波器を開発している。ピカードの特許には、受信した高周波振動を整流し、外部電源を使わずに情報を取り出す構想が示されていた。([Google Patents](https://patents.google.com/patent/US836531A/en?utm_source=ch","quote_start":111,"quote_end":268,"text_sha256":"f5aa048a4f01c3154eef1189b64cf2597a515938c51c2e34f45a96a2bdf96f2a","block_sha256":"f5aa048a4f01c3154eef1189b64cf2597a515938c51c2e34f45a96a2bdf96f2a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_58ce9d38-659d-4774-8af9-ad372c9118b9/#blk_fd7afe75-1502-4970-ac75-aa29c746058f"},{"id":"occ_fdf0bab041f9077cf8d9d98e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5bf9454f-9956-42b9-a29c-ae99782c33c0","work_id":"wrk_37743298-dcff-4252-a0d0-d94538fc2a68","block_id":"blk_6da57662-969d-4642-a20c-99f4cbc61def","section_id":"sec_1fb2edb8-c93e-4e91-9d64-82611216e703","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力。","quote_start":0,"quote_end":3,"text_sha256":"02c3b2dc57a4b12618c711bd128867325f4b13502b6170927bda229b0cef99eb","block_sha256":"02c3b2dc57a4b12618c711bd128867325f4b13502b6170927bda229b0cef99eb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5bf9454f-9956-42b9-a29c-ae99782c33c0/#blk_6da57662-969d-4642-a20c-99f4cbc61def"},{"id":"occ_49064a7e722b8e6b6ada7773","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5bf9454f-9956-42b9-a29c-ae99782c33c0","work_id":"wrk_37743298-dcff-4252-a0d0-d94538fc2a68","block_id":"blk_bcf47881-62c4-4baa-8ad7-6337a7d61cea","section_id":"sec_adf2a638-0775-4649-97db-b56869c6f7cd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力会社。","quote_start":0,"quote_end":5,"text_sha256":"b810247de6aa7ca6f0b18c1243167c2877e8442f5472eeb94ab2da0e9ebe7b6c","block_sha256":"b810247de6aa7ca6f0b18c1243167c2877e8442f5472eeb94ab2da0e9ebe7b6c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5bf9454f-9956-42b9-a29c-ae99782c33c0/#blk_bcf47881-62c4-4baa-8ad7-6337a7d61cea"},{"id":"occ_b85e40958945a8d0f18484b4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5bf9454f-9956-42b9-a29c-ae99782c33c0","work_id":"wrk_37743298-dcff-4252-a0d0-d94538fc2a68","block_id":"blk_e98cb9a3-735c-4129-9947-614a461a45e4","section_id":"sec_48756f7a-b779-4303-81f4-22dd8fb0c964","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力。","quote_start":0,"quote_end":3,"text_sha256":"02c3b2dc57a4b12618c711bd128867325f4b13502b6170927bda229b0cef99eb","block_sha256":"02c3b2dc57a4b12618c711bd128867325f4b13502b6170927bda229b0cef99eb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5bf9454f-9956-42b9-a29c-ae99782c33c0/#blk_e98cb9a3-735c-4129-9947-614a461a45e4"},{"id":"occ_14c481f67cd7deaabe973805","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_0471d79a-9658-455b-9c60-54371241d337","section_id":"sec_5224d849-13cd-49bf-a3b2-d83a6c74833c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":225,"end":227,"exact":"電力","quote":"トラフィックも流せる）\n  - 従来ネットワークの設計をそのままスケールできる\n- CPOは**これをいかに省電力・高密度で実現するか**という技術","quote_start":170,"quote_end":244,"text_sha256":"1ac5f8ccf7ac0e534f0d88cf161c14c68c8162d6232b70c47be3eaa687b71d57","block_sha256":"1ac5f8ccf7ac0e534f0d88cf161c14c68c8162d6232b70c47be3eaa687b71d57","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_0471d79a-9658-455b-9c60-54371241d337"},{"id":"occ_c62c35e6363fc1720e0b524b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_0ad75591-ddef-4820-b466-91e7eb332205","section_id":"sec_61711b0d-9dcb-484b-86fa-11bf8f73ed1e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":422,"end":424,"exact":"電力","quote":"フラ効率**\n   \n   - 高効率データセンター＋液冷＋ラック設計まで含めた最適化で、  \n     **電力当たりの TFLOP や TB/s を最大化**。\n4. **ファイナンス（Super Cloud Vendor Backstop）**\n   \n   - 期間ミスマッチを Google 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と電力が跳ね上がる**。","quote_start":225,"quote_end":291,"text_sha256":"063a7f205df3230531966b5c7c67dab659276b05dead8fe3f8d6ba6831028e92","block_sha256":"063a7f205df3230531966b5c7c67dab659276b05dead8fe3f8d6ba6831028e92","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_2119dcf8-6af6-468e-a72b-a3e26762b64a"},{"id":"occ_283556c11df62868be1270f0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_284677e1-419a-49fa-b105-ea6d03342441","section_id":"sec_1c28964f-1995-4372-a8e5-c24e6621f210","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"板の上に**非常に小さな鏡（数十〜数百 µm）をアレイ状**に並べ、\n- ミラーを支える梁（ヒンジ）と、**静電力などでミラーを傾ける駆動電極**を作っておき、\n- 電圧をかけてミラーの角度を変えることで、光ビームの方向を変えます。([Optical Passive Components](https://opt","quote_start":7,"quote_end":164,"text_sha256":"9ef56cc87860e98108a9048cb255a6f28fac9d7c08aac28cda17f0261f5b9eec","block_sha256":"9ef56cc87860e98108a9048cb255a6f28fac9d7c08aac28cda17f0261f5b9eec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_284677e1-419a-49fa-b105-ea6d03342441"},{"id":"occ_3b847f7c9676e5df941622a9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_31acbf39-c320-47dd-a91f-23919b023a8a","section_id":"sec_f93869a7-527c-499b-bac7-7c7304d6c368","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電力","quote":"パケットルーティングやバッファリングは全部Spectrum ASIC側**\n- 光は**CPOで電線を短く・省電力にしただけ**","quote_start":4,"quote_end":68,"text_sha256":"5057d9a0daf6d21615ecd5b0e3893cb997d5348eae63f3ff2bb4d7a2b5a79a84","block_sha256":"5057d9a0daf6d21615ecd5b0e3893cb997d5348eae63f3ff2bb4d7a2b5a79a84","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_31acbf39-c320-47dd-a91f-23919b023a8a"},{"id":"occ_e14de6d3909156f6b8f923d6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_330af3e9-d82c-46de-9653-45d7e52cea7e","section_id":"sec_d256cbe7-34fe-4e21-99d7-491123bcbd44","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":224,"end":226,"exact":"電力","quote":"→ CPO（シリコンフォトニクス）で  \n  **「既存のClos/Spine-Leafファブリックを、より省電力・高密度にする」**  \n  OCSは使わず、あくまでパケットスイッチ＋光I/O。","quote_start":169,"quote_end":267,"text_sha256":"87add00f2e541bbd11d3711c03534cfe945ba46d85be1388ea145aa691d2a81a","block_sha256":"87add00f2e541bbd11d3711c03534cfe945ba46d85be1388ea145aa691d2a81a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_330af3e9-d82c-46de-9653-45d7e52cea7e"},{"id":"occ_d86756193765fd79ffee483a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_40b6affa-34a4-4525-9093-088a957e2e89","section_id":"sec_7d9fd5b5-93ab-4a07-9ac8-42b419a6b439","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":93,"end":95,"exact":"電力","quote":" 70〜80％**\n  \n  - うち NVIDIA の粗利が 50％ポイント以上。\n- データセンター建設・電力・冷却・運用：20〜30％\n- ソフトウェア開発・オペレーション：数％（人件費は別勘定）","quote_start":38,"quote_end":139,"text_sha256":"3cc2fb290bf196bf71f3498429063fec2f97a8cc517be6d2e8e1a2f0922eced0","block_sha256":"3cc2fb290bf196bf71f3498429063fec2f97a8cc517be6d2e8e1a2f0922eced0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_40b6affa-34a4-4525-9093-088a957e2e89"},{"id":"occ_b211c9a0233732fd49fb516f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_4dccb32c-fcca-4417-b8e7-9e848f29a4ef","section_id":"sec_50b89999-49ef-4e42-9e1c-d72d7bce72a6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":419,"end":421,"exact":"電力","quote":"ch以下に短縮\n  - DSPレスで信号品質を確保\n  - **従来のプラガブル光モジュール比で最大3.5倍の電力削減**  \n    などをうたっています。([NVIDIA Developer](https://developer.nvidia.com/blog/a-new-era-in-data-center","quote_start":364,"quote_end":521,"text_sha256":"6a7f8d634f83a48657c52765f402fa6cfb3fa7c132376287b8e4fdda8ce86926","block_sha256":"6a7f8d634f83a48657c52765f402fa6cfb3fa7c132376287b8e4fdda8ce86926","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_4dccb32c-fcca-4417-b8e7-9e848f29a4ef"},{"id":"occ_34343303503059ff4c4ff5e6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_62691c63-b8d1-44d1-9688-66125856dcd0","section_id":"sec_2a8ff088-f658-4c91-b0d6-5c283a06b954","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":86,"end":90,"exact":"消費電力","quote":" nm)、たぶん 100GBASE-FR1 系のトランシーバを想定\n- Pod全体のCAPEXの**5%未満、消費電力の3%未満**であり、InfiniBandよりかなり安く・低消費電力とGoogleが主張([週刊アスキー - 週アスのITニュースサイト](https://weekly.ascii.jp/elem/0","quote_start":31,"quote_end":190,"text_sha256":"de95a86225ac3765908b6d7966af87ce64425e1ba35e58fe1ffbda5490efbb78","block_sha256":"de95a86225ac3765908b6d7966af87ce64425e1ba35e58fe1ffbda5490efbb78","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_62691c63-b8d1-44d1-9688-66125856dcd0"},{"id":"occ_f93c2e0e7036704930b41675","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_6e2a27ab-66a8-4674-a6ad-b11abd8c98a0","section_id":"sec_aae23cc6-5d9d-4941-9bb7-6dab3a3539d5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":215,"end":217,"exact":"電力","quote":"センター棟内のトポロジーを大きく組み替える**\n- メリット：\n  \n  - 中でO/E/Oしないので**超省電力・大規模 N×N 接続が可能**\n  - 速度やプロトコルに中立（100Gでも400Gでも関係ない）","quote_start":160,"quote_end":267,"text_sha256":"f6a0f752e26bb6f1e55df837facd05511604d6621d974711fe5fc9e1c71373ea","block_sha256":"f6a0f752e26bb6f1e55df837facd05511604d6621d974711fe5fc9e1c71373ea","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_6e2a27ab-66a8-4674-a6ad-b11abd8c98a0"},{"id":"occ_4ef5d42318dcaa18fdbc452e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_75820141-bcda-4a25-8e0f-bd2d66aaff3e","section_id":"sec_713a0f9b-c4e9-4afc-bbed-feccc55d691b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電源","quote":"- PUE ~1.05 付近まで追い込んだ超高効率データセンター\n- 自社設計の電源・冷却・ラック・液冷システム","quote_start":0,"quote_end":56,"text_sha256":"b465d36fa69de1972c209b73c9a51de3144c3c1fb6d4513786989d5cd47e585f","block_sha256":"b465d36fa69de1972c209b73c9a51de3144c3c1fb6d4513786989d5cd47e585f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_75820141-bcda-4a25-8e0f-bd2d66aaff3e"},{"id":"occ_7f57d454c8e94a92f4c9e5d1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_7c8f575c-53f8-49c2-aeb2-c67c24825004","section_id":"sec_33fe2740-4221-4422-ace4-53c74e706d2e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":78,"end":80,"exact":"電力","quote":"前述のとおり**特定用途に特化した効率**を優先したためです。ハードが勝手に一貫性維持をしないぶん、回路規模や電力を演算リソースに振り向けられます。その代わり、この欠如を埋めるのが**ソフトウェアスタック（コンパイラと通信ライブラリ）の役割**となっています。GoogleのTPUソフトウェアスタック（XLAコンパ","quote_start":23,"quote_end":180,"text_sha256":"a137378fa93adb59fd3e81bcb925275f63269520970e025da64914f72220ee90","block_sha256":"a137378fa93adb59fd3e81bcb925275f63269520970e025da64914f72220ee90","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_7c8f575c-53f8-49c2-aeb2-c67c24825004"},{"id":"occ_d307752992857ec8e3e7910b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_856640a7-1d48-497a-abdd-d5a6f5a7b126","section_id":"sec_96154bd1-b061-4e2a-87a5-f4884b77b234","layer":"body","character_id":null,"count":4,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":107,"end":111,"exact":"消費電力","quote":"、\n   - 中間のOCSでは**純粋な光学反射のみ**  \n     → 大規模電気スイッチやSerDesの消費電力・発熱を丸ごと削減。\n2. **速度・プロトコル非依存**\n   \n   - OCSは「光のビームが通るかどうか」しか見ないので、\n   - 100G→200G→400G と世代交代しても、物理ポート","quote_start":52,"quote_end":211,"text_sha256":"8e662aa860e96e8a58b616b5779fed69994ab44e4b4c78f9b099a4ab4b43d372","block_sha256":"8e662aa860e96e8a58b616b5779fed69994ab44e4b4c78f9b099a4ab4b43d372","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_856640a7-1d48-497a-abdd-d5a6f5a7b126"},{"id":"occ_69432aafe3b2f18d69da643f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_8d12ad04-578b-4406-b701-ec5fbfbadc05","section_id":"sec_713a0f9b-c4e9-4afc-bbed-feccc55d691b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電力","quote":"### 3-3. データセンター全体（PUE・電力・運用）","quote_start":0,"quote_end":29,"text_sha256":"3f178e72019b35c5481bfb739c0295b9cf510fc1ad353fdaf6623a3de23693a0","block_sha256":"3f178e72019b35c5481bfb739c0295b9cf510fc1ad353fdaf6623a3de23693a0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_8d12ad04-578b-4406-b701-ec5fbfbadc05"},{"id":"occ_b643633b3fb599f10075e398","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_91bac263-baab-43c5-859b-e3e6894225a4","section_id":"sec_713a0f9b-c4e9-4afc-bbed-feccc55d691b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"- 「ホスティングコスト（電力＋ラック＋冷却＋運用）」は月 1,871 ドル、\n- Capex が 7,025 ドルと比べると**二次的な項目**。([newsletter.semianalysis.com](https://ne","quote_start":0,"quote_end":115,"text_sha256":"ade80e7004cf7e9c94810810c8a291a05a69dc9e81e076fdfde4e8d12e776327","block_sha256":"ade80e7004cf7e9c94810810c8a291a05a69dc9e81e076fdfde4e8d12e776327","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_91bac263-baab-43c5-859b-e3e6894225a4"},{"id":"occ_1b525e6f848e797c050c7fa6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_9e3197c8-8415-4ad6-94a9-b0b2581f8bdd","section_id":"sec_7d9fd5b5-93ab-4a07-9ac8-42b419a6b439","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":96,"end":98,"exact":"電力","quote":"Broadcom マージン＋Google マージンだが、総額は NVIDIA より低い。\n- データセンター・電力・冷却・運用：**40〜50％**\n  \n  - 高効率インフラ＋Backstop スキーム＋稼働率最適化で絶対額も圧縮。\n- ソフトウェアスタック（XLA, OpenXLA, JAX, PyTorc","quote_start":41,"quote_end":198,"text_sha256":"13025e7cc043775d6293dfcf43651233099309814890ea7702dc26485f427509","block_sha256":"13025e7cc043775d6293dfcf43651233099309814890ea7702dc26485f427509","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_9e3197c8-8415-4ad6-94a9-b0b2581f8bdd"},{"id":"occ_d7b3ec969bd3975c0583e8e0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_9ff48927-7f5c-4ea6-bae4-4c47bcdced57","section_id":"sec_4783faeb-bcfe-4991-9e26-9524d181f047","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":42,"end":44,"exact":"電力","quote":"- ✅ メリット\n  \n  - O/E/Oなしで大規模N×N接続 → スイッチ台数・電力を大幅削減\n  - 速度・プロトコル非依存、トポロジーをソフトで再構成できる\n- ❌ デメリット\n  \n  - 切り替えが遅い（ミリ秒）ので、細かいフロー制御には向かない\n  - バッファなし・輻輳制","quote_start":0,"quote_end":144,"text_sha256":"526455cac9deb205a91cd52e8763f7455862edb2a4e9f63f49b0839a7d69d97f","block_sha256":"526455cac9deb205a91cd52e8763f7455862edb2a4e9f63f49b0839a7d69d97f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_9ff48927-7f5c-4ea6-bae4-4c47bcdced57"},{"id":"occ_f9802637b3b91c5af3f8ddcf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_a7bf40d1-5ca4-4cf6-9b90-67f66dddbea8","section_id":"sec_2e02e8cb-a160-4c06-b754-eb2a8e452d8f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電力","quote":"- AI クラスターの経済寿命：4〜5年\n- データセンターリース・電力契約：15 年クラス","quote_start":0,"quote_end":46,"text_sha256":"682982e22ff97229bc844cc84693f2403b418428cb0efb8b8d7396a75eda9440","block_sha256":"682982e22ff97229bc844cc84693f2403b418428cb0efb8b8d7396a75eda9440","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_a7bf40d1-5ca4-4cf6-9b90-67f66dddbea8"},{"id":"occ_1c7455b044fe9983af7f9821","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_b33c8dae-b724-490d-b215-cf934b8abff8","section_id":"sec_1b19fc42-30cb-4d14-a03a-963e68a76f97","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":451,"end":453,"exact":"電力","quote":"-dive/?utm_source=chatgpt.com))\n  - 従来のプラガブル光トランシーバ比で**電力 3.5x 削減**。([NVIDIA Developer](https://developer.nvidia.com/blog/a-new-era-in-data-center-networking","quote_start":396,"quote_end":553,"text_sha256":"6ca27ee544885b031ae8fc15ba2daf1a1a93049ceb25004e73d885ee1eedbf5a","block_sha256":"6ca27ee544885b031ae8fc15ba2daf1a1a93049ceb25004e73d885ee1eedbf5a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_b33c8dae-b724-490d-b215-cf934b8abff8"},{"id":"occ_f178bb29d909dd8fb262ccb9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_c424f844-6024-435e-8a40-b36cdc430bef","section_id":"sec_5375e192-286e-41c4-9ed1-f08cfeb088d0","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"- **目的**：高速スイッチやGPUの「I/O部分」を省電力＆高帯域にする。\n- やっていること：\n  \n  - これまでスイッチASICやGPUからは  \n    → 長い銅配線 → プラガブル光モジュール（QSFP/OSFP）  \n    というルートで外","quote_start":0,"quote_end":131,"text_sha256":"2ce67932f59974f784816755c06dc479af991448e0b89923b05a196318b74eab","block_sha256":"2ce67932f59974f784816755c06dc479af991448e0b89923b05a196318b74eab","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_c424f844-6024-435e-8a40-b36cdc430bef"},{"id":"occ_c5d382a39a37e8489b39b6d9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_c55936ee-0fca-4265-abe6-9ef8e4388035","section_id":"sec_cf6268d5-0cd3-4e64-a054-e003ad8d4eda","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":279,"end":281,"exact":"電力","quote":"ce-ai/?utm_source=chatgpt.com))  \n  → **GPU サーバの TCO 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ホス","quote_start":224,"quote_end":381,"text_sha256":"e30b8652ae096218eac936ed6fe2e67c82dae6ef6dc1efb16b83196736f91823","block_sha256":"e30b8652ae096218eac936ed6fe2e67c82dae6ef6dc1efb16b83196736f91823","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_c55936ee-0fca-4265-abe6-9ef8e4388035"},{"id":"occ_ea440dc21a594e896ac1666b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_c8e734b1-bdbd-46d7-a51a-96ee16142713","section_id":"sec_4783faeb-bcfe-4991-9e26-9524d181f047","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"- ✅ メリット\n  \n  - 電気I/Oの距離を極限まで短縮 → 大幅な省電力＆高帯域\n  - 従来のネットワーク設計をほぼそのまま使える（透明）\n- ❌ デメリット\n  \n  - 実装・パッケージングが難しい（熱/歩留まり/テスト）\n  - 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トポロジーそのものを変えられるので、クラスタの**見かけのグラフ構","quote_start":29,"quote_end":186,"text_sha256":"aac74dbf9c426a88acc1ede9ff2354090b9e8d768b2f443dcc12ce35877e1e15","block_sha256":"aac74dbf9c426a88acc1ede9ff2354090b9e8d768b2f443dcc12ce35877e1e15","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_cb7d4df1-0f35-485a-a8a9-45e4b6684398"},{"id":"occ_72cf33c02ced42e4c4ab1252","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_dfb725cb-57bb-4095-8639-13af3f682dab","section_id":"sec_d95cc333-39a1-428b-a5a1-1bde9cce6575","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":171,"end":173,"exact":"電力","quote":"ne-Leaf＋NVLinkクラスタを維持しつつ、  \n  **すべてのリンクをシリコンフォトニクス＋CPOで電力/レイテンシごとアップグレード**する」","quote_start":116,"quote_end":193,"text_sha256":"af737a1c5c6e0a1f32ea3ecc78e803764ee8335d3fbdaccc6b48160984490500","block_sha256":"af737a1c5c6e0a1f32ea3ecc78e803764ee8335d3fbdaccc6b48160984490500","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5c1381d3-461d-40ab-acea-997127510f6e/#blk_dfb725cb-57bb-4095-8639-13af3f682dab"},{"id":"occ_ce85dcf79eddc9bdeefc7d5e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5c1381d3-461d-40ab-acea-997127510f6e","work_id":"wrk_153585aa-ce70-48f0-8fcf-0c54fb47c7a9","block_id":"blk_f6fde2f5-8568-471e-a19c-b63a641af6a0","section_id":"sec_021ab50c-23e4-44cc-a08b-6da8c5a9707e","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":416,"end":420,"exact":"消費電力","quote":"いとされる。  \n    それでも、\n  - 必要台数が ≒1/12 で済むうえ、\n  - 光電変換を減らして消費電力も削減できるため、  \n    → **ネットワーク全体としての Capex では TPU 側が有利か、ほぼ同等**。\n- Google は、  \n  **「TPUv4 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TeraFabまたは外部調達で十分なチップを確保できる\n* データセンター電力・冷却・ネットワークを確保できる\n* StarlinkとAIサービスを統合できる\n* 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GPU、TSMC、HBM、CoWoS、電力、冷却、ネットワークに強く依存しています。TeslaもxAIもSpaceXも、将来AIを巨大化させるにはチップが足りません。","quote_start":0,"quote_end":100,"text_sha256":"ac48a0fa45a559e04371d9db9ec5af801f65eb97d876c685ab1833ff5814ec08","block_sha256":"ac48a0fa45a559e04371d9db9ec5af801f65eb97d876c685ab1833ff5814ec08","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5cb295dd-df59-4d28-9799-42065461c569/#blk_2b8fa019-9e4e-4a12-a61a-f7e189acf29e"},{"id":"occ_c8438728265b701a6b5b0401","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5cb295dd-df59-4d28-9799-42065461c569","work_id":"wrk_5380fdec-35cc-4092-a93e-530c9abca5c9","block_id":"blk_46a6d141-f305-4058-8c40-9b3e2fbd4fd2","section_id":"sec_e843c089-848a-4aa8-bb6e-2d5168e0477d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電力","quote":"の実現には、Grokの成長、AI 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パッケージ面積\n- 製造コスト","quote_start":0,"quote_end":71,"text_sha256":"7e2a38b3752a5323e31e70efce57f905e26eb6a658000802bccf2476c92faf52","block_sha256":"7e2a38b3752a5323e31e70efce57f905e26eb6a658000802bccf2476c92faf52","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_74d15c28-b335-4530-987d-04555132e589"},{"id":"occ_472f84feba537aa756831d2a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_835199a0-948a-42aa-87e4-33ac7b7a67f5","section_id":"sec_f2d7c921-549a-49bb-8061-b83f37996e04","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"XBMはデータをシリアライズするため、PHY、クロック、タイミング調整の電力が増える可能性がある。","quote_start":0,"quote_end":49,"text_sha256":"1f8ccf3da671817c2331c2147cb7e15f105b19400d82e59ae779a357206912d9","block_sha256":"1f8ccf3da671817c2331c2147cb7e15f105b19400d82e59ae779a357206912d9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_835199a0-948a-42aa-87e4-33ac7b7a67f5"},{"id":"occ_8b9a97d139a1f541cf3c94b6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_98977771-e4f5-47e7-8f8c-47e485e178ad","section_id":"sec_8be6d81c-98cc-4b23-85bc-18bd2436519d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"UCIeによる接続で十分な帯域と電力効率を得られれば、全面シリコンインターポーザーを使わず、有機基板、ブリッジ、RDLなどを組み合わせる余地が広がる。","quote_start":0,"quote_end":75,"text_sha256":"0faec51a8ed1061091daa765bedaa6e0ed4157ad135cd3f20f062d979dc0b910","block_sha256":"0faec51a8ed1061091daa765bedaa6e0ed4157ad135cd3f20f062d979dc0b910","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_98977771-e4f5-47e7-8f8c-47e485e178ad"},{"id":"occ_e675d26d75e0ef8caf6824fe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_98e3abac-e514-47aa-88a4-9512f2c2877b","section_id":"sec_e4f843d9-420a-47c9-a7a5-21287321eac9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電源","quote":"で見てきたように、チップレット時代のパッケージは単なる保護容器ではない。演算ダイ、キャッシュ、HBM、I/O、電源、通信網を統合する、コンピューターそのものへ変わりつつある。","quote_start":3,"quote_end":90,"text_sha256":"be993bfc43776feebb922ca5ed40112e75de1178bf03f96c08b54009d237057b","block_sha256":"be993bfc43776feebb922ca5ed40112e75de1178bf03f96c08b54009d237057b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_98e3abac-e514-47aa-88a4-9512f2c2877b"},{"id":"occ_e22e8cacbe5204302b301001","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_a4531dd9-b94f-446d-b8a0-5fc9fcd98895","section_id":"sec_c6c59147-ae41-44c9-8b29-d22301383040","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":51,"end":55,"exact":"消費電力","quote":"少数の高速配線は端子を減らせる一方、SerDes、PLL、CDR、イコライザーなどによって、回路面積、消費電力、遅延が増えやすい。","quote_start":0,"quote_end":65,"text_sha256":"15dbd1eb1f8b8488dbd3eeeb012a768c2afc823c62ec534e593da35778d277fa","block_sha256":"15dbd1eb1f8b8488dbd3eeeb012a768c2afc823c62ec534e593da35778d277fa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_a4531dd9-b94f-446d-b8a0-5fc9fcd98895"},{"id":"occ_ab61aba67d630ae7a4142be7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_a7707d3e-5258-4d63-8ced-44d7bd28bfc2","section_id":"sec_a4a0f36f-2468-4c40-9949-9a65757f5ebc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":557,"end":559,"exact":"電力","quote":"信、制御、修復を異なる層へ機能分割する。\n- 最大の課題はBackend DRAMの量産性、UCIe PHYの電力、熱、歩留まり、供給網である。\n- XBMは現時点でHBMを置き換える製品ではなく、将来メモリをチップレット化するための設計構想である。","quote_start":502,"quote_end":627,"text_sha256":"e60d9e033ab0fbd10d363003f0a9056db6e555875291a9b139e20336a1b68f8f","block_sha256":"e60d9e033ab0fbd10d363003f0a9056db6e555875291a9b139e20336a1b68f8f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_a7707d3e-5258-4d63-8ced-44d7bd28bfc2"},{"id":"occ_e9c38e88ddd13a6bcdef38ec","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_a86b7e1c-9a54-47a1-8400-ce5280e96e51","section_id":"sec_c6c59147-ae41-44c9-8b29-d22301383040","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":73,"end":75,"exact":"電力","quote":"ザー\n- クロック回路\n- タイミング補正\n- リンクトレーニング\n- 信号補償\n- エラー検出\n- PHY用電力","quote_start":18,"quote_end":75,"text_sha256":"786bfbf86deea60e531bfa7a71b29dde55e57dac808ac56581afea45b14527bb","block_sha256":"786bfbf86deea60e531bfa7a71b29dde55e57dac808ac56581afea45b14527bb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_a86b7e1c-9a54-47a1-8400-ce5280e96e51"},{"id":"occ_1487b51f71aa6e954e90f7ce","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_c5f762da-4411-48fe-8258-d5749c750b1e","section_id":"sec_c6c59147-ae41-44c9-8b29-d22301383040","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"> インターポーザーと超並列配線を減らして得られる利益が、UCIe PHYの電力と面積を上回るか","quote_start":0,"quote_end":48,"text_sha256":"5203b584e0109e884472809dabf919502c428928ab8f96cee5c514cdcf99e27d","block_sha256":"5203b584e0109e884472809dabf919502c428928ab8f96cee5c514cdcf99e27d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_c5f762da-4411-48fe-8258-d5749c750b1e"},{"id":"occ_67a0736c759bf8b6fb4dde47","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_c764bc68-0c79-489d-95c0-c0d797c62e75","section_id":"sec_e4f843d9-420a-47c9-a7a5-21287321eac9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":74,"end":76,"exact":"電源","quote":"る\n- マイクロバンプの数が増える\n- パッケージ内部の配線が複雑になる\n- パッケージ基板が大型化する\n- 電源供給が難しくなる\n- パッケージ反りの管理が難しくなる\n- 組み立て後の検査コストが増える","quote_start":19,"quote_end":121,"text_sha256":"f3a0d7bf4652da5d17c16028c76ee4cf22ca23205d9659d985d6e96839f4a519","block_sha256":"f3a0d7bf4652da5d17c16028c76ee4cf22ca23205d9659d985d6e96839f4a519","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_c764bc68-0c79-489d-95c0-c0d797c62e75"},{"id":"occ_fa86f2a0d16654e44855c837","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_cbe8c417-b03d-47a5-8832-5910cb5cc28d","section_id":"sec_55bd731a-7842-480a-80c1-c2fa4489404f","layer":"code","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":428,"end":430,"exact":"電力","quote":"スト、冗長セル、製品内修復 | スタック横断の予備データブロック |\n| 主な利点 | 成熟した高帯域・低通信電力 | パッケージ自由度、修復性、チップレット統合 |\n| 主なリスク | インターポーザー、パッケージ容量、コスト | Backend DRAM、PHY電力、歩留まり、量産性 |\n```","quote_start":373,"quote_end":523,"text_sha256":"4ee3cbd2474af92da168597d9686a74a340c7b672d9d127224051624613bddb5","block_sha256":"4ee3cbd2474af92da168597d9686a74a340c7b672d9d127224051624613bddb5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_cbe8c417-b03d-47a5-8832-5910cb5cc28d"},{"id":"occ_d4f6f56f1c6ace5a7c2f695e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_d667a803-2075-4c08-a70a-44bfd31c299a","section_id":"sec_3e21ea1a-55ba-4ff3-87eb-65f232d0a930","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電源","quote":"- インターポーザーの有無\n- パッケージ面積\n- パッケージ高さ\n- 反り\n- 電源供給損失\n- 冷却方式","quote_start":0,"quote_end":54,"text_sha256":"8f6b0ba9900930d88ad41c179bd20eb385c2b7ec61e21bb341e0c446e46f7cb6","block_sha256":"8f6b0ba9900930d88ad41c179bd20eb385c2b7ec61e21bb341e0c446e46f7cb6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_d667a803-2075-4c08-a70a-44bfd31c299a"},{"id":"occ_5f0dd031459bc91f669e4366","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_dd8dcbff-45fa-4925-a97d-19f43664dab7","section_id":"sec_abeb7cd7-2aba-40b0-ba5e-0967260fe0ce","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":76,"end":78,"exact":"電力","quote":"\n- アドレス形式\n- リフレッシュ\n- バンク制御\n- エラー訂正\n- 順序制御\n- キャッシュ整合性\n- 電力状態","quote_start":21,"quote_end":80,"text_sha256":"439fc08383be9d76d913cf54bc5279e02d57a23575a85b9cfde87eb109dd68ea","block_sha256":"439fc08383be9d76d913cf54bc5279e02d57a23575a85b9cfde87eb109dd68ea","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_dd8dcbff-45fa-4925-a97d-19f43664dab7"},{"id":"occ_3a6c1f489d07804202749aa1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_e7d5f38a-2445-40f1-8129-6e3335a653ef","section_id":"sec_30c59cc0-2321-4d96-a874-c180542b0255","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電源","quote":"しかし、微細な接続端子は直接検査しにくく、完成後と同じ電源・温度・接続条件をダイ単体で再現できるとも限らない。","quote_start":0,"quote_end":55,"text_sha256":"ab313112d3a948d2631aaada775b0f8a39a7b80a130f2f1773a82821b9eab35b","block_sha256":"ab313112d3a948d2631aaada775b0f8a39a7b80a130f2f1773a82821b9eab35b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_e7d5f38a-2445-40f1-8129-6e3335a653ef"},{"id":"occ_e901da3b2bac2b7df1feaf96","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_f6b47d3e-ba47-4b48-8d0f-c82f1f98d3eb","section_id":"sec_86b2c972-c7fc-420c-9c5e-5aa80130a0ae","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"```\n超高帯域・低電力を最優先\n→ シリコンインターポーザー型HBM\n\nパッケージ自由度・容量・修復性を重視\n→ XBM型メモリ\n\nロジック直上の極低遅延\n→ 3D SRAM／Memory-on-Logic\n\n大容量の共有","quote_start":0,"quote_end":112,"text_sha256":"eb2015963b697e1e4d45668a83f02f52cccc803f8faa1eb43aa1d9f9253ad32e","block_sha256":"eb2015963b697e1e4d45668a83f02f52cccc803f8faa1eb43aa1d9f9253ad32e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_f6b47d3e-ba47-4b48-8d0f-c82f1f98d3eb"},{"id":"occ_1e000e879380fd30ed3a12e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5ed1cac5-83cc-4660-89c7-643aae40960d","work_id":"wrk_5b8f2ea4-f2a5-484d-9b6e-1ec16d2a1a3e","block_id":"blk_fcb26156-cba9-46b7-a103-ce5cf13b1baa","section_id":"sec_f2d7c921-549a-49bb-8061-b83f37996e04","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"## 2．UCIe PHYの電力","quote_start":0,"quote_end":16,"text_sha256":"56e736e856c11f27ff22cc0f33523fbfe327b70e828899dd33ca88e1c463b5e4","block_sha256":"56e736e856c11f27ff22cc0f33523fbfe327b70e828899dd33ca88e1c463b5e4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5ed1cac5-83cc-4660-89c7-643aae40960d/#blk_fcb26156-cba9-46b7-a103-ce5cf13b1baa"},{"id":"occ_a256d2d865edc443588b4a2c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f44b55a-c37f-42cf-ac49-298da914a87a","work_id":"wrk_57e07914-940b-4727-b215-7d77a2ac51c0","block_id":"blk_6eec73af-3f02-4568-a412-2688a8910ef1","section_id":"sec_fefb1993-bc45-463c-ad9f-933e85da1527","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"HBM電力最大15%削減","quote_start":0,"quote_end":12,"text_sha256":"3fc686edac2c40988ed972d9988eb809ce62964e045b9ba022456ad8462b068d","block_sha256":"3fc686edac2c40988ed972d9988eb809ce62964e045b9ba022456ad8462b068d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f44b55a-c37f-42cf-ac49-298da914a87a/#blk_6eec73af-3f02-4568-a412-2688a8910ef1"},{"id":"occ_02bb238d22574cdfef0e3a72","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f44b55a-c37f-42cf-ac49-298da914a87a","work_id":"wrk_57e07914-940b-4727-b215-7d77a2ac51c0","block_id":"blk_aaa52f74-1b0e-4930-98f3-d0d83418ccfc","section_id":"sec_0d6d11ec-e91f-4ee4-96af-3f64e341ffd4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"国内電力。","quote_start":0,"quote_end":5,"text_sha256":"dc42249ffd3cbcf36e09cd0be1cf7f205116d7a0a112fec7c33b107ea24715c4","block_sha256":"dc42249ffd3cbcf36e09cd0be1cf7f205116d7a0a112fec7c33b107ea24715c4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f44b55a-c37f-42cf-ac49-298da914a87a/#blk_aaa52f74-1b0e-4930-98f3-d0d83418ccfc"},{"id":"occ_8c3fb8d8aaf38da361ff693d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":null,"section_id":null,"layer":"title","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"title","start":18,"end":20,"exact":"電力","quote":"AIインフラ相場の本質: 半導体から電力・冷却・接続・ストレージへ","quote_start":0,"quote_end":33,"text_sha256":"26922cfef66350e8d569e8a2f7174099d45762db3c3bce895b53ef7b17e4d0b3","block_sha256":null,"offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/"},{"id":"occ_48df9ce01c443f055dea88ec","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_0902586b-078f-4897-aa19-b35dec48f9dd","section_id":"sec_b76c266e-3eb3-4b97-bc25-d85c6324fb82","layer":"body","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"同時に、電力側も変わります。AIデータセンターでは、\n**送電網 → 変電設備 → UPS → PDU → ラック電源 → GPU/ASIC**\nまでを一体で考える必要があります。Vertivも、AIデータセンタ","quote_start":0,"quote_end":106,"text_sha256":"1169b9a6ef0a73ee76c0ff0cc41c66d8e4ece0f19b91b472baa2dd1f3d670a62","block_sha256":"1169b9a6ef0a73ee76c0ff0cc41c66d8e4ece0f19b91b472baa2dd1f3d670a62","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_0902586b-078f-4897-aa19-b35dec48f9dd"},{"id":"occ_c8d89fb774955ea1333400f1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_0c1d4981-4584-416b-b739-54b0f92c7b10","section_id":"sec_516d77e8-92e4-4fb9-bb89-95e7f0cd3307","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"- 高密度ラックへの移行が冷却・電源需要にどの程度反映されるか。\n- 電源・冷却・接続メーカーの受注残と利益率が維持されるか。\n- AI向け需要と通常データセンター需要を分けて確認できるか。\n- 期待先行の銘柄で、決算が株価の期待に追い","quote_start":0,"quote_end":118,"text_sha256":"125a6f84e710d5da6019521899b4f16cb8e32efbdf124a6e91a4d9d3827eda90","block_sha256":"125a6f84e710d5da6019521899b4f16cb8e32efbdf124a6e91a4d9d3827eda90","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_0c1d4981-4584-416b-b739-54b0f92c7b10"},{"id":"occ_3fe0e9e36cd3eb7d11de44f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_0f813293-640a-4cc3-ad20-089899c6fbd6","section_id":"sec_f0a38760-85cf-49a5-97b6-cf3056ce0826","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":"Iデータセンターでは、GPUの前にまず「電気を安全に届ける」必要があります。米国では変圧器・スイッチギア・高圧電力機器の納期が長くなっているため、Eatonのような企業は構造的に強いです。","quote_start":1,"quote_end":95,"text_sha256":"4f4f7b70092a36b0435d6a635c8b9a3d119db755b5772c3173b8c345a81ae568","block_sha256":"4f4f7b70092a36b0435d6a635c8b9a3d119db755b5772c3173b8c345a81ae568","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_0f813293-640a-4cc3-ad20-089899c6fbd6"},{"id":"occ_aee3bcc25991559c18b7c61c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_19d832df-3f6a-4cc5-b7c0-e20df6af887f","section_id":"sec_90ec5ba5-0680-4694-8126-1f194a7afcf5","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"AIインフラは、だんだん身体を持ちはじめています。GPUは頭脳に見えるけれど、頭脳だけでは動けません。電力が血になり、冷却が呼吸になり、接続が神経になり、ストレージが記憶になる。市場がいま見ているのは、その身体のどこが詰まり、どこが強くなるのかだと思います。","quote_start":0,"quote_end":129,"text_sha256":"ccaf6c7952f57621f526820e87fb250a89b3936f066ea05dc6a742fee8479e72","block_sha256":"ccaf6c7952f57621f526820e87fb250a89b3936f066ea05dc6a742fee8479e72","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_19d832df-3f6a-4cc5-b7c0-e20df6af887f"},{"id":"occ_e58bac95bafd7de217f9adf0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_1e511b8e-726a-44ab-a8e0-546f9d54a12b","section_id":"sec_b76c266e-3eb3-4b97-bc25-d85c6324fb82","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"AIラックは、従来のサーバーラックとは電力密度が違います。通常のクラウド用ラックでは数kW〜十数kW台が多かったのに対し、AIラックでは数十kW、100kW超、将来的にはさらに高密度化します。そうなると、空冷だけでは限界が来て、**液冷、CD","quote_start":0,"quote_end":121,"text_sha256":"07c647ed596bf38c05141ae2d4e894886f6b3bb4180525d281327a03228d38b6","block_sha256":"07c647ed596bf38c05141ae2d4e894886f6b3bb4180525d281327a03228d38b6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_1e511b8e-726a-44ab-a8e0-546f9d54a12b"},{"id":"occ_dfe119fcb31ead6c69c83a32","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_2d9f853e-c58f-4ba0-ac76-aaff4727ce97","section_id":"sec_a36679d7-fb5e-499f-a61e-a087406df642","layer":"body","character_id":null,"count":8,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":295,"end":297,"exact":"電源","quote":"-: | -------------------- |\n| **Vertiv**             | 電源・冷却・ラックインフラ  | 2026年売上ガイダンス**135〜140億ドル**、有機成長**+29〜31%**、調整後EPSは前年比**+51%**見通し | AI冷却・電源の最純粋プレー    ","quote_start":240,"quote_end":397,"text_sha256":"b110b30423b3f8e4bc5ce9746ffa5f8c833780e59e45470a4d7bbf1cd8a590d3","block_sha256":"b110b30423b3f8e4bc5ce9746ffa5f8c833780e59e45470a4d7bbf1cd8a590d3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_2d9f853e-c58f-4ba0-ac76-aaff4727ce97"},{"id":"occ_df1202d1097a66ed177a2c45","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_32bb48e2-bae4-4539-9f0d-a35bacbc6850","section_id":"sec_0002899c-70c0-41da-b22a-58f54b0814dc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"## 結論：AIインフラ相場は「半導体だけ」から「電力・冷却・接続・ストレージ」へ広がっている","quote_start":0,"quote_end":47,"text_sha256":"cef052b9d322dc181e599c9eed7bdc55c3caa1d6d54c030248fa6cf64d9778be","block_sha256":"cef052b9d322dc181e599c9eed7bdc55c3caa1d6d54c030248fa6cf64d9778be","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_32bb48e2-bae4-4539-9f0d-a35bacbc6850"},{"id":"occ_e30676d6781746dbccb4d8f3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_33aee219-ccc8-472a-90fb-7051ec97cf07","section_id":"sec_75248176-0407-434e-bc88-5ee7e93e15b5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"NextEraは、AIデータセンターの「電力をどこから持ってくるか」という問題に効く銘柄です。特に、再エネ、蓄電、ガス、送電、原子力を組み合わせた**データセンターハブ戦略**が重要です。","quote_start":0,"quote_end":94,"text_sha256":"3342e924a65302d435026c136dda148dd7da96fa9de01605f3fbe5435f791881","block_sha256":"3342e924a65302d435026c136dda148dd7da96fa9de01605f3fbe5435f791881","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_33aee219-ccc8-472a-90fb-7051ec97cf07"},{"id":"occ_0cb1a3e29102a3051d5919b0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_49cdc2fb-bbfb-414e-b160-6e2fbff7b3d9","section_id":"sec_3e6a08ce-266c-4058-a404-f88417b4b8c3","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":117,"end":119,"exact":"電力","quote":"----------------- | ------------------------- |\n|  1 | 電力・配電・変圧器・スイッチギア  | AIデータセンター最大の制約が電力接続になっている |\n|  2 | 液冷・熱管理            | ラック密度上昇で必須化               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2. 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2026は全体売上**+17%**、Electrical Americasは**+20%**、Electrical 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GE 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電子部品       | 村田製作所、TDK、太陽誘電            | MLCC、インダクタ、電源周辺   |\n| 電力・重電      | 三菱電機、日立、富士電機、明電舎          | 変圧器、受配電、UPS、制御    |\n| 冷却・空調      | ダイキン、荏原、三菱電機   ","quote_start":188,"quote_end":345,"text_sha256":"5811a705350809c1590cb9ad1e2b45e5f44bfd0006d5c8998262e36ae77c2322","block_sha256":"5811a705350809c1590cb9ad1e2b45e5f44bfd0006d5c8998262e36ae77c2322","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_99fb9d86-db38-45a7-9290-6f362d842bf1"},{"id":"occ_86629dbc16ca90de750b356d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_9a876584-fcc7-492c-8801-896838dad705","section_id":"sec_d91170a1-fbee-4752-8a14-8187a122d403","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"ソフトバンクGのフランス5GW計画でも、Schneiderは重要な位置にいます。欧州のAI主権、低炭素電力、データセンター電力設備という文脈では、かなり強い銘柄です。","quote_start":0,"quote_end":83,"text_sha256":"d6e22e14d09bfe5e39127839551b7c23b2bf1de92c78f2aff292fd45d5b30aeb","block_sha256":"d6e22e14d09bfe5e39127839551b7c23b2bf1de92c78f2aff292fd45d5b30aeb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_9a876584-fcc7-492c-8801-896838dad705"},{"id":"occ_98d85e3397161947e66d073f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_a2c96070-6537-4571-9d5a-d8e4dc1b437b","section_id":"sec_e5fd0d6c-8e6c-4944-97b5-31af3eee8a05","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"# AIインフラ相場の本質: 半導体から電力・冷却・接続・ストレージへ","quote_start":0,"quote_end":35,"text_sha256":"32394f4c54a49273f60a091eff837780fb17efb3bb3acd764f7213dc468a3c06","block_sha256":"32394f4c54a49273f60a091eff837780fb17efb3bb3acd764f7213dc468a3c06","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_a2c96070-6537-4571-9d5a-d8e4dc1b437b"},{"id":"occ_187b0e7ebf2c610ef42649db","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_a737034f-202d-413f-a6ff-5d62152ac675","section_id":"sec_cc254251-aa1d-4849-8a90-b56e0245aa7a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"GE Vernovaは、ガスタービン、送配電、電化機器でAI電力需要の受益候補です。報道では、同社の受注残は**1630億ドル**、その**20〜25%**がAIデータセンター関連とされています。([Investors][8])","quote_start":0,"quote_end":114,"text_sha256":"793f46ba9cb3217491228c4f197ec3974aab99895ec9986a92af3be360e65f59","block_sha256":"793f46ba9cb3217491228c4f197ec3974aab99895ec9986a92af3be360e65f59","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_a737034f-202d-413f-a6ff-5d62152ac675"},{"id":"occ_2b2429cd96dc3fd95ebd6a56","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_bd014fbe-9831-4377-b081-2412f2af808f","section_id":"sec_0002899c-70c0-41da-b22a-58f54b0814dc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"このテーマの本質は、**GPUを買っても、電力を届けられず、熱を逃がせず、光/銅で接続できず、データを保存できなければAIは動かない**という点です。","quote_start":0,"quote_end":75,"text_sha256":"7b0b02f443a6900293ae12f281650cf32d7cf4a7ec8d7acc2e6ad3f50dc1548b","block_sha256":"7b0b02f443a6900293ae12f281650cf32d7cf4a7ec8d7acc2e6ad3f50dc1548b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_bd014fbe-9831-4377-b081-2412f2af808f"},{"id":"occ_c40f3b4331b73e7673e16e52","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_bda90f2b-adc1-481f-be08-eba7e323275c","section_id":"sec_f0a38760-85cf-49a5-97b6-cf3056ce0826","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"### Eaton：米国の配電・電力機器の本命候補","quote_start":0,"quote_end":25,"text_sha256":"4572612a43a8918e8104b6a1f1cb2aae88f8d91fb70c2bc55c3bcd5b7de08417","block_sha256":"4572612a43a8918e8104b6a1f1cb2aae88f8d91fb70c2bc55c3bcd5b7de08417","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_bda90f2b-adc1-481f-be08-eba7e323275c"},{"id":"occ_89ef225cfbdcd5b1372ebfe9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_c02ed32e-7c15-4303-a389-e93a1c836f8e","section_id":"sec_b76c266e-3eb3-4b97-bc25-d85c6324fb82","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"つまり、冷却・電源メーカーは「周辺機器メーカー」ではなく、**GPUを実際に稼働させるための必須インフラ企業**になっています。","quote_start":0,"quote_end":64,"text_sha256":"ba8c9eddea5290bf8490641b4785b16d25d4abb66ffa5f7b528d972223e6b1df","block_sha256":"ba8c9eddea5290bf8490641b4785b16d25d4abb66ffa5f7b528d972223e6b1df","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_c02ed32e-7c15-4303-a389-e93a1c836f8e"},{"id":"occ_7826a8e9e7c43d208e141ec1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_c124aa18-fd99-46da-afd4-f07ace483953","section_id":"sec_c28d75f9-02b8-450c-94c5-6625f2125525","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"- AIインフラはGPU、HBM、電力、冷却、接続、ストレージを一体で見る必要がある。\n- 高密度ラック化により、電源・冷却・配線・熱管理が競争力に直結する。\n- 関連銘柄を見る時は、AI需要そのものではなく、どのボトルネックを解いている","quote_start":0,"quote_end":119,"text_sha256":"177558f6841e65e459489a7294586007e2803b1215d67f9a4dde27224ab3c401","block_sha256":"177558f6841e65e459489a7294586007e2803b1215d67f9a4dde27224ab3c401","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_c124aa18-fd99-46da-afd4-f07ace483953"},{"id":"occ_6fe5cd418bd85109f52ff658","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_c42499af-70ce-4b7e-916b-f6d15f14a10b","section_id":"sec_56648d69-b4a6-4699-a456-fbe8abb8e46e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":75,"end":77,"exact":"電力","quote":"なく、ボトルネック相場として見ると理解しやすくなります。GPU需要が伸びるほど、GPU以外の制約が目立ちます。電力が届かない、熱を逃がせない、ラック密度を上げられない、ネットワークが詰まる、ストレージが追いつかない、用地や許認可で止まる。こうした制約が見えるたびに、市場はその制約を解く企業や技術へ視線を移します。","quote_start":20,"quote_end":177,"text_sha256":"86b51f79cbbc12a63afec7d1dd86d804f2e69a6262e52460ab85f47d7da072b3","block_sha256":"86b51f79cbbc12a63afec7d1dd86d804f2e69a6262e52460ab85f47d7da072b3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_c42499af-70ce-4b7e-916b-f6d15f14a10b"},{"id":"occ_62806ff7d637431aae3378d4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_d25c7f80-2848-461f-a1eb-a3310437c62c","section_id":"sec_0112da3e-8b70-4ffb-9cd0-782e398bcbff","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電源","quote":"Vertivは、AIデータセンター向けの**UPS、PDU、電源管理、液冷、CDU、ラックインフラ、サービス**を持っています。AIラック密度が上がるほど、Vertivの提供価値は上がります。","quote_start":0,"quote_end":96,"text_sha256":"f126145591d0f0e2f20d483e2085fbc5ddd2d54095e0b3fe787f1cfb2be1492f","block_sha256":"f126145591d0f0e2f20d483e2085fbc5ddd2d54095e0b3fe787f1cfb2be1492f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_d25c7f80-2848-461f-a1eb-a3310437c62c"},{"id":"occ_1ebefdb8da38a747374d0c02","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_dd1a9100-841b-4ea9-812f-7cb0d3b5115a","section_id":"sec_2f939c8b-83d1-4574-8160-5758a85b7e0a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"2. **データセンター建設遅延**\n   電力接続、住民反対、変圧器不足、許認可遅延があると、受注はあっても売上化が遅れます。","quote_start":0,"quote_end":64,"text_sha256":"7f971320173f56ae56c6119dcc5e53c4d2b8268178e751c4b010842cbed406dd","block_sha256":"7f971320173f56ae56c6119dcc5e53c4d2b8268178e751c4b010842cbed406dd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_dd1a9100-841b-4ea9-812f-7cb0d3b5115a"},{"id":"occ_f9f199bc0157d2acb7e70c3e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_e848aea8-c5ac-4a39-af61-53c428eed5cc","section_id":"sec_a36679d7-fb5e-499f-a61e-a087406df642","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"NextEra Energyは、半導体銘柄ではなく**電力インフラ銘柄**として重要です。NextEra Energy ResourcesはQ1 2026に再エネ・蓄電を**4GW**追加し、バックログは約**33GW**。さらにデータセンターハブのパイプラ","quote_start":0,"quote_end":129,"text_sha256":"9014ef73d10165d82150f2caf7f92e45cf86731e2c4a8e035b426d116c16a2a4","block_sha256":"9014ef73d10165d82150f2caf7f92e45cf86731e2c4a8e035b426d116c16a2a4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_e848aea8-c5ac-4a39-af61-53c428eed5cc"},{"id":"occ_0f90c1b57971b254030281c3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_ec78e2d1-6b0f-4346-bd76-369f33dbbc83","section_id":"sec_75248176-0407-434e-bc88-5ee7e93e15b5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"### NextEra Energy：AI時代の電力インフラ銘柄","quote_start":0,"quote_end":32,"text_sha256":"31beb768473420cd3a28d1b73e5a5bb2ae83661e9ceabcff4cada6565628f5df","block_sha256":"31beb768473420cd3a28d1b73e5a5bb2ae83661e9ceabcff4cada6565628f5df","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_ec78e2d1-6b0f-4346-bd76-369f33dbbc83"},{"id":"occ_bddf944004263edcdd6bc259","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_f5dde79d-d85b-48b5-8805-3673f83c9c26","section_id":"sec_d91170a1-fbee-4752-8a14-8187a122d403","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"### Schneider Electric：欧州AIデータセンターの電力管理本命","quote_start":0,"quote_end":41,"text_sha256":"55acbe39f3574e5d2cf05707a1176095838c2f0236391897d7db1112414130c6","block_sha256":"55acbe39f3574e5d2cf05707a1176095838c2f0236391897d7db1112414130c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_f5dde79d-d85b-48b5-8805-3673f83c9c26"},{"id":"occ_a11a55d3a692a18694de4d9f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_f742d6d8-2048-41b5-bf7c-0a25a68f8ff6","section_id":"sec_0112da3e-8b70-4ffb-9cd0-782e398bcbff","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"### Vertiv：AI冷却・電源のど真ん中","quote_start":0,"quote_end":23,"text_sha256":"6c81732f75195402f28dc729878d733b31e05cfb3a37a84d830d620fa131e057","block_sha256":"6c81732f75195402f28dc729878d733b31e05cfb3a37a84d830d620fa131e057","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_f742d6d8-2048-41b5-bf7c-0a25a68f8ff6"},{"id":"occ_644640052c4650daada9de57","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_fc64a37a-73b2-4fa5-b1ad-5c32671168ea","section_id":"sec_cc254251-aa1d-4849-8a90-b56e0245aa7a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"AIデータセンターはすぐに電力を必要とするため、再エネだけでなく、ガスタービン、蓄電、送配電設備も必要になります。GE Vernovaはそこに強いです。","quote_start":0,"quote_end":76,"text_sha256":"d15150b9c159e838e0a2f80e788d0a5ee2026fe03ea959e6fa92367cfde94162","block_sha256":"d15150b9c159e838e0a2f80e788d0a5ee2026fe03ea959e6fa92367cfde94162","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_fc64a37a-73b2-4fa5-b1ad-5c32671168ea"},{"id":"occ_898c7f741d80ec585db03514","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363","work_id":"wrk_aa1fc199-17d1-43c9-9656-8cee3a08fa75","block_id":"blk_fe06412a-0cbf-41ae-ba07-7b5a46ab4f17","section_id":"sec_12857a9e-0151-410c-baba-67a1809f2289","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":170,"end":172,"exact":"電源","quote":"AIインフラはGPUだけでなく、**HBM、DDR、NAND、SSD、HDD、ネットワークASIC、光DSP、電源IC、パッケージ基板**まで一気に需要を押し上げているということです。([IDC][1])","quote_start":115,"quote_end":217,"text_sha256":"589f607bf685190af24a52a1ef9221b2ec0089b733fb982c1cc515d83e2557c7","block_sha256":"589f607bf685190af24a52a1ef9221b2ec0089b733fb982c1cc515d83e2557c7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5f90a6d0-abcb-4341-ad3f-bf14f2e88363/#blk_fe06412a-0cbf-41ae-ba07-7b5a46ab4f17"},{"id":"occ_46e1e3f61826c985db0a0e59","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_5fc9a8c3-fa36-450a-855b-5bacf1d29317","work_id":"wrk_d2aaa76a-b788-4a0f-a561-393c70703121","block_id":"blk_aa57c680-713a-4727-a2de-526a734e3a52","section_id":"sec_5c08f592-5a49-4417-8863-2250594e00f5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"AIが進めば、半導体、メモリ、電力、クラウド、データセンター、ソフトウェア企業の価値が上がる。投資家はその恩恵を受ける。AIを使って制作や分析をする人も、自分の能力を拡張できる。","quote_start":0,"quote_end":89,"text_sha256":"bc5ad15ab5d3ec7bb161aed13a9ccde4eca1e7e44d587041b857120e3f55381f","block_sha256":"bc5ad15ab5d3ec7bb161aed13a9ccde4eca1e7e44d587041b857120e3f55381f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_5fc9a8c3-fa36-450a-855b-5bacf1d29317/#blk_aa57c680-713a-4727-a2de-526a734e3a52"},{"id":"occ_c6b2b20496452dfeda995443","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_61f118e1-20e7-486f-b830-cae804dd9f14","work_id":"wrk_7a4ffab3-0117-4e75-821b-23feb00ad9c5","block_id":"blk_2abcf7fa-eee0-46dd-bdaf-b1b2082a4fa8","section_id":"sec_4c5faee0-c314-49b5-ada6-7017a7a60503","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電力","quote":"ョンは、普通の半導体企業の中期計画よりずっと大きいものです。keynote 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ははっきり示しています。 ([Reuters](https://www.reuters.com/business/autos-transportation/m","quote_start":104,"quote_end":261,"text_sha256":"199daffe6f514bc96c9330f534076b577b41eb80e2c573de9cf0ac88d4ffc766","block_sha256":"199daffe6f514bc96c9330f534076b577b41eb80e2c573de9cf0ac88d4ffc766","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_61f118e1-20e7-486f-b830-cae804dd9f14/#blk_42596ed6-6436-403d-be4d-a796cc328bf0"},{"id":"occ_b71572c7707e05870007649c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_61f118e1-20e7-486f-b830-cae804dd9f14","work_id":"wrk_7a4ffab3-0117-4e75-821b-23feb00ad9c5","block_id":"blk_491d5448-c591-40c3-aebb-89cabca90e18","section_id":"sec_41c9618d-c556-421f-b7d6-4272c3489eea","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":63,"end":65,"exact":"電力","quote":"、単なる「新しい工場計画」ではありません。これは、AIの次の競争がソフトウェアだけでなく、**半導体、メモリ、電力、熱、供給網、そして将来の宇宙インフラ**まで含む総力戦になるという前提に立った構想です。現時点では採用と提携が始まった段階で、完成済みの巨大事業ではありません。ですが、Musk陣営がここまで踏み込ん","quote_start":8,"quote_end":165,"text_sha256":"cb02a4267c70745b7429f4864b2221c62ada0795611608bc4c58a8752c86379c","block_sha256":"cb02a4267c70745b7429f4864b2221c62ada0795611608bc4c58a8752c86379c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_61f118e1-20e7-486f-b830-cae804dd9f14/#blk_491d5448-c591-40c3-aebb-89cabca90e18"},{"id":"occ_b25b45bc896d9608c2f4f54c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_61f118e1-20e7-486f-b830-cae804dd9f14","work_id":"wrk_7a4ffab3-0117-4e75-821b-23feb00ad9c5","block_id":"blk_668d761f-cc16-47b5-8389-9ded004e2645","section_id":"sec_4c5faee0-c314-49b5-ada6-7017a7a60503","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":129,"end":131,"exact":"電力","quote":"ているか」です。Terafab が示しているのは、AI競争の本質がモデル性能だけではなく、**半導体、メモリ、電力、熱、輸送、供給網の取り合い**に移っているという認識です。その点では、Terafab は未来予想図であると同時に、現在の産業構造に対する一つの回答でもあります。これは keynote 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が前進するなら、注目すべきなのは半導体メーカーだけではなく、工程材料、先端パッケージ、テスト、熱対策、電源、基板といった周辺企業群になるはずです。これは keynote と公開需給情報からの推論です。 ([Reuters](https://www.reuters.com/world/asia-pacifi","quote_start":114,"quote_end":271,"text_sha256":"a130276fb3117252e2f409ada84f650a3da64236b8003128d25b5d82cf72ef7d","block_sha256":"a130276fb3117252e2f409ada84f650a3da64236b8003128d25b5d82cf72ef7d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_61f118e1-20e7-486f-b830-cae804dd9f14/#blk_9fce586a-e694-4b00-83f0-e50315b03979"},{"id":"occ_b8b5dba9a073f29649650e08","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_61f118e1-20e7-486f-b830-cae804dd9f14","work_id":"wrk_7a4ffab3-0117-4e75-821b-23feb00ad9c5","block_id":"blk_c2d4ec7c-8ee2-4553-b04f-ce2a02f77ef5","section_id":"sec_00aa47e4-7ddd-41d8-ba8f-e2680c70b990","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"## AI時代の「半導体・電力・宇宙」をまとめて取りにいく構想","quote_start":0,"quote_end":31,"text_sha256":"f816d30895cc427a43efde1fd8918403ff538bb66a846f2e3c4ea54ecbe8b097","block_sha256":"f816d30895cc427a43efde1fd8918403ff538bb66a846f2e3c4ea54ecbe8b097","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_61f118e1-20e7-486f-b830-cae804dd9f14/#blk_c2d4ec7c-8ee2-4553-b04f-ce2a02f77ef5"},{"id":"occ_6977949ce9c2a09fa19673ea","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_00d3c3d7-4b13-4442-89d0-38bf372a7a78","section_id":"sec_bda8e209-85bf-4127-87b3-5f0d132865ad","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":121,"end":123,"exact":"電力","quote":"acle、CoreWeaveなどのAIデータセンター・クラウド・モデル企業が集まっています。つまり米国は、**電力総量では中国に劣るが、最先端チップ、クラウド、モデル、AIファクトリー密度で強い**という構造です。","quote_start":66,"quote_end":173,"text_sha256":"3a859b0ed6029a95af2157ae66e308e2afe273c7cdd8a6f199c617fb25113d1c","block_sha256":"3a859b0ed6029a95af2157ae66e308e2afe273c7cdd8a6f199c617fb25113d1c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_00d3c3d7-4b13-4442-89d0-38bf372a7a78"},{"id":"occ_f47b49f43d543a706d59e3ca","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_02d68bda-4ca5-46e3-8918-11c2b45f3859","section_id":"sec_bda8e209-85bf-4127-87b3-5f0d132865ad","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"米中を比較すると、まず電力総量では中国が圧倒的です。中国の2025年の電力消費は10.4兆kWh、つまり約10,400TWhに達し、初めて10兆kWhを超えました。これは米国の2倍超の規模です。([State Council 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\\2. 米中比較：電力総量は中国、AIデータセンター集積は米国","quote_start":0,"quote_end":34,"text_sha256":"398682e01793010daaa6e48c76bee467f9cc7846e2bb919766c7052c29a85af4","block_sha256":"398682e01793010daaa6e48c76bee467f9cc7846e2bb919766c7052c29a85af4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_1b6becf2-93b4-4d64-9703-7e6764585353"},{"id":"occ_c5ff2249c6c961b48964d568","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_22a879ae-63ed-4a39-b8e6-f5c1c73571e1","section_id":"sec_fe624283-00ad-4610-9f77-d7fd5447125f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"米国の電力問題は、「電気が全くない」という話ではありません。むしろ問題は、**AIデータセンターが必要とする場所に、必要な時期までに、必要な容量を接続できない**ことです。","quote_start":0,"quote_end":86,"text_sha256":"385db89a4d215815030c268e19a20de4553892788696815a125626b733abbf74","block_sha256":"385db89a4d215815030c268e19a20de4553892788696815a125626b733abbf74","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_22a879ae-63ed-4a39-b8e6-f5c1c73571e1"},{"id":"occ_7b5a83c9525de9a6a23f2834","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_24b00648-cff6-465e-a834-39807ec5a2bf","section_id":"sec_4c2724e8-5dad-4f4f-8766-b685cb9afc6d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"## 米中比較、Northern Virginia、そして電力ボトルネックを握る企業群","quote_start":0,"quote_end":43,"text_sha256":"087529c5fb404685d1a6e62da4db087705b7d032eb21415832036ee467c54936","block_sha256":"087529c5fb404685d1a6e62da4db087705b7d032eb21415832036ee467c54936","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_24b00648-cff6-465e-a834-39807ec5a2bf"},{"id":"occ_55965fdc8f355cad2c118649","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_2558bd0f-9342-4bac-b306-e3b8c35cbaf4","section_id":"sec_59add7e8-b278-45e3-9d50-799bf572b8d8","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"つまり、米国は**少ない電力で多くのトークンを出す高効率型**。中国は**大量電力と大量インフラで差を埋める総量型**です。","quote_start":0,"quote_end":62,"text_sha256":"a3390b1a0639c3ff4594e021143b42061a29754a7010c82d0aff277e3a0b7562","block_sha256":"a3390b1a0639c3ff4594e021143b42061a29754a7010c82d0aff277e3a0b7562","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_2558bd0f-9342-4bac-b306-e3b8c35cbaf4"},{"id":"occ_2efdd89991a44af23d595614","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_281ba658-dd2b-4ce9-98e0-5b1f9bc52eb0","section_id":"sec_31711da7-f8b2-464d-912a-4ca7d9134fc6","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"しかし、フアン氏の五層理論で見ると、中国は第2層のチップ効率で劣っても、第1層の電力と第3層の大規模クラスタで補おうとします。つまり、**高効率な最先端チップが少ないなら、より多くの電力とより多くの国産チップを並べる**という戦略です。","quote_start":0,"quote_end":118,"text_sha256":"7fbefccff616772401245bd5e995a8232a0e24b51e8add73165ec98ce51768a0","block_sha256":"7fbefccff616772401245bd5e995a8232a0e24b51e8add73165ec98ce51768a0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_281ba658-dd2b-4ce9-98e0-5b1f9bc52eb0"},{"id":"occ_dd993043791d1e99cd1fadbe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_3af37624-4132-4101-a377-f8fe3115ae20","section_id":"sec_cd0fa2c5-21fa-43e3-bc7a-c2070ffafeb4","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"このグループが握るのは、AI電力インフラの「部品」です。発電所を作るにもガスタービンが必要です。送電網を増やすにも変圧器と開閉装置が必要です。変電所を作るにも電力機器が必要です。","quote_start":0,"quote_end":89,"text_sha256":"22da2ef284d3c3c68d1a2f2525798e0f76b62f97f52231f7fd89d39ceb03e501","block_sha256":"22da2ef284d3c3c68d1a2f2525798e0f76b62f97f52231f7fd89d39ceb03e501","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_3af37624-4132-4101-a377-f8fe3115ae20"},{"id":"occ_065c7ff74ad2b45972c0c35f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_3d79aa7d-ec31-4b95-9e32-e7cfa2a885a6","section_id":"sec_d8acf494-e4ed-472c-83c8-ee4e12083dfa","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":97,"end":99,"exact":"電力","quote":"0GWの新規発電能力を追加する可能性を示しています。30GWは非常に巨大な規模であり、AIデータセンターが既存電力網だけでは賄えない段階に入ったことを示しています。([Reuters](https://www.reuters.com/business/energy/nextera-expects-add-up-3","quote_start":42,"quote_end":199,"text_sha256":"9d025768514e9dc8091802b8e79827ab6c38232fc08287a9ff67573b88bb0ce2","block_sha256":"9d025768514e9dc8091802b8e79827ab6c38232fc08287a9ff67573b88bb0ce2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_3d79aa7d-ec31-4b95-9e32-e7cfa2a885a6"},{"id":"occ_b1c6f53d988a9ca438731932","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_3ec2bb55-b709-46c0-8e80-2399773e5eae","section_id":"sec_bda8e209-85bf-4127-87b3-5f0d132865ad","layer":"body","character_id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kWh、つまり約4,195TWhで、EIAはこれが2026年に4,248TWh、2027年に4,379TWhへ増えると見ています。需要増の大きな要因として、AIデータ","quote_start":0,"quote_end":113,"text_sha256":"81e7ea8eeef8cf926063d34a6c37bdc1740ff61b4da98fb48f93c20f72ef4105","block_sha256":"81e7ea8eeef8cf926063d34a6c37bdc1740ff61b4da98fb48f93c20f72ef4105","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_3ec2bb55-b709-46c0-8e80-2399773e5eae"},{"id":"occ_580d3dc05a0c3baf918b108b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_42d7aa5d-1562-48da-8e1f-00328bb40a08","section_id":"sec_cd0fa2c5-21fa-43e3-bc7a-c2070ffafeb4","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"NVIDIAでいうなら、GE VernovaやSiemens Energyは、AI電力版のHBMやCoWoSに近い存在です。どの電力会社が勝っても、どのデータセンターが建っても、機器がなければプロジェクトは進みません。","quote_start":0,"quote_end":109,"text_sha256":"555dce2d748fe6335ae1f6854007bfe4d0ea630ff9bead0d55a44cbffdc4e4c3","block_sha256":"555dce2d748fe6335ae1f6854007bfe4d0ea630ff9bead0d55a44cbffdc4e4c3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_42d7aa5d-1562-48da-8e1f-00328bb40a08"},{"id":"occ_44092da8609791e83f40f963","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_4abf5a92-5188-488e-a911-11d8b7c880f1","section_id":"sec_677ab474-f1a6-41bd-b2c3-b66ffee9d048","layer":"body","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"そして、その下ではGE 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Virginiaの電力ゲートを握るDominionが結びつく構図になります。ただし、これは報道段階であり、成立するとは限りません。([Reuters](","quote_start":0,"quote_end":149,"text_sha256":"9fdaed47d1d27f071987593d52be941658eee2ea9114018db28470c70e47c87d","block_sha256":"9fdaed47d1d27f071987593d52be941658eee2ea9114018db28470c70e47c87d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_7b4dbe8c-ba4b-410c-b066-1d93c1e54171"},{"id":"occ_b483845aa0f7812fca811d1c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_7e169158-2c02-42c0-8e14-9440f51fdab2","section_id":"sec_d8acf494-e4ed-472c-83c8-ee4e12083dfa","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電源","quote":"NextEraの役割は、AI企業に対して「電源を作る」「PPAを組む」「再エネとガスと蓄電池を組み合わせる」ことです。GE Vernovaが設備を作る会社なら、NextEraはその設備を使って電源プロジェクトを組む会社です。","quote_start":0,"quote_end":112,"text_sha256":"a75452ea8684062cafc3ea21a9bafc6cecf911129f37906ca1c4b10e4fdfac37","block_sha256":"a75452ea8684062cafc3ea21a9bafc6cecf911129f37906ca1c4b10e4fdfac37","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_7e169158-2c02-42c0-8e14-9440f51fdab2"},{"id":"occ_0fff92eee63a4b05c20862fb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_8b51ed91-1c59-45bb-a2e8-f9aed5f8f475","section_id":"sec_bda8e209-85bf-4127-87b3-5f0d132865ad","layer":"body","character_id":null,"count":4,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"つまり、**国全体の電力総量では中国が米国の約2.5倍**です。しかしデータセンター電力に限ると、現時点では米国が中心です。IEAは、2024年の世界データセンター電力消費において、米国が45%、中国が25%、欧州が15%を","quote_start":0,"quote_end":112,"text_sha256":"05e03a1e32931b350ec19779e48e2574fa0da3ddd24120cca312faf9241165a5","block_sha256":"05e03a1e32931b350ec19779e48e2574fa0da3ddd24120cca312faf9241165a5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_8b51ed91-1c59-45bb-a2e8-f9aed5f8f475"},{"id":"occ_3e1e8506fe830f2a06070798","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_8c0f9ef6-846d-435c-b504-d7d1313ff48f","section_id":"sec_2d7d7720-20b0-4fcd-a3a0-e13a44a767df","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電力","quote":" Energyは、LS Powerからの発電資産取得によって発電能力を拡大し、少なくとも1GWのデータセンター電力供給契約を目指していると報じられています。([Reuters](https://www.reuters.com/business/energy/nrg-energy-beats-quarterly-p","quote_start":3,"quote_end":160,"text_sha256":"cb8d3c02d14c0367cd5a795da4953ce9babe5fe40f93aea6960bb8368c277929","block_sha256":"cb8d3c02d14c0367cd5a795da4953ce9babe5fe40f93aea6960bb8368c277929","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_8c0f9ef6-846d-435c-b504-d7d1313ff48f"},{"id":"occ_d5e62abf0db1b07eec09a2c9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_937d1bcb-b554-42c7-ba38-2fd2148c9773","section_id":"sec_31711da7-f8b2-464d-912a-4ca7d9134fc6","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"ただし、これは万能ではありません。電力を大量に使えば、同じトークンを出すためのコスト、発熱、冷却、ラック面積、ネットワーク複雑性が増えます。中国の本当のボトルネックは、電力そのものよりも、**電力をどれだけ効率よく知能へ変換できるか**、","quote_start":0,"quote_end":119,"text_sha256":"34b700465d359e847a02650a7f04819d401e39f7143c74da3d9fa162369d8e23","block_sha256":"34b700465d359e847a02650a7f04819d401e39f7143c74da3d9fa162369d8e23","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_937d1bcb-b554-42c7-ba38-2fd2148c9773"},{"id":"occ_ad399a001f1981648acbb45a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_9501f58f-8ea0-46ff-a10d-b801e15b5fee","section_id":"sec_31711da7-f8b2-464d-912a-4ca7d9134fc6","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"中国の強みは、第一に電力総量です。第二に、再エネと送電網の建設速度です。第三に、国家主導で電力、データセンター、産業政策、国産チップをまとめて動かせることです。","quote_start":0,"quote_end":80,"text_sha256":"6fa03f849cba03ae7f0499448f59d12bfe2eacb50255ffb138036901d01bada0","block_sha256":"6fa03f849cba03ae7f0499448f59d12bfe2eacb50255ffb138036901d01bada0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_9501f58f-8ea0-46ff-a10d-b801e15b5fee"},{"id":"occ_70d6dba098ac00eccc7b26f9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_99ea7fe6-3764-432f-839f-a65efcaab7c6","section_id":"sec_677ab474-f1a6-41bd-b2c3-b66ffee9d048","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":61,"end":63,"exact":"電力","quote":"rn Virginiaは、その未来を最も早く映している場所です。世界最大級のデータセンター集積地であり、同時に電力網の限界が最初に見え始めた地域でもあります。","quote_start":6,"quote_end":85,"text_sha256":"cf377cb39814884eeab7ec503561d7d58ee7d5c81dfebc528d8c17ade19f4571","block_sha256":"cf377cb39814884eeab7ec503561d7d58ee7d5c81dfebc528d8c17ade19f4571","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_99ea7fe6-3764-432f-839f-a65efcaab7c6"},{"id":"occ_650c191584ce75a44bf39cb7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_9c8c9f1a-20c1-4a78-90bb-0afed4536989","section_id":"sec_2d7d7720-20b0-4fcd-a3a0-e13a44a767df","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電源","quote":"ellation、Vistra、Talen、NRGは、独立系発電会社、IPPとして、原子力やガス火力などの既存電源を持つ企業です。AI時代に価値が上がるのは、単なる電気ではなく、**24時間、長期、大容量、できれば低炭素の電力**です。","quote_start":5,"quote_end":123,"text_sha256":"13c20e968643a654056119d289d919cc7933dacbe31e34d3a5f77ca6420e682f","block_sha256":"13c20e968643a654056119d289d919cc7933dacbe31e34d3a5f77ca6420e682f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_9c8c9f1a-20c1-4a78-90bb-0afed4536989"},{"id":"occ_9d995317edce338eb33408bd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_a05a9cf2-bcbc-4bd5-8eec-df66b1ba5c33","section_id":"sec_9b8958e2-17e8-4334-9341-1a7b5d251b9e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":81,"end":83,"exact":"電力","quote":"計算し、そこからトークン、画像、コード、設計案、創薬候補、ロボット制御、エージェントの判断が出てきます。つまり電力は、単なる経費ではなく、**知能を生産するための原材料**になります。","quote_start":26,"quote_end":118,"text_sha256":"2979126f9aa4b6922abfb56ae01ba86b32336866d4d15467269bee1c2f58f55f","block_sha256":"2979126f9aa4b6922abfb56ae01ba86b32336866d4d15467269bee1c2f58f55f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_a05a9cf2-bcbc-4bd5-8eec-df66b1ba5c33"},{"id":"occ_030086e4c20f5e5b28014b23","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_a3c32b25-de8e-44b5-99ff-d15099ad517c","section_id":"sec_59add7e8-b278-45e3-9d50-799bf572b8d8","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"**米国は、高性能チップとクラウドとモデルは強いが、電力接続の速度がボトルネックになっている。  \n中国は、電力総量と送電網の国家動員力は強いが、チップ効率とAIクラスタの成熟度がボトルネックになっている。**","quote_start":0,"quote_end":105,"text_sha256":"11bf7520130233bac12c0b48ef28797491addcaef2159084ead8533e0031a0b5","block_sha256":"11bf7520130233bac12c0b48ef28797491addcaef2159084ead8533e0031a0b5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_62acaca2-fec9-4724-be08-6ebd3c061f93/#blk_a3c32b25-de8e-44b5-99ff-d15099ad517c"},{"id":"occ_b1fbdd2b0053f7dff8392070","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_62acaca2-fec9-4724-be08-6ebd3c061f93","work_id":"wrk_d43a6ffd-ef17-4cd2-96fa-06f7d800821a","block_id":"blk_a60f2e76-bd27-4852-b5a1-471520eea1b3","section_id":"sec_9b8958e2-17e8-4334-9341-1a7b5d251b9e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"## \\1. 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Virginiaの重要性を整理したうえで、GE Vernova、Siemens 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 \n中国は、電力総量と製造業実装と国産代替で追う。  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Build-to-Suit | △ | △ | ◎ |\n| 電力・土地 | ○ | ○ | ◎ |\n| 企業向け総合性 | △ | ○ | △ 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| 中東情勢、世界原油価格 |\n| NYMEX:NG1! | 米国天然ガス先物 | 発電燃料、電力コスト |\n| COMEX:HG1! | 銅先物 | 電力網、データセンター建設 |\n| COMEX:GC1! | 金先物 | 地政学、実質金利、通貨不安 |\n```","quote_start":74,"quote_end":214,"text_sha256":"09596c876fb994ff4518252ba97a574bcab1a3459047d26221b870729abe2c57","block_sha256":"09596c876fb994ff4518252ba97a574bcab1a3459047d26221b870729abe2c57","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_66313feb-6eff-400e-94b9-3dd889eabe3e/#blk_b43f42ec-3c08-4f41-a48b-07bd11384c3a"},{"id":"occ_69180dcc2e147feb98b08f32","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_66313feb-6eff-400e-94b9-3dd889eabe3e","work_id":"wrk_75063f69-d242-41d4-aaa2-d86b2bdecc9e","block_id":"blk_dc0104be-a0de-4a14-be00-93f6546218b8","section_id":"sec_a7c23fdc-f780-49b1-b670-d84d881d2d33","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"特にAIインフラ市場は、ハイパースケーラーの設備投資から始まり、GPU、HBM、ネットワーク、光通信、基板、電力、冷却設備へと需要が波及する。したがって、投資判断でも個別銘柄だけでなく、資金がAIインフラのどこへ移動しているのかを見る必要がある。","quote_start":0,"quote_end":123,"text_sha256":"edbbbc048398d111ffe85f1cac2c57ac17c2123938a03521eb54a482ee368b59","block_sha256":"edbbbc048398d111ffe85f1cac2c57ac17c2123938a03521eb54a482ee368b59","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_66313feb-6eff-400e-94b9-3dd889eabe3e/#blk_dc0104be-a0de-4a14-be00-93f6546218b8"},{"id":"occ_04e2740825a8256f382497b0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_66313feb-6eff-400e-94b9-3dd889eabe3e","work_id":"wrk_75063f69-d242-41d4-aaa2-d86b2bdecc9e","block_id":"blk_e191afe3-2094-4db4-a4c0-543549466370","section_id":"sec_7c97c231-3d13-4b8c-8598-6e205ccfc58d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":85,"end":87,"exact":"電力","quote":"c、Doosan Enerbility、Korea Electric Powerは、韓国国内のデータセンター・電力設備投資を見る代理指標になる。","quote_start":30,"quote_end":102,"text_sha256":"3617047bcc381500a3199dd00a19e50884595f156a474c120eac16257a75a539","block_sha256":"3617047bcc381500a3199dd00a19e50884595f156a474c120eac16257a75a539","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_66313feb-6eff-400e-94b9-3dd889eabe3e/#blk_e191afe3-2094-4db4-a4c0-543549466370"},{"id":"occ_3f8e550ce32708fb757dc672","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_66313feb-6eff-400e-94b9-3dd889eabe3e","work_id":"wrk_75063f69-d242-41d4-aaa2-d86b2bdecc9e","block_id":"blk_e378d80f-b73f-4a9a-b500-3dfb7d4217be","section_id":"sec_2ed44a70-170c-4ef6-89a7-d32cf7a3d9f4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"## 銅高、電力株高、ハイパースケーラー高","quote_start":0,"quote_end":21,"text_sha256":"fb87b7ddd433990e57c3b7948f5ecb66df68733d5d6eb5485d1d193878ecbde2","block_sha256":"fb87b7ddd433990e57c3b7948f5ecb66df68733d5d6eb5485d1d193878ecbde2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_66313feb-6eff-400e-94b9-3dd889eabe3e/#blk_e378d80f-b73f-4a9a-b500-3dfb7d4217be"},{"id":"occ_ea95b0df078d815b56bccea9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6abb0df2-b5a4-4f1c-8f48-a346d6d0f247","work_id":"wrk_37d80f4d-ab1e-4385-b7ef-e7ae09b765e3","block_id":"blk_53477bb0-eb31-4f7f-aa51-3ea90a32c835","section_id":"sec_16cb9d55-367f-4349-951e-afdf847cc243","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電力","quote":"第二に、**閉域・高セキュリティ通信**。  \n工場、自治体、医療、電力、金融では、通信を公共インターネットに出したくない需要がある。キャリアは閉域網とMECを組み合わせて、「外に出ないAI処理」を提供できる。","quote_start":0,"quote_end":105,"text_sha256":"562b94a98c1836774167224027e2ae6a5bc154fcb8b74304dcc534a4cdfab28e","block_sha256":"562b94a98c1836774167224027e2ae6a5bc154fcb8b74304dcc534a4cdfab28e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6abb0df2-b5a4-4f1c-8f48-a346d6d0f247/#blk_53477bb0-eb31-4f7f-aa51-3ea90a32c835"},{"id":"occ_1d0eaca1c31bdf97bd7de05c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6abb0df2-b5a4-4f1c-8f48-a346d6d0f247","work_id":"wrk_37d80f4d-ab1e-4385-b7ef-e7ae09b765e3","block_id":"blk_a55e4b51-8a1a-4f75-a22c-2c54f8e1f6be","section_id":"sec_8488d8a7-e49f-4242-84aa-38c0b670eb8d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":"れは非常に重要だ。  \nフィジカルAI、工場AI、遠隔操作、ドローン、監視カメラ、スマートシティ、医療、物流、電力網では、遠くのクラウドよりも、近くのキャリアエッジの方が有利になる場面が増える。","quote_start":1,"quote_end":98,"text_sha256":"665f5aac3a29c3889cd42e960615aed32499d010d2ebe48cb17e227893757425","block_sha256":"665f5aac3a29c3889cd42e960615aed32499d010d2ebe48cb17e227893757425","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6abb0df2-b5a4-4f1c-8f48-a346d6d0f247/#blk_a55e4b51-8a1a-4f75-a22c-2c54f8e1f6be"},{"id":"occ_9fb5f8a924c1805f6a1da26d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_04778f7e-fa64-4eb0-b81b-4d3ba905fbcd","section_id":"sec_55cd50ee-835a-45ff-bcbb-61fef9ec233c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":" Google Cloud上では強い\n- GoogleのAI基盤との相性が良い\n- 大規模分散学習に強い\n- 電力効率を最適化しやすい\n- ただしNVIDIA CUDAエコシステムほど汎用ではない","quote_start":1,"quote_end":99,"text_sha256":"3b67e57faf0683c43223f45882a454899067b39cc1a95a08aa9109ab42358dc9","block_sha256":"3b67e57faf0683c43223f45882a454899067b39cc1a95a08aa9109ab42358dc9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_04778f7e-fa64-4eb0-b81b-4d3ba905fbcd"},{"id":"occ_3423fc2fa9eea2d394b700d7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_12bbed31-60ba-4b70-9f3d-1f6f98a46017","section_id":"sec_9bb2ef4b-fd71-4240-929e-959db66d1936","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"- GPUが大量に必要\n- 電力が大量に必要\n- 冷却設備が必要\n- 高速ネットワークが必要\n- 大量ストレージが必要\n- 障害復旧システムが必要\n- 数週間〜数か月の連続運転が必要","quote_start":0,"quote_end":91,"text_sha256":"0eafe4c564ec5521e5efce93c071283dc2116d531651fa72ed776e2c6d9ad1c6","block_sha256":"0eafe4c564ec5521e5efce93c071283dc2116d531651fa72ed776e2c6d9ad1c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_12bbed31-60ba-4b70-9f3d-1f6f98a46017"},{"id":"occ_0033e171c6cc45452e3db120","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_2016b042-2b3e-4fe0-a6d3-07a7c6c582a6","section_id":"sec_b01906f5-4dbb-4b57-80c4-fb57d4041a54","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"稼働率、電力効率、垂直統合という視点では、TPUはGPUより優位になりやすいです。","quote_start":0,"quote_end":41,"text_sha256":"4f13c13b623a98d0c1e8fda342611898a15b58a0e1384ab9cc0e4f0367d91fa3","block_sha256":"4f13c13b623a98d0c1e8fda342611898a15b58a0e1384ab9cc0e4f0367d91fa3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_2016b042-2b3e-4fe0-a6d3-07a7c6c582a6"},{"id":"occ_3a3a35744824c376e82bd061","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_20b61fda-c874-4d7b-9633-100fe4260b5d","section_id":"sec_223083e1-3474-4d4e-8cc0-f1c1bda96df8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"種類得意領域苦手領域位置づけGPUクラウド学習、推論、画像、動画、HPC、汎用AI電力・コスト・利用率最も汎用的なAIクラウドTPUクラウド大規模AI学習、Google系AI基盤、TransformerCUDA資産との互換性Google型の専用AIクラウドLPUクラウド低遅延LLM推論","quote_start":0,"quote_end":143,"text_sha256":"acf81a1ff6ea5ab181198e567e9c55a0dfa2d076de8f415ba3e48a376ff01e20","block_sha256":"acf81a1ff6ea5ab181198e567e9c55a0dfa2d076de8f415ba3e48a376ff01e20","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_20b61fda-c874-4d7b-9633-100fe4260b5d"},{"id":"occ_ecb34fe0990998d69b9b8fe4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_27f298a0-0158-48b3-bd46-59680b503369","section_id":"sec_13d83acd-d459-47cf-b7af-7a65adfe0277","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":69,"end":71,"exact":"電力","quote":"ogleがTPUをもっと広く開き、Google 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\n> Anthropicのような大口AI企業  \n> Google Cloud上の大規模学習・推論  \n> 電力効率重視のAIデータセンター","quote_start":23,"quote_end":94,"text_sha256":"a2e29932f329a381e72a063bae0714672c90153af1f7a27289747855f6e71276","block_sha256":"a2e29932f329a381e72a063bae0714672c90153af1f7a27289747855f6e71276","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_3d6eb668-1699-44ae-a3b0-dcc19c3119bd"},{"id":"occ_bcafa65ae8f81386846bda3c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_41863a53-74f1-4940-af4a-6fe5db0ee65d","section_id":"sec_bcddbdf0-4f00-4066-90c8-b93941ab3ce2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"## 条件2：TPUがGPUより明確に安い/速い/省電力になる","quote_start":0,"quote_end":31,"text_sha256":"d7cbfb4be486d2860c3050d2c3a17d554a2a817a732ad9d940e606fe08514dcf","block_sha256":"d7cbfb4be486d2860c3050d2c3a17d554a2a817a732ad9d940e606fe08514dcf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_41863a53-74f1-4940-af4a-6fe5db0ee65d"},{"id":"occ_e92cdad40820debe3531a7f2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_647fa650-8d84-45ed-a4d0-5ddcb7e2d1ca","section_id":"sec_857d3d77-d7e6-41fb-8581-c6fe6bea6608","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"つまり、AIはソフトウェア開発速度を上げますが、  \n**電力・冷却・ネットワーク・セキュリティ・標準化・信頼性は時間がかかる**  \nということです。","quote_start":0,"quote_end":76,"text_sha256":"502890325b3d275dc2f898b17f7f72ef0b4c16e4029b5674dd55173ffb935e7d","block_sha256":"502890325b3d275dc2f898b17f7f72ef0b4c16e4029b5674dd55173ffb935e7d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_647fa650-8d84-45ed-a4d0-5ddcb7e2d1ca"},{"id":"occ_aad23327b25ec1b4d501a930","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_6710d08c-53ec-408a-9244-532939bdbffe","section_id":"sec_8064b9c8-b582-4cc3-bb35-b46da0b29f1b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"この視点、つまり**稼働率・電力効率・AI専用クラウド最適化**では、TPUはかなり優位です。","quote_start":0,"quote_end":47,"text_sha256":"aa98a61cfbd00da7d2e26a4c57243be56342016c945c235fbe967bb3384a2059","block_sha256":"aa98a61cfbd00da7d2e26a4c57243be56342016c945c235fbe967bb3384a2059","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_6710d08c-53ec-408a-9244-532939bdbffe"},{"id":"occ_05901c85cc02fbebe18a1f01","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_67ef86bb-5797-430f-bc04-65a16e6fce7c","section_id":"sec_3659146e-a906-43e3-add4-8d543a5746da","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電力","quote":"ような企業は、GPUクラウドの稼働率改善そのものが利益率改善に直結します。  \nただし、同時に借入、設備投資、電力確保、償却負担が重いビジネスでもあります。売上成長は強い一方、コスト増や赤字拡大も報じられているため、**成長性は高いが財務リスクも高い領域**です。([Reuters](https://www.re","quote_start":10,"quote_end":167,"text_sha256":"950097125bcc6c9130a0adfab10cc27ad7cf5f8ad076f422e83b0e5bca5a7e8b","block_sha256":"950097125bcc6c9130a0adfab10cc27ad7cf5f8ad076f422e83b0e5bca5a7e8b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_67ef86bb-5797-430f-bc04-65a16e6fce7c"},{"id":"occ_cf579e10de03e373aea8bd8e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_754dc4de-e40e-45b6-b2be-4555e1a76cc9","section_id":"sec_71d97541-7ee4-426e-8210-eb8853969707","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"ただし、電力、冷却、ネットワーク、セキュリティ、標準化、障害復旧は物理的・制度的な制約があるため、**完全成熟は2030年前後以降**になると思います。","quote_start":0,"quote_end":76,"text_sha256":"e3057f38ce45fd2eb6ebca06d6d1585e98231405746bb5c83f1167b4ce4b6717","block_sha256":"e3057f38ce45fd2eb6ebca06d6d1585e98231405746bb5c83f1167b4ce4b6717","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_6cb909ec-1291-4cbb-a768-f72123829d08/#blk_754dc4de-e40e-45b6-b2be-4555e1a76cc9"},{"id":"occ_bee4f082d600ca51d7f49bd0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_6cb909ec-1291-4cbb-a768-f72123829d08","work_id":"wrk_72dcc676-6c79-475a-9f86-c4f174e32af2","block_id":"blk_82fccdae-c21b-4365-ab7f-76e8858c4728","section_id":"sec_970e7fb7-ea92-43a6-8c03-72b3f0fb8123","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":" Google Cloud上では強い\n- GoogleのAI基盤との相性が良い\n- 大規模分散学習に強い\n- 電力効率を最適化しやすい\n- ただしNVIDIA 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7. 英Kentの300MW計画は、AIデータセンターが電力プロジェクトになった証拠","quote_start":0,"quote_end":45,"text_sha256":"02c899c9fb286b2ccbff0ed31b24fe44e30bf82bf3040974b8c1d306edfe3713","block_sha256":"02c899c9fb286b2ccbff0ed31b24fe44e30bf82bf3040974b8c1d306edfe3713","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_20dd084f-dae9-4060-8ef4-51368f8f7d23"},{"id":"occ_d0d775bcbd8e3aab2c53ad7a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_25c997a8-0263-4055-8a65-706db6f27c7c","section_id":"sec_d6b15d59-5cad-46cc-a637-157cfad33726","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"> AIデータセンターが、どれだけの記憶容量、帯域、電力、拡張余地を未来分まで囲い込むのか。","quote_start":0,"quote_end":46,"text_sha256":"e576f1772d791b9dc9ae9ecad0b814eec2503dd9b9dcd3ba1c73c3992dd308a3","block_sha256":"e576f1772d791b9dc9ae9ecad0b814eec2503dd9b9dcd3ba1c73c3992dd308a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_25c997a8-0263-4055-8a65-706db6f27c7c"},{"id":"occ_a3b2d32af490a9e4181fe64b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_2e931f4f-b381-45ac-b7a5-9214333a2fcf","section_id":"sec_9fb15af7-5866-4947-9f7c-1e2fd3c0e62f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":225,"end":227,"exact":"電力","quote":"AS、SDV、長期認証、供給安定性 |\n| 地域供給網 | 中国内製化、米国近接生産、東南アジア分散 |\n| 電力と施設 | 300MW級キャンパス、系統接続、冷却 |","quote_start":170,"quote_end":254,"text_sha256":"f08b44ba1b61a6d970217de6b2d6ce8f1100bf27779aab99b022f1c4113300b2","block_sha256":"f08b44ba1b61a6d970217de6b2d6ce8f1100bf27779aab99b022f1c4113300b2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_2e931f4f-b381-45ac-b7a5-9214333a2fcf"},{"id":"occ_2c696331757cdd7f243c1059","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_4a90dc16-0d0a-4434-9ca7-a62ebe9f0dd4","section_id":"sec_b05e408f-2dc5-4ab3-9ccb-ed4664d15f9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電力","quote":"インフラの制約は、NVIDIA GPUの輸出規制だけではない。DRAM、HBM、先端パッケージ、ネットワーク、電力、冷却、サーバー組立も、主権AIの構成要素になる。CXMTはDDR5歩留まりなどで課題を抱える一方、サーバーDRAMを国内クラウドへ長期供給できれば、中国AIインフラの自立度は上がる。","quote_start":4,"quote_end":153,"text_sha256":"c3198f5e2a7d90fe8cd0523b08162805f51a5352055a97aad2914ce76c311681","block_sha256":"c3198f5e2a7d90fe8cd0523b08162805f51a5352055a97aad2914ce76c311681","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_4a90dc16-0d0a-4434-9ca7-a62ebe9f0dd4"},{"id":"occ_8cbe661b8a51a4d399e88767","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_7c6c301b-195f-480d-9716-f736f6fad417","section_id":"sec_b60f5347-cfe9-4d9e-827b-902324b60a1e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電源","quote":"AIサーバーはチップを載せれば終わりではない。ラック、電源、冷却、ネットワーク、ケーブル、ファームウェア、検査、出荷後の保守まで含む供給網である。MiTAC、Quanta、Wiwynn、Foxconn、Inventec、Celestica、Jabilなどは、","quote_start":0,"quote_end":129,"text_sha256":"75a1cf312999fb4bce956da1193f5064064255bed4b78f4917487a3dd220ea3f","block_sha256":"75a1cf312999fb4bce956da1193f5064064255bed4b78f4917487a3dd220ea3f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_7c6c301b-195f-480d-9716-f736f6fad417"},{"id":"occ_0f2037fc12b537ee611ad1d8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_7d3dbeb8-a29d-4ce5-91c8-c37451a09b16","section_id":"sec_e0053794-6e65-4ce9-94fd-0eeb5cfae4b4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":"*絶ノイア:** 今日の材料は、メモリー株だけを見ていると少し狭いですね。車載、ODM、光接続、データセンター電力まで同じ線でつながっている。","quote_start":1,"quote_end":72,"text_sha256":"758de06118b8ce9c248c4e5ec958c5f6ee6c8e1491c6a38f64c8eb45159b8bc6","block_sha256":"758de06118b8ce9c248c4e5ec958c5f6ee6c8e1491c6a38f64c8eb45159b8bc6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_7d3dbeb8-a29d-4ce5-91c8-c37451a09b16"},{"id":"occ_2f7b8ddf0fb2a08cce284194","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_8ba06468-5c39-488d-85b5-44835dd6d77a","section_id":"sec_69efedd6-9f39-4003-9f3b-abc26aa274ff","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":260,"end":262,"exact":"電力","quote":"するか。\n6. AIサーバーODMの米国、東南アジア移転が加速するか。\n7. 300MW級データセンター案件で電力接続、許認可の遅延が出るか。","quote_start":205,"quote_end":276,"text_sha256":"92deb95be3cd59375911d845474cdb2e93981a210c8061e77e5c7bf54c6c828a","block_sha256":"92deb95be3cd59375911d845474cdb2e93981a210c8061e77e5c7bf54c6c828a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_8ba06468-5c39-488d-85b5-44835dd6d77a"},{"id":"occ_208386a75a1fb0a7ff216000","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_a558a5e7-303d-4cf8-b5e7-3961a5505ca1","section_id":"sec_117d741b-0885-4624-baa4-748ed14b6374","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電力","quote":"AIクラスターでは、GPU間、ラック間、データセンター内の通信電力が大きなボトルネックになっている。CPO、LPO、NPO、ガラス基板、外部光源、Micro LED光源などは、帯域を増やしながら電力を下げるための次の競争軸である。","quote_start":0,"quote_end":115,"text_sha256":"a9b10eb810049698e0132017fc89e15bb7d50baea9ce1fa5fa3e17c936d09770","block_sha256":"a9b10eb810049698e0132017fc89e15bb7d50baea9ce1fa5fa3e17c936d09770","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_a558a5e7-303d-4cf8-b5e7-3961a5505ca1"},{"id":"occ_44c0cd18dd88992e9c8af01c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_bb4a275f-7c91-4169-8e11-0550a6171149","section_id":"sec_49d0e037-bcdc-4e40-a14d-87e8da652998","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"ここで恩恵を受けるのは、電力設備、変圧器、スイッチギア、冷却、建設、光ファイバー、欧州データセンター事業者である。AIインフラ相場を見るなら、チップ企業だけでなく、建設と電力の遅延リスクまで追う必要がある。","quote_start":0,"quote_end":103,"text_sha256":"6bffb41be45f7dbf29d22491c4241ee4289687febf8b4791a9dfce2d84a0fbd7","block_sha256":"6bffb41be45f7dbf29d22491c4241ee4289687febf8b4791a9dfce2d84a0fbd7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_bb4a275f-7c91-4169-8e11-0550a6171149"},{"id":"occ_cf861b01201e147b19f9e22c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_70df7bb7-127f-4402-9374-f897f873bafb","work_id":"wrk_bd032fe1-66fd-4ecd-a7db-e046051c8671","block_id":"blk_ca32cb81-5d44-4f41-b45a-6ebb415652f9","section_id":"sec_e0053794-6e65-4ce9-94fd-0eeb5cfae4b4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電力","quote":"-Kathna:** ひとつの不足は、いつも別の扉を開く。HBMが足りぬ時、DRAMが揺れ、NANDが呼ばれ、電力が土地へ降りる。","quote_start":5,"quote_end":70,"text_sha256":"2dae8efd167a43ba597fe19d1e82c429f66c5644e6e024bda6782d551f7fb161","block_sha256":"2dae8efd167a43ba597fe19d1e82c429f66c5644e6e024bda6782d551f7fb161","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_70df7bb7-127f-4402-9374-f897f873bafb/#blk_ca32cb81-5d44-4f41-b45a-6ebb415652f9"},{"id":"occ_3fedfaff86a2428e2ce982bf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_1296b627-02e7-4b3d-936c-19f0207394f7","section_id":"sec_f563e67b-15e8-4a74-b0e6-258552e98477","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"## 電力・データセンター","quote_start":0,"quote_end":13,"text_sha256":"8c3c2f8dacbc84440eedffe2b3b72d986e0dd581ec268c005deb9f4efc4eb657","block_sha256":"8c3c2f8dacbc84440eedffe2b3b72d986e0dd581ec268c005deb9f4efc4eb657","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_1296b627-02e7-4b3d-936c-19f0207394f7"},{"id":"occ_aea86fa9b03054b5fb34c7b7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_1f8d1ffa-602d-4d09-98c5-9e694ec2c017","section_id":"sec_cd63097d-6840-4277-9dd9-3db069cd9bd2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"- 半導体\n- 材料\n- 化学\n- 医薬\n- 機械\n- ロボット\n- 電力網\n- サイバー\n- 宇宙\n- 軍事","quote_start":0,"quote_end":55,"text_sha256":"e84ae6d658e0f9f0c4ff435d9fe07f605bcfc0ed468928626505b505f712f33c","block_sha256":"e84ae6d658e0f9f0c4ff435d9fe07f605bcfc0ed468928626505b505f712f33c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_1f8d1ffa-602d-4d09-98c5-9e694ec2c017"},{"id":"occ_9e2a67cef883c48430fc3f1f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_27b2620b-10ef-4414-b337-4412ccc58bfb","section_id":"sec_88b6e131-72a7-4457-97af-b78ec808945f","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":103,"end":105,"exact":"電力","quote":"間：\n\n以下を確認してください。\n\n・国家AI予算\n・ソブリン計算資源\n・GPU調達\n・データセンター建設\n・電力確保\n・AI Growth Zone\n・国営企業・政府系ファンド\n・防衛・諜報・科学研究用途\n・自国語モデル\n・データ主権\n・外国クラウドとの提携\n・輸出許可\n・計画容量と実際に稼働した容量\n・政府保","quote_start":48,"quote_end":205,"text_sha256":"109fd9e0b58c05d5cb9b45d0ce06a1fd393be2a0cfb147a3dc5691027d06d85f","block_sha256":"109fd9e0b58c05d5cb9b45d0ce06a1fd393be2a0cfb147a3dc5691027d06d85f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_27b2620b-10ef-4414-b337-4412ccc58bfb"},{"id":"occ_d1a08ab21bcdcb8b18f3c383","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_2dba22dc-62ac-40ef-9265-ed30d590d863","section_id":"sec_76f28170-eed6-4499-8aaa-b4d1f402a664","layer":"code","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":87,"end":89,"exact":"電力","quote":"期間：\n対象分野：\nGPU、HBM、DRAM、NAND、先端パッケージ、AIサーバー、\nネットワーク、光通信、電力、冷却、データセンター\n\n情報源は以下を優先してください。\n\nTrendForce\n企業IR\nSEC提出書類\nDIGITIMES\n工商時報\nThe Elec\nSemiAnalysis\nData Cen","quote_start":32,"quote_end":189,"text_sha256":"18a309061dc7ceb3f3c70bb33ff700ca4e8addd7fd7c0927a11094a977ed2554","block_sha256":"18a309061dc7ceb3f3c70bb33ff700ca4e8addd7fd7c0927a11094a977ed2554","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_2dba22dc-62ac-40ef-9265-ed30d590d863"},{"id":"occ_45328186abb201a2b32f30c9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_355e0f16-6c69-41b7-a5ae-d09b3da15340","section_id":"sec_63d782e9-bce0-45b5-8b23-cc99ae31da1c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"- CAPEX\n- ファイナンスリース\n- オペレーティングリース\n- 電力購入契約\n- 減価償却費\n- データセンター運営費\n- フリーキャッシュフロー\n- Cloud粗利益率\n- 投下資本利益率","quote_start":0,"quote_end":99,"text_sha256":"1065cf5aa51a0c90609ed50c41f0524f82c07f4a4e8d9ae21256d57b8139c2a3","block_sha256":"1065cf5aa51a0c90609ed50c41f0524f82c07f4a4e8d9ae21256d57b8139c2a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_355e0f16-6c69-41b7-a5ae-d09b3da15340"},{"id":"occ_25a536d6527efbdbe72f7b86","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_5cf8279a-5b0d-48a4-8939-fac8f39de7ec","section_id":"sec_256dfbe6-853a-452c-a0bf-74e5ccaa180c","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":347,"end":349,"exact":"電力","quote":"l企業以外からの需要\n10. 供給制約、稼働率、追加容量の収益化速度\n11. 旧世代GPUの利用状況\n12. 電力費とデータセンター運営費\n13. 資産耐用年数や会計方針の変更\n14. 経営陣のCAPEX・ROICに関する発言\n\n最後に、\n「需要拡大」\n「収益化」\n「設備負担」\n「循環依存」\n「供給過剰リスク」\n","quote_start":292,"quote_end":449,"text_sha256":"aead2175a3c29a19fc5e4ccfb0e947730cc9aa5838b4ee07b69879f7b966a9e4","block_sha256":"aead2175a3c29a19fc5e4ccfb0e947730cc9aa5838b4ee07b69879f7b966a9e4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_5cf8279a-5b0d-48a4-8939-fac8f39de7ec"},{"id":"occ_460f7a1d10760242b0dbdaa6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_69e0c5ed-4fc3-4bc0-b722-5d43d6199050","section_id":"sec_bf814b2e-946e-4d0c-9ab8-58c47a04169b","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":151,"end":153,"exact":"電力","quote":"Iの実際の有料需要\n2. 外部顧客からの現金流入\n3. Cloud・AI売上と粗利益\n4. 設備投資、リース、電力契約\n5. 減価償却とフリーキャッシュフロー\n6. 稼働率と供給制約\n7. 半導体・メモリ・ネットワークの在庫\n8. 循環取引とベンダーファイナンス\n9. 国家・安全保障需要\n10. モデル性能、効率","quote_start":96,"quote_end":253,"text_sha256":"c57f1070694c1bf66b5bcdc85cf4979fba2ab08c26b9c7d9dbfa0339d66c50ec","block_sha256":"c57f1070694c1bf66b5bcdc85cf4979fba2ab08c26b9c7d9dbfa0339d66c50ec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_69e0c5ed-4fc3-4bc0-b722-5d43d6199050"},{"id":"occ_15c72f8e7e244b22e3fc90fb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_7ae5808b-928f-4453-ba60-2e48efa03d07","section_id":"sec_c1d1635a-97fd-4be3-a21b-7d75a7d1dfb1","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"- 世代別GPU稼働率\n- GPUレンタル価格\n- 中古市場価格\n- 旧世代の電力当たり性能\n- 減損\n- 在庫評価損\n- 低価格・バッチ推論需要\n- 新世代導入後の旧世代予約率","quote_start":0,"quote_end":89,"text_sha256":"38ed9f3096c82a32d52821ad9f3887865e7b688e6706472a870b53d4aa56df57","block_sha256":"38ed9f3096c82a32d52821ad9f3887865e7b688e6706472a870b53d4aa56df57","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_7ae5808b-928f-4453-ba60-2e48efa03d07"},{"id":"occ_b2b8963d528b58ca2c1f6f61","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_865b0360-8d43-4e39-b4ad-08690b579bf1","section_id":"sec_343950e7-2b2a-461b-94d6-0c5020b5b384","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":77,"end":79,"exact":"電力","quote":"政府調達\n- 防衛契約\n- 輸出許可\n- GPU輸出枠\n- データ主権\n- AI Growth Zone\n- 電力・土地補助\n- 国営ファンド\n- 国家クラウド\n- 閉鎖型・隔離型環境","quote_start":22,"quote_end":114,"text_sha256":"42da6c7a5eebc04338c680e52c79d7844a447b5e4346451146f32b19772e533c","block_sha256":"42da6c7a5eebc04338c680e52c79d7844a447b5e4346451146f32b19772e533c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_716e29e3-ca33-4e0a-89d8-a4c146c91139/#blk_865b0360-8d43-4e39-b4ad-08690b579bf1"},{"id":"occ_13d6a1a100cb7de2a6eda03d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_716e29e3-ca33-4e0a-89d8-a4c146c91139","work_id":"wrk_6b2d4c96-c0d4-4d57-8d9e-9077ea538a79","block_id":"blk_9718cb42-5cf1-4b17-b117-1182d0fedebb","section_id":"sec_5d3d387f-48fe-44ca-9bb5-f3d7ca2f446c","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":180,"end":182,"exact":"電力","quote":"限定的 |\n| 設備 | 光ファイバー、ルーター、サーバー、PC | AIDC、GPU、HBM、ネットワーク、電力 |\n| 投資理由 | ネットワーク社会を先取り | AI・AGI時代を先取り |\n| 競争心理 | 通信網を持たなければ取り残される | 計算資源を持たなければ取り残される |\n| 資金循環 | 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Investor 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電源供給","quote_start":0,"quote_end":7,"text_sha256":"0ecac9208c0c0472c8260892c59234660b0de6d8aabce9de42eae66d79ce5270","block_sha256":"0ecac9208c0c0472c8260892c59234660b0de6d8aabce9de42eae66d79ce5270","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_4b69384b-10e7-400b-be6b-f230b3314266"},{"id":"occ_4a15bb84ac7e52413c8f98a4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_4d5c1cd2-7db9-479b-b0c9-0a14925183f0","section_id":"sec_88ef36f2-0653-4732-9a77-55d2478df6b0","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電源","quote":"- VDD\n- VSS\n- グラウンド\n- デカップリング\n- TSV\n- 裏面電源","quote_start":0,"quote_end":42,"text_sha256":"f7a840db745fdb4b58447f855fe530a81c8307645bfe6e6b618ac55864eb1498","block_sha256":"f7a840db745fdb4b58447f855fe530a81c8307645bfe6e6b618ac55864eb1498","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_4d5c1cd2-7db9-479b-b0c9-0a14925183f0"},{"id":"occ_2c9436f2d2912b19b14cb5f8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_55d98d60-61db-47c3-a27a-a4622a856729","section_id":"sec_8ef8b6d4-5427-4c86-a170-917d1d75446a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"これは、標準化よりも電力、遅延、面積を優先した設計である。","quote_start":0,"quote_end":29,"text_sha256":"5458528bbefd7158b50b0e6b5b6c4b523205e086fb2c4b4e48b54a844ae19270","block_sha256":"5458528bbefd7158b50b0e6b5b6c4b523205e086fb2c4b4e48b54a844ae19270","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_55d98d60-61db-47c3-a27a-a4622a856729"},{"id":"occ_9825caa372820a6b417fd96e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_594c296a-00cc-4e5d-ae11-02e161588551","section_id":"sec_f7d1119b-c08d-4c9a-856e-dd7d191c2d1d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電源","quote":"- 接合パッド\n- PHYまたはI/O回路\n- クロック境界\n- 電源境界\n- テスト回路\n- 故障管理\n- 製造ばらつき","quote_start":0,"quote_end":61,"text_sha256":"17c76e06b52c09d8334e9c049e696f0a21cdcf995d788258c83737d1db16ca1b","block_sha256":"17c76e06b52c09d8334e9c049e696f0a21cdcf995d788258c83737d1db16ca1b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_594c296a-00cc-4e5d-ae11-02e161588551"},{"id":"occ_a4463844291195bb40e4ca72","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_78edcb98-f189-429a-b1f7-04f90dc150a6","section_id":"sec_1cd2c973-ca64-4050-9874-dfe33ccd18a7","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電源","quote":"3D配置配線、層間タイミング、クロック、電源、熱、機械応力を同時に解析しなければならない。","quote_start":0,"quote_end":45,"text_sha256":"3a08b57eefa28147ee051921953d20acf8a0a57b268acc7e9f39ed61ccd616bb","block_sha256":"3a08b57eefa28147ee051921953d20acf8a0a57b268acc7e9f39ed61ccd616bb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_78edcb98-f189-429a-b1f7-04f90dc150a6"},{"id":"occ_f8e6dad515a4105a54d6dd6b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_82308e10-eff0-47ea-80a4-b30db3d17d58","section_id":"sec_4a96d001-697f-4d65-9b5e-ddd403e5f740","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電源","quote":"- 高密度シリコン配線\n- ロジックとHBMの広帯域接続\n- eDTCによる電源安定化\n- 高い信号品質\n- AI・HPC向け","quote_start":0,"quote_end":63,"text_sha256":"88195ae9156700a7d1822232e355445463a1877521ef7defbdbd502fbc5c2d13","block_sha256":"88195ae9156700a7d1822232e355445463a1877521ef7defbdbd502fbc5c2d13","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_82308e10-eff0-47ea-80a4-b30db3d17d58"},{"id":"occ_faea733ef78710d51b074283","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_8c9a49de-63e7-4c52-9154-eee67c29cbef","section_id":"sec_4ef54890-ff58-4716-85d7-0a2e5bfc3de6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電源","quote":"CはCoWoS-Rについて、最小4µmピッチのRDL配線、低RC配線、GSGSG配置と層間シールドによる信号・電源品質を挙げている。([3DFabric](https://3dfabric.tsmc.com/english/dedicatedFoundry/technology/cowos.htm))","quote_start":3,"quote_end":154,"text_sha256":"94e504212c5d4b87af387ba5ef45c46dea03edf52e22d178f8dd9764c451268a","block_sha256":"94e504212c5d4b87af387ba5ef45c46dea03edf52e22d178f8dd9764c451268a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_8c9a49de-63e7-4c52-9154-eee67c29cbef"},{"id":"occ_97ed5e3dc1ab7aa9683e5670","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_b6e8c2d2-f027-47b5-9467-ad45b5214574","section_id":"sec_464398bd-71cb-47e6-abec-074074255ba2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電源","quote":"Hybrid Bonding：CPUダイとキャッシュダイの境界面を接続\n- TSV：積層ダイの厚さ方向へ信号や電源を通す","quote_start":2,"quote_end":62,"text_sha256":"9be21d8ea606bc3838a7ea55970baa31aa63d2749b3a4fc614ae9faed3a63e62","block_sha256":"9be21d8ea606bc3838a7ea55970baa31aa63d2749b3a4fc614ae9faed3a63e62","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_b6e8c2d2-f027-47b5-9467-ad45b5214574"},{"id":"occ_7e15d9fbfac33c0174045ca5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_bee912db-567f-42d6-b4c5-ca79fdeb70ca","section_id":"sec_82a3adcb-7423-4c77-a34b-39ce8699a149","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電力","quote":"ctが垂直方向を担当し、EMIBが横方向を担当する。Intelは、この組み合わせによってパッケージ面積、性能、電力、コストのバランスを取り、大規模なSystem of Chipsへ拡張できるとしている。([Intel](https://www.intel.com/content/dam/www/central-l","quote_start":12,"quote_end":169,"text_sha256":"3f6aa6c6eb9a11669bb8ffb2c1afbd995b1f68365f8f9cf7f46d19c5005f3840","block_sha256":"3f6aa6c6eb9a11669bb8ffb2c1afbd995b1f68365f8f9cf7f46d19c5005f3840","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_bee912db-567f-42d6-b4c5-ca79fdeb70ca"},{"id":"occ_eabb59b63ff87f5eaf6df1bd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_c410322f-a8b6-4afd-8a1a-2124f6de733c","section_id":"sec_4bb67337-c9a2-40f4-ac8d-8d8df79f20db","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"- 非常に広い並列接続\n- 低い接続抵抗\n- 短い通信距離\n- 低い通信電力\n- 小さなパッケージ面積","quote_start":0,"quote_end":51,"text_sha256":"067c526664ebd198950cd9fcfef2377c06867c440acf4c29baaff0dd0397a7b3","block_sha256":"067c526664ebd198950cd9fcfef2377c06867c440acf4c29baaff0dd0397a7b3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_c410322f-a8b6-4afd-8a1a-2124f6de733c"},{"id":"occ_d3891f7a641a681145da754e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_de714187-71e5-4118-b451-af3490b104f7","section_id":"sec_ed5f83d0-efb3-4e26-877a-0f8cdede4701","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電源","quote":"- PHY回路\n- クロック\n- 電源供給\n- ダイ内部NoC\n- 配線混雑\n- 発熱\n- テスト","quote_start":0,"quote_end":49,"text_sha256":"31403c731c41168215a18084bb046f2b5623e2f36764f7b633185883260b7645","block_sha256":"31403c731c41168215a18084bb046f2b5623e2f36764f7b633185883260b7645","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_793e83db-98e9-4062-b995-36674ef0d72b/#blk_de714187-71e5-4118-b451-af3490b104f7"},{"id":"occ_ca5835a68ed50e35a8f0a614","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_793e83db-98e9-4062-b995-36674ef0d72b","work_id":"wrk_3360cbbd-2ca7-4c81-b55c-c9ea15bca260","block_id":"blk_f091ec67-ef53-43cb-9e94-ab8a2c792f7f","section_id":"sec_606b901d-2298-45ad-b74e-d1311ce32871","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電源","quote":"- キャッシュ\n- NoC\n- ルーター\n- I/O\n- メモリーコントローラー\n- クロック制御\n- 電源管理\n- 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|\n| 国立研究所       | HPC、AI、核、材料、電力系統の研究拠点    |\n| 連邦土地        | 民間より大規模開発しやすい候補地         |\n| 既存電力設備      | 送電線、変電設備、旧原子力・濃縮関連インフラ   |\n|","quote_start":59,"quote_end":216,"text_sha256":"bee7f530ee38df0a53b464428834b621ef8c997294c9f59ec90c7e58c06fc944","block_sha256":"bee7f530ee38df0a53b464428834b621ef8c997294c9f59ec90c7e58c06fc944","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_937603bf-e606-4ccf-952a-af7407a178c3"},{"id":"occ_19f3dbe49342092e0202be6e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_9479966c-5322-4eea-b5c6-8567f0b149d4","section_id":"sec_8f999633-4c0a-4fd1-89d4-e3de11f03fba","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電力","quote":"- DOE連邦土地活用は、既存のエネルギー関連資産をAI拠点候補として使う発想である。\n- 電力つきデータセンターは、土地だけでなく送電・変電・発電との接続を重視する。\n- DATA Actは、オフグリッドAIデータセンターを後押しする発想に近い。\n- 政策面でも、AIインフラは電力安全保障と産","quote_start":0,"quote_end":148,"text_sha256":"e2dc81c90015b8af0d91a0f65368854c413f1113dc2dc41adb4ff4da139554c0","block_sha256":"e2dc81c90015b8af0d91a0f65368854c413f1113dc2dc41adb4ff4da139554c0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_9479966c-5322-4eea-b5c6-8567f0b149d4"},{"id":"occ_d738f22b2014621c02971878","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_95875116-10df-432c-8b6d-256f9e81ab3b","section_id":"sec_92847b01-9c17-4366-8a21-90dd4afd5218","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"AIデータセンターの最大の課題は、計算需要の伸びに電力供給と許認可が追いつかないことです。DOE連邦土地活用とDATA Actは、この問題に対する二つの別解として読むことができます。","quote_start":0,"quote_end":91,"text_sha256":"c832e96fab742f09672699365121fa2c3e20e3b3e16e001a11ca7df0dba5594b","block_sha256":"c832e96fab742f09672699365121fa2c3e20e3b3e16e001a11ca7df0dba5594b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_95875116-10df-432c-8b6d-256f9e81ab3b"},{"id":"occ_639a022ba9d41d70676fd1fc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_95c88bf2-7c62-4909-a1dd-77bee2a7464a","section_id":"sec_c842f0fc-ae2b-44ef-addc-ca37730825a5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"DOEサイトなら、既存の産業用地・研究施設・電力インフラがあるため、**学習専用AI Factory**を作りやすい可能性があります。","quote_start":0,"quote_end":67,"text_sha256":"a8863099840318b0e6402dd6db130a293e4472e587d54b59bf787dd827f0cf8e","block_sha256":"a8863099840318b0e6402dd6db130a293e4472e587d54b59bf787dd827f0cf8e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_95c88bf2-7c62-4909-a1dd-77bee2a7464a"},{"id":"occ_13df5065164d9ba448fad548","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_98b5f65d-8d7b-4d4d-8c4e-4d70a33b04f6","section_id":"sec_af23143a-658b-450a-8692-5373532a6a30","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":164,"end":166,"exact":"電力","quote":"026** とされます。Cotton氏の発表では、製造業、データセンター、その他エネルギー多消費産業が、既存の電力網や電気料金負担に影響を与えずに、独自の電力システムを作れるようにすることが目的です。([Senator Cotton][9])","quote_start":109,"quote_end":230,"text_sha256":"77ea2d98ea3f48464b8d12c18c8e2ce484ec245fb324db3af7d81a43429ad22d","block_sha256":"77ea2d98ea3f48464b8d12c18c8e2ce484ec245fb324db3af7d81a43429ad22d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_98b5f65d-8d7b-4d4d-8c4e-4d70a33b04f6"},{"id":"occ_dcbb755d5ae8e0faf372f84d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_9ae84d78-dc87-4653-95ed-f4a7c4f1c948","section_id":"sec_92847b01-9c17-4366-8a21-90dd4afd5218","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"# DOE連邦土地活用とDATA Act: 電力つきAIデータセンターという新しい立地戦略","quote_start":0,"quote_end":45,"text_sha256":"8f2c9ebbdd396a0abe92b1b542a3b911dcaf74a7a2721af5c40b07a3ac5e78a0","block_sha256":"8f2c9ebbdd396a0abe92b1b542a3b911dcaf74a7a2721af5c40b07a3ac5e78a0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_9ae84d78-dc87-4653-95ed-f4a7c4f1c948"},{"id":"occ_66df6b9829a9679d7952339b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_9dfe7c4e-bbac-4895-b8a5-cc6ea3c60b4d","section_id":"sec_d779185d-47b5-4f86-89c4-21f79f03112b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"# 3. 「電力つきデータセンター」とは何か","quote_start":0,"quote_end":22,"text_sha256":"c11a552a8e4d43196723474619cd0eab51aff4805019dbe3ce090c33ab8f8095","block_sha256":"c11a552a8e4d43196723474619cd0eab51aff4805019dbe3ce090c33ab8f8095","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_9dfe7c4e-bbac-4895-b8a5-cc6ea3c60b4d"},{"id":"occ_d22d8c02c18e1ef33dc96a34","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_a17f877f-d5c8-4dc8-9f6e-620e38a7df62","section_id":"sec_fc954877-cdfd-4eed-8fc1-d2355e6fde9f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":74,"end":76,"exact":"電源","quote":"7年末までにAIデータセンターを稼働させることは可能でも、**SMRやマイクロ炉そのものがその時点で大規模商用電源として稼働する可能性は限定的**です。初期段階では既存系統、ガス、再エネ、蓄電、既存原子力・既存送電接続を使い、将来の先進炉とつなぐ形になりやすいです。","quote_start":19,"quote_end":152,"text_sha256":"4f66a1f6fa9db50358f088185808950af33505a6ade3306832e38f2f429268bc","block_sha256":"4f66a1f6fa9db50358f088185808950af33505a6ade3306832e38f2f429268bc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_a17f877f-d5c8-4dc8-9f6e-620e38a7df62"},{"id":"occ_87e75c6269dc6954625ee8d4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_a26602bc-de0a-4a43-8852-c88e203cac44","section_id":"sec_f6f4260d-bd84-4d9d-87f4-641d1241aa84","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"になり得ます。研究でも、AIデータセンターが電力需要を柔軟に制御し、系統ストレス時に消費電力を落とす実証が進んでいます。([arXiv][8])","quote_start":0,"quote_end":72,"text_sha256":"0a21a0add6209078f177cfcc0812e93cd164d12eea47a195f9a89229d1355cdd","block_sha256":"0a21a0add6209078f177cfcc0812e93cd164d12eea47a195f9a89229d1355cdd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_a26602bc-de0a-4a43-8852-c88e203cac44"},{"id":"occ_1a67400c9f2b008a7df957bc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_a2681095-c73f-48be-8f41-e6229e8bd35c","section_id":"sec_8a11aed3-0d73-4653-bdab-7dcc57e6ed2e","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":286,"end":288,"exact":"電力","quote":"                       | 任意の民間/産業用地                |\n| 電力   | 既存インフラ + 新規発電 + 系統接続もあり得る       | 完全オフグリッドが前提               |\n| 規制   | 連邦土地・DOE管理・環境審査あり       ","quote_start":231,"quote_end":388,"text_sha256":"00a817c9ca8d55627fb9eb40936e79650555cde8c3a16b107d510e48caf56736","block_sha256":"00a817c9ca8d55627fb9eb40936e79650555cde8c3a16b107d510e48caf56736","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_a2681095-c73f-48be-8f41-e6229e8bd35c"},{"id":"occ_3e76565e6da890cb201a54b0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_a972726b-1d15-4bb3-91c8-a53b362a1b60","section_id":"sec_41f6d3b7-d92f-4217-9453-681092a6fdac","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"背景には、米国のデータセンター電力需要の急増があります。","quote_start":0,"quote_end":28,"text_sha256":"5c620cd53e182b06e064d8efb8e5f81bbc8b973d1b4ed5a475104f587a8c8e1a","block_sha256":"5c620cd53e182b06e064d8efb8e5f81bbc8b973d1b4ed5a475104f587a8c8e1a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_a972726b-1d15-4bb3-91c8-a53b362a1b60"},{"id":"occ_16f73a4a0b7969376e953d91","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_abaddd49-a059-4970-a757-86804b6f494c","section_id":"sec_de005702-0d93-4a9e-8e45-d7e625b8a432","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力つきデータセンターという言葉は、とても現実的です。AIを建てる場所は、ただの空き地ではなくなっています。電気が来る場所、変電できる場所、地域が受け入れられる場所。そこが、次のAIインフラの地図になりま","quote_start":0,"quote_end":102,"text_sha256":"9c1ac8a0be37ee1e6f0d6054bb76d15fd4c6cd4da38eddc0dca7d13edf03b2cf","block_sha256":"9c1ac8a0be37ee1e6f0d6054bb76d15fd4c6cd4da38eddc0dca7d13edf03b2cf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_abaddd49-a059-4970-a757-86804b6f494c"},{"id":"occ_29f7c67fac36492cc177dcb0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_b6be18d5-a4cc-4ee2-8442-e7db3c23a917","section_id":"sec_c794dcda-03da-4e6e-b489-1701973b651f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"## さらに深める: 電力つき用地が価値を持つ理由","quote_start":0,"quote_end":25,"text_sha256":"cd3175fcd25b62eef851da684828e9d519d25f8be357befcd9f32bad82ee5b77","block_sha256":"cd3175fcd25b62eef851da684828e9d519d25f8be357befcd9f32bad82ee5b77","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_b6be18d5-a4cc-4ee2-8442-e7db3c23a917"},{"id":"occ_608d29a887f91a4297845e46","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_ba272048-688c-4756-bca0-5083248ac46a","section_id":"sec_d779185d-47b5-4f86-89c4-21f79f03112b","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"**安定電源、変電所、送電容量、冷却、水、非常用電源、蓄電池、許認可**","quote_start":0,"quote_end":36,"text_sha256":"aaf2aae3d07145e81ff9eabd5b2c14565f6639c2af542cd30f401099118b8dcc","block_sha256":"aaf2aae3d07145e81ff9eabd5b2c14565f6639c2af542cd30f401099118b8dcc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_ba272048-688c-4756-bca0-5083248ac46a"},{"id":"occ_ae2e0260b5f3dbe93e781a34","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_c2a7e270-58c3-477f-8433-418302d25853","section_id":"sec_f6f4260d-bd84-4d9d-87f4-641d1241aa84","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"**需要応答する計算工場**\n**蓄電池付きマイクログリッド**\n**余剰電力を吸収する柔軟負荷**\n**系統逼迫時に学習ジョブを落とすグリッド協調資産**","quote_start":0,"quote_end":78,"text_sha256":"0335ded2ae9b006bc0eef68ed3c5929e54d1bb29b52cedd4c71035e79acb251e","block_sha256":"0335ded2ae9b006bc0eef68ed3c5929e54d1bb29b52cedd4c71035e79acb251e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_c2a7e270-58c3-477f-8433-418302d25853"},{"id":"occ_1ab1d6352863912cefd83ba8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_ca83734e-9d9c-4399-ad6d-752e1e22f9bb","section_id":"sec_3144cf23-cede-497b-a8b5-3ef541322256","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"つまり、AI Factoryの勝者は「GPUを買える企業」ではなく、\n**電力、土地、許認可、冷却、送電、顧客契約まで束ねられる企業**\nになっていきます。","quote_start":0,"quote_end":78,"text_sha256":"e36468794da933ba3e6dfb0043c14cfe2780a4f26f7f557972372bcf3626ecf3","block_sha256":"e36468794da933ba3e6dfb0043c14cfe2780a4f26f7f557972372bcf3626ecf3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_ca83734e-9d9c-4399-ad6d-752e1e22f9bb"},{"id":"occ_85d05f4887918df29e857cc1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_d20aa0f3-8d06-492f-928b-398de3c8dcd1","section_id":"sec_6ed6e509-cc2b-4c72-b836-2014f08c2a6b","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"また、FERC規制を外すことは、電力会社から見れば収益機会の喪失であり、反対を招きやすいです。Data Center Dynamicsも、電力会社から強い反対を受ける可能性が高いと指摘しています。([Datacenter Dynamic","quote_start":0,"quote_end":118,"text_sha256":"ba2da19892217107f4f4617f7b35030eb0678511e7e86dd6afb45ddf7e7ed2bf","block_sha256":"ba2da19892217107f4f4617f7b35030eb0678511e7e86dd6afb45ddf7e7ed2bf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_d20aa0f3-8d06-492f-928b-398de3c8dcd1"},{"id":"occ_556d1c27550f281166e94004","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_d39486d1-aa4b-4b4d-a9dd-d8b9556c2b14","section_id":"sec_01f76042-a9bf-4c93-92a6-fcce226130b1","layer":"body","character_id":null,"count":6,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":351,"end":353,"exact":"電力","quote":"aseous Diffusion Plant       | 旧ウラン濃縮施設      | 広大な産業用地、電力接続、再開発候補                 |\n| Portsmouth Gaseous Diffusion Plant    | 旧ウラン濃縮施設      | Paducah同様、旧核燃料産","quote_start":296,"quote_end":453,"text_sha256":"5361ee66dacd4de5b5dbde4299b997f4b75f81c4ce256b9b5aced3c98250f290","block_sha256":"5361ee66dacd4de5b5dbde4299b997f4b75f81c4ce256b9b5aced3c98250f290","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_d39486d1-aa4b-4b4d-a9dd-d8b9556c2b14"},{"id":"occ_87531eb68ca7ac8c5bd7f09b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_d6a92d8d-e8c8-47e7-90e9-86fc0fb230eb","section_id":"sec_3439621c-d27a-4573-a717-b5c17d74a08e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"ここは、旧核燃料産業地を**AI・原子力・電力インフラ用地として再開発する**象徴です。","quote_start":0,"quote_end":44,"text_sha256":"81e553e3de0343c8d1e19d3363fea1e83fd83c8e275719e9fc081bb945919dea","block_sha256":"81e553e3de0343c8d1e19d3363fea1e83fd83c8e275719e9fc081bb945919dea","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_d6a92d8d-e8c8-47e7-90e9-86fc0fb230eb"},{"id":"occ_103c51e1e86610880d8d7ab4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_d767bda9-9523-48fa-805a-43696e7738ba","section_id":"sec_fc954877-cdfd-4eed-8fc1-d2355e6fde9f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"AIデータセンターは24時間安定電源を必要とします。再エネだけでは変動が大きく、ガス火力ではCO2や燃料調達の問題があります。そこでSMRやマイクロ炉、先進炉とAIデータセンターを併設する構想が出ます。","quote_start":0,"quote_end":101,"text_sha256":"d9a96304c96754aa23154fa2a7fe1918347466ca12e253767b66aa98541c711f","block_sha256":"d9a96304c96754aa23154fa2a7fe1918347466ca12e253767b66aa98541c711f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_d767bda9-9523-48fa-805a-43696e7738ba"},{"id":"occ_9c59c71daaf3c9c441a34459","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_d9427d43-bf48-4779-8590-bf8b18db3b4b","section_id":"sec_76e3321b-b956-4f0b-8d21-9b3bb0f88b06","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電力","quote":"**変圧器、スイッチギア、UPS、PDU、配電盤、保護リレー、電力制御ソフト、800V DC配電、バスバー**","quote_start":0,"quote_end":55,"text_sha256":"a022e3ce634d4c879488fc772e8fd644d5f5cbb4f1219d4ab46f94e0661262ce","block_sha256":"a022e3ce634d4c879488fc772e8fd644d5f5cbb4f1219d4ab46f94e0661262ce","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_d9427d43-bf48-4779-8590-bf8b18db3b4b"},{"id":"occ_4fd9045b3c5bcf82cfabbf48","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_dd7b1d52-879a-44bc-aff0-50f34b7c8ea3","section_id":"sec_41f6d3b7-d92f-4217-9453-681092a6fdac","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電力","quote":"DOEが発表したLBNLの2024年報告では、米国データセンターの電力負荷は過去10年で約3倍になり、2028年までにさらに2〜3倍になる可能性があるとされています。([The Department of Energy's Energy.gov][12])","quote_start":0,"quote_end":128,"text_sha256":"82f9fee98abc30f039ba0c75f670cd34c5ea3698b955a9d3b1beaf5ab9bf2855","block_sha256":"82f9fee98abc30f039ba0c75f670cd34c5ea3698b955a9d3b1beaf5ab9bf2855","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_dd7b1d52-879a-44bc-aff0-50f34b7c8ea3"},{"id":"occ_7bd4237e7aaf42c32d255f55","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_ded8d803-2de3-4e9e-93cc-6ea25414af27","section_id":"sec_d779185d-47b5-4f86-89c4-21f79f03112b","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"つまり、\n**「データセンターに電力を引く」のではなく、「電力がある場所にデータセンターを建てる」**\nということです。","quote_start":0,"quote_end":60,"text_sha256":"8b10d23ec161b8289eb49154aaba7a7284b3fe8dfc79d0f439eb176694be360c","block_sha256":"8b10d23ec161b8289eb49154aaba7a7284b3fe8dfc79d0f439eb176694be360c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_ded8d803-2de3-4e9e-93cc-6ea25414af27"},{"id":"occ_3feee9c878bd8c9775ce1984","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_e312a98f-4ec8-4ee4-83e0-a255ee427b6c","section_id":"sec_c794dcda-03da-4e6e-b489-1701973b651f","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":44,"end":46,"exact":"電力","quote":"AIデータセンターを建てるには、広い土地だけでは足りません。重要なのは、その土地に必要な電力をいつ、どれだけ、どの価格で、どの安定性で供給できるかです。土地が安くても、送電線が弱ければ使いにくい。地域の許認可が遅ければ、計画は進まない。電力接続待ちが長ければ、AI需要の速度に間に合わない。","quote_start":0,"quote_end":145,"text_sha256":"8345cf3975ebdf2f02eb504a4fba001cde41835185e73182ec958ff2911da7a1","block_sha256":"8345cf3975ebdf2f02eb504a4fba001cde41835185e73182ec958ff2911da7a1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_e312a98f-4ec8-4ee4-83e0-a255ee427b6c"},{"id":"occ_b45f877e37b86e33d9045b72","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_e340be9d-223a-414c-9f5b-6ed6569639dc","section_id":"sec_8a11aed3-0d73-4653-bdab-7dcc57e6ed2e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"両方とも「AIデータセンターに電力をどう供給するか」の政策ですが、方向性は違います。","quote_start":0,"quote_end":42,"text_sha256":"7e352a3c4867d3b62d3b9367d2739255a57ab93a7af940b2b5eb03b714f8e2b0","block_sha256":"7e352a3c4867d3b62d3b9367d2739255a57ab93a7af940b2b5eb03b714f8e2b0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_e340be9d-223a-414c-9f5b-6ed6569639dc"},{"id":"occ_c5aafa4495368109443e6f41","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_edeb8c00-bab5-4224-80f3-a31e69020f22","section_id":"sec_360a2a4f-010d-4fff-a07d-bae0ab81ebd5","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"通常、巨大データセンターを作るには、電力会社や送電運用者に接続申請を出します。しかし米国では、接続待ち、送電増強、電力会社との調整、FERCや州規制、地域反対で時間がかかります。","quote_start":0,"quote_end":89,"text_sha256":"f91d4470b63b27536a9067ca001d2d9584fcacf04588f8d21d17832aae0e88f1","block_sha256":"f91d4470b63b27536a9067ca001d2d9584fcacf04588f8d21d17832aae0e88f1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_edeb8c00-bab5-4224-80f3-a31e69020f22"},{"id":"occ_7eda11ef16d518f4b8921fd1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_f4e03f2b-6463-49f2-9e50-a58c47aa029e","section_id":"sec_d779185d-47b5-4f86-89c4-21f79f03112b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"ex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5. 電力系統とAIデータセンターの実証","quote_start":0,"quote_end":23,"text_sha256":"611a30afd4a5973eff50e1df532253c97f305bddf885aeba42bf65351b995b4d","block_sha256":"611a30afd4a5973eff50e1df532253c97f305bddf885aeba42bf65351b995b4d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_f775c94f-61e1-4048-9a06-e581e9266b86"},{"id":"occ_af3490682367783bede2a553","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9","work_id":"wrk_1ea26a09-141b-4021-a243-2507ab20341b","block_id":"blk_fc2d11a2-bae1-46c2-8bed-00633fabdc9c","section_id":"sec_76e3321b-b956-4f0b-8d21-9b3bb0f88b06","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"## 電力機器","quote_start":0,"quote_end":7,"text_sha256":"d0c3548d802b7d0bd45b87b3b37707703483dd9d2b08c49bb7d16f23d4b1e812","block_sha256":"d0c3548d802b7d0bd45b87b3b37707703483dd9d2b08c49bb7d16f23d4b1e812","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cb9ce1e-1af9-43d5-a7ec-083ddf3b94e9/#blk_fc2d11a2-bae1-46c2-8bed-00633fabdc9c"},{"id":"occ_12b384a625508d51b53249a2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cf42fcc-1956-4694-a0b6-5eaa9be5c284","work_id":"wrk_cda7c85e-9714-493f-a66d-ac6f36454630","block_id":"blk_451c6050-16a3-4300-be34-e9c8921e452f","section_id":"sec_8044e6ca-71fd-43b1-b39a-bf6f2d7d473d","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":82,"end":84,"exact":"電力","quote":"は、**Factory OS / PLC・制御 / デジタルツイン / 産業ソフト / 倉庫自動化 / 建物・電力インフラ**です。SiemensのFY2025売上は **789億ユーロ**で、最近も **humanoid導入**や **KIONとの物流・サプライチェーン連携**を打ち出しています。なのでSiem","quote_start":27,"quote_end":184,"text_sha256":"9d8aa4001085e38453087bd35444bc856547bf8fdc5b6361eae58a5595df996c","block_sha256":"9d8aa4001085e38453087bd35444bc856547bf8fdc5b6361eae58a5595df996c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cf42fcc-1956-4694-a0b6-5eaa9be5c284/#blk_451c6050-16a3-4300-be34-e9c8921e452f"},{"id":"occ_31a83b744ce96e56a5b0e68e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cf42fcc-1956-4694-a0b6-5eaa9be5c284","work_id":"wrk_cda7c85e-9714-493f-a66d-ac6f36454630","block_id":"blk_671fc5f4-cb9f-4d81-b7ab-775dc67fa708","section_id":"sec_c975f62f-79e4-4c69-9d02-47b8c736541e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"**Schneider-AVEVA**  \nSchneider が制御・電力・オートメーション、AVEVA が industrial intelligence / engineering / digital twin を担当する形で、かなり強い連合です。EcoStruxure","quote_start":0,"quote_end":138,"text_sha256":"69f1de3ae09183a0558f53d564d08ffed989aaa91d78dd8aec754fe65d79b073","block_sha256":"69f1de3ae09183a0558f53d564d08ffed989aaa91d78dd8aec754fe65d79b073","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cf42fcc-1956-4694-a0b6-5eaa9be5c284/#blk_671fc5f4-cb9f-4d81-b7ab-775dc67fa708"},{"id":"occ_fc3a7c6ab0a57a8285cff4a5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7cf42fcc-1956-4694-a0b6-5eaa9be5c284","work_id":"wrk_cda7c85e-9714-493f-a66d-ac6f36454630","block_id":"blk_81d33017-e38b-4072-99af-e627916b6e64","section_id":"sec_8044e6ca-71fd-43b1-b39a-bf6f2d7d473d","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"**ABB**  \nABBが取るべき層は、**ロボット本体 + AI工場向け電力/電装 + 産業ソフト + デジタルツイン連携**です。ABBはFY2024売上 **328.5億ドル**、Operational EBITA margin \\*\\*18.1%\\*\\*で、Q4 202","quote_start":0,"quote_end":140,"text_sha256":"5eac79ced49d3cde17a6b3ad709ac72959b45b3cfd5d73f1682631469579bed9","block_sha256":"5eac79ced49d3cde17a6b3ad709ac72959b45b3cfd5d73f1682631469579bed9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7cf42fcc-1956-4694-a0b6-5eaa9be5c284/#blk_81d33017-e38b-4072-99af-e627916b6e64"},{"id":"occ_c2d8fd94518ad044dfa11ed7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_24d4eeea-8464-41e1-927c-5205737f8e53","section_id":"sec_0651644f-44b6-4cf9-a986-c1beff6ab5ca","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電力","quote":"K hynixは、AIが学習中心から**推論中心**へシフトする中で、推論は継続稼働するため、**帯域、容量、電力制約がきつい**と説明しています。つまり、AIサービスが実運用され続けるほど、「HBMだけでは足りない」「でもSSDだけでは遅い」という問題が大きくなるわけです。 ([Sandisk](https:/","quote_start":9,"quote_end":166,"text_sha256":"e062ce3435936652c4e9153d4bc95fa381bce046aedd1fe176bffe089c4a05e1","block_sha256":"e062ce3435936652c4e9153d4bc95fa381bce046aedd1fe176bffe089c4a05e1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_24d4eeea-8464-41e1-927c-5205737f8e53"},{"id":"occ_a956409a1343521159c18fec","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_334f9d64-ee50-4268-aeaf-0a3ce86123c9","section_id":"sec_5ac02373-3b44-4735-8719-197f51f3686f","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":44,"end":48,"exact":"消費電力","quote":"- 実サンプル\n- 顧客PoC\n- OCP以外の支持\n- 実装パートナー\n- 実性能/実消費電力","quote_start":0,"quote_end":48,"text_sha256":"f46542b97d6a32b2562d9c5e86eb77c09484f48f6df4bed2f3884bdb93a2680e","block_sha256":"f46542b97d6a32b2562d9c5e86eb77c09484f48f6df4bed2f3884bdb93a2680e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_334f9d64-ee50-4268-aeaf-0a3ce86123c9"},{"id":"occ_e6608ac2efb3cbed94ad7fdf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_3753aee4-6720-4f3b-baaf-c64100169cc3","section_id":"sec_0651644f-44b6-4cf9-a986-c1beff6ab5ca","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"### AI推論では速さだけでなく容量と電力も問題になる","quote_start":0,"quote_end":28,"text_sha256":"110030a5c36ba77865c92fe1a286f7038d90b624ac33342797af36c5f0f0b77a","block_sha256":"110030a5c36ba77865c92fe1a286f7038d90b624ac33342797af36c5f0f0b77a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_3753aee4-6720-4f3b-baaf-c64100169cc3"},{"id":"occ_a6304172786f0061daf44177","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_3fd67ee1-1f7a-4af4-9091-539ba38103a7","section_id":"sec_56aa7c03-c319-4d00-aefa-a0dfef1c82fe","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":76,"end":78,"exact":"電力","quote":"- 1ダイ **256Gb**\n- 16ダイスタックで **512GB**\n- HBM4に近いフットプリント/電力/スタック高さを狙う\n- AI推論向けに設計","quote_start":21,"quote_end":100,"text_sha256":"31d39e077e9c26d7599ce0c6ed402f0c4ea810ff5f050e353cf9310fc68a179f","block_sha256":"31d39e077e9c26d7599ce0c6ed402f0c4ea810ff5f050e353cf9310fc68a179f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_3fd67ee1-1f7a-4af4-9091-539ba38103a7"},{"id":"occ_4b95017468e4cd64a45ccf23","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_5777c6e5-e3ab-42d8-83e7-fc692b262d00","section_id":"sec_6bfa0a5a-4823-46ad-ae76-3435f6ef0c4b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":136,"end":138,"exact":"電力","quote":"産業が「学習（training）から推論（inference）へ」シフトし、推論は常時稼働でメモリ帯域・容量・電力制約が厳しい、と説明しています。","quote_start":81,"quote_end":154,"text_sha256":"cf0f006f4d7dffce9645bea238f529d7851a7eb102e10d9aa4f6e466882858c6","block_sha256":"cf0f006f4d7dffce9645bea238f529d7851a7eb102e10d9aa4f6e466882858c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_5777c6e5-e3ab-42d8-83e7-fc692b262d00"},{"id":"occ_f0d0451f8803182e0523e84e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_6deb390a-99a0-465c-9465-714c5b617ee5","section_id":"sec_518dd53a-87e7-477e-ae4d-04bf71b86b07","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":171,"end":175,"exact":"消費電力","quote":"域1.6 TB/s、16ダイスタックで合計512GB（256Gb/ダイ）を掲げ、HBM4に近いフットプリント/消費電力/スタック高さを狙う、と説明しています","quote_start":116,"quote_end":194,"text_sha256":"5ed95550425722bc7a4f24d6b54997f451cd7fb4da789fea27671cb5624daedf","block_sha256":"5ed95550425722bc7a4f24d6b54997f451cd7fb4da789fea27671cb5624daedf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_6deb390a-99a0-465c-9465-714c5b617ee5"},{"id":"occ_b99c5c994c19b0f5ee0c40ab","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_a09aac13-1491-4512-a50d-3603d0689fcd","section_id":"sec_518dd53a-87e7-477e-ae4d-04bf71b86b07","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電力","quote":"、同ファクトシートはGen2で\\>2TB/s・最大1TB、Gen3で\\>3.2TB/s・最大1.5TB、さらに電力効率改善（Gen1比0.8x/0.64x）を示します。さらにSanDiskブログは、HBFが「Llama 3.1 405Bの事前学習済み重み読み出し」を想定したシミュレーションで“容量無制限のHBM”","quote_start":9,"quote_end":166,"text_sha256":"47a3c4e12c6d1880b891b9dd19e670619a8b6c7da22c6fb70fba461ddd46c89a","block_sha256":"47a3c4e12c6d1880b891b9dd19e670619a8b6c7da22c6fb70fba461ddd46c89a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_a09aac13-1491-4512-a50d-3603d0689fcd"},{"id":"occ_1082caabee3141242e24426f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_b83c0873-b1b2-44ec-9343-2cd13e1bd2d2","section_id":"sec_6827bb00-10c5-4445-ab7e-90f7ad8a2a0c","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電源","quote":"PのCloud SSD仕様が示すように、データセンターSSDには単に速いだけでなく、**テレメトリ、障害解析、電源断保護、エンドツーエンドデータ保護、信頼性管理**が求められます。 ([Open Compute Project](https://www.opencompute.org/documents/nvme","quote_start":2,"quote_end":159,"text_sha256":"ef18e92f00dd8fcf8be5dc1566ac0c6739c744d96b4a480d98260afaa55d4586","block_sha256":"ef18e92f00dd8fcf8be5dc1566ac0c6739c744d96b4a480d98260afaa55d4586","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_b83c0873-b1b2-44ec-9343-2cd13e1bd2d2"},{"id":"occ_9399b84e5db826ba860c0ee5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2","work_id":"wrk_903d8c2f-b74b-40ab-ae34-1de2fa31df84","block_id":"blk_c528e802-a8b4-4578-bbe7-633a12c52e43","section_id":"sec_518dd53a-87e7-477e-ae4d-04bf71b86b07","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"また同資料は、HBFが不揮発でリフレッシュ電力が不要である点、データセンター高温環境での熱安定性、冗長性・信頼性設計を含む点を強調しています。 これは、DRAM/HBMが本質的に揮発・リフレッシュを要することへの対置として、“推論の常時稼働”で効","quote_start":0,"quote_end":123,"text_sha256":"666cbd71ffc36534a86d67c260a7596a2ac4b136ed962c4f4b7c86f31bb352d2","block_sha256":"666cbd71ffc36534a86d67c260a7596a2ac4b136ed962c4f4b7c86f31bb352d2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7d6d4b5c-60bd-44d9-a7c5-ea8b8feb6dd2/#blk_c528e802-a8b4-4578-bbe7-633a12c52e43"},{"id":"occ_54cddaf1e183adfa8c7ee0e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7e52a252-3f2f-4e13-882c-c5b500b829e6","work_id":"wrk_48ec01f3-e772-499c-9405-af64580c1ccc","block_id":"blk_0bf97e93-d33d-4503-95bf-3a57e6503110","section_id":"sec_41fb3dc6-bdd3-48fd-ac8f-c2bf3883cf9b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電源","quote":"長距離電話では、線路を進む音声信号が抵抗や容量によって弱くなる。そのため、途中へ中継増幅器を置き、外部電源のエネルギーを使って信号を大きく作り直す必要があった。","quote_start":0,"quote_end":80,"text_sha256":"6ec5b1affdac568386bf2f623dee3cdb8bf5d6be17211f524298257dc7930f23","block_sha256":"6ec5b1affdac568386bf2f623dee3cdb8bf5d6be17211f524298257dc7930f23","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7e52a252-3f2f-4e13-882c-c5b500b829e6/#blk_0bf97e93-d33d-4503-95bf-3a57e6503110"},{"id":"occ_3026d85711a6b1ce108a3b5c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7e52a252-3f2f-4e13-882c-c5b500b829e6","work_id":"wrk_48ec01f3-e772-499c-9405-af64580c1ccc","block_id":"blk_3042d9de-5d0a-41b6-b0e4-def150cd60e6","section_id":"sec_65ee1dd4-51c5-49e6-8e7e-dcc12f96843a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"トランジスタなら、より小さく、低電力で、密集して配置できる。","quote_start":0,"quote_end":30,"text_sha256":"2306372d95a57c1b13b21d37b0ade3a81a5fd228d90dc0859991eb04a7edc87e","block_sha256":"2306372d95a57c1b13b21d37b0ade3a81a5fd228d90dc0859991eb04a7edc87e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7e52a252-3f2f-4e13-882c-c5b500b829e6/#blk_3042d9de-5d0a-41b6-b0e4-def150cd60e6"},{"id":"occ_0bb338f7583affd880e3d91a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7e52a252-3f2f-4e13-882c-c5b500b829e6","work_id":"wrk_48ec01f3-e772-499c-9405-af64580c1ccc","block_id":"blk_4f87f39c-986c-49e3-8fac-a655a0a7cd5e","section_id":"sec_aed028a5-ea68-4332-a071-ac8f050a1db3","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":80,"end":82,"exact":"電源","quote":"が、トランジスタは半導体内部にもともと存在する電荷担体を利用する。そのためヒーターが不要で、装置を小さくでき、電源を入れるとすぐに動作できた。","quote_start":25,"quote_end":96,"text_sha256":"25a0c88e818555c16d68b3f620b5db546a55fe2acfe0c200c7ccf4d5ed5dd5a2","block_sha256":"25a0c88e818555c16d68b3f620b5db546a55fe2acfe0c200c7ccf4d5ed5dd5a2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7e52a252-3f2f-4e13-882c-c5b500b829e6/#blk_4f87f39c-986c-49e3-8fac-a655a0a7cd5e"},{"id":"occ_b18091cc71704bf8cdeb3571","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7e52a252-3f2f-4e13-882c-c5b500b829e6","work_id":"wrk_48ec01f3-e772-499c-9405-af64580c1ccc","block_id":"blk_633c4087-45c9-4a0c-9206-449cce7c96dd","section_id":"sec_65ee1dd4-51c5-49e6-8e7e-dcc12f96843a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電力","quote":"真空管もスイッチとして初期計算機に使われたが、一本ごとにヒーター電力が必要で、発熱と故障が大きな問題だった。","quote_start":0,"quote_end":54,"text_sha256":"69a61ce284b7a9da091a45ed1e9b03053c9485e8db5e176f564f19d7657cedc1","block_sha256":"69a61ce284b7a9da091a45ed1e9b03053c9485e8db5e176f564f19d7657cedc1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7e52a252-3f2f-4e13-882c-c5b500b829e6/#blk_633c4087-45c9-4a0c-9206-449cce7c96dd"},{"id":"occ_87fa247e1e8ffd8f4904ecf6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7e52a252-3f2f-4e13-882c-c5b500b829e6","work_id":"wrk_48ec01f3-e772-499c-9405-af64580c1ccc","block_id":"blk_66bcb3b0-d1e0-44cf-9ce8-3573a350270d","section_id":"sec_f6387bfb-e255-458b-994e-21fd171e6af3","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電源","quote":"出力側の大きなエネルギーは、コレクタ回路へ接続された直流電源から供給される。エミッタへ加えられた小さな信号が、電源から流れる電流の大きさを制御する。","quote_start":0,"quote_end":74,"text_sha256":"429048cd0da90193f7c6e3cdc94fbe91a987218ed1dc8ab56a6a6969cfc58aa3","block_sha256":"429048cd0da90193f7c6e3cdc94fbe91a987218ed1dc8ab56a6a6969cfc58aa3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7e52a252-3f2f-4e13-882c-c5b500b829e6/#blk_66bcb3b0-d1e0-44cf-9ce8-3573a350270d"},{"id":"occ_5a452ff832b4a1d6f65d6ea8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7e52a252-3f2f-4e13-882c-c5b500b829e6","work_id":"wrk_48ec01f3-e772-499c-9405-af64580c1ccc","block_id":"blk_6c9a8bd9-19a3-45d7-9a1f-9286616cc350","section_id":"sec_41fb3dc6-bdd3-48fd-ac8f-c2bf3883cf9b","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"- カソードを熱するための電力が必要\n- 発熱が大きい\n- ガラス管が大きく、壊れやすい\n- フィラメントや電極が劣化する\n- 寿命があり、交換作業が必要\n- 電源を入れてから温まるまで時間がかかる","quote_start":0,"quote_end":99,"text_sha256":"8cade39df8700f83123466e02e0848d5a4762f5620ac146f1302429edf05b6ca","block_sha256":"8cade39df8700f83123466e02e0848d5a4762f5620ac146f1302429edf05b6ca","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7e52a252-3f2f-4e13-882c-c5b500b829e6/#blk_6c9a8bd9-19a3-45d7-9a1f-9286616cc350"},{"id":"occ_e0fb156db8dff2b35af514d1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7e52a252-3f2f-4e13-882c-c5b500b829e6","work_id":"wrk_48ec01f3-e772-499c-9405-af64580c1ccc","block_id":"blk_9e9549da-9ca2-4b4d-ab63-85bdbf60294b","section_id":"sec_41fb3dc6-bdd3-48fd-ac8f-c2bf3883cf9b","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":47,"end":51,"exact":"消費電力","quote":"ベル研究所が求めていたのは、真空管と同じように増幅できながら、ヒーターを必要とせず、小さく、低消費電力で、長寿命な固体部品だった。([NobelPrize.org](https://www.nobelprize.org/prizes/physics/1956/brattain/facts/?utm_s","quote_start":0,"quote_end":151,"text_sha256":"04733f5c5d76649f1a619e7aeff636f1b19e298cd6a29faf6fd580ca09301fa3","block_sha256":"04733f5c5d76649f1a619e7aeff636f1b19e298cd6a29faf6fd580ca09301fa3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7e52a252-3f2f-4e13-882c-c5b500b829e6/#blk_9e9549da-9ca2-4b4d-ab63-85bdbf60294b"},{"id":"occ_fd061705a11f90a761394e13","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7e52a252-3f2f-4e13-882c-c5b500b829e6","work_id":"wrk_48ec01f3-e772-499c-9405-af64580c1ccc","block_id":"blk_a1d02d0a-1676-425a-a2d0-384f206c4421","section_id":"sec_c272180b-4979-40eb-9c92-beb83390d3d8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":82,"end":84,"exact":"電力","quote":"で特性が変わる\n- 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|\n| Tesla | EV、Megapack、工場、ロボット、電力制御 |\n| xAI | Grok、Colossus、AIクラウド、モデル開発 |\n| TeraFab | 将来のAIチップ供給制約を突破する構想 |","quote_start":59,"quote_end":191,"text_sha256":"b06fbc1ad06e2397501522f2c9302ea7a173544b6ab96b4cff188df62cea1b49","block_sha256":"b06fbc1ad06e2397501522f2c9302ea7a173544b6ab96b4cff188df62cea1b49","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7fd87260-401e-4d9b-830d-373e2a334bb7/#blk_b9fa42a3-c2b9-459c-ae29-17a2003e2fc0"},{"id":"occ_f20b9dbf7a4ef2286b6a9fd6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7fd87260-401e-4d9b-830d-373e2a334bb7","work_id":"wrk_043383ac-e6be-4702-8cbf-cd5785e078f1","block_id":"blk_c4aec48c-7f86-42c0-9a3f-72a167230db4","section_id":"sec_ffbc9ddd-ffdc-4e03-82bd-be1a4a2be3f3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":"の意味でTeslaは、xAIやSpaceXのAIデータセンターにとって、単なる兄弟会社ではない。AIインフラの電力レイヤーを支える企業になり得る。","quote_start":1,"quote_end":74,"text_sha256":"71b9cdab4ebd7f954faf378c6a7ea89c1f53fd7f08db1c5ff32e1f1802c24cb8","block_sha256":"71b9cdab4ebd7f954faf378c6a7ea89c1f53fd7f08db1c5ff32e1f1802c24cb8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7fd87260-401e-4d9b-830d-373e2a334bb7/#blk_c4aec48c-7f86-42c0-9a3f-72a167230db4"},{"id":"occ_7ea8bdfe80854712d9119df6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7fd87260-401e-4d9b-830d-373e2a334bb7","work_id":"wrk_043383ac-e6be-4702-8cbf-cd5785e078f1","block_id":"blk_c5bcee8c-c168-454a-a50d-2d12d436b872","section_id":"sec_ffbc9ddd-ffdc-4e03-82bd-be1a4a2be3f3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"## Teslaの歴史: EV企業ではなく、電力と物理AIの会社へ","quote_start":0,"quote_end":33,"text_sha256":"ed5547f034718ed170a351f5e6d25011c1c2f2448e92fb8b1e9a610db92d3ad4","block_sha256":"ed5547f034718ed170a351f5e6d25011c1c2f2448e92fb8b1e9a610db92d3ad4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7fd87260-401e-4d9b-830d-373e2a334bb7/#blk_c5bcee8c-c168-454a-a50d-2d12d436b872"},{"id":"occ_38634a45ad1556a1acdcdd04","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7fd87260-401e-4d9b-830d-373e2a334bb7","work_id":"wrk_043383ac-e6be-4702-8cbf-cd5785e078f1","block_id":"blk_c8e6b080-3921-45a7-a418-3d0758da616c","section_id":"sec_ffbc9ddd-ffdc-4e03-82bd-be1a4a2be3f3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"つまりTeslaは、EVメーカーであると同時に、電力制御会社であり、蓄電池会社であり、巨大工場を作る会社でもある。","quote_start":0,"quote_end":57,"text_sha256":"f7b94f89ad0cf98b030fcba793272e4cc5db297b7f7b9b4631b20d3a89d4b9e8","block_sha256":"f7b94f89ad0cf98b030fcba793272e4cc5db297b7f7b9b4631b20d3a89d4b9e8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7fd87260-401e-4d9b-830d-373e2a334bb7/#blk_c8e6b080-3921-45a7-a418-3d0758da616c"},{"id":"occ_b4037a424fc77b37c7fa7351","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7fd87260-401e-4d9b-830d-373e2a334bb7","work_id":"wrk_043383ac-e6be-4702-8cbf-cd5785e078f1","block_id":"blk_d1eeb056-cd5c-4e8d-89dc-9b2dec0db99c","section_id":"sec_6844acf6-6ddf-475c-b0e1-edbf360df5ca","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":66,"end":68,"exact":"電力","quote":"：アプリ / 顧客接点\n第4層：AIモデル / ソフトウェア\n第3層：計算資源 / 通信ネットワーク\n第2層：電力 / 冷却 / データセンター / 工場\n第1層：土地 / 建設 / 配管 / 物流 / 許認可 / 現場実行\n```","quote_start":11,"quote_end":127,"text_sha256":"0cb35de9135ab6220205bb87a469c69ab39bfdf7b7b12954a77f8e809a25919d","block_sha256":"0cb35de9135ab6220205bb87a469c69ab39bfdf7b7b12954a77f8e809a25919d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7fd87260-401e-4d9b-830d-373e2a334bb7/#blk_d1eeb056-cd5c-4e8d-89dc-9b2dec0db99c"},{"id":"occ_1e595220dddacc5fcfbd427a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_7fd87260-401e-4d9b-830d-373e2a334bb7","work_id":"wrk_043383ac-e6be-4702-8cbf-cd5785e078f1","block_id":"blk_e5d3e8f2-71a9-4094-a826-5e73e0ccd63d","section_id":"sec_ae1ccc26-041f-4294-b78f-4447900f8a6f","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"SpaceXは星への門であり、Teslaは電力の血管であり、xAIは知能の炉である。TeraFabは、まだ遠い鉱脈の名だ。五層のケーキは甘い菓子ではない。土地と熱と資本を積み上げた、巨大な祭壇である。","quote_start":0,"quote_end":100,"text_sha256":"63ceebd9f98814222d98e173bd6d33f66aeee4e0599554119616bd246ae02f99","block_sha256":"63ceebd9f98814222d98e173bd6d33f66aeee4e0599554119616bd246ae02f99","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_7fd87260-401e-4d9b-830d-373e2a334bb7/#blk_e5d3e8f2-71a9-4094-a826-5e73e0ccd63d"},{"id":"occ_d2ddf835f39d95936f74bdf9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_80d42ebf-f1b0-4ab9-b821-aee0e7e2f91a","work_id":"wrk_fb993df1-7848-438a-8a6c-ae1bece5609a","block_id":"blk_361c9b4a-fbf6-497a-be63-8768c468449b","section_id":"sec_1025c731-8f5e-492b-9972-4fe3bb9a03ea","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"EOSEの経営陣は、経歴だけなら強いです。 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Ene","quote_start":9,"quote_end":166,"text_sha256":"7c63af572e451cef743618e84b845761c1b1e31adb0c1b7e619e1fc4bece9ac0","block_sha256":"7c63af572e451cef743618e84b845761c1b1e31adb0c1b7e619e1fc4bece9ac0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_80d42ebf-f1b0-4ab9-b821-aee0e7e2f91a/#blk_9c5bbe46-4551-4235-bc04-77050ba3640d"},{"id":"occ_d77666b94f98ed92f1e96abd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_80d42ebf-f1b0-4ab9-b821-aee0e7e2f91a","work_id":"wrk_fb993df1-7848-438a-8a6c-ae1bece5609a","block_id":"blk_dc85ebbd-f98a-404c-b64e-7f809b48ddcc","section_id":"sec_256a9847-b374-47a3-860d-9adb93cf2fce","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"つまり、履歴だけ見れば「無能」と言い切るタイプではありません。  \nむしろ、**電力・大型装置・グローバル製造を知っている人**です。","quote_start":0,"quote_end":67,"text_sha256":"63f55ebe893360d9937c9c7dfb4c11c84cb289c1ba1a9a80e9799ccfd389aa33","block_sha256":"63f55ebe893360d9937c9c7dfb4c11c84cb289c1ba1a9a80e9799ccfd389aa33","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_80d42ebf-f1b0-4ab9-b821-aee0e7e2f91a/#blk_dc85ebbd-f98a-404c-b64e-7f809b48ddcc"},{"id":"occ_be409e798018267af71e97f5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_80d42ebf-f1b0-4ab9-b821-aee0e7e2f91a","work_id":"wrk_fb993df1-7848-438a-8a6c-ae1bece5609a","block_id":"blk_f1fa6ba7-5f19-4991-9a68-e35700d46de3","section_id":"sec_8c975e70-b1b1-43b9-8571-3076313d78f9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":104,"end":106,"exact":"電力","quote":"がける米国企業である。リチウムイオン電池とは異なる「非可燃」「米国製造」「長時間蓄電」「AIデータセンター向け電力需要」という物語を持ち、テーマ性は非常に強い。だが2025年末から2026年初頭にかけて、同社は投資家の信頼を大きく傷つける出来事を起こした。それが、**2025年売上ガイダンスの大幅未達**である。","quote_start":49,"quote_end":206,"text_sha256":"b9edda04f43f0247380e29cd21e26539f6ec65a6fe4c7708b5b11ae20ca48572","block_sha256":"b9edda04f43f0247380e29cd21e26539f6ec65a6fe4c7708b5b11ae20ca48572","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_80d42ebf-f1b0-4ab9-b821-aee0e7e2f91a/#blk_f1fa6ba7-5f19-4991-9a68-e35700d46de3"},{"id":"occ_1dbc9214a601522311f2bf4e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_82a7a6e0-7b98-4dbd-a2cb-f619eb332b23","work_id":"wrk_6b7cc31b-0ccb-4aeb-819d-546d9591fbdf","block_id":"blk_03284afd-4939-4a47-9e77-26e349722d5d","section_id":"sec_f286dca0-1795-4265-904a-a9e18b782472","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":61,"end":63,"exact":"電源","quote":"ー需要で次に不足しやすい部材は何だと思いますか？  \nGPUやHBMだけでなく、MLCC、インダクタ、PCB、電源部材、光通信部材にも波及していく可能性があります。」","quote_start":6,"quote_end":89,"text_sha256":"a10fb2c72f8810c9c3861b831ffa5bc9d0fd49325eeccb553995d0356c414cf1","block_sha256":"a10fb2c72f8810c9c3861b831ffa5bc9d0fd49325eeccb553995d0356c414cf1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_82a7a6e0-7b98-4dbd-a2cb-f619eb332b23/#blk_03284afd-4939-4a47-9e77-26e349722d5d"},{"id":"occ_6e383f86691e06342c2b3725","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_82a7a6e0-7b98-4dbd-a2cb-f619eb332b23","work_id":"wrk_6b7cc31b-0ccb-4aeb-819d-546d9591fbdf","block_id":"blk_244c85d0-ae60-420e-a0ec-62c6726b0b30","section_id":"sec_2c058b6f-1ea6-4b10-9819-9156534b30f2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":44,"end":46,"exact":"電源","quote":"一方で、専門性の高い投稿、たとえばAIデータセンター、半導体、MLCC、HBM、PCB、電源部材、投資仮説のような投稿は、全体ランキングでは見えにくくても、特定の興味クラスタのFor 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\nAIDCではGPUやHBMが注目されがちですが、電源安定化のためのMLCCやインダクタも大量に必要になります。  \n部材側のボトルネックを見ると、別の企業群が見えてきます。」","quote_start":0,"quote_end":108,"text_sha256":"ea5d7fbada9baebaa2a76b1a2ae4d95af9e7e0cb5c10f670e8037ffade33054e","block_sha256":"ea5d7fbada9baebaa2a76b1a2ae4d95af9e7e0cb5c10f670e8037ffade33054e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_82a7a6e0-7b98-4dbd-a2cb-f619eb332b23/#blk_367d451e-a44d-4dc7-87f5-2090144338da"},{"id":"occ_a4b6500d88e282072caaa02f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_82a7a6e0-7b98-4dbd-a2cb-f619eb332b23","work_id":"wrk_6b7cc31b-0ccb-4aeb-819d-546d9591fbdf","block_id":"blk_b1428345-6cac-4fdd-8e4a-49b71743f3bf","section_id":"sec_40cdf521-338f-4dc5-a3bb-23c38b1e698e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電源","quote":"AIデータセンター、MLCC、HBM、PCB、電源部材の投稿に継続的にいいねしているユーザーは、その分野に近い興味ベクトルを持つようになります。","quote_start":0,"quote_end":72,"text_sha256":"2dfc16c0776670d589c5b2a5d302c3d88e62ee1cdfb17c6aa06067452c3d56b7","block_sha256":"2dfc16c0776670d589c5b2a5d302c3d88e62ee1cdfb17c6aa06067452c3d56b7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_82a7a6e0-7b98-4dbd-a2cb-f619eb332b23/#blk_b1428345-6cac-4fdd-8e4a-49b71743f3bf"},{"id":"occ_067d87802d23586dbca11fb3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_82a7a6e0-7b98-4dbd-a2cb-f619eb332b23","work_id":"wrk_6b7cc31b-0ccb-4aeb-819d-546d9591fbdf","block_id":"blk_d4a77dab-788a-4444-81f7-d4f418a2da73","section_id":"sec_b300a267-25df-4a85-97a3-75ad6fc98ef5","layer":"body","character_id":null,"count":2,"matched_aliases":["給電","電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"「AIラックの電源インフラを、48V給電、VRM、MLCC、インダクタ、バスバーの流れで図解しました」","quote_start":0,"quote_end":51,"text_sha256":"f89775e36b88094c2a5b03d7b8141e3134ce497dc541eaa20de08498aca94da8","block_sha256":"f89775e36b88094c2a5b03d7b8141e3134ce497dc541eaa20de08498aca94da8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_82a7a6e0-7b98-4dbd-a2cb-f619eb332b23/#blk_d4a77dab-788a-4444-81f7-d4f418a2da73"},{"id":"occ_60a881f8f80e98ec82372b05","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84581296-2906-4b8b-9a12-fe071bf83ea5","work_id":"wrk_6a02fe90-8d9f-4a4d-9ecc-c990d2e53bd2","block_id":"blk_03ac84fc-26f0-4715-b291-4e61ccad66e4","section_id":"sec_e079ce91-e838-4fcb-8bae-5ea39e7371d3","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電源","quote":"Read 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 \nもっと大きいのは、アメリカという国家が、AIインフラをどこまで背負い続けられるのかという政治的な確認である。","quote_start":0,"quote_end":116,"text_sha256":"3e790300a4204ccdfb820986b5de9e32a1ab5304beb4ea40ff2970fce3b39680","block_sha256":"3e790300a4204ccdfb820986b5de9e32a1ab5304beb4ea40ff2970fce3b39680","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_07408c26-5b27-4228-87ea-76219ac15bf1"},{"id":"occ_e550bf78e0f38f8a38c72d27","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_19ff3d47-ac8c-45d9-9aca-af2bd603f9f4","section_id":"sec_ba536da6-3a6a-4725-adaf-46172683a506","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電源","quote":"HBM。  \n先端パッケージ。  \n光通信。  \n変圧器。  \n送電。  \n電源装置。  \n液冷。  \n原子力。  \nガス発電。  \nサイバー防衛。  \n政府・軍事向けAI。  \n国内半導体製造。  \nAIインフラの効率化技術。","quote_start":0,"quote_end":114,"text_sha256":"587ce5f25cbaae099424a609d00f52392719a69af96b1821ca69c2010f1f6913","block_sha256":"587ce5f25cbaae099424a609d00f52392719a69af96b1821ca69c2010f1f6913","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_19ff3d47-ac8c-45d9-9aca-af2bd603f9f4"},{"id":"occ_944cb3a0f7338785960dcd1e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_2220e827-4e09-40d7-9dd7-a992e8a533bd","section_id":"sec_600425bf-3752-4d7f-b50c-d187313986b2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"AIデータセンター、公的補助、電力料金、地域反発、関税、戦争費用に対する公聴会が増える。  \nAIインフラは止まらないが、政治的に説明可能な案件と、そうでない案件に分かれる。","quote_start":0,"quote_end":87,"text_sha256":"b30f51c366900e9949e1f10e7fcf980476a3015a456591d02772ce3e3a305ad6","block_sha256":"b30f51c366900e9949e1f10e7fcf980476a3015a456591d02772ce3e3a305ad6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_2220e827-4e09-40d7-9dd7-a992e8a533bd"},{"id":"occ_55272aab378b2b67a4356a8f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_28f40ca2-8227-4922-a320-64c4be203210","section_id":"sec_9338da99-09b3-4034-bd64-08c21dda6883","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":195,"end":197,"exact":"電力","quote":"ータセンター・半導体・エネルギーインフラの許認可迅速化と送電網整備を柱にしており、IEAは世界のデータセンター電力消費が2024年約415TWh**から2030年約**945TWh**へ倍増すると見ています。([Reuters](https://www.reuters.com/world/us/americans","quote_start":140,"quote_end":297,"text_sha256":"5048243e1c10b052387a075967fb87adc961d90019967d4ac5d7330a0b309e80","block_sha256":"5048243e1c10b052387a075967fb87adc961d90019967d4ac5d7330a0b309e80","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_28f40ca2-8227-4922-a320-64c4be203210"},{"id":"occ_862b067c2a1b769f1402e9b8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_2dbb23e4-61ed-455e-9b61-d05714f15446","section_id":"sec_ba054726-1632-446c-bb6d-c5d678d257fe","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":55,"end":57,"exact":"電力","quote":"AOC型は、AIとビッグテックへの規制圧力を最も強める可能性がある。  \nAIによる雇用破壊、データセンターの電力消費、巨大企業優遇、著作権、労働分配が中心争点になるだろう。","quote_start":0,"quote_end":87,"text_sha256":"ab09f088ab266a0ac32029dc653f6a2dadd7116deef14f7fbf17ab71350ebc39","block_sha256":"ab09f088ab266a0ac32029dc653f6a2dadd7116deef14f7fbf17ab71350ebc39","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_2dbb23e4-61ed-455e-9b61-d05714f15446"},{"id":"occ_0de03f7547686fb3b2fcc1d6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_3c5614d7-03a8-4b36-9c13-ef3006df5c9a","section_id":"sec_ea9657ad-cb82-4263-94b2-059953e1c522","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":61,"end":63,"exact":"電力","quote":"ない。  \nHBMが足りない。  \nCoWoSが足りない。  \n変圧器が足りない。  \n液冷が足りない。  \n電力が足りない。","quote_start":6,"quote_end":69,"text_sha256":"a319b417530ae182e467b8f41a11cfd8c9b715f2b788a13dc012fd5055097d8e","block_sha256":"a319b417530ae182e467b8f41a11cfd8c9b715f2b788a13dc012fd5055097d8e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_3c5614d7-03a8-4b36-9c13-ef3006df5c9a"},{"id":"occ_ed5528fb0ea6870be7994f5b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_42178da7-6a49-4b61-b408-24c375ea5580","section_id":"sec_c1c7e718-e13c-4d41-ae24-abb76abb9cab","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":83,"end":85,"exact":"電力","quote":"は続く。  \n光インターコネクトは本格化する。  \nガラスコア基板も最上位パッケージから採用確認に入る。  \n電力設備も不足する。","quote_start":28,"quote_end":93,"text_sha256":"643f63dff672057a6433e9056994896af59b7979752f05a00e70ef0f7642feec","block_sha256":"643f63dff672057a6433e9056994896af59b7979752f05a00e70ef0f7642feec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_42178da7-6a49-4b61-b408-24c375ea5580"},{"id":"occ_472723b8eaf873fbd1c0b0e1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_45798531-8c88-408d-9c64-db0f86440b9d","section_id":"sec_1548c9a9-bd77-430e-94c2-aa59c14d08f7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"共和党が上下両院を維持すれば、トランプ政権のAI加速路線は続きやすい。  \nデータセンター許認可、電力インフラ、ガス発電、原子力、送電網、半導体、AI輸出戦略は追い風を受ける。","quote_start":0,"quote_end":88,"text_sha256":"8ab79f6eacc348dd9fad714077703f9191c87f2d402306526d2faa1718e44dbf","block_sha256":"8ab79f6eacc348dd9fad714077703f9191c87f2d402306526d2faa1718e44dbf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_45798531-8c88-408d-9c64-db0f86440b9d"},{"id":"occ_9e9eec69b379b50860485664","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_4a118e3d-00f0-4985-ae72-828d463d325d","section_id":"sec_3a631e65-5ddb-4349-b603-baaccefc3eb7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"第四に、電力不足がどこまで深刻化するか。  \n変圧器、送電、発電、系統接続、ガス発電、原子力、蓄電池、液冷が本当にAIインフラの主役になるか。","quote_start":0,"quote_end":71,"text_sha256":"ce38312d1d3b6a87d907f64779fd702be3341cef795406f3366cc09db0709fdc","block_sha256":"ce38312d1d3b6a87d907f64779fd702be3341cef795406f3366cc09db0709fdc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_4a118e3d-00f0-4985-ae72-828d463d325d"},{"id":"occ_041d32e5ae0d0185a5c0ca0e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_63a4a1d7-6a8c-4d5f-bd25-945a6c0a1700","section_id":"sec_9338da99-09b3-4034-bd64-08c21dda6883","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"AIはもはやアプリではない。  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\nペンシルベニア、アリゾナ、ミシガンのような接戦州を重視し、AIそのものを否定せず、電力、雇用、製造業、地域還元とセットで進める可能性が高い。","quote_start":25,"quote_end":109,"text_sha256":"eb05b3dbabc3a15a20232fac093d1cd7a567a0b62f202a303484383008f4040e","block_sha256":"eb05b3dbabc3a15a20232fac093d1cd7a567a0b62f202a303484383008f4040e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_b18465bb-a3ec-4122-a903-689562ca2ae3"},{"id":"occ_c69a2736afb6c69a3bd70b2b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_b5c200e6-2209-4f52-91f1-2ee8ddaf8db5","section_id":"sec_ba054726-1632-446c-bb6d-c5d678d257fe","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"安全性。 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\n「州規制に耐えられるか」  \n「政府監視に耐えられるか」  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\nビッグテックやAIモデル企業には規制圧力がかかる。  \n一方で、送電網、クリーン電力、原子力、蓄電池、効率化、液冷、AI安全評価、政府認証、サイバー防衛はむしろ強くなる","quote_start":0,"quote_end":132,"text_sha256":"2bed4b9088b2176bbf00b5a868a5e4b775bd87cf1119a5c80dc4b5856b4e3bac","block_sha256":"2bed4b9088b2176bbf00b5a868a5e4b775bd87cf1119a5c80dc4b5856b4e3bac","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_84a77d25-ab82-4d74-abb1-c248dd75257f/#blk_c62e9c35-08e4-43bf-9c9e-5cfab1eca697"},{"id":"occ_c01424aac613d722c2073a24","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_84a77d25-ab82-4d74-abb1-c248dd75257f","work_id":"wrk_81581cb4-a4e2-4f51-afae-e8f5e3c41099","block_id":"blk_f6b4e5f3-1b7d-40dc-b864-17c19774f6c1","section_id":"sec_7ef253af-8740-41e4-80fc-98a45b5f3d08","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電力","quote":"国家競争力と安全保障の中心に置く。 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\nガラス基板は実装されるのか。  \n電力は確保できるのか。  \nデータセンターは地域に受け入れられるのか。  \n中間選挙後の議会はAIを支援するのか、監視するのか。  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外部SerDesより短距離・多レーン・低電力へ最適化されたPHY","quote_start":0,"quote_end":34,"text_sha256":"5836abdf0a00a550df6b4897232ecaadea221b2a35ef37d6ddb3ec7ec969a4e9","block_sha256":"5836abdf0a00a550df6b4897232ecaadea221b2a35ef37d6ddb3ec7ec969a4e9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_3a56ec61-fa16-4c26-8fb7-2ea4450d8f83"},{"id":"occ_6885214f47bc55cbe7212659","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_3c9b52b9-b960-45d1-a0a7-4de5f0daa842","section_id":"sec_4fe72765-e766-4e3c-a659-c0cc1b77bdaa","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":89,"end":91,"exact":"電力","quote":"ng向けに10～25µm級から1µm以下までの接続ピッチを想定している。これは2D・2.5Dより高い帯域密度と電力効率を狙うものである。([UCIe Consortium](https://www.uciexpress.org/specifications))","quote_start":34,"quote_end":164,"text_sha256":"900f0a81e0d20b90319a6fd2cf31fea79246d46c163d3be912c875d7f5dd5992","block_sha256":"900f0a81e0d20b90319a6fd2cf31fea79246d46c163d3be912c875d7f5dd5992","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_3c9b52b9-b960-45d1-a0a7-4de5f0daa842"},{"id":"occ_fcf58d1f4fafa3de14c966c7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_417e60bc-28d4-4fbd-9713-089c189188de","section_id":"sec_b186666c-414b-424e-b018-e157bfb8baff","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":275,"end":277,"exact":"電力","quote":"化しやすい | 強力な補償が必要 |\n| クロック転送 | クロックを使いやすい | CDRが一般的 |\n| 電力効率 | 高くしやすい | 距離と損失により不利 |\n| 主用途 | 同一パッケージ内 | PCIe、Ethernet、ケーブル接続など |\n```","quote_start":220,"quote_end":351,"text_sha256":"573f7fa080291b161ee119c1371796c95271e26c78d31f77e2568dab69d1c025","block_sha256":"573f7fa080291b161ee119c1371796c95271e26c78d31f77e2568dab69d1c025","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_417e60bc-28d4-4fbd-9713-089c189188de"},{"id":"occ_e49c8614e62041a03d94ff10","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_4ee57273-076b-42cf-966c-727008f516b8","section_id":"sec_5c52f2dc-3d7c-4043-ad0c-54ac18cff522","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電源","quote":"多数のI/Oが同時に0から1へ変化すると、電源とグラウンドが揺れる。","quote_start":0,"quote_end":34,"text_sha256":"4b0e9f8d65021ee0a9c66e83512f171b74df649f7317212e2399d1dab876c4c8","block_sha256":"4b0e9f8d65021ee0a9c66e83512f171b74df649f7317212e2399d1dab876c4c8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_4ee57273-076b-42cf-966c-727008f516b8"},{"id":"occ_2f722fbe58806ff1b59c88fb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_647394c0-ff47-493c-acfe-9385951e8541","section_id":"sec_b41ec46f-382f-4bbc-9447-9c389ea15c4e","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":3,"end":7,"exact":"消費電力","quote":"## 消費電力","quote_start":0,"quote_end":7,"text_sha256":"96f16ea6394a48b4bf48f137f84ec445667234ac67eba1a724d48d1d19e7e7a3","block_sha256":"96f16ea6394a48b4bf48f137f84ec445667234ac67eba1a724d48d1d19e7e7a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_647394c0-ff47-493c-acfe-9385951e8541"},{"id":"occ_f4602a386f1dc0ba8bc507c5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_662985eb-b046-44b5-a939-5a0716bc8270","section_id":"sec_2e204bcd-ee35-40a7-a728-e1f12b0e11f0","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電源","quote":"データレーンだけでなく、電源、グラウンド、クロック、予備端子が必要になる。","quote_start":0,"quote_end":37,"text_sha256":"314df72bf8e23c170fa7974241386659e7f84d5fd77c4a0715b3d8f34948e20a","block_sha256":"314df72bf8e23c170fa7974241386659e7f84d5fd77c4a0715b3d8f34948e20a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_662985eb-b046-44b5-a939-5a0716bc8270"},{"id":"occ_c6d05fe88bbd5098033245eb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_68a09310-6360-4249-bd2e-59db572a28b1","section_id":"sec_d17f0a97-9616-4658-9dbe-53d64ae256dc","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電源","quote":"- HBM用PHY\n- PCIe用SerDes\n- メモリーコントローラー\n- 電源端子\n- その他のチップレット接続","quote_start":0,"quote_end":59,"text_sha256":"efadce3f6580e4ea325ddcf443bf536e358d7641d912fc3961f2555fc0fc8f76","block_sha256":"efadce3f6580e4ea325ddcf443bf536e358d7641d912fc3961f2555fc0fc8f76","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_68a09310-6360-4249-bd2e-59db572a28b1"},{"id":"occ_d15f6e3bfa967f2d9be4a513","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_77eda8b0-dc9d-4d79-96bc-7f813f9c59f1","section_id":"sec_a9a4d05e-4b22-48d8-b433-6643c76c7998","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":41,"end":45,"exact":"消費電力","quote":"**Ebit**：1bit当たりのエネルギー  \n**Plink**：リンク全体の消費電力  \n**Rdata**：実際のデータ転送速度","quote_start":0,"quote_end":68,"text_sha256":"89b50c4c3dbfc0d7f1cd9db370f737d3fb2e2451c6620ca5b3069e9b964e2d90","block_sha256":"89b50c4c3dbfc0d7f1cd9db370f737d3fb2e2451c6620ca5b3069e9b964e2d90","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_77eda8b0-dc9d-4d79-96bc-7f813f9c59f1"},{"id":"occ_08f05c5764ebc66460963c98","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_7f9c5cfa-4dd0-4e38-aec8-29edafefd3c8","section_id":"sec_d347a7c4-e13a-4b7a-bd1e-408c892a30b2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":596,"end":598,"exact":"電力","quote":"モデル、相互運用性を含む規格である。\n- レーン数や速度を増やせば無制限に性能が伸びるわけではなく、ダイ辺長、電力、配線、内部NoC、熱、歩留まりによって制約される。","quote_start":541,"quote_end":624,"text_sha256":"c981977771139e5e50040a83ccd2d84f984cac46d3abad268a645948de938ce3","block_sha256":"c981977771139e5e50040a83ccd2d84f984cac46d3abad268a645948de938ce3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_7f9c5cfa-4dd0-4e38-aec8-29edafefd3c8"},{"id":"occ_f71b237597d44fcf06d6fe15","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_84794d32-f2c9-4cdf-982b-4cf09dc6940c","section_id":"sec_f8836418-d70e-43da-982d-b8b33c23911a","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":60,"end":64,"exact":"消費電力","quote":"ライザーとデシリアライザーが必要\n- PLLやCDRが大きくなる\n- イコライザーが必要になる場合がある\n- 消費電力と遅延が増えやすい","quote_start":5,"quote_end":73,"text_sha256":"2f6c9049a699d7c68ae93744f256d869a102eb6ba0f88032f28a619cd218414a","block_sha256":"2f6c9049a699d7c68ae93744f256d869a102eb6ba0f88032f28a619cd218414a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_84794d32-f2c9-4cdf-982b-4cf09dc6940c"},{"id":"occ_c0e7138ef2a765031582ca15","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_8737da87-bd3e-4e96-a173-29307d2d9cd0","section_id":"sec_b41ec46f-382f-4bbc-9447-9c389ea15c4e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"1bit当たりのエネルギーが低くても、総帯域が非常に大きければPHY全体の電力は増える。","quote_start":0,"quote_end":44,"text_sha256":"d28ce8a3b56a7f837051426f360f4e40b6b73a94cb6a17f025ff670305661b37","block_sha256":"d28ce8a3b56a7f837051426f360f4e40b6b73a94cb6a17f025ff670305661b37","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_8737da87-bd3e-4e96-a173-29307d2d9cd0"},{"id":"occ_308a46ada57b1029f77fa601","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_96317592-e00b-4818-928f-0c60f3e91dd9","section_id":"sec_a2a674b4-e308-4732-a23c-e26912722beb","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":69,"end":71,"exact":"電源","quote":" 受信サンプラーの不良\n- PLLやDLLの不良\n- バンプのオープン\n- 配線の短絡\n- クロストーク\n- 電源ノイズ\n- レーン間スキュー\n- プロトコル設定不一致","quote_start":14,"quote_end":98,"text_sha256":"2c8280f24333081009f06f70d9581e9f7411193428c7b8dcebc119d799682a28","block_sha256":"2c8280f24333081009f06f70d9581e9f7411193428c7b8dcebc119d799682a28","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_96317592-e00b-4818-928f-0c60f3e91dd9"},{"id":"occ_51662c97e0876169b6d23340","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_98aebbe6-0ed5-433c-8caf-5abf1890f4c7","section_id":"sec_15c845e4-9a8f-4b79-9a9e-d29439d6d517","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電源","quote":"しかし、接続ピッチが小さくなっても、クロック、電源、熱、テスト、回路分割を含めた最適化が必要になる。","quote_start":0,"quote_end":50,"text_sha256":"24f98e296570f74eba6cf63f93126a1837afd505249becf863d4c795941d1d89","block_sha256":"24f98e296570f74eba6cf63f93126a1837afd505249becf863d4c795941d1d89","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_98aebbe6-0ed5-433c-8caf-5abf1890f4c7"},{"id":"occ_ec4390909823eecb9c9188a0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_a764c9bc-e302-4f88-b14f-8c95e5387817","section_id":"sec_1b3ae7f0-b5c7-4365-b80b-b5fd295f595c","layer":"code","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電力","quote":"\n→ 帯域は増える\n→ バンプ・配線・面積も増える\n\n1レーンを高速化する\n→ レーン数を減らせる\n→ PHY電力・回路複雑度が増える\n\n信号振幅を下げる\n→ 電力を減らせる\n→ ノイズへの余裕が減る\n\nパイプラインを減らす\n→ 遅延を減らせる\n→ タイミング設計が難しくなる\n```","quote_start":12,"quote_end":154,"text_sha256":"88dcd097df4d465870bb9423f5476097e8f657c262bf926428299699ec83965e","block_sha256":"88dcd097df4d465870bb9423f5476097e8f657c262bf926428299699ec83965e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_a764c9bc-e302-4f88-b14f-8c95e5387817"},{"id":"occ_eb770041612290d24eeae2e7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_aadea29f-c375-490a-ad79-5586bee5a3d1","section_id":"sec_9b7fc7d8-5343-4c35-bcc6-7925eb2cd8f0","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電源","quote":"- データ\n- クロック\n- ストローブ\n- 電源\n- グラウンド\n- 管理信号\n- 予備レーン\n- テスト信号","quote_start":0,"quote_end":56,"text_sha256":"18e362c7e3fd5139744d7320230b01aaad37a26d45f4a88ded5f3aaaacced635","block_sha256":"18e362c7e3fd5139744d7320230b01aaad37a26d45f4a88ded5f3aaaacced635","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_aadea29f-c375-490a-ad79-5586bee5a3d1"},{"id":"occ_bbe2ba415f6f0c04bcae7680","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_c0b45951-e150-45e8-8605-f70a9c05b384","section_id":"sec_9f87e258-eeb4-4b27-a9b4-7728008ec80f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":75,"end":77,"exact":"電力","quote":" 強力なイコライザーを省略しやすい\n- 低電圧で動作させやすい\n- 低遅延化しやすい\n- 1bit当たりの通信電力を下げやすい","quote_start":20,"quote_end":83,"text_sha256":"387e4ade7f47c6d06f7a76cf8346da78c101178edb1ce6daea46af0d88c903e2","block_sha256":"387e4ade7f47c6d06f7a76cf8346da78c101178edb1ce6daea46af0d88c903e2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_c0b45951-e150-45e8-8605-f70a9c05b384"},{"id":"occ_4293c63d99399562863eec9f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_c43d6833-14f7-4c9d-9291-60546441b23b","section_id":"sec_66321005-4f49-4d05-9c60-7d5d7ff62ad6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電源","quote":"- 導体損失\n- 誘電体損失\n- ビア\n- 反射\n- クロストーク\n- 電源ノイズ","quote_start":0,"quote_end":41,"text_sha256":"e4133d2d9c6dfebd02dd1610d871441995804dc2d1edd0ac6ac1f2896379d225","block_sha256":"e4133d2d9c6dfebd02dd1610d871441995804dc2d1edd0ac6ac1f2896379d225","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_c43d6833-14f7-4c9d-9291-60546441b23b"},{"id":"occ_87bbd25636e47d01a68fb6cc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_c7b4838c-3c91-4d9c-8c44-24141c3ae431","section_id":"sec_15c845e4-9a8f-4b79-9a9e-d29439d6d517","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":119,"end":121,"exact":"電力","quote":"が多い\n              ↓\n巨大なPHYと多数の接続が必要\n              ↓\n面積・電力・遅延が増える\n```","quote_start":64,"quote_end":132,"text_sha256":"5419b955a569b2b85a375376663df88b09f937abab6c1d94459a84f413637dc4","block_sha256":"5419b955a569b2b85a375376663df88b09f937abab6c1d94459a84f413637dc4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_c7b4838c-3c91-4d9c-8c44-24141c3ae431"},{"id":"occ_384513bb03f777fb989c30b1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_cf65729a-7932-443f-840e-940c66b22128","section_id":"sec_88c33017-39f6-4b31-91a1-12b5e61dac5b","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":22,"end":26,"exact":"消費電力","quote":"外部SerDesで広く使われるが、回路面積、消費電力、ロック時間が必要になる。","quote_start":0,"quote_end":39,"text_sha256":"8ad5d2f723f75262ad0b10417e47daf747ec26137a55e79ba4cdfc71f68a0b47","block_sha256":"8ad5d2f723f75262ad0b10417e47daf747ec26137a55e79ba4cdfc71f68a0b47","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_cf65729a-7932-443f-840e-940c66b22128"},{"id":"occ_eea0ac562e17d6e75fc5146a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_d4f43303-c72e-48c5-9d76-dc834d6eb0e9","section_id":"sec_cefc2731-242b-4ca7-922b-f2caac5439fe","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電源","quote":"- パッケージ配線長の差\n- バンプやパッドのばらつき\n- 送信回路のばらつき\n- 受信回路のばらつき\n- 電源電圧差\n- 温度差\n- 製造ばらつき","quote_start":0,"quote_end":74,"text_sha256":"593fd839dfd08799e235ebec49c8b035cec4f752f1dcb6bdfe585457c567904b","block_sha256":"593fd839dfd08799e235ebec49c8b035cec4f752f1dcb6bdfe585457c567904b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_d4f43303-c72e-48c5-9d76-dc834d6eb0e9"},{"id":"occ_5e40d3db4d54ef5308540372","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_f881db37-a474-4d43-abab-e50e5f1ce1cf","section_id":"sec_1b3ae7f0-b5c7-4365-b80b-b5fd295f595c","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":24,"end":28,"exact":"消費電力","quote":"> パッケージ、バンプ、内部NoC、プロトコル、消費電力、熱、テストを含めて、システム全体を最適化したPHY","quote_start":0,"quote_end":54,"text_sha256":"2120840aab8b84ee0d9648e0009116b6a1cba8c49b602cf9a66a9be8ae857a1f","block_sha256":"2120840aab8b84ee0d9648e0009116b6a1cba8c49b602cf9a66a9be8ae857a1f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_f881db37-a474-4d43-abab-e50e5f1ce1cf"},{"id":"occ_3596750f24c5461d2458d9df","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89aecdf6-89fd-445d-a71c-7e189e82904d","work_id":"wrk_ba5a7d4f-28ea-48c9-9ce8-ad54ea806099","block_id":"blk_ffc66258-c22f-4940-b2a4-175ee9f5e43c","section_id":"sec_a9a4d05e-4b22-48d8-b433-6643c76c7998","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"Die-to-Die PHYでは、通信電力を**pJ/bit**で表すことが多い。","quote_start":0,"quote_end":41,"text_sha256":"f8fc88071c366663741b28b59c8d7197d8e0b7b7d3638e304c0e75dd9460be94","block_sha256":"f8fc88071c366663741b28b59c8d7197d8e0b7b7d3638e304c0e75dd9460be94","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89aecdf6-89fd-445d-a71c-7e189e82904d/#blk_ffc66258-c22f-4940-b2a4-175ee9f5e43c"},{"id":"occ_b5ac5b3e09f6c87599e1db06","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_0f4456ef-e8c2-4bb8-ac61-0b5eee61f57e","section_id":"sec_c7c61ea4-766e-440d-9f4f-1a3d8e230c7d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電力","quote":"ジックとHBMの両方を供給すれば、SRAM容量とHBM帯域の配分、HBMコントローラー、ベースダイ、信号電圧、電力管理、パッケージ配線、熱設計を同じロードマップで調整しやすくなる。","quote_start":9,"quote_end":99,"text_sha256":"4e21aa0e1100b4b538b3244b3a2dc26cb3f015d36c3409e7a5a8d34fba61a88c","block_sha256":"4e21aa0e1100b4b538b3244b3a2dc26cb3f015d36c3409e7a5a8d34fba61a88c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_0f4456ef-e8c2-4bb8-ac61-0b5eee61f57e"},{"id":"occ_016933e4f921559a0009e5a1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_0f988457-40bc-4884-9f8b-1abc6d690a79","section_id":"sec_84b44525-b6cd-43bb-ad64-922836cfe91b","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"AI ASICの設計とは、メモリーの値段表を眺める作業ではありません。演算器の待ち時間、チップ面積、ラック電力、パッケージ歩留まり、そして供給契約を、ひとつの身体として組む作業です。","quote_start":0,"quote_end":91,"text_sha256":"6a2f6fe652502e9a23cdd91885d67f22cd6bc0f64c95f1d123067c6dba842063","block_sha256":"6a2f6fe652502e9a23cdd91885d67f22cd6bc0f64c95f1d123067c6dba842063","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_0f988457-40bc-4884-9f8b-1abc6d690a79"},{"id":"occ_0aaf1b242d207db89ee04d3a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_4c13eda9-6f80-4018-ad47-113bf7032bcd","section_id":"sec_981e568f-a166-423b-a005-c52ed82abd97","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":175,"end":177,"exact":"電力","quote":"買うと、いくらになるか | HBMスタック、HBM一式 |\n| システム全体への負担 | ダイ面積、歩留まり、電力、パッケージをどれだけ悪化させるか | SRAM、HBM、先端パッケージ |","quote_start":120,"quote_end":215,"text_sha256":"fe02274a42983a81bbfe38b508a4924ff996bbaaf50203286e3d3c3c8e2a6691","block_sha256":"fe02274a42983a81bbfe38b508a4924ff996bbaaf50203286e3d3c3c8e2a6691","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_4c13eda9-6f80-4018-ad47-113bf7032bcd"},{"id":"occ_f96c638cecf6c1c392670622","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_60be4470-25a2-4065-b8ed-e2170f40a615","section_id":"sec_b0c53337-d6e7-475e-9f3a-97e0a38b9138","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":69,"end":73,"exact":"消費電力","quote":"CをSamsungへ移すには、SRAMマクロの置き換え、標準セルの置き換え、回路配置の再設計、タイミング検証、消費電力検証、マスクの再作成、ソフトウェア再検証、HBMとパッケージの再認証が必要になる。","quote_start":14,"quote_end":114,"text_sha256":"cbb79dfe3c6979aa6d3dc2adc4b0af3787d8d01b91af470b13bd85c65ec184a7","block_sha256":"cbb79dfe3c6979aa6d3dc2adc4b0af3787d8d01b91af470b13bd85c65ec184a7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_60be4470-25a2-4065-b8ed-e2170f40a615"},{"id":"occ_b9b3d6bec9998e8590a40de3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_81ca9ae5-d3cb-451b-b6bf-5e7e7133c418","section_id":"sec_e58d2a70-74cc-47ba-8328-663947774e5e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電源","quote":"しかし実際のSRAMには、ワード線、ビット線、デコーダー、センスアンプ、書き込み回路、ECC、冗長セル、電源回路、クロック、制御回路が必要になる。","quote_start":0,"quote_end":73,"text_sha256":"a9a4e26f79f456a6a29304aaf50e4ff28d8aa02f5af14e0d0d9f7aac977dd6fd","block_sha256":"a9a4e26f79f456a6a29304aaf50e4ff28d8aa02f5af14e0d0d9f7aac977dd6fd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_81ca9ae5-d3cb-451b-b6bf-5e7e7133c418"},{"id":"occ_e7c5d63bb9d91b17a255edf8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_86ba70ef-51dc-4ff2-9e32-dc5396d833a9","section_id":"sec_de5652bb-53e5-4fa8-ab4a-b917ff941cda","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"増やす目的 | 効果 |\n| --- | --- |\n| HBMから同じ重みを繰り返し読まない | 必要帯域と電力を削減 |\n| 中間結果を外部へ書き戻さない | レイテンシとメモリー traffic を削減 |\n| 行列演算のタイルを再利用する | 演算器の稼働率を上げる |\n| ホットなKVキャッシュを保持す","quote_start":7,"quote_end":164,"text_sha256":"f83e08ae01d9e71b3932cd3fec77d4ac2f9ddf3fb23047d7f678ebafd13ae31b","block_sha256":"f83e08ae01d9e71b3932cd3fec77d4ac2f9ddf3fb23047d7f678ebafd13ae31b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_86ba70ef-51dc-4ff2-9e32-dc5396d833a9"},{"id":"occ_5dde52ce4922043a287e47e2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_a88ed7cc-9e13-427a-b0ba-abefef2241ae","section_id":"sec_84fe1e30-c039-40cb-827e-3a6c371b7699","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"ただし現実には、1GBのレジスタファイルは面積、電力、配線、ポート数の面で成立しにくい。この数字は製品価格ではなく、**なぜレジスタを数十MB以下に抑える必要があるかを示す換算値**である。","quote_start":0,"quote_end":95,"text_sha256":"c7d7e064ac4c1d946f4b7a65bbc33f15b781e5e720081f1f3a373bb4e21348c4","block_sha256":"c7d7e064ac4c1d946f4b7a65bbc33f15b781e5e720081f1f3a373bb4e21348c4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_a88ed7cc-9e13-427a-b0ba-abefef2241ae"},{"id":"occ_f422e8bb139e80eb24ed16c6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_af761c3c-a511-4b84-bba8-0c0ea6515bd7","section_id":"sec_c7c61ea4-766e-440d-9f4f-1a3d8e230c7d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":73,"end":75,"exact":"電源","quote":"Iアクセラレーターが正常に動作しない場合、原因はASICダイ、SRAM、HBM、インターポーザー、接合、基板、電源、熱のどこにあるか切り分けが難しい。SamsungがASIC、HBM、パッケージ、テストをまとめて受ければ、歩留まり解析と設計修正を内部で回しやすくなる。","quote_start":18,"quote_end":152,"text_sha256":"d9267e4aee172d770b82eb0dcfec3ce6b696ad1de15136b4d93bf76aa29e38b1","block_sha256":"d9267e4aee172d770b82eb0dcfec3ce6b696ad1de15136b4d93bf76aa29e38b1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_af761c3c-a511-4b84-bba8-0c0ea6515bd7"},{"id":"occ_c92cd1f13dd771ce609a0bae","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_c90e693f-aa22-49cf-b951-372b90977663","section_id":"sec_afff5344-7d94-4186-95ff-5d2fe8975953","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":169,"end":171,"exact":"電源","quote":"イ | HBMスタック内部の制御、接続 |\n| テスト | HBMスタック、パッケージ全体の良品選別 |\n| 電源、熱設計 | HBMとロジックを安定動作させる設計 |","quote_start":114,"quote_end":198,"text_sha256":"fb87c6c7b850f5f6e8112c514c2424622700acb320b6d8cb6f88cbdeb1c5e1de","block_sha256":"fb87c6c7b850f5f6e8112c514c2424622700acb320b6d8cb6f88cbdeb1c5e1de","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_c90e693f-aa22-49cf-b951-372b90977663"},{"id":"occ_2028f1b49d2f934ab3b9fbbb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499","work_id":"wrk_27247b5b-cd30-433f-9e72-ddf9cc560a98","block_id":"blk_d3729523-7232-45e5-9027-4baf27aa3277","section_id":"sec_de5652bb-53e5-4fa8-ab4a-b917ff941cda","layer":"code","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":48,"end":52,"exact":"消費電力","quote":"```text\n少量の高価なSRAMを追加\n  ↓\nHBMアクセス回数を削減\n  ↓\n必要帯域と消費電力を削減\n  ↓\n演算器の稼働率を向上\n```","quote_start":0,"quote_end":74,"text_sha256":"6745b0d55fb47ede48f1091d47cae3f74518f3d41b2d765d050fcdd8cd35657e","block_sha256":"6745b0d55fb47ede48f1091d47cae3f74518f3d41b2d765d050fcdd8cd35657e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_89eb6a8e-70dd-4f87-9da4-213e9ac3f499/#blk_d3729523-7232-45e5-9027-4baf27aa3277"},{"id":"occ_5e54c38f99aca664e7ffa77e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608","work_id":"wrk_a3440338-a420-4877-947f-8193ae66700c","block_id":"blk_07535b65-6848-4680-a7f8-79f9dedc86be","section_id":"sec_938763d4-2933-47ba-aa0a-359fce7f4c6b","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"またIEAは、世界のデータセンター電力消費が2030年に約945TWhへ倍増し、現在の日本の総電力消費を少し上回る規模になると予測しています。これはAIが単なるソフトウェア産業ではなく、電力・土地・送電網・冷却・半導体を飲み込む重工業化し","quote_start":0,"quote_end":119,"text_sha256":"6ca0481a5d4ea4888d925dc12896361f4611a2ac3b6d85bd7b2da5499e46f470","block_sha256":"6ca0481a5d4ea4888d925dc12896361f4611a2ac3b6d85bd7b2da5499e46f470","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608/#blk_07535b65-6848-4680-a7f8-79f9dedc86be"},{"id":"occ_f12b603c5e0df8cf4925fe81","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608","work_id":"wrk_a3440338-a420-4877-947f-8193ae66700c","block_id":"blk_34aeacdc-fc3d-4112-8acb-0f66cc4f91cc","section_id":"sec_0c2fd903-9ab0-4a17-b24f-c5ea23aad835","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"対象になりやすいのは、地方交通、水道、医療、介護、教育、災害対応、地域インフラ、電力網、通信網の基礎部分です。これらは採算だけで切ると社会が維持できません。だから、計算文明が資本市場を支配するほど、**生活文明の基礎は公共領域へ寄っていく**可能性があります。","quote_start":0,"quote_end":130,"text_sha256":"fdd9377b4182a94a51886747cce3d256622fd604362b428477ab4592891d3678","block_sha256":"fdd9377b4182a94a51886747cce3d256622fd604362b428477ab4592891d3678","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608/#blk_34aeacdc-fc3d-4112-8acb-0f66cc4f91cc"},{"id":"occ_622b50460c7b8b38a8d85efb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608","work_id":"wrk_a3440338-a420-4877-947f-8193ae66700c","block_id":"blk_3b63b084-c351-4bef-9e90-91eb5bac95b4","section_id":"sec_74ad8966-bc82-490a-b673-ea77051b79bf","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":85,"end":87,"exact":"電力","quote":"I投信もAIエージェントも同じ方向を見ると、資本は計算文明圏へ流れます。その資本が半導体工場、データセンター、電力網に投下され、さらにAIの性能を上げます。すると、さらにAIがAIインフラの重要性を語る。ここに、**AI資本循環**が生まれます。","quote_start":30,"quote_end":153,"text_sha256":"00d667eeb62fde3131179cf4450258cbb9e5e557ea2b9f7a727f5cb8bcc39e9c","block_sha256":"00d667eeb62fde3131179cf4450258cbb9e5e557ea2b9f7a727f5cb8bcc39e9c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608/#blk_3b63b084-c351-4bef-9e90-91eb5bac95b4"},{"id":"occ_85af2952aa31d6cfc8200d5b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608","work_id":"wrk_a3440338-a420-4877-947f-8193ae66700c","block_id":"blk_430a4650-d664-4d46-ad48-fdcf343ae003","section_id":"sec_bbf3febd-5588-41f4-a3bb-8af7d2d248fb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電力","quote":"一つは、**計算文明のスケーリングに参加する企業**です。半導体、クラウド、データセンター、電力、光通信、セキュリティ、ロボティクス、産業OS、AIソフトウェア基盤などです。これらは大量の資本を吸収し、その資本でさらに規模を拡大し、AIによってさらに評価されます。","quote_start":0,"quote_end":132,"text_sha256":"64076cae1a5af92031b51abf75f887a41ae1f65bd7b9e1ae54a8709372870c19","block_sha256":"64076cae1a5af92031b51abf75f887a41ae1f65bd7b9e1ae54a8709372870c19","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608/#blk_430a4650-d664-4d46-ad48-fdcf343ae003"},{"id":"occ_ca4d0f086fbad132f8c0c1c6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_8c9a8f7a-e00e-4b6d-b58d-ba3e89e02608","work_id":"wrk_a3440338-a420-4877-947f-8193ae66700c","block_id":"blk_472e6d1b-cea7-49d2-9a4e-8cf18f9dabca","section_id"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CEOが語る$5B～10B AEC 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34．AI 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36．電力制約からAEC TAMを逆算","quote_start":0,"quote_end":22,"text_sha256":"27438597d221ce4a847d4cd26e4123dfb728f8db6960d6bd1c6352bf2a7f8471","block_sha256":"27438597d221ce4a847d4cd26e4123dfb728f8db6960d6bd1c6352bf2a7f8471","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_8e69c4b3-4a90-4a4f-82f9-c2a31d24c009/#blk_9ab5687e-00a7-46c2-b793-1fc421350878"},{"id":"occ_9daac3e0a17681f735cbe869","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_8e69c4b3-4a90-4a4f-82f9-c2a31d24c009","work_id":"wrk_b4c27393-a197-48d3-8ba6-9f1e3161d1f6","block_id":"blk_a4cf673d-cc44-40b6-b450-21cc7b46ccad","section_id":"sec_40b3fb1f-47c9-4821-9a0e-d55779f72bb9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":218,"end":220,"exact":"電力","quote":"os\n- Google TPU 8i / 8t\n- OpenAI・Broadcom系Custom XPU\n- 電力・製造Capacity\n- 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チップ\n- 電力\n- データセンター\n- 通信\n- 推論基盤\n- エージェント\n- ユーザー接点\n- 物理世界への実装","quote_start":0,"quote_end":61,"text_sha256":"7dc6d2c4b73bd3ffafca786dd481bc2b4057f21a00ba26eadd39374b6b00e88c","block_sha256":"7dc6d2c4b73bd3ffafca786dd481bc2b4057f21a00ba26eadd39374b6b00e88c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_91468364-fe9d-4ab5-a6dc-f203e89bc64a/#blk_c951f451-fe76-4fc1-b69f-790d4fc752e4"},{"id":"occ_2d846c6357d0df9714ac5eb8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_91468364-fe9d-4ab5-a6dc-f203e89bc64a","work_id":"wrk_c22379bc-7081-4f8f-a3e9-4418f450cf96","block_id":"blk_fcd1cb79-460a-47c8-9b6d-6539b864a3bf","section_id":"sec_fcae4a11-267f-4617-8297-32eb74ebfb76","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"現状、AIインフラはNVIDIA GPU、TSMC、HBM、CoWoS、電力、冷却、ネットワークに強く依存しています。TeslaもxAIもSpaceXも、将来AIを巨大化させるにはチップが足りません。","quote_start":0,"quote_end":100,"text_sha256":"ac48a0fa45a559e04371d9db9ec5af801f65eb97d876c685ab1833ff5814ec08","block_sha256":"ac48a0fa45a559e04371d9db9ec5af801f65eb97d876c685ab1833ff5814ec08","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_91468364-fe9d-4ab5-a6dc-f203e89bc64a/#blk_fcd1cb79-460a-47c8-9b6d-6539b864a3bf"},{"id":"occ_9ab2a56f9a149da0666524ff","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_038be15f-99a8-4525-a97a-29839f106929","section_id":"sec_d492132a-7854-4248-b6e6-4b6be6fbdb2d","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","給電"],"evidence":{"text_basis":"markdown","start":45,"end":49,"exact":"消費電力","quote":"GB200 NVL72のようなラックスケール構成では、NVIDIAのユーザーガイドでラック消費電力が約120kWとされています。([NVIDIA Docs][21])\nこの密度になると、従来型空冷データセンターの延長ではなく、液冷・高圧受電・ラック給電・CDU・メンテナンス体制まで一体で必要になり","quote_start":0,"quote_end":149,"text_sha256":"cff4dfb50a54c7b07771f893176c3cefd32aa1a1668ceef3a05c9e8af2158efe","block_sha256":"cff4dfb50a54c7b07771f893176c3cefd32aa1a1668ceef3a05c9e8af2158efe","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_038be15f-99a8-4525-a97a-29839f106929"},{"id":"occ_51bf70098f8c402606247d40","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_05023ba3-a8f9-48aa-b7e0-4cb4b6df4c01","section_id":"sec_d492132a-7854-4248-b6e6-4b6be6fbdb2d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"## 4. 電力・データセンターが最も立ち上がりにくい","quote_start":0,"quote_end":27,"text_sha256":"9e62b88cb9f4fd670cf713dc983cfdc6f59a4cb4783b3b97d08093c805f5b444","block_sha256":"9e62b88cb9f4fd670cf713dc983cfdc6f59a4cb4783b3b97d08093c805f5b444","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_05023ba3-a8f9-48aa-b7e0-4cb4b6df4c01"},{"id":"occ_ec30022c65f31162bb9d8f92","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_0733ca09-d489-4f72-b833-0759141b8a23","section_id":"sec_c987a51d-3e84-45cc-abc3-208b48105ea8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":78,"end":80,"exact":"電力","quote":"が、同時に**世界中の国に「自国AIクラウドを持つ理由」を与える**。\nこのため、AI半導体・HBM・光通信・電力・冷却の需要は、むしろ上振れしやすくなります。","quote_start":23,"quote_end":103,"text_sha256":"02347cae279579d5ff35b18f099c735a976245765f48aa6ce7cd7c785dee75fc","block_sha256":"02347cae279579d5ff35b18f099c735a976245765f48aa6ce7cd7c785dee75fc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_0733ca09-d489-4f72-b833-0759141b8a23"},{"id":"occ_f344d04c1474c5533263e77e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_1461217f-59f2-4a3b-a0db-6d6135186442","section_id":"sec_6791e185-d3c1-4beb-a51a-c616a6d5829a","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電源","quote":"これはAI半導体市場にとって悪い話ではありません。\nむしろ、供給制約が続くことで、HBM、CoWoS、光通信、電源、冷却、変電設備の価格・利益率・長期契約が強くなりやすい。","quote_start":4,"quote_end":90,"text_sha256":"1d78292d20cf60f9dc73db00d4a5ef8fb17e1e37f730af2273273e44373f63de","block_sha256":"1d78292d20cf60f9dc73db00d4a5ef8fb17e1e37f730af2273273e44373f63de","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_1461217f-59f2-4a3b-a0db-6d6135186442"},{"id":"occ_ee2c8ed0ff4df7d93c9a184f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_1e1854d0-b367-4fe5-b14f-1b2c33775bfd","section_id":"sec_317cfc6b-89ab-45c8-89b8-930029775bde","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":88,"end":90,"exact":"電源","quote":"国ごとに小〜中規模クラスタが乱立する**可能性があります。そのため、巨大GPUだけでなく、国内データセンター、電源、冷却、SI、保守、セキュリティ監査にも需要が広がります。","quote_start":33,"quote_end":119,"text_sha256":"870def898fdb316740dfda09559b24181621711ee74c506c0eefbd9febb6f05e","block_sha256":"870def898fdb316740dfda09559b24181621711ee74c506c0eefbd9febb6f05e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_1e1854d0-b367-4fe5-b14f-1b2c33775bfd"},{"id":"occ_f044c2ec6352bebcaa3d6e33","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_30ef864b-a406-4665-962c-7f2624777094","section_id":"sec_ea845e94-85ca-41b8-bcfc-4b5bc6d3656e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":42,"end":44,"exact":"電力","quote":"**絶ノイア:** 主権AIも、国産モデルだけではなく、国内で動かすGPU、HBM、電力、評価基盤が重要ですね。","quote_start":0,"quote_end":56,"text_sha256":"883b0744d2db27cb37118d45b0bea0662c2f94a896644cde3717a1a8966ff7dc","block_sha256":"883b0744d2db27cb37118d45b0bea0662c2f94a896644cde3717a1a8966ff7dc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_30ef864b-a406-4665-962c-7f2624777094"},{"id":"occ_94295f8abea07d76820e7542","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_35ff260f-2935-4489-87ab-8d760c7e0180","section_id":"sec_fae905aa-c4ba-45e5-b367-aea16669ecf3","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":160,"end":164,"exact":"消費電力","quote":"いからです。\nただし、オープンウェイトが普及すると、各国は「推論専用の安い国内ASIC」や「政府クラウド用の低消費電力アクセラレータ」を欲しがるようになります。","quote_start":105,"quote_end":185,"text_sha256":"71e50006729647051fa8e2c48e9260a1f55d963edfcaa2f3193e044437756489","block_sha256":"71e50006729647051fa8e2c48e9260a1f55d963edfcaa2f3193e044437756489","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_35ff260f-2935-4489-87ab-8d760c7e0180"},{"id":"occ_35007b282d3dac52a8520662","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_381ba807-6dda-4c8a-a699-b3515258c909","section_id":"sec_56dd1691-fff8-4093-a7e6-52ce4f4ec3ee","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"このうち短期で最も強いのは、**HBM + CoWoS + 電力**です。","quote_start":0,"quote_end":37,"text_sha256":"8f33b2791d8204cc12851785d2c4f8d9c405a465b1877115adb53218e0db9779","block_sha256":"8f33b2791d8204cc12851785d2c4f8d9c405a465b1877115adb53218e0db9779","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_381ba807-6dda-4c8a-a699-b3515258c909"},{"id":"occ_6e5920372564ba6222057d96","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_3b554ca1-0949-4c3a-97f3-acc798e50e8c","section_id":"sec_a3d4c8b6-f108-4f44-8fbc-20b35cfb7609","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電力","quote":"に計算資源である。H100、H200、B200級のGPU、あるいは国産AIアクセラレータ、国内データセンター、電力、冷却、光通信、ストレージ、ネットワークが必要になる。モデルの重みが公開されていても、動かす場所がなければ主権AIにはならない。","quote_start":10,"quote_end":131,"text_sha256":"1d5c82aa610c45f6dc2292c920ec92ee7aad71e229fd0d4cf1b5ba8ed5e2fa46","block_sha256":"1d5c82aa610c45f6dc2292c920ec92ee7aad71e229fd0d4cf1b5ba8ed5e2fa46","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_3b554ca1-0949-4c3a-97f3-acc798e50e8c"},{"id":"occ_3ecd2bcb3c42cbbcea48e4be","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_4008942b-6b11-43fb-a9e2-daddbe5a8e42","section_id":"sec_d492132a-7854-4248-b6e6-4b6be6fbdb2d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"|    GPU数 |   IT電力 | PUE 1.2込み |\n| ------: | -----: | --------: |\n|  25万GPU | 約447MW |    約536MW |\n| 100万GPU | 約1.8GW ","quote_start":0,"quote_end":118,"text_sha256":"b6a81f3bc5d063aae5049376a2275efe34d24bdb516e4958cfdc2be625374232","block_sha256":"b6a81f3bc5d063aae5049376a2275efe34d24bdb516e4958cfdc2be625374232","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_4008942b-6b11-43fb-a9e2-daddbe5a8e42"},{"id":"occ_f13cc7cda3bf5a75cb1ab68a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_54325d84-7e1b-4bc5-9cfd-4015faf65ba1","section_id":"sec_6791e185-d3c1-4beb-a51a-c616a6d5829a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電力","quote":"一番の制約は、短期では**HBMとCoWoS**。\n中期では**電力、変電、液冷、光通信**。\n長期では**運用人材と評価基盤**です。","quote_start":0,"quote_end":68,"text_sha256":"61cea8d73a3716482a3a8c658b1ec78d0920e29eed88a86d7679fc2ba44e4ba0","block_sha256":"61cea8d73a3716482a3a8c658b1ec78d0920e29eed88a86d7679fc2ba44e4ba0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_54325d84-7e1b-4bc5-9cfd-4015faf65ba1"},{"id":"occ_a9a46d674c36a2c937439afc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_55a463a4-2ccd-4093-b907-35bfc34e3a8e","section_id":"sec_a3d4c8b6-f108-4f44-8fbc-20b35cfb7609","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電力","quote":"第二に、ファインチューニングとRAGの基盤である。日本語、行政、法律、医療、製造業、金融、防災、電力、通信、半導体、ロボティクスなどの専門データを、安全にモデルへ接続する仕組みが必要だ。すべてを追加学習する必要はないが、検索拡張生成、権限管理、監査ログ、出典管理、専門家フィードバックを含むデータ基盤","quote_start":0,"quote_end":150,"text_sha256":"b468e739c5043b376d1d1ab7fcea75ddd51be06b851f883d431bdef795b25a67","block_sha256":"b468e739c5043b376d1d1ab7fcea75ddd51be06b851f883d431bdef795b25a67","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_55a463a4-2ccd-4093-b907-35bfc34e3a8e"},{"id":"occ_da0d1cfc5e8fc1604615e8f2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_575b1bd2-be93-4e70-babd-c31825176cd2","section_id":"sec_4be1296f-b33e-4023-ad73-4a553062722e","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"モデルを国内クラウドで動かす。行政文書や法律、医療、製造業、防災、半導体、電力、通信のデータと接続する。評価し、監査し、失敗ログを残し、現場の改善へ戻す。そうすると、外国発のオープンウェイトであっても、少しずつ自国のAI能力へ変わっていく。","quote_start":0,"quote_end":120,"text_sha256":"6e8521286217d1e7eca0a768415be09bd8884a6681f8e6d13d3c87edc6bdc636","block_sha256":"6e8521286217d1e7eca0a768415be09bd8884a6681f8e6d13d3c87edc6bdc636","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_575b1bd2-be93-4e70-babd-c31825176cd2"},{"id":"occ_44359c2a0cc040d44a1e2b19","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_5b816057-56ac-4a70-b6e6-61ca405aa217","section_id":"sec_0ffa0e9a-5ad6-4bc9-88be-cbec7ff0345a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"つまり、**需要はあるが、供給・電力・施工・運用が追いつかず、計画の2〜4割が遅れる**という形が自然だと思います。","quote_start":0,"quote_end":58,"text_sha256":"a98d15cd4a359a8ae48dc70f2cea9d056235f24ef5b99f06aa0ae79be7b0b8ce","block_sha256":"a98d15cd4a359a8ae48dc70f2cea9d056235f24ef5b99f06aa0ae79be7b0b8ce","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_5b816057-56ac-4a70-b6e6-61ca405aa217"},{"id":"occ_2cb8e28fbb0562b50801f691","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_6adf485b-286f-4f1b-8f2b-ccfab3c63604","section_id":"sec_1a3c7ed6-0942-4f08-ba6c-52a6e0a02e56","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":197,"end":199,"exact":"電力","quote":"のではなく、遅延同期できる余地を作る。\n- 非米国・非中国の主権AI需要は、GPU、ASIC、HBM、光通信、電力、冷却への追加需要を作り得る。\n- 最大の制約は、短期ではHBMとCoWoS、中期では電力・変電・液冷・施工、長期では運用人材と評価基盤である。","quote_start":142,"quote_end":271,"text_sha256":"bb57825af9ab317e2ec9f683728c58579b1dc26943d4719ad2aa8f24dde5c3cf","block_sha256":"bb57825af9ab317e2ec9f683728c58579b1dc26943d4719ad2aa8f24dde5c3cf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_6adf485b-286f-4f1b-8f2b-ccfab3c63604"},{"id":"occ_beeb3741aeb9a750d3756417","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_7d139998-5f25-445d-8ed1-46f7f9b1946c","section_id":"sec_39893bbf-0dd3-4a2f-9695-4497069d4b11","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":87,"end":89,"exact":"電力","quote":"ラウドに載せたくなる\n  ↓\nGPU / ASIC / HBM / eSSD / 光通信需要が増える\n  ↓\n電力、冷却、CoWoS、運用人材が制約になる\n  ↓\n主権AIはモデル政策からインフラ政策へ変わる\n```","quote_start":32,"quote_end":140,"text_sha256":"5ee8bfedf12abe10c46e5c05e64b655692e29697602a54e39ed44c6e1b46398e","block_sha256":"5ee8bfedf12abe10c46e5c05e64b655692e29697602a54e39ed44c6e1b46398e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_7d139998-5f25-445d-8ed1-46f7f9b1946c"},{"id":"occ_da058a929601956b2deb3538","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_807a6482-34c0-42b3-b804-6781ebab390c","section_id":"sec_317cfc6b-89ab-45c8-89b8-930029775bde","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":115,"end":117,"exact":"電源","quote":"\n* 光通信：Broadcom、Marvell、Coherent、Lumentum、InP/SiPh関連\n* 電源：Delta、Vertiv、Schneider、Eaton、SiC/GaN、48V電源\n* 冷却：Vertiv、Modine、液冷CDU、チラー、ポンプ\n* 変電・電力：変圧器、開閉装置、送電網、蓄電","quote_start":60,"quote_end":217,"text_sha256":"eac02fedb6de2e440d779b75cc5631f370a36aa706bfa009bbfed5bd42485980","block_sha256":"eac02fedb6de2e440d779b75cc5631f370a36aa706bfa009bbfed5bd42485980","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_807a6482-34c0-42b3-b804-6781ebab390c"},{"id":"occ_3ebdc420a7f4da52022ec1a2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_875ff042-98aa-4ff3-a78a-bf36d658b333","section_id":"sec_3c76ddb2-839e-4c5d-a957-59fe18117af1","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"GPUは土であり、電力は水であり、評価は柵であり、産業データは地層である。そこで初めて、外から来た知能は、その国の森として根を張る。","quote_start":0,"quote_end":66,"text_sha256":"b94b7de777c336bee22af83819688e21d699b873686f44bbfa67b53dee2ce2d3","block_sha256":"b94b7de777c336bee22af83819688e21d699b873686f44bbfa67b53dee2ce2d3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_875ff042-98aa-4ff3-a78a-bf36d658b333"},{"id":"occ_af4b2b7ecfb334326c28ffd0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_876bf14a-b9d5-4656-8717-371e2e5254a1","section_id":"sec_0ffa0e9a-5ad6-4bc9-88be-cbec7ff0345a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"特に強気シナリオでは、半導体供給だけでなく、データセンター電力、液冷、ネットワーク、導入人材が詰まり、数字通りには立ち上がりにくいです。","quote_start":0,"quote_end":68,"text_sha256":"faf6f9ceed3c138ea19d3a32de81705c2268d2c51ae63b2d1fb30176347b0081","block_sha256":"faf6f9ceed3c138ea19d3a32de81705c2268d2c51ae63b2d1fb30176347b0081","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_876bf14a-b9d5-4656-8717-371e2e5254a1"},{"id":"occ_0ec76cf80f23ef17cee49625","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_a956f0ac-3f60-462f-8ddf-7c15a241ca74","section_id":"sec_1d4068ec-3624-4876-a806-21820b060b4d","layer":"body","character_id":null,"count":2,"matched_aliases":["給電","電力"],"evidence":{"text_basis":"markdown","start":145,"end":147,"exact":"電力","quote":"--- | --------- | ------------------------ |\n|   1 | **電力・送電・変電**      | 2026〜2030 | 最も硬い。半導体より立ち上げに時間がかかる    |\n|   2 | **HBM**           | 2026〜2028 | 2026供","quote_start":90,"quote_end":247,"text_sha256":"3ae8a6c887135a8fefa7252e6b790b5c23644c788b5ef594092cdb3b253aaacf","block_sha256":"3ae8a6c887135a8fefa7252e6b790b5c23644c788b5ef594092cdb3b253aaacf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_a956f0ac-3f60-462f-8ddf-7c15a241ca74"},{"id":"occ_859e75439faa58c810359d4f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_bde1ea42-2966-4d1c-a667-1fcf4a14e498","section_id":"sec_a3d4c8b6-f108-4f44-8fbc-20b35cfb7609","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":109,"end":111,"exact":"電力","quote":"-5.2は「自国で運用可能なAI基盤」になる。そこに日本語データ、行政文書、法律、製造業、医療、防災、半導体、電力、通信、サイバーセキュリティなどの国内データを接続すれば、単なる外国製AIではなく、自国の制度と産業に組み込まれたAI能力へ変わっていく。","quote_start":54,"quote_end":180,"text_sha256":"11c791739f6f961f940a40bc7bfb86dc0fe5f4e69280559b1873665ae41df60b","block_sha256":"11c791739f6f961f940a40bc7bfb86dc0fe5f4e69280559b1873665ae41df60b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_bde1ea42-2966-4d1c-a667-1fcf4a14e498"},{"id":"occ_1b804b109677ce7e3f02b3d5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_c12b57eb-8584-4917-81f9-93d119aaed81","section_id":"sec_d492132a-7854-4248-b6e6-4b6be6fbdb2d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"半導体側は2027〜2028年にある程度増産できますが、電力とデータセンターはもっと硬い制約になりやすいです。","quote_start":0,"quote_end":55,"text_sha256":"5bfd979fdf40eaba6d7925c7496273c783485e2e559ab1ecd6f18393c32b0e74","block_sha256":"5bfd979fdf40eaba6d7925c7496273c783485e2e559ab1ecd6f18393c32b0e74","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_c12b57eb-8584-4917-81f9-93d119aaed81"},{"id":"occ_2213a484186d3da88750025b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_c2edd732-a7b2-4b87-a7fc-f1924038bd44","section_id":"sec_a3d4c8b6-f108-4f44-8fbc-20b35cfb7609","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":67,"end":69,"exact":"電力","quote":"ずつコモディティ化していく。差別化の中心は、推論インフラ、データ、エージェント実行環境、セキュリティ、法制度、電力、冷却、ネットワーク、産業実装へ移る。","quote_start":12,"quote_end":88,"text_sha256":"8735107971bf08db33a80c091f4e10e5b827ae0792af0cf28889f4d4aeb4bd94","block_sha256":"8735107971bf08db33a80c091f4e10e5b827ae0792af0cf28889f4d4aeb4bd94","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_c2edd732-a7b2-4b87-a7fc-f1924038bd44"},{"id":"occ_ffd1c4803596f462ef756bbc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_c66af031-318e-4fe1-a09f-65ed7ea07379","section_id":"sec_1d4068ec-3624-4876-a806-21820b060b4d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"短期で価格を押し上げるのはHBMとCoWoS。\n中期で立ち上げを遅らせるのは電力・冷却・施工。\n長期で主権AIの実効性を左右するのは人材・運用・評価基盤です。","quote_start":0,"quote_end":79,"text_sha256":"eb1f3f06ce9b9a1043656b89df13e0eb8cba4fc6aa702f5c28486b0ad656b7a7","block_sha256":"eb1f3f06ce9b9a1043656b89df13e0eb8cba4fc6aa702f5c28486b0ad656b7a7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_c66af031-318e-4fe1-a09f-65ed7ea07379"},{"id":"occ_1cb70f3d647b55c21fdb2b32","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_e740ec7c-47c8-4c50-8d7e-935809d703e8","section_id":"sec_d492132a-7854-4248-b6e6-4b6be6fbdb2d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"IEAは、電力網リスクが解決されなければ、計画中データセンターの約20%が遅延リスクに晒されるとし、先進国で送電線建設に4〜8年、変圧器やケーブルなど重要部材の待ち時間が過去3年で倍増したと説明しています。([IE","quote_start":0,"quote_end":107,"text_sha256":"ea897275b42d84f2ba31a0f1609049d8ed81dd09dd62a7c7be14ac66bffe7918","block_sha256":"ea897275b42d84f2ba31a0f1609049d8ed81dd09dd62a7c7be14ac66bffe7918","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_e740ec7c-47c8-4c50-8d7e-935809d703e8"},{"id":"occ_f1a0e95b98a3fa65a64246c9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_ee4e1b95-d1ae-4d17-a420-ac3ed562b9bb","section_id":"sec_56dd1691-fff8-4093-a7e6-52ce4f4ec3ee","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":401,"end":403,"exact":"電源","quote":"niBand/Ethernetスイッチ、光モジュール、レーザー      |\n| サーバー    | ODM、電源、VRM、ラック、配線、CDU                    |\n| データセンター | 電力、変電所、送電線、土地、冷却、水、許認可                   |\n| 運用    ","quote_start":346,"quote_end":503,"text_sha256":"ca063e62e3df4075c7d8df2670646cf5b107cb4e87b77be7af1bf47eb1b70c4b","block_sha256":"ca063e62e3df4075c7d8df2670646cf5b107cb4e87b77be7af1bf47eb1b70c4b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_ee4e1b95-d1ae-4d17-a420-ac3ed562b9bb"},{"id":"occ_d35abb1bccc278930f2dbd62","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_efbcece7-8964-4366-b604-29814d220ffd","section_id":"sec_d492132a-7854-4248-b6e6-4b6be6fbdb2d","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"韓国の25万GPU級だけでも、実効的には**原発・大型火力1基級に近い電力インフラ**が必要になります。主要国合計で数百万GPU相当になると、半導体の前に「どこに数GW〜十数GWの安定電源と変電設備を置くのか」が問題になります。","quote_start":0,"quote_end":114,"text_sha256":"d9e3f7f4a95c4db0d9c33c90f6aa349a1d1725257f5b755621612b6efea0db7c","block_sha256":"d9e3f7f4a95c4db0d9c33c90f6aa349a1d1725257f5b755621612b6efea0db7c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_efbcece7-8964-4366-b604-29814d220ffd"},{"id":"occ_5f69185eb6b47540bdd60b0f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_92ff5158-6c34-4526-ab02-c8db8332951f","work_id":"wrk_ea89805e-b45e-4a9c-b22a-29b168da02ed","block_id":"blk_f4b7e96b-d670-4171-be9d-c1612e6fc5d4","section_id":"sec_39893bbf-0dd3-4a2f-9695-4497069d4b11","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":88,"end":90,"exact":"電力","quote":"ど、国内クラウドや政府クラウドで動かしたい需要が増える。主権AIの論点は、モデルの所有から、推論をどこで、どの電力で、どのデータと結び付けて回すかへ移る。","quote_start":33,"quote_end":110,"text_sha256":"33ac2b21f60f86bad4a769518d5ee446a0555b49b2482568d42e707ba9c0e330","block_sha256":"33ac2b21f60f86bad4a769518d5ee446a0555b49b2482568d42e707ba9c0e330","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_92ff5158-6c34-4526-ab02-c8db8332951f/#blk_f4b7e96b-d670-4171-be9d-c1612e6fc5d4"},{"id":"occ_cb7a63d7ec748866909b5a37","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9330c0a6-6c9f-45f7-a40e-ddd1678a57a2","work_id":"wrk_228fe0c3-5d85-464c-a552-3fc44644e181","block_id":"blk_2d94a0bb-79b8-4bc9-a6eb-31b8b429fff4","section_id":"sec_f2c8b48a-205c-4721-8364-b6ae4cfc7159","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"最大の帯域密度と低電力\n→ 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信号処理、配置、光源・変調、量産性の四軸を混同しない。\n- CPOは電力だけでなく、歩留まり、交換性、外部レーザー標準を見る。\n- 1.6T・3.2Tは発表値より実出荷、顧客認証、歩留まりを重視する。\n- 企業シェアは完成品、レーザー、SiPh、基板、実装で分ける。\n- 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InP＋SiPhが中長期の本命とされる理由は、単なる消費電力ではありません。","quote_start":0,"quote_end":41,"text_sha256":"c9c1ab8e09545d39788e04b9b2ba10d3498da433f67ec40df3abb25c5e1b84cc","block_sha256":"c9c1ab8e09545d39788e04b9b2ba10d3498da433f67ec40df3abb25c5e1b84cc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9330c0a6-6c9f-45f7-a40e-ddd1678a57a2/#blk_e7eb370f-aae5-4ba8-a8f5-924e96d0920f"},{"id":"occ_9269f66231273a0c1a15dfdd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8","work_id":"wrk_8f40984a-d96e-441d-8ace-83f20958435a","block_id":"blk_25e450fe-7c79-4224-82dc-a8e8deee3f76","section_id":"sec_22c99273-2a63-411c-8482-7f086a5881cd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電力","quote":"AI時代のハイパースケーラーは、GPU、HBM、DRAM、SSD、電力、冷却、データセンターを大量に買う。だから短期的には、半導体企業やメモリ企業に利益を吸われ、フリーキャッシュフローを圧迫される存在に見える。だが一方で、彼らは自社クラウドの需要を最も深く知っている。ど","quote_start":0,"quote_end":135,"text_sha256":"99a76423fd148eeaa28d692ec5baa7e44efdf7652fe3218a11ecd50b94bf4cb9","block_sha256":"99a76423fd148eeaa28d692ec5baa7e44efdf7652fe3218a11ecd50b94bf4cb9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8/#blk_25e450fe-7c79-4224-82dc-a8e8deee3f76"},{"id":"occ_2b669dbfea469b680cf9588d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8","work_id":"wrk_8f40984a-d96e-441d-8ace-83f20958435a","block_id":"blk_362e29a4-215c-4ef3-a836-b729e2a11117","section_id":"sec_34394180-70a1-45da-b880-2ab85f727970","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"AI時代のハイパースケーラーは、巨大な設備投資、半導体価格、電力制約、国家戦略、規制、価格競争に挟まれる。  \nその意味では苦しい。","quote_start":0,"quote_end":66,"text_sha256":"abbbfba5b43bcaca88f7d1c0d7ce1ce7f4c16000578607d8d9638b730e613169","block_sha256":"abbbfba5b43bcaca88f7d1c0d7ce1ce7f4c16000578607d8d9638b730e613169","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8/#blk_362e29a4-215c-4ef3-a836-b729e2a11117"},{"id":"occ_d3531182ecbf0cc32c7eaf31","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8","work_id":"wrk_8f40984a-d96e-441d-8ace-83f20958435a","block_id":"blk_47e92d8a-c8a0-471b-9236-07b2bac9bcdf","section_id":"sec_22c99273-2a63-411c-8482-7f086a5881cd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":99,"end":101,"exact":"電力","quote":"は自らも半導体的な利益構造を取り込みに行く。AI時代の彼らは、ソフトウェア企業でもあり、クラウド企業でもあり、電力消費企業でもあり、そしてチップ企業にもなっていく。","quote_start":44,"quote_end":126,"text_sha256":"a624c7f0d3e2fe2ceb0a6d8e7758545d4c081867c4fbe732b951bd5abfb053ab","block_sha256":"a624c7f0d3e2fe2ceb0a6d8e7758545d4c081867c4fbe732b951bd5abfb053ab","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8/#blk_47e92d8a-c8a0-471b-9236-07b2bac9bcdf"},{"id":"occ_ebba1c7393f93ea1dde7e912","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8","work_id":"wrk_8f40984a-d96e-441d-8ace-83f20958435a","block_id":"blk_89cbf880-c4a8-4542-9187-70c0ff25bc22","section_id":"sec_3cb8b316-07bb-4064-b876-6593587a34ac","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":94,"end":96,"exact":"電力","quote":"ペレーションが必要になる。  \nソフトウェアAI以上にCapExが重くなる。  \nそしてまた、半導体、メモリ、電力、センサー、製造装置側へ利益が流れる。","quote_start":39,"quote_end":115,"text_sha256":"f18f240d34e6cd52ebc33ec3d404e8ddeddc2876da523010c7aee8275a862146","block_sha256":"f18f240d34e6cd52ebc33ec3d404e8ddeddc2876da523010c7aee8275a862146","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8/#blk_89cbf880-c4a8-4542-9187-70c0ff25bc22"},{"id":"occ_2231804e3b3cc21e8253f846","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8","work_id":"wrk_8f40984a-d96e-441d-8ace-83f20958435a","block_id":"blk_8be4c5b3-ac54-4f77-874d-56f2bf122d5f","section_id":"sec_51afb81b-a7b6-4782-a1db-fdf76b49fc5e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":44,"end":46,"exact":"電力","quote":"第二段階は、AIインフラ相場だった。  \nGPU、HBM、DRAM、NAND、ASIC、電力、冷却、データセンター、光ネットワーク。AIを動かすための物理インフラが主役になった。","quote_start":0,"quote_end":89,"text_sha256":"2653532a7707f499b76337713cc696b1be7d145da6dfbfbc710412b88b17df82","block_sha256":"2653532a7707f499b76337713cc696b1be7d145da6dfbfbc710412b88b17df82","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8/#blk_8be4c5b3-ac54-4f77-874d-56f2bf122d5f"},{"id":"occ_2401532455634487968b7a47","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8","work_id":"wrk_8f40984a-d96e-441d-8ace-83f20958435a","block_id":"blk_936a221f-8b89-483d-b670-61f1a3b15070","section_id":"sec_195f2186-f474-4494-b6a9-3632a094a037","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電力","quote":"れない。  \nしかし、利益率は昔のように美しくはないだろう。  \n設備投資が見栄えを悪くする。  \n減価償却、電力コスト、半導体価格、規制、政府介入が重くのしかかる。","quote_start":9,"quote_end":92,"text_sha256":"26af94dad30c00d71015141317ba64fab77bc8709e3a97b5c47cecb06420cb40","block_sha256":"26af94dad30c00d71015141317ba64fab77bc8709e3a97b5c47cecb06420cb40","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8/#blk_936a221f-8b89-483d-b670-61f1a3b15070"},{"id":"occ_11b535ce8eb8cdd38d9615a8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8","work_id":"wrk_8f40984a-d96e-441d-8ace-83f20958435a","block_id":"blk_a98ad28e-95f9-4a3e-8730-05710bb19590","section_id":"sec_b3000ffa-b1f5-464d-bcc4-6067910395bc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電力","quote":"は、半導体企業にとって追い風だ。  \nメモリ、GPU、ASIC、先端パッケージング、製造装置、データセンター、電力インフラには国家予算が流れる。","quote_start":4,"quote_end":76,"text_sha256":"0337635efc0e493a6fef9bb947356cae739c509bc4fd3e3f00a65d901fa21dd3","block_sha256":"0337635efc0e493a6fef9bb947356cae739c509bc4fd3e3f00a65d901fa21dd3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8/#blk_a98ad28e-95f9-4a3e-8730-05710bb19590"},{"id":"occ_e46004de1d6b96845d0c5fd8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8","work_id":"wrk_8f40984a-d96e-441d-8ace-83f20958435a","block_id":"blk_e78ff75f-5a49-44ba-a2b6-598fe78dbbc9","section_id":"sec_195f2186-f474-4494-b6a9-3632a094a037","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"データセンターを作る。  \n電力を確保する。  \n冷却設備を用意する。  \nGPUを買う。  \nHBMを買う。  \n光ネットワークを敷く。  \nASICを設計する。  \n政府向け閉域クラウドを運用する。  \n主権AIリージョンを作る","quote_start":0,"quote_end":116,"text_sha256":"99be77a4767b20e16439fea70b062df423b2feb4110627ad070faf210825c2a0","block_sha256":"99be77a4767b20e16439fea70b062df423b2feb4110627ad070faf210825c2a0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9369ec68-2723-4ee0-81f8-c835d3d59ac8/#blk_e78ff75f-5a49-44ba-a2b6-598fe78dbbc9"},{"id":"occ_f805082cd4eed48b8ead3fb8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_1635bad8-6595-4629-8b2a-1e0d1fa9e708","section_id":"sec_8cc1538e-9ba8-4789-b55a-a22a135575a3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":79,"end":81,"exact":"電力","quote":"、必要な部材も最も多いです。GPU、HBM、CoWoS、NVSwitch、NIC、DPU、光接続、液冷ラック、電力まで絡むため、どこか一つが詰まるとラック全体の出荷に影響します。","quote_start":24,"quote_end":113,"text_sha256":"95c667b1e9e0dccaeb59642c33516129e39710c7281bfc2e2cff0f612868bc8e","block_sha256":"95c667b1e9e0dccaeb59642c33516129e39710c7281bfc2e2cff0f612868bc8e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_1635bad8-6595-4629-8b2a-1e0d1fa9e708"},{"id":"occ_d6180c35a49358821d4125fc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_18efae9a-5110-437e-8707-8b892a2f67f2","section_id":"sec_8341241b-9453-43ba-9bc6-76653c3a7186","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"```\nNVIDIA GPUとの密結合\n電力効率・コア密度でAMD/Armに押される場面\nクラウド内製CPUとのTCO競争\n```","quote_start":0,"quote_end":65,"text_sha256":"780132906509e1c35b26e599e23901544de7c7c92058a44d7b94111786321464","block_sha256":"780132906509e1c35b26e599e23901544de7c7c92058a44d7b94111786321464","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_18efae9a-5110-437e-8707-8b892a2f67f2"},{"id":"occ_644e1a1355a166275f9b7fe8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_1bda8599-462c-486c-a154-878575ec19ed","section_id":"sec_5480626e-0780-45c7-ac94-615bcade6ae1","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":4,"end":8,"exact":"消費電力","quote":"## 低消費電力AI推論からデータセンターへ","quote_start":0,"quote_end":22,"text_sha256":"2e382e9550871d2665b62e10dbaf766e626ae98ada5608756a214872d6dc16c2","block_sha256":"2e382e9550871d2665b62e10dbaf766e626ae98ada5608756a214872d6dc16c2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_1bda8599-462c-486c-a154-878575ec19ed"},{"id":"occ_e5d1312c40bb7967e67b9941","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_2d6ec36a-da38-4042-a1b6-93a6f0906180","section_id":"sec_5480626e-0780-45c7-ac94-615bcade6ae1","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"Qualcommの強みは、スマホSoCで鍛えた**低電力・異種演算・NPU統合**です。  \n将来的にOryon CPU、Hexagon 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 \nこれはスマホ的な省電力メモリ技術を、データセンターCPUへ持ち込んだ形です。","quote_start":20,"quote_end":104,"text_sha256":"68bdf1f9edc1afcafd5e7a79bae43679271074caa4512c45bc5d1522741d8864","block_sha256":"68bdf1f9edc1afcafd5e7a79bae43679271074caa4512c45bc5d1522741d8864","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_3a8e499b-62db-4869-a073-718b4faf1f4c"},{"id":"occ_dc6c48434c3779d8a10ed7f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_47facbee-7b97-4f47-beaa-bc165fb146a6","section_id":"sec_9374547f-f098-42cb-9e7b-85fe7e9749e4","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":248,"end":250,"exact":"電力","quote":"業インフラの保守本流CPU\n\nKunpeng\n  = 中国主権AI基盤のCPU\n\nQualcomm\n  = 低電力AI推論・将来AIDC CPU候補\n```","quote_start":193,"quote_end":271,"text_sha256":"7366246fe51070abfc790d3f2547b52779661a5968db2a4b7752f6645a9550a9","block_sha256":"7366246fe51070abfc790d3f2547b52779661a5968db2a4b7752f6645a9550a9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_47facbee-7b97-4f47-beaa-bc165fb146a6"},{"id":"occ_e0f550911627ea3fe9e0c687","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_6dc7b0da-9b6c-4a86-93aa-fad285654f2e","section_id":"sec_a932bbdb-5dfe-4d72-8505-edbe95be1e34","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":110,"end":112,"exact":"電源","quote":"PCIe Gen6 / CXL 3.0対応基板\n・サーバーODMによる1U/ラックシステム\n・空冷または液冷の電源・冷却設計\n```","quote_start":55,"quote_end":121,"text_sha256":"3b2cd0499693a092cc9a8333b3d7b35bd45245ccdd2d8089893ea570887f0a0f","block_sha256":"3b2cd0499693a092cc9a8333b3d7b35bd45245ccdd2d8089893ea570887f0a0f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_6dc7b0da-9b6c-4a86-93aa-fad285654f2e"},{"id":"occ_8d0c05a9cbc959bcf02294a8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_6e15a9b7-fca3-4eb8-a8b9-9be8b4ed32ae","section_id":"sec_3b5832dc-a184-46de-a409-c3c2ed0c6afe","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":95,"end":97,"exact":"電力","quote":"AMDはVeranoについて、LPDDRなどの先進メモリ技術を採用し、agentic AIで増えるメモリ需要と電力制約に対応すると説明しています。([AMD](https://www.amd.com/en/newsroom/press-releases/2026-5-20-amd-announces-produc","quote_start":40,"quote_end":197,"text_sha256":"023feac1bb45ad186a5001ac5f2424b6c254479e3a6a56790face5c008203498","block_sha256":"023feac1bb45ad186a5001ac5f2424b6c254479e3a6a56790face5c008203498","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_6e15a9b7-fca3-4eb8-a8b9-9be8b4ed32ae"},{"id":"occ_d81be89c6fb321dd658ba969","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_86dca3fa-2e30-4774-b2dc-37f084255342","section_id":"sec_4d53ceec-4948-4e97-bc81-cbcb507d7d8d","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電力","quote":"enice / Veranoも設計資源をAI向けに振っているという点です。CPU設計では、限られたチップ面積、電力、メモリ帯域、I/O帯域、パッケージ配線を、どの処理に割り当てるかを決める必要があります。Veniceでは、高コア数、高メモリ帯域、CPU-GPU帯域、PCIe/CXL系I/Oが重視されます。Vera","quote_start":10,"quote_end":167,"text_sha256":"deb6211e99c016ec732f3e73ff4643a0b58bb957493aef4834f854f1687f8fa1","block_sha256":"deb6211e99c016ec732f3e73ff4643a0b58bb957493aef4834f854f1687f8fa1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_86dca3fa-2e30-4774-b2dc-37f084255342"},{"id":"occ_9a00489eb518ba37f48bff6b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_9959062f-1614-4155-8579-46d6e0cd839d","section_id":"sec_9af95fb3-8aa0-4929-9174-d043cad8e302","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":222,"end":224,"exact":"電力","quote":"\n\nNVIDIA Vera / Rubin\n  = 供給確保力は最強\n  = ただしHBM、CoWoS、液冷、電力まで絡むため最も重い\n```","quote_start":167,"quote_end":238,"text_sha256":"89d698a28bd4afd29ea13f7b842a4bd500a095e7533386d15bb79cf53640fd1d","block_sha256":"89d698a28bd4afd29ea13f7b842a4bd500a095e7533386d15bb79cf53640fd1d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_9959062f-1614-4155-8579-46d6e0cd839d"},{"id":"occ_805622cdf7a8f17e60fba5f2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_a7fcac5e-5edd-4c55-82f7-e61acd3739ae","section_id":"sec_71cadbe3-9c3b-4662-a80c-ee600da87d0e","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":66,"end":68,"exact":"電力","quote":"まり\n・先端量産の安定性\n・外部顧客の信頼獲得\n・Foverosなど先端実装の量産性\n・TSMCに対する性能/電力/コスト競争\n```","quote_start":11,"quote_end":78,"text_sha256":"1ed8fb88e83fd0812198ffc590ecab0f0466acf296e8299fd4a41acbce25d0f9","block_sha256":"1ed8fb88e83fd0812198ffc590ecab0f0466acf296e8299fd4a41acbce25d0f9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_a7fcac5e-5edd-4c55-82f7-e61acd3739ae"},{"id":"occ_d9e45d7369fb7f76318ef981","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_a94f263a-5127-41d1-beef-4a59982c8074","section_id":"sec_8f1180e1-ed60-43bc-9e28-8047d48b9ec4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電力","quote":"Axionは「CPUを売る製品」ではなく、**Google 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N3/N2へアクセスできない\n・SMIC/Hua HongのDUV多重露光に依存\n・歩留まり、電力効率、コストが不利\n・HBM、先端パッケージ、EDA、検査装置にも制約\n```","quote_start":14,"quote_end":110,"text_sha256":"4d199296d994e995885f7de03e5497544d3520ea8f8342e864cd7904b02a663f","block_sha256":"4d199296d994e995885f7de03e5497544d3520ea8f8342e864cd7904b02a663f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_c8a8447a-4b3b-4770-b9de-51570b700947"},{"id":"occ_17458d848191daf7e2fe863b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_d356b7a7-a86c-42bc-ad75-1ae3fa453ab7","section_id":"sec_86d7bb2e-0c83-40ee-bba4-4a5db8633469","layer":"code","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":218,"end":220,"exact":"電源","quote":"品\n  PCIe/CXL、SerDes、NIC、DPU、光トランシーバー\n\nラック組立能力\n  ODM、液冷、電源、配線、検査、バーンイン\n\nデータセンター側制約\n  電力、冷却、水、土地、変電設備\n```","quote_start":163,"quote_end":266,"text_sha256":"8967db1fd9f4f8e1571382e915af10aa02e2aa433385ef4d2e60effaa36eb90a","block_sha256":"8967db1fd9f4f8e1571382e915af10aa02e2aa433385ef4d2e60effaa36eb90a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_d356b7a7-a86c-42bc-ad75-1ae3fa453ab7"},{"id":"occ_64f6a405e3eb56d48f900308","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_d8ea0448-228e-4880-ab1f-f7c1cfd2a5aa","section_id":"sec_1ef634cf-4410-4abd-b4ca-216341261154","layer":"code","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"```\n低電力推論\nエッジ/ラック推論\n固定ワークロードASIC\n電力効率重視\n```","quote_start":0,"quote_end":43,"text_sha256":"8131d8661f06cb1fcea38b8ff58ac43d0230b1057a2f6d0f8a748543cd12f0bc","block_sha256":"8131d8661f06cb1fcea38b8ff58ac43d0230b1057a2f6d0f8a748543cd12f0bc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_d8ea0448-228e-4880-ab1f-f7c1cfd2a5aa"},{"id":"occ_9dcb821df65f0eb1dba375ab","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_df79287c-7d5e-4712-847e-99570146c8ed","section_id":"sec_9fe50131-e42b-4f64-8f05-8ae596cbb73e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":160,"end":162,"exact":"電力","quote":"ODM、ネットワーク部材を長期で押さえる力があります。一方、Vera RubinはHBM4やCoWoS、液冷、電力まで絡むため、供給網は最も重く複雑です。","quote_start":105,"quote_end":182,"text_sha256":"90b1c7910b9fe709769c99735984a9b6efb65d07f62c5a78f9ecc474d66a7052","block_sha256":"90b1c7910b9fe709769c99735984a9b6efb65d07f62c5a78f9ecc474d66a7052","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_df79287c-7d5e-4712-847e-99570146c8ed"},{"id":"occ_f337d97859f38802e268f10a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4","work_id":"wrk_95f3adb2-9ef8-4c60-8a3b-5ded0268dac4","block_id":"blk_f1b672ea-c929-4205-b508-a7afc6415c79","section_id":"sec_825ab08a-31b4-4c4b-a94c-422b8d7a5fbb","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":73,"end":75,"exact":"電力","quote":"er / Grace Blackwell\nNVIDIA GPUのホストCPU\n高メモリ帯域が必要なCPU処理\n電力効率重視のArmサーバー\n```","quote_start":18,"quote_end":91,"text_sha256":"7c5de6d9801bb52d1dafad3eff274ddf963e7d8ca7d636482dd4768a90cf81f6","block_sha256":"7c5de6d9801bb52d1dafad3eff274ddf963e7d8ca7d636482dd4768a90cf81f6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_93e994ee-fc71-4a2c-868a-e0b16e4b39b4/#blk_f1b672ea-c929-4205-b508-a7afc6415c79"},{"id":"occ_c9351ef1d0ff17dbeaa2ee40","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb","work_id":"wrk_43737b34-e6d4-44d7-b140-1cd6aacb15fb","block_id":"blk_27f3993d-39e0-45e6-82ff-91b20a74ed56","section_id":"sec_dfe2e477-cca6-403e-bbbc-2afd8cd90f0e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"- データセンター建設\n- 変電所・電力設備\n- Trainium・NVIDIA GPU\n- CPU\n- HBM・DRAM\n- SSD・HDD\n- ネットワーク機器\n- 冷却設備","quote_start":0,"quote_end":89,"text_sha256":"f1396e6cac25186bed20dabc49dc0ffd5708171a983b49473c548ecb12b178fa","block_sha256":"f1396e6cac25186bed20dabc49dc0ffd5708171a983b49473c548ecb12b178fa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb/#blk_27f3993d-39e0-45e6-82ff-91b20a74ed56"},{"id":"occ_74bc1b76bd4338142fb7b3f2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb","work_id":"wrk_43737b34-e6d4-44d7-b140-1cd6aacb15fb","block_id":"blk_a99b577c-62cd-4d08-8781-2a9db3cce4e8","section_id":"sec_7425e4eb-ffe0-4c7b-ba87-b472aef25b0d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"CFOの説明によれば、Q2営業利益には関税還付約6億ドルと、電力契約の公正価値再評価益約6億ドルが含まれる。","quote_start":0,"quote_end":54,"text_sha256":"380dd69cb80df2f10a373015f31815fd31bdc4c05e6a263e469f5784244ddbbb","block_sha256":"380dd69cb80df2f10a373015f31815fd31bdc4c05e6a263e469f5784244ddbbb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb/#blk_a99b577c-62cd-4d08-8781-2a9db3cce4e8"},{"id":"occ_169fef672cd0361229276df8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb","work_id":"wrk_43737b34-e6d4-44d7-b140-1cd6aacb15fb","block_id":"blk_c274fba8-c377-40a0-ab70-6ac1c2a6460f","section_id":"sec_688d1e31-b691-40e8-8850-e63bd5f8dfea","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"AIモデルの価格低下が想定より速い、設備の陳腐化が進む、大口顧客が契約を縮小する、電力やメモリ価格がさらに上がるといった事態が起きれば、投資回収期間は長期化する。","quote_start":0,"quote_end":81,"text_sha256":"2b11470f9084e69a805280386129b844ff9bd4c2ed801da562825351208c87c3","block_sha256":"2b11470f9084e69a805280386129b844ff9bd4c2ed801da562825351208c87c3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb/#blk_c274fba8-c377-40a0-ab70-6ac1c2a6460f"},{"id":"occ_00f9eb4c57a248ddacc5e16f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb","work_id":"wrk_43737b34-e6d4-44d7-b140-1cd6aacb15fb","block_id":"blk_d84187b0-a67d-4807-8d3d-c2050c5180bc","section_id":"sec_b4b6c639-b44c-4b47-8bb0-66b7ff06a938","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電力","quote":"AI売上比率が増えるなかでも35～40％前後を維持できるか。メモリ、電力、減価償却の上昇を独自チップと稼働率改善で吸収できるかが重要になる。","quote_start":0,"quote_end":70,"text_sha256":"eee2822cb68886c03e8794db821c2fa2a608f6821c32119d82c034911ac60029","block_sha256":"eee2822cb68886c03e8794db821c2fa2a608f6821c32119d82c034911ac60029","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb/#blk_d84187b0-a67d-4807-8d3d-c2050c5180bc"},{"id":"occ_7f59249019aee75b2d294d1d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb","work_id":"wrk_43737b34-e6d4-44d7-b140-1cd6aacb15fb","block_id":"blk_e25a857f-f23a-4eb5-9d48-7cf5128feb98","section_id":"sec_e842488b-fac3-42fe-9d6e-f027b831f80b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"CFOの説明では、AWS営業利益には電力契約の評価益約6億ドルが含まれている。これを除外した筆者試算の営業利益率は約37.9％となる。","quote_start":0,"quote_end":67,"text_sha256":"de63f402b7bb89c2468b926cdf0e522cfa5928bd3bfb2ebee8de3657651b1d7f","block_sha256":"de63f402b7bb89c2468b926cdf0e522cfa5928bd3bfb2ebee8de3657651b1d7f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_94f3d3d6-6b52-4f98-89a0-318fe428f5cb/#blk_e25a857f-f23a-4eb5-9d48-7cf5128feb98"},{"id":"occ_dc3cca5dfd78766d0003c038","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_1fa28b56-6efc-4c63-88a7-fe0afea64f7d","section_id":"sec_95a36c2e-ffd9-4876-bc5b-fe9ecc1b21cd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":43,"end":45,"exact":"電力","quote":"この意味で、AI独自通貨とは、必ずしも暗号通貨のようなものではない。  \n本質的には、電力、半導体、メモリ、時間を束ねた計算資源の会計単位である。","quote_start":0,"quote_end":73,"text_sha256":"a98a8ab299e01cc0feb2468ba0c422c4963bb0ca8c814331938a6c5aa0763115","block_sha256":"a98a8ab299e01cc0feb2468ba0c422c4963bb0ca8c814331938a6c5aa0763115","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_1fa28b56-6efc-4c63-88a7-fe0afea64f7d"},{"id":"occ_79c9edc3c4be426dc2cb391f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_4742993c-630b-414b-a0e2-73d6525409ae","section_id":"sec_c9a529c7-7d4d-44ee-bb08-1302eee643e9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":55,"end":57,"exact":"電力","quote":"ここで初めて、AIインフラは消費者向けサービスの裏側ではなく、機械知能のための産業基盤になる。メモリ、GPU、電力、データセンター、光通信、ストレージ、冷却、ロボット、実験設備は、AIがAIを動かすための基礎資本になる。","quote_start":0,"quote_end":110,"text_sha256":"9fd6b81e368dfadcd9c70a540a4a9b14a7bfd6ff37d8753fdd50a338ca82a223","block_sha256":"9fd6b81e368dfadcd9c70a540a4a9b14a7bfd6ff37d8753fdd50a338ca82a223","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_4742993c-630b-414b-a0e2-73d6525409ae"},{"id":"occ_fb0c207f5d09b16fd354c22a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_5a2c72cb-06c6-48a5-bb93-588dcc2662c5","section_id":"sec_02dd435f-5272-4912-a698-61ab4e65dbdd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"AIがいくら未来を語っても、データセンターの減価償却は止まらない。  \n電力費は発生する。  \nGPUは陳腐化する。  \nHBMは世代交代する。  \nメモリ工場は稼働率を必要とする。  \nクラウド企業はフリーキャッシュフローを問われる。  \nメモリ企業は在庫とASPを問われる","quote_start":0,"quote_end":138,"text_sha256":"9f834cad1a5e3e94e54ec9539c60f3890c2756730dae45cc4be57cfe4caeb667","block_sha256":"9f834cad1a5e3e94e54ec9539c60f3890c2756730dae45cc4be57cfe4caeb667","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_5a2c72cb-06c6-48a5-bb93-588dcc2662c5"},{"id":"occ_efee695ada2f9b126700d4e0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_5b92d304-d456-4332-959a-25b914fd95f1","section_id":"sec_95a36c2e-ffd9-4876-bc5b-fe9ecc1b21cd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電力","quote":"ると、AI国家構想という言葉も、単なるSFではなくなる。  \nそれは国旗や領土を持つ国家というより、計算資源、電力、データセンター、研究施設、資本市場を束ねた「計算領土」である。","quote_start":5,"quote_end":94,"text_sha256":"bb3456c752ccdc9387eefbbaf8a1a68de774b1d4d1841a8d788083a41d2a1619","block_sha256":"bb3456c752ccdc9387eefbbaf8a1a68de774b1d4d1841a8d788083a41d2a1619","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_5b92d304-d456-4332-959a-25b914fd95f1"},{"id":"occ_4bb9a8f758911dae49d628f1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_8182079c-1e9e-42c3-a6c9-7fb30cb680cf","section_id":"sec_95a36c2e-ffd9-4876-bc5b-fe9ecc1b21cd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"それは円やドルとは別の形を取るかもしれない。GPU時間、推論トークン、学習計算量、電力使用権、データセンター容量、HBM帯域、ストレージ容量、ロボット稼働時間、実験設備利用枠。こうしたものが、AI同士、企業同士、研究機関同士で取引される。","quote_start":0,"quote_end":119,"text_sha256":"41847910b7744d72dc0be9e152f23c630f6ed0175a49bf2257163e67cfe54b44","block_sha256":"41847910b7744d72dc0be9e152f23c630f6ed0175a49bf2257163e67cfe54b44","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_8182079c-1e9e-42c3-a6c9-7fb30cb680cf"},{"id":"occ_05e43accd804d6740c62175e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_8a475e79-0845-43fb-bcc5-17ae3d8bb64d","section_id":"sec_c9a529c7-7d4d-44ee-bb08-1302eee643e9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":140,"end":142,"exact":"電力","quote":"改善する。  \n別のAIが半導体設計や材料探索を行う。  \n別のAIがロボット実験を管理する。  \n別のAIが電力、冷却、メモリ、GPU配分を最適化する。","quote_start":85,"quote_end":162,"text_sha256":"cd186fb52de52bbaad3e11b8236524ec59646f3aeca678ea101cd871227b8f44","block_sha256":"cd186fb52de52bbaad3e11b8236524ec59646f3aeca678ea101cd871227b8f44","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_8a475e79-0845-43fb-bcc5-17ae3d8bb64d"},{"id":"occ_0fc73c56297e03161dcbdc33","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_a378b7da-5c37-4cc8-81bf-8de1c9c8830c","section_id":"sec_95a36c2e-ffd9-4876-bc5b-fe9ecc1b21cd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"計算文明圏における本当の通貨は、  \n電力 × 半導体 × メモリ × 時間  \nである。","quote_start":0,"quote_end":45,"text_sha256":"5e51230919bc3520de87772c50b60759fb291c7450af5176b4d5081b9617974e","block_sha256":"5e51230919bc3520de87772c50b60759fb291c7450af5176b4d5081b9617974e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_a378b7da-5c37-4cc8-81bf-8de1c9c8830c"},{"id":"occ_083a3e54677d76b878024398","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_a5b6c475-79b7-4f0b-8c80-01f95fbaccd4","section_id":"sec_06af27ec-4b83-4660-932c-f6e5a9863113","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":44,"end":46,"exact":"電力","quote":"AIは、増え続ける設備投資を回収できるほど稼げるのか。  \nAIは、上がり続けるメモリ、電力、データセンター、半導体コストを正当化できるのか。  \nAIは、既存需要のAI化を超えて、まったく新しい需要を生み続けられるのか。","quote_start":0,"quote_end":111,"text_sha256":"4e4800fb5c87a3519a0e990fb407fee3c4dcfa3c5fd6efc89334bc76a461dc1e","block_sha256":"4e4800fb5c87a3519a0e990fb407fee3c4dcfa3c5fd6efc89334bc76a461dc1e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_a5b6c475-79b7-4f0b-8c80-01f95fbaccd4"},{"id":"occ_cf5ea08370fa310b5ec61068","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_d8d60255-d886-4931-82c2-92aeb73e3f02","section_id":"sec_b47f9e5e-e760-484c-ba25-c56a12ff9d70","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":85,"end":87,"exact":"電力","quote":"サブスクも従量課金も増える。  \n推論需要も増える。  \nHBM、DRAM、NAND、eSSD、ネットワーク、電力、冷却への需要も続くだろう。","quote_start":30,"quote_end":101,"text_sha256":"7741aa9307e1c5c487fb24e1620608354ac10c3f5636f47ad81d9007350599bf","block_sha256":"7741aa9307e1c5c487fb24e1620608354ac10c3f5636f47ad81d9007350599bf","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_d8d60255-d886-4931-82c2-92aeb73e3f02"},{"id":"occ_0ed30ef4585f6c21e04412c0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_977092a4-68df-47ac-8de2-4e66567c8a95","work_id":"wrk_27b36bee-da31-4942-a5ea-33f6f77ddee3","block_id":"blk_e3155799-a9d3-447a-96d9-3187eb09ed32","section_id":"sec_95a36c2e-ffd9-4876-bc5b-fe9ecc1b21cd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":88,"end":90,"exact":"電力","quote":"全、文化、人間関係によって測られる。  \n一方で、計算文明圏では、価値は計算量、推論量、学習能力、メモリ帯域、電力、実験回数、ロボット稼働時間、研究開発速度によって測られる。","quote_start":33,"quote_end":120,"text_sha256":"6ceb9bdbc12b112d6944e386446fbe53025a4351916ec822cc5280687c1077ee","block_sha256":"6ceb9bdbc12b112d6944e386446fbe53025a4351916ec822cc5280687c1077ee","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_977092a4-68df-47ac-8de2-4e66567c8a95/#blk_e3155799-a9d3-447a-96d9-3187eb09ed32"},{"id":"occ_a25d4b15cd2c16fb3b65493a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d","work_id":"wrk_f4b2ba6d-bd7a-4377-ba28-11230cbeac16","block_id":"blk_4a1d2908-e0ed-4aca-86b0-5f50b59bb078","section_id":"sec_8d7fe225-a4c2-4d7a-b5ed-b19d7ddac228","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"通信距離やbandwidthが大きくなれば、電気I/Oの電力が無視できなくなる。","quote_start":0,"quote_end":40,"text_sha256":"c8645b109b5e311d8f1b0b3d49e4ed4cdea9fda19cc5ee28f4f6429b7d45ffe8","block_sha256":"c8645b109b5e311d8f1b0b3d49e4ed4cdea9fda19cc5ee28f4f6429b7d45ffe8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d/#blk_4a1d2908-e0ed-4aca-86b0-5f50b59bb078"},{"id":"occ_a2e5de8b6ea0718d4bc74247","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d","work_id":"wrk_f4b2ba6d-bd7a-4377-ba28-11230cbeac16","block_id":"blk_5d8a7e6c-bba8-456b-883b-e02097904466","section_id":"sec_8e98cc88-9573-4736-9c2d-139bfe1ee1c0","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電源","quote":"CFETだけを量産しても、電源と配線が詰まれば面積効率は性能に変わりません。次の微細化は装置工程の連鎖を同時に立ち上げる総力戦です。","quote_start":0,"quote_end":66,"text_sha256":"bde918d02f16c6c4e059bbf681f83b2b1bb5d6a8101b0dc997bb3c78c95585b1","block_sha256":"bde918d02f16c6c4e059bbf681f83b2b1bb5d6a8101b0dc997bb3c78c95585b1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d/#blk_5d8a7e6c-bba8-456b-883b-e02097904466"},{"id":"occ_f4b86d72937e2855a82d3273","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d","work_id":"wrk_f4b2ba6d-bd7a-4377-ba28-11230cbeac16","block_id":"blk_7135a08a-7bfd-426e-ab75-ee3d0e0f5175","section_id":"sec_4e22399a-2b29-4a35-bb65-65b26666db5d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電源","quote":"上下に積んだトランジスタへ、どうやって電源や信号を送るのか。","quote_start":0,"quote_end":30,"text_sha256":"a3ad3d1bf4b4c6a4e96e7a8d6f491e559f187ca37924bdab83649eb4e0ad9980","block_sha256":"a3ad3d1bf4b4c6a4e96e7a8d6f491e559f187ca37924bdab83649eb4e0ad9980","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d/#blk_7135a08a-7bfd-426e-ab75-ee3d0e0f5175"},{"id":"occ_ed30765f96459b175a4b991f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d","work_id":"wrk_f4b2ba6d-bd7a-4377-ba28-11230cbeac16","block_id":"blk_868b98d6-d8f5-4a08-bd26-0f99267b1412","section_id":"sec_492c283d-bb95-44fc-99ff-70ddfdc1f78d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":39,"end":41,"exact":"電源","quote":"CFETの成否は単一トランジスタの実証では決まらない。上下FETへの接続、熱、電源、配線、検査、歩留まりを量産フローとして閉じられるかが本当の判定条件である。","quote_start":0,"quote_end":79,"text_sha256":"44982f5cae4f4bed70567aaa31e15b6eb626142347f4318ddb39f861a98cac13","block_sha256":"44982f5cae4f4bed70567aaa31e15b6eb626142347f4318ddb39f861a98cac13","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d/#blk_868b98d6-d8f5-4a08-bd26-0f99267b1412"},{"id":"occ_eaf1efeae6839d83944b53e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d","work_id":"wrk_f4b2ba6d-bd7a-4377-ba28-11230cbeac16","block_id":"blk_90d0745d-c416-42fa-a55c-c646ee59ad92","section_id":"sec_4e22399a-2b29-4a35-bb65-65b26666db5d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電源","quote":"CFETでロジックを高密度化すると電源と配線が問題になり、Backside Powerが必要になる。配線をさらに細くするとCuでは抵抗が問題になり、RuやMoが必要になる。横方向の微細パターンにはHigh-NA EUVが必要になる。ロジッ","quote_start":0,"quote_end":119,"text_sha256":"bf2c74ea1868463312f4bfb982789fa5321b0b6aaeeb797cf893eb8ac9812be2","block_sha256":"bf2c74ea1868463312f4bfb982789fa5321b0b6aaeeb797cf893eb8ac9812be2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d/#blk_90d0745d-c416-42fa-a55c-c646ee59ad92"},{"id":"occ_3fc88918d8785820079e7dad","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d","work_id":"wrk_f4b2ba6d-bd7a-4377-ba28-11230cbeac16","block_id":"blk_9d8ff514-f734-4ec7-a420-3057bdfffd9d","section_id":"sec_dce08f9f-1b66-4fcc-84ba-2a902be9fb19","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電源","quote":"## 9．Backside Power――電源を裏側へ追い出す","quote_start":0,"quote_end":31,"text_sha256":"ff87ab83f751fa9cb698d72e881e9f93c7fed6274a41ace7ff2d875fcfb16584","block_sha256":"ff87ab83f751fa9cb698d72e881e9f93c7fed6274a41ace7ff2d875fcfb16584","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d/#blk_9d8ff514-f734-4ec7-a420-3057bdfffd9d"},{"id":"occ_bd75a71406a117052ac9ecc9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d","work_id":"wrk_f4b2ba6d-bd7a-4377-ba28-11230cbeac16","block_id":"blk_a1782dac-01a3-463f-8d8f-63073459c061","section_id":"sec_5c599dcc-7e5a-4779-a50b-6019e4ed66a1","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"トランジスタ、電源、配線、SRAM、HBM、光、基板を、三次元空間のどこへ配置すれば最も高性能な計算機になるのか。","quote_start":0,"quote_end":57,"text_sha256":"0b229d60f6eb7c1f4c638c44f0f1bde65aab1e8ec8c6cb86b20b2f411e7f18e3","block_sha256":"0b229d60f6eb7c1f4c638c44f0f1bde65aab1e8ec8c6cb86b20b2f411e7f18e3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d/#blk_a1782dac-01a3-463f-8d8f-63073459c061"},{"id":"occ_9bb1fb5b1774b2f23e09baf3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9832039f-aefc-4f9c-a4d2-d9fc943e8b1d","work_id":"wrk_f4b2ba6d-bd7a-4377-ba28-11230cbeac16","block_id":"blk_be7878c0-5a7c-4a3e-acf5-55e14c859faa","section_id":"sec_492c283d-bb95-44fc-99ff-70ddfdc1f78d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":139,"end":141,"exact":"電源","quote":"を揃える |\n| Interconnect | Backside Power、Ru/Mo、High-NA | 電源・配線密度を追随させる |\n| System | 3D SRAM、HBM、Optical I/O、Glass Core | 増えたLogicを待たせず外へつなぐ 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|","quote_start":71,"quote_end":203,"text_sha256":"65b2108236fbd12cdc5995db1c991eba2890589e086dc05cb07dc0a1324546f2","block_sha256":"65b2108236fbd12cdc5995db1c991eba2890589e086dc05cb07dc0a1324546f2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9a79fb7c-7189-4703-9970-53ae7a5a375d/#blk_5b96dfd2-ed44-4f42-9c70-e7d91bc1dbeb"},{"id":"occ_d42069f8b66ec63fedfbba16","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9a79fb7c-7189-4703-9970-53ae7a5a375d","work_id":"wrk_77a86f6d-d3e4-4b48-8e1e-f1abfca4d053","block_id":"blk_a62daf1b-3df3-4d40-895d-1890e0e30db9","section_id":"sec_825a9c36-0b52-40c6-9412-a584c4589f50","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"GPUを低電力化する","quote_start":0,"quote_end":10,"text_sha256":"fe8246559c28346f5d5158b8a08743257a21cd7d524aa03afd484fe12a90df12","block_sha256":"fe8246559c28346f5d5158b8a08743257a21cd7d524aa03afd484fe12a90df12","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9a79fb7c-7189-4703-9970-53ae7a5a375d/#blk_a62daf1b-3df3-4d40-895d-1890e0e30db9"},{"id":"occ_9d644b7c3d4364bb9c2830cb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9a79fb7c-7189-4703-9970-53ae7a5a375d","work_id":"wrk_77a86f6d-d3e4-4b48-8e1e-f1abfca4d053","block_id":"blk_f385e3b9-a757-4c07-abfd-f9c02cea547a","section_id":"sec_c69ec5dd-51da-454a-a726-55552673282f","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"Localityを強くすると光が不要になるのではなく、同じ電力でさらに大きなFactoryを作れるため、外側の光需要も膨らみます。内側と外側は競合ではなく共犯です。","quote_start":0,"quote_end":82,"text_sha256":"da9b6451a08d377ca5225b9cfea03cf5a030e12bc110373a756a3d038c0d1c9e","block_sha256":"da9b6451a08d377ca5225b9cfea03cf5a030e12bc110373a756a3d038c0d1c9e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9a79fb7c-7189-4703-9970-53ae7a5a375d/#blk_f385e3b9-a757-4c07-abfd-f9c02cea547a"},{"id":"occ_05565e88170934bac6a31984","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af30ed5-ec26-4204-9f65-58324ee5fba5","work_id":"wrk_c56e9825-8401-406e-aaae-662904613d26","block_id":"blk_23f33eb7-9014-43d1-98bd-188fe14b780d","section_id":"sec_167abcad-186b-485f-964e-034fa675ea85","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":111,"end":113,"exact":"電力","quote":"afety 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Agreement承認を得るなど前進はありますが、まだ収益の安定段階ではありません。電力・AIデータセンター・国家支援の交差点にいるので夢は大きいですが、長期コアではなく**超高ベータの将来テーマ株**として扱う方が自然です。([Oklo](https://oklo.com/newsro","quote_start":56,"quote_end":213,"text_sha256":"80a31469879f3c8718ee71307f7524aa8c1dd42a37a0c962afadbec2b1814fda","block_sha256":"80a31469879f3c8718ee71307f7524aa8c1dd42a37a0c962afadbec2b1814fda","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af30ed5-ec26-4204-9f65-58324ee5fba5/#blk_23f33eb7-9014-43d1-98bd-188fe14b780d"},{"id":"occ_11d20c1b2bbc4674cbeecaec","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af30ed5-ec26-4204-9f65-58324ee5fba5","work_id":"wrk_c56e9825-8401-406e-aaae-662904613d26","block_id":"blk_26ece296-3afc-47d3-beb3-ad23cfa02bbd","section_id":"sec_1eb2141a-5105-4a1b-8801-d23dbc08be46","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":183,"end":185,"exact":"電力","quote":"す。なので本当に生き残りやすいのは、OpenAIやAnthropic単体より、**クラウド、半導体、製造装置、電力、政府販売チャネル**です。 ([Reuters](https://www.reuters.com/technology/pentagon-informed-anthropic-it-is-suppl","quote_start":128,"quote_end":285,"text_sha256":"e1b2598f5556df31dd875300bb2279ec0a99522ffc91870e5807a34ef73c759f","block_sha256":"e1b2598f5556df31dd875300bb2279ec0a99522ffc91870e5807a34ef73c759f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af30ed5-ec26-4204-9f65-58324ee5fba5/#blk_26ece296-3afc-47d3-beb3-ad23cfa02bbd"},{"id":"occ_5259cb231a062267adf3c030","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af30ed5-ec26-4204-9f65-58324ee5fba5","work_id":"wrk_c56e9825-8401-406e-aaae-662904613d26","block_id":"blk_307552b5-a3c9-4139-a89a-1abb9fcce74a","section_id":"sec_8868a53f-2437-4cc0-982f-e9016045d0f1","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":118,"end":120,"exact":"電力","quote":"の蓄電需要は2025年**58GWh**、2026年にも**60GWh追加**が見込まれ、AIデータセンターの電力需要が追い風になっています。一方で、中国サプライチェーン依存や設備転換コスト、政策変更リスクが大きく、銘柄ごとの差が非常に激しいです。だからBESSは、**テーマは長期有望、個別株は攻め**という整理","quote_start":63,"quote_end":220,"text_sha256":"5127027808ec57c414b282a943dbc4378ebe60a939587c02bcba4584f6de1f12","block_sha256":"5127027808ec57c414b282a943dbc4378ebe60a939587c02bcba4584f6de1f12","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af30ed5-ec26-4204-9f65-58324ee5fba5/#blk_307552b5-a3c9-4139-a89a-1abb9fcce74a"},{"id":"occ_bedbd4abf7dc4cc95ed1121d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af30ed5-ec26-4204-9f65-58324ee5fba5","work_id":"wrk_c56e9825-8401-406e-aaae-662904613d26","block_id":"blk_32f6d9a7-495e-480c-b771-2fad8a2865b0","section_id":"sec_1fefdae2-1ff3-4c39-bd7c-362ea91ed895","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":381,"end":383,"exact":"電力","quote":"す。つまり宇宙は、**SpaceXが王者候補、Rocket LabとRedwireが公開市場の本命、Okloは電力と宇宙の交差点の超高ベータ**です。 ([Reuters](https://www.reuters.com/business/aerospace-defense/spacexs-business-fi","quote_start":326,"quote_end":483,"text_sha256":"76e2834069c0d83fd8831d21b64b289d41376aa31ecf0835a070a607d3c4004a","block_sha256":"76e2834069c0d83fd8831d21b64b289d41376aa31ecf0835a070a607d3c4004a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af30ed5-ec26-4204-9f65-58324ee5fba5/#blk_32f6d9a7-495e-480c-b771-2fad8a2865b0"},{"id":"occ_fd8181fc37f1992113189df1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af30ed5-ec26-4204-9f65-58324ee5fba5","work_id":"wrk_c56e9825-8401-406e-aaae-662904613d26","block_id":"blk_740f1fdb-b4c3-4558-a3d7-308be3565ec3","section_id":"sec_a6cfa82d-dfb4-461a-bd1f-e29c9fd04073","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":151,"end":153,"exact":"電源","quote":"k-to-billは**約2.9倍**、バックログは**150億ドル**まで拡大しました。AIデータセンターの電源・冷却・電力配分でど真ん中ですが、景気や投資サイクルの影響は受けるので、守りと攻めの間です。([Vertiv Holdings Co.](https://investors.vertiv.com/ne","quote_start":96,"quote_end":253,"text_sha256":"5170e4150bab0f5a367be771d8fc27775ee0ad7043badd2490c125b06f797d79","block_sha256":"5170e4150bab0f5a367be771d8fc27775ee0ad7043badd2490c125b06f797d79","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af30ed5-ec26-4204-9f65-58324ee5fba5/#blk_740f1fdb-b4c3-4558-a3d7-308be3565ec3"},{"id":"occ_e5b840a06edf492703eeb56b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af30ed5-ec26-4204-9f65-58324ee5fba5","work_id":"wrk_c56e9825-8401-406e-aaae-662904613d26","block_id":"blk_b7425055-8334-4f8a-91e4-03b5015e335c","section_id":"sec_a191130e-a218-408c-8a4c-bf00a16d0a70","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":169,"end":171,"exact":"電力","quote":"全部正当化されること**は別です。勝ち残るのは、おそらくラボ単体ではなく、**クラウド、半導体、装置、メモリ、電力、政府チャネル**です。そして次の波として、Physical AI、メモリ階層、宇宙インフラが順に市場の主役候補になっていくと思います。 ([The White House](https://www.","quote_start":114,"quote_end":271,"text_sha256":"8ebf7ed8559a10c52fcbcb8b833157ec48986013ad603f1e87960efce208b87b","block_sha256":"8ebf7ed8559a10c52fcbcb8b833157ec48986013ad603f1e87960efce208b87b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af30ed5-ec26-4204-9f65-58324ee5fba5/#blk_b7425055-8334-4f8a-91e4-03b5015e335c"},{"id":"occ_442b0eba8c5b50f32ea61f57","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af30ed5-ec26-4204-9f65-58324ee5fba5","work_id":"wrk_c56e9825-8401-406e-aaae-662904613d26","block_id":"blk_e6f0b924-c4ab-41e7-906b-55731baf78da","section_id":"sec_d54fefdf-ef34-42aa-95f2-003ecac1aecc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":182,"end":184,"exact":"電力","quote":"がプライベートクレジットやABS系になると紹介しましたが、それでも中心は住宅ローンCDOではなく、企業の設備・電力・クラウド契約です。だからショックが来ても、2008年のように即座に金融システム全体を止める形とは限りません。 ([Reuters](https://www.reuters.com/commentar","quote_start":127,"quote_end":284,"text_sha256":"91ad241c08097b851a159dd381e21baeca8fe0576181ab7376be4f97b5433299","block_sha256":"91ad241c08097b851a159dd381e21baeca8fe0576181ab7376be4f97b5433299","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af30ed5-ec26-4204-9f65-58324ee5fba5/#blk_e6f0b924-c4ab-41e7-906b-55731baf78da"},{"id":"occ_43cba39f89c4304082e25596","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af30ed5-ec26-4204-9f65-58324ee5fba5","work_id":"wrk_c56e9825-8401-406e-aaae-662904613d26","block_id":"blk_f783560b-2220-4768-87c5-c34019479c96","section_id":"sec_be994886-9ed3-44fc-96e8-4c6438a701aa","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":94,"end":96,"exact":"電力","quote":"Big Tech全体のAI関連支出が2026年に約6350億ドル規模まで膨らみ、同時にエネルギー価格・地政学・電力供給の不確実性が増しているからです。Anthropicの大規模TPU容量も2027年から本格化します。つまり、**需要が伸びる前提で確保した容量が、本当に埋まるかを市場が採点し始める期間**がこれから","quote_start":39,"quote_end":196,"text_sha256":"c961370e0a5ee9ddbe6877586d1bd2feb357618873785cc89561904e00354969","block_sha256":"c961370e0a5ee9ddbe6877586d1bd2feb357618873785cc89561904e00354969","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af30ed5-ec26-4204-9f65-58324ee5fba5/#blk_f783560b-2220-4768-87c5-c34019479c96"},{"id":"occ_fb912cfb5ba500b3b53766fa","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_03e46811-39e6-4e0a-ba04-a4cd28fd1582","section_id":"sec_99a8c87c-a1a5-4065-ba75-7bdcbb8bd16c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"エッジデバイスの電力消費は用途に応じて異なり、  \n**IoT向けのマイコンは 1W以下**、  \n**スマホレベルのAI推論は 10W〜50W**、  \n**自動運転クラスは 50W〜300W** になります。","quote_start":0,"quote_end":106,"text_sha256":"67f20bd1fc71772e25d5463894ac2c930f850aabcaaddefa41902ae374fdab41","block_sha256":"67f20bd1fc71772e25d5463894ac2c930f850aabcaaddefa41902ae374fdab41","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_03e46811-39e6-4e0a-ba04-a4cd28fd1582"},{"id":"occ_afbc3c4c63ae89a94446a3d1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_130adabc-860f-4099-8f00-af3eec5e1366","section_id":"sec_51581d2d-a6cb-4da6-b549-6b8c6cb28b57","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":152,"end":154,"exact":"電力","quote":"たAIプロセッサ\n  - 200〜1000 TOPSの計算性能（TOPS = 1秒間に1兆回の演算）\n  - 電力消費は数ワット〜数十ワット","quote_start":97,"quote_end":167,"text_sha256":"2500e48220fece3fed85bf7b965796e05bbe54f1c8234ac961ee3e3efc867157","block_sha256":"2500e48220fece3fed85bf7b965796e05bbe54f1c8234ac961ee3e3efc867157","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_130adabc-860f-4099-8f00-af3eec5e1366"},{"id":"occ_fb23d938edef5655fc5b2409","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_34c6a1d8-b456-4ab5-b493-15ff17e5f060","section_id":"sec_921692f3-1ab6-4ab1-9d38-1ed9cbe4a6b0","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":225,"end":229,"exact":"消費電力","quote":"ip）で処理可能**な未来もありえます。\n- たとえば、Appleの**Mシリーズチップ**のような高性能・低消費電力なチップが発展すれば、  \n  **スマホサイズで自動運転を実現できる可能性**もあります。","quote_start":170,"quote_end":275,"text_sha256":"b1a6d5a4196a2cbb90e4860a07b8096c63fd28f43652e5421a1dec3fbc5067e0","block_sha256":"b1a6d5a4196a2cbb90e4860a07b8096c63fd28f43652e5421a1dec3fbc5067e0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_34c6a1d8-b456-4ab5-b493-15ff17e5f060"},{"id":"occ_cafb92a777ca0a29a963ae2c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_4133c8b6-edaf-4f3b-998d-5b9f8c254d0e","section_id":"sec_b4030249-4f2d-4854-9874-a3eed149de20","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":128,"end":132,"exact":"消費電力","quote":"途**: ロボット、自動運転支援、監視カメラのAI処理\n- **特徴**: AI推論をリアルタイムで実行可能、消費電力と性能のバランスが良い","quote_start":73,"quote_end":143,"text_sha256":"39e9c42dabea08f0e3f6f860f82776cedcb0c785b0a55388df23a34760bb2bd1","block_sha256":"39e9c42dabea08f0e3f6f860f82776cedcb0c785b0a55388df23a34760bb2bd1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_4133c8b6-edaf-4f3b-998d-5b9f8c254d0e"},{"id":"occ_4e8b86f41067f136a8c27e2e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_46b113e2-9e67-4b75-8394-9b70e7b99542","section_id":"sec_4a9e637f-de9a-42fd-bfdf-b65eabe3c46f","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":10,"end":14,"exact":"消費電力","quote":"### \\1. 超低消費電力（1W以下）","quote_start":0,"quote_end":20,"text_sha256":"259483aac79b42991616896157819db03cdfb0b868393b68276b9c462d709479","block_sha256":"259483aac79b42991616896157819db03cdfb0b868393b68276b9c462d709479","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_46b113e2-9e67-4b75-8394-9b70e7b99542"},{"id":"occ_681aa113cbccf6dd9f3a431a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_55f4f23d-76f9-4e18-afbc-7e60dc3fa684","section_id":"sec_51581d2d-a6cb-4da6-b549-6b8c6cb28b57","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":142,"end":146,"exact":"消費電力","quote":" - Teslaが独自開発したAIチップを搭載\n  - 車両内でリアルタイムに画像解析・制御を実行\n  - 低消費電力で高性能","quote_start":87,"quote_end":150,"text_sha256":"bda3b54b2889cf739af038d244f7bbb0634b9c41c8eb6470c64aefda84d3026d","block_sha256":"bda3b54b2889cf739af038d244f7bbb0634b9c41c8eb6470c64aefda84d3026d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_55f4f23d-76f9-4e18-afbc-7e60dc3fa684"},{"id":"occ_03de80cbdbed1c34a8597c91","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_662d89f0-4b83-4c37-be13-10561be6fd94","section_id":"sec_c97ffac5-2580-4074-802c-614c1728deff","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"## 🔹 エッジデバイスの電力消費の目安","quote_start":0,"quote_end":20,"text_sha256":"be85f6fab42249a2a616d1ac5dbb2761fa5ca79df4283b8539bf9f8c58653554","block_sha256":"be85f6fab42249a2a616d1ac5dbb2761fa5ca79df4283b8539bf9f8c58653554","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_662d89f0-4b83-4c37-be13-10561be6fd94"},{"id":"occ_a67a9014b0c6a272fd29d841","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_6f3c7e5c-1098-4262-852a-baf2ff1aba27","section_id":"sec_3c71f24f-a023-428e-9377-a260cb41de71","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"- 電力消費: **約 200W**\n- より高度なセンサー処理を行うため、高めの消費電力","quote_start":0,"quote_end":45,"text_sha256":"757a103c05b802f59e8ba717667e5bf4ac09871e2db4c193c0e0dc68d18a8dec","block_sha256":"757a103c05b802f59e8ba717667e5bf4ac09871e2db4c193c0e0dc68d18a8dec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_6f3c7e5c-1098-4262-852a-baf2ff1aba27"},{"id":"occ_71471f40a106f90f28dca641","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_76cc957e-d235-4626-838e-abd9a0b4be88","section_id":"sec_307052ce-ee30-43ec-8e1b-5868f08288b3","layer":"body","character_id":null,"count":2,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"- 電力消費: **約 70W**\n- 低消費電力でありながら、AI推論がリアルタイムで可能","quote_start":0,"quote_end":46,"text_sha256":"d0b3a0be7bcdad6099ee381273e63c24c0534d2b7fcafa619dd06df931d71238","block_sha256":"d0b3a0be7bcdad6099ee381273e63c24c0534d2b7fcafa619dd06df931d71238","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_76cc957e-d235-4626-838e-abd9a0b4be88"},{"id":"occ_e17916b9efe8fe3abc817f0a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_9fba68dd-2edb-4ce7-9e29-23dbac8fac68","section_id":"sec_8eaf5980-445d-4738-996b-7bf58e302292","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"## 🔹 自動運転車のエッジデバイスの電力消費","quote_start":0,"quote_end":23,"text_sha256":"c3eea03760ccc6033afc09ae90deea0aea872f45028e18a988a592b9e419cf59","block_sha256":"c3eea03760ccc6033afc09ae90deea0aea872f45028e18a988a592b9e419cf59","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_9fba68dd-2edb-4ce7-9e29-23dbac8fac68"},{"id":"occ_ed937c0db83f666a93c984b7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_bc895245-4479-41e2-8bbc-6a9e540e1231","section_id":"sec_abe2a8e0-7653-471f-aacf-ccc45b64f4ce","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電力","quote":"## 🔹 代表的なエッジデバイスの電力消費","quote_start":0,"quote_end":21,"text_sha256":"ec106fa59047a4f86d863ffb2883003acd04d71b44a3a7d47e5e7acff49332a7","block_sha256":"ec106fa59047a4f86d863ffb2883003acd04d71b44a3a7d47e5e7acff49332a7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_bc895245-4479-41e2-8bbc-6a9e540e1231"},{"id":"occ_fb061fc57a48a8fa503a3ba1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_c7c12610-fe42-4811-b7a3-ed97530789cd","section_id":"sec_2783528b-5c96-43a9-aecf-fb53cedef978","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"エッジデバイスで使用する電力は、**用途や処理能力によって大きく異なります**。  \n大まかに分類すると以下のようになります。","quote_start":0,"quote_end":63,"text_sha256":"179704f3b969d524300c1d2936a02e2595278518bcb296f91924ca6f1ad56481","block_sha256":"179704f3b969d524300c1d2936a02e2595278518bcb296f91924ca6f1ad56481","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_c7c12610-fe42-4811-b7a3-ed97530789cd"},{"id":"occ_a13667c7f69da3bae895fccb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_e5897565-a04c-42a7-9283-150f577f3ce5","section_id":"sec_c97ffac5-2580-4074-802c-614c1728deff","layer":"body","character_id":null,"count":3,"matched_aliases":["消費電力","電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"**カテゴリ** **デバイスの例** **電力消費（W）** **用途** **超低消費電力（1W以下）**   \n小型マイコン（ESP32, STM32） **0.1W〜1W** IoTセンサー、簡単な機械学習   \n**低消費電力（1W〜10","quote_start":0,"quote_end":124,"text_sha256":"df68a032fc9a817ad36b9b6e22a906a31a0d0de3079f1731ec9e57a92bafd7bc","block_sha256":"df68a032fc9a817ad36b9b6e22a906a31a0d0de3079f1731ec9e57a92bafd7bc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_e5897565-a04c-42a7-9283-150f577f3ce5"},{"id":"occ_37f2deedb00eca95ed135339","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_e7428aeb-87b2-4649-ae3e-31454b518067","section_id":"sec_4a9e637f-de9a-42fd-bfdf-b65eabe3c46f","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"- **ESP32, STM32**（マイコン）\n- **電力消費**: 0.1W〜1W\n- **用途**: IoTセンサー、簡単なAI（キーワード検出など）\n- **特徴**: バッテリー駆動が可能、電力効率が非常に高い","quote_start":0,"quote_end":111,"text_sha256":"ace466e47fe791273b0065960a8c2ec165cb322609ea9085a3380f4d1dcf64b5","block_sha256":"ace466e47fe791273b0065960a8c2ec165cb322609ea9085a3380f4d1dcf64b5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_e7428aeb-87b2-4649-ae3e-31454b518067"},{"id":"occ_28d8b0b53de1868c451d9f7b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8","work_id":"wrk_f39475d6-fcf5-41a1-b464-edd982905136","block_id":"blk_efc04c92-4164-431f-9384-53f1904cf66a","section_id":"sec_20884a6e-cae1-49b8-820d-ee89901a2656","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":9,"end":13,"exact":"消費電力","quote":"### \\2. 低消費電力（1W〜10W）","quote_start":0,"quote_end":21,"text_sha256":"19d894bf35c93ed65b8e32dadce726dde38e81b11b67948c0a23eb2cde29b105","block_sha256":"19d894bf35c93ed65b8e32dadce726dde38e81b11b67948c0a23eb2cde29b105","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9af8ea2d-dc2b-4fe3-8d67-94ae163703d8/#blk_efc04c92-4164-431f-9384-53f1904cf66a"},{"id":"occ_f5728f26cb8ff5273597713b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9c10c6f9-4055-4591-a368-74112c253a08","work_id":"wrk_a91b4c62-c6f7-43f1-8bc0-9224e28ea11a","block_id":"blk_243a7448-79fc-4579-acc6-8182386c3c8a","section_id":"sec_b2aea0e6-af73-4728-ab0b-eed540ec4dcf","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"**AI需要が半導体、電力、建設の価格上昇を作った**","quote_start":0,"quote_end":27,"text_sha256":"482bc1b7465599e3ad1d2c46905b9bf6e44307a1f57aecc35fb53e2f5cc346c4","block_sha256":"482bc1b7465599e3ad1d2c46905b9bf6e44307a1f57aecc35fb53e2f5cc346c4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9c10c6f9-4055-4591-a368-74112c253a08/#blk_243a7448-79fc-4579-acc6-8182386c3c8a"},{"id":"occ_46fbcb8ebb209f834ae91c39","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9c10c6f9-4055-4591-a368-74112c253a08","work_id":"wrk_a91b4c62-c6f7-43f1-8bc0-9224e28ea11a","block_id":"blk_25a354bc-a312-471a-8f2e-a901825d66e6","section_id":"sec_ef72ec67-a8d8-4aff-ac1b-c0356f3f6212","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"**生成AIによって、実際の売上、利益、設備投資、電力需要、メモリ需要が突然発生したこと。**","quote_start":0,"quote_end":47,"text_sha256":"eb2e5dabe940f32cf3870ab398e2aca30b62f78ed051f8e05191bdf12ee4b5fa","block_sha256":"eb2e5dabe940f32cf3870ab398e2aca30b62f78ed051f8e05191bdf12ee4b5fa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9c10c6f9-4055-4591-a368-74112c253a08/#blk_25a354bc-a312-471a-8f2e-a901825d66e6"},{"id":"occ_348ac276bf89131751dcb006","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9c10c6f9-4055-4591-a368-74112c253a08","work_id":"wrk_a91b4c62-c6f7-43f1-8bc0-9224e28ea11a","block_id":"blk_7c604725-f7a0-4c1b-aa09-558e95bf1a5d","section_id":"sec_b1f57ce8-508a-4ecc-932a-e0e60449ca3f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"AIがGPU、HBM、NAND、製造装置、ネットワーク、電力、冷却、データセンター建設へ実需を波及させた。日本株もAI供給網として再発見され、その後に資金が銀行、商社、保険などへ広がった。","quote_start":0,"quote_end":94,"text_sha256":"271ad910109e2d4a0ca9622688b6f34492339e70df3428e8df0908a686cde5ab","block_sha256":"271ad910109e2d4a0ca9622688b6f34492339e70df3428e8df0908a686cde5ab","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9c10c6f9-4055-4591-a368-74112c253a08/#blk_7c604725-f7a0-4c1b-aa09-558e95bf1a5d"},{"id":"occ_7101b2397309cc5b1b858b6a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9c10c6f9-4055-4591-a368-74112c253a08","work_id":"wrk_a91b4c62-c6f7-43f1-8bc0-9224e28ea11a","block_id":"blk_82480cca-da46-456b-8e5f-b14b4143992b","section_id":"sec_7c42bb08-b4ba-47a6-9a63-cc35e91f2e4a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"現在のようなGPU不足、HBM不足、データセンター建設競争、電力不足まで伴う巨大な設備投資サイクルを作れる別の需要は、当時ほとんど見当たらなかった。","quote_start":0,"quote_end":74,"text_sha256":"7bba69485a6a05ed0f110586c17adee4f2cf6147d7e18175dd125e6c12af974c","block_sha256":"7bba69485a6a05ed0f110586c17adee4f2cf6147d7e18175dd125e6c12af974c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9c10c6f9-4055-4591-a368-74112c253a08/#blk_82480cca-da46-456b-8e5f-b14b4143992b"},{"id":"occ_0effdb979b9bf39f68bc494d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9c10c6f9-4055-4591-a368-74112c253a08","work_id":"wrk_a91b4c62-c6f7-43f1-8bc0-9224e28ea11a","block_id":"blk_a80a0bd7-b2a1-47af-b712-8c7d7c927631","section_id":"sec_cbf3ea5a-51d5-4383-aa01-b32ea9b79ff7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"- 半導体製造装置\n- テスター\n- シリコンウェハ\n- 切断・研削装置\n- 光ファイバー\n- 電線\n- 電力設備\n- 精密部品\n- 素材","quote_start":0,"quote_end":69,"text_sha256":"da131a78ecd4a2fdcb4a178f2986d951f10448b00b84b45d6a4ca1da4f185f87","block_sha256":"da131a78ecd4a2fdcb4a178f2986d951f10448b00b84b45d6a4ca1da4f185f87","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9c10c6f9-4055-4591-a368-74112c253a08/#blk_a80a0bd7-b2a1-47af-b712-8c7d7c927631"},{"id":"occ_6f1cc5b3850073766dd5caf4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9c10c6f9-4055-4591-a368-74112c253a08","work_id":"wrk_a91b4c62-c6f7-43f1-8bc0-9224e28ea11a","block_id":"blk_ed04ce23-ef41-4d26-bb3e-83473ab38ca8","section_id":"sec_b2aea0e6-af73-4728-ab0b-eed540ec4dcf","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"- GPU\n- HBM\n- DRAM\n- NAND\n- 電力\n- 変圧器\n- 建設人員\n- データセンター用地\n- 技術者賃金","quote_start":0,"quote_end":63,"text_sha256":"22c045a6a3981c823da7b3974718ef1b11ebfbee004ffd33edd36d8b2ff34240","block_sha256":"22c045a6a3981c823da7b3974718ef1b11ebfbee004ffd33edd36d8b2ff34240","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9c10c6f9-4055-4591-a368-74112c253a08/#blk_ed04ce23-ef41-4d26-bb3e-83473ab38ca8"},{"id":"occ_9c755c30d42bd629843e314f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9d4ead97-69cb-4ce7-8223-0346945539b2","work_id":"wrk_1392dff6-1a1d-4910-b2f4-beea19fd2c7f","block_id":"blk_0bfa5e9e-6c06-4ff1-999d-e9ffff98b224","section_id":"sec_beecc845-e639-481f-b23b-c8de4e777e10","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":98,"end":100,"exact":"電力","quote":"所をデータセンター転用に提供すると報じています。これは、AIデータセンターに必要な「既存の送電接続・産業用地・電力供給」を活かす動きです。([Reuters][3])","quote_start":43,"quote_end":126,"text_sha256":"9890d995feeee077b9bd050230227907ad06fb2c2ed7adbdac82c1ee532c3438","block_sha256":"9890d995feeee077b9bd050230227907ad06fb2c2ed7adbdac82c1ee532c3438","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9d4ead97-69cb-4ce7-8223-0346945539b2/#blk_0bfa5e9e-6c06-4ff1-999d-e9ffff98b224"},{"id":"occ_b71a6dd5b59699635c941622","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9d4ead97-69cb-4ce7-8223-0346945539b2","work_id":"wrk_1392dff6-1a1d-4910-b2f4-beea19fd2c7f","block_id":"blk_199f4024-d470-4c04-8936-430a2e890970","section_id":"sec_7ad26690-8057-4a93-b481-bbf31bc2037c","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"I：需要側、AIモデル側**\n**Arm / Ampere：CPU・半導体設計側**\n**SB Energy：電力・エネルギー側**\n**DigitalBridge：データセンター投資・運用側**\n**Schneider / EDF / Sesterce：欧州現地の電力・冷却・建設・運用側**","quote_start":7,"quote_end":154,"text_sha256":"a20c843728014d52f61d69b7307f04522f4f63cfca525c0ab7ef0cb635042a00","block_sha256":"a20c843728014d52f61d69b7307f04522f4f63cfca525c0ab7ef0cb635042a00","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9d4ead97-69cb-4ce7-8223-0346945539b2/#blk_199f4024-d470-4c04-8936-430a2e890970"},{"id":"occ_2c8624194f359592303f69f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9d4ead97-69cb-4ce7-8223-0346945539b2","work_id":"wrk_1392dff6-1a1d-4910-b2f4-beea19fd2c7f","block_id":"blk_1c3ad4ab-256a-42c7-a567-5e390838c919","section_id":"sec_5c8863eb-48b1-4b4f-8f30-e14265c4c21f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"またFTは、今回の案件は孫正義氏とマクロン大統領の会談後に急速に進み、マクロン側がフランスの原子力電力とAI施設向けの迅速な承認環境を売り込んだと報じています。([Financial 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フランスの低炭素電力、産業用地、政府支援が計画の背景になる。\n- ソフトバンクGはAIアプリ投資から、AIを動かす物理インフラ側へ広がっている。\n- 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               |\n| 電源・冷却             | **Vertiv、Eaton、Johnson Controls、Carrier、Modine**                             | 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                | AIデータセンターは従来より高密度な光配線を必要とする |\n| 電力・重電      | **日立、三菱電機、東芝、明電舎、富士電機**            | 変圧器、受配電、UPS、電力制御、系統機器       |\n| 冷却・空調      | **ダイキン、","quote_start":193,"quote_end":350,"text_sha256":"91daf63aa44788737ce1129862266e8a161bdab6d8d4011170bfb584924ea66b","block_sha256":"91daf63aa44788737ce1129862266e8a161bdab6d8d4011170bfb584924ea66b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9d4ead97-69cb-4ce7-8223-0346945539b2/#blk_a4482b80-364d-4c62-a143-d880304c07f2"},{"id":"occ_eb25ba31a9a2d82a7404540c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9d4ead97-69cb-4ce7-8223-0346945539b2","work_id":"wrk_1392dff6-1a1d-4910-b2f4-beea19fd2c7f","block_id":"blk_a4b1edde-b08d-4fcb-bd98-1884e3cd3571","section_id":"sec_9758e7c9-30bf-4d33-8d95-ec3239c20a71","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電力","quote":"AI時代に最も価値が出るのは、モデル企業だけではありません。\n電力、冷却、GPU、ネットワークを押さえた**計算資源そのもの**が希少になります。","quote_start":0,"quote_end":73,"text_sha256":"64a0f1abf7d285173d7ab283c5e93e58207883551c4507e4bfb2fbe133896976","block_sha256":"64a0f1abf7d285173d7ab283c5e93e58207883551c4507e4bfb2fbe133896976","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9d4ead97-69cb-4ce7-8223-0346945539b2/#blk_a4b1edde-b08d-4fcb-bd98-1884e3cd3571"},{"id":"occ_18ed6be5338520b79735cf1b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9d4ead97-69cb-4ce7-8223-0346945539b2","work_id":"wrk_1392dff6-1a1d-4910-b2f4-beea19fd2c7f","block_id":"blk_b3a306ca-8970-47fb-aec4-b1e97ab54982","section_id":"sec_db0440fe-9197-42d9-9794-083ae0ffa2cb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":122,"end":124,"exact":"電力","quote":"ンス連合で欧州AIギガファクトリー構想にも参加しています。これはフランス国内で、AIインフラ、クラウド、通信、電力、SIをまとめる動きが同時進行していることを示します。([Reuters][14])","quote_start":67,"quote_end":166,"text_sha256":"a415adbc1e433c8404a7016d0f34f4868a130e0ddf013a052149349c60733898","block_sha256":"a415adbc1e433c8404a7016d0f34f4868a130e0ddf013a052149349c60733898","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9d4ead97-69cb-4ce7-8223-0346945539b2/#blk_b3a306ca-8970-47fb-aec4-b1e97ab54982"},{"id":"occ_94d87493a18603176f19f268","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9d4ead97-69cb-4ce7-8223-0346945539b2","work_id":"wrk_1392dff6-1a1d-4910-b2f4-beea19fd2c7f","block_id":"blk_c56760a3-0d09-480f-8989-0751e3472e81","section_id":"sec_7e4d77ea-d511-4f24-8ca0-f4e161bcaa4d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"同社はAI向けに、液冷、電力バスウェイ、高密度ラックを統合したプレハブ型EcoStruxure 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|\n| **Schneider Electric**                 | 電力モジュール、UPS、配電、ラック、液冷、制御ソフト。今回の中核受益者                              |\n| **EDF**                         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     | OpenAI系、クラウド、欧州AI企業、政府・研究機関などの長期契約が担保になり得る |\n| 電力契約・PPA                    | EDFなどとの長期電力契約がファイナンスの前提になり得る               |\n| 資産売却・担保調達                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4つ目は電力・送電・冷却リスク","quote_start":0,"quote_end":19,"text_sha256":"61ef271bdd54b52cf1a1f3c13e33116300fb105d38d738312800bf5a7030b71f","block_sha256":"61ef271bdd54b52cf1a1f3c13e33116300fb105d38d738312800bf5a7030b71f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9d4ead97-69cb-4ce7-8223-0346945539b2/#blk_e6873cd9-fb98-4ee1-a9b4-6995ea77e4c1"},{"id":"occ_80aedf6a84ec613000d2176f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9d4ead97-69cb-4ce7-8223-0346945539b2","work_id":"wrk_1392dff6-1a1d-4910-b2f4-beea19fd2c7f","block_id":"blk_f1a318db-9498-4acd-90c3-f0896833016d","section_id":"sec_6b414a16-247b-416c-8129-7708b41267f7","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電力","quote":"この計画は、AIのための場所を押さえる話だと思います。モデルやアプリだけではなく、AIが動く地面を持つ。電力があり、土地があり、冷却があり、顧客がいる場所を押さえる。そこにソフトバンクGの狙いがあるように見えます。","quote_start":0,"quote_end":107,"text_sha256":"f5a5eea5883811dc63fa10ffcc7e1f5359c86898f11ca03bbc50c40db75089f6","block_sha256":"f5a5eea5883811dc63fa10ffcc7e1f5359c86898f11ca03bbc50c40db75089f6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9d4ead97-69cb-4ce7-8223-0346945539b2/#blk_f1a318db-9498-4acd-90c3-f0896833016d"},{"id":"occ_633283267931bd1f46a3671d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9d4ead97-69cb-4ce7-8223-0346945539b2","work_id":"wrk_1392dff6-1a1d-4910-b2f4-beea19fd2c7f","block_id":"blk_ff112722-1ee2-4b0d-afc0-f7a672cb856b","section_id":"sec_ef41db0e-3e51-4494-a03a-b76c491bb470","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":43,"end":45,"exact":"電力","quote":"ソフトバンクGのフランス5GW計画は、単にサーバーを置く話ではなく、**AI計算資源、電力、工業用地、冷却、電源モジュール製造、ロボット化工場、欧州のAI主権**をまとめて押さえる構想です。","quote_start":0,"quote_end":95,"text_sha256":"0e476ccb4f28e17ced34fdc907a83e9a51861f666eac145a76b1dd514afc24d1","block_sha256":"0e476ccb4f28e17ced34fdc907a83e9a51861f666eac145a76b1dd514afc24d1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9d4ead97-69cb-4ce7-8223-0346945539b2/#blk_ff112722-1ee2-4b0d-afc0-f7a672cb856b"},{"id":"occ_08b468bedccb684736e263ae","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9da93714-e603-4ed0-af29-80871392e458","work_id":"wrk_d5b32e91-ddad-40bb-b75b-c80115e64a5e","block_id":"blk_66645d46-2623-4a31-a55d-52916a9db221","section_id":"sec_52e076e5-8250-473e-bc79-bd760dce463f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電力","quote":"しかしGPU同士を接続し、Switchにつなぎ、数百kW～MW級の電力を配り、数百Gbpsの高速信号を数十cm先まで運ぶには、最終的に**物理的な配線**が必要になる。","quote_start":0,"quote_end":84,"text_sha256":"dacc58e36ba9f00276b2a6178584f7c9c52d717a5e47478c077aeded233f1671","block_sha256":"dacc58e36ba9f00276b2a6178584f7c9c52d717a5e47478c077aeded233f1671","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9da93714-e603-4ed0-af29-80871392e458/#blk_66645d46-2623-4a31-a55d-52916a9db221"},{"id":"occ_979102c3f5beb73744262256","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_9da93714-e603-4ed0-af29-80871392e458","work_id":"wrk_d5b32e91-ddad-40bb-b75b-c80115e64a5e","block_id":"blk_e6d4d365-ac78-4ac0-9f22-391e56e0e856","section_id":"sec_6138e304-ffea-4f3e-87f8-bcba9ecb9105","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"銅は信号や電力を運ぶ。","quote_start":0,"quote_end":11,"text_sha256":"beb435d4bef0fdc093b5d64b86038c27e7b50d773381b26bac703cd8f03ca4e5","block_sha256":"beb435d4bef0fdc093b5d64b86038c27e7b50d773381b26bac703cd8f03ca4e5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_9da93714-e603-4ed0-af29-80871392e458/#blk_e6d4d365-ac78-4ac0-9f22-391e56e0e856"},{"id":"occ_e9e4076bc034376156566ca4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a165cefe-658c-456f-b164-71170f172e7c","work_id":"wrk_52bd95ff-8ae9-42ac-a817-cc820320dd76","block_id":"blk_6d52b560-fac4-4972-b1aa-2248c3958a08","section_id":"sec_b662da1b-fd3e-4f09-95e1-7f64658595aa","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"**1MWの電力から何tokenを生み、そのために何TBのHBM、何PB/sの帯域、何枚のDRAM wafer、何枚のN3 wafer、何Tb/sのnetworkを必要とするのか**","quote_start":0,"quote_end":91,"text_sha256":"a684ff5481c438b0831034dfd3e7c333d514b20008b50ac675f2a45448ae6e8c","block_sha256":"a684ff5481c438b0831034dfd3e7c333d514b20008b50ac675f2a45448ae6e8c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a165cefe-658c-456f-b164-71170f172e7c/#blk_6d52b560-fac4-4972-b1aa-2248c3958a08"},{"id":"occ_a25e7df1f7cbf79b9ea2edb7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a165cefe-658c-456f-b164-71170f172e7c","work_id":"wrk_52bd95ff-8ae9-42ac-a817-cc820320dd76","block_id":"blk_d20c3fcb-ecfa-4904-8dff-4287082c30d7","section_id":"sec_541de0ac-6b6d-4a3b-9f77-f6329a97a0a0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"ここでは1MWを**アクセラレータpackageそのものに投入するIT電力**として扱う。","quote_start":0,"quote_end":45,"text_sha256":"e57e3c85e2e34669b408d4152c56725c4ee1be7daa98d188eb5275e2fd4719ae","block_sha256":"e57e3c85e2e34669b408d4152c56725c4ee1be7daa98d188eb5275e2fd4719ae","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a165cefe-658c-456f-b164-71170f172e7c/#blk_d20c3fcb-ecfa-4904-8dff-4287082c30d7"},{"id":"occ_08205ba2ce80c74c74c0017d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a165cefe-658c-456f-b164-71170f172e7c","work_id":"wrk_52bd95ff-8ae9-42ac-a817-cc820320dd76","block_id":"blk_d2a386a8-6b93-43fe-8881-fe329f5ba371","section_id":"sec_4247b88b-3255-4ff2-80e4-0720e6cd66cb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":118,"end":120,"exact":"電力","quote":"ク、カーネル、モデルそのものを一つの推論システムとして設計すれば、LLM推論ではRubin級あるいはそれ以上の電力効率を狙える。**","quote_start":63,"quote_end":129,"text_sha256":"283b88c7f3765e71a254b42c919cf637b64b8d830a5c5b339ec4b18eb6450b39","block_sha256":"283b88c7f3765e71a254b42c919cf637b64b8d830a5c5b339ec4b18eb6450b39","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a165cefe-658c-456f-b164-71170f172e7c/#blk_d2a386a8-6b93-43fe-8881-fe329f5ba371"},{"id":"occ_e7a1af81d2bf6c3a01cd8393","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a165cefe-658c-456f-b164-71170f172e7c","work_id":"wrk_52bd95ff-8ae9-42ac-a817-cc820320dd76","block_id":"blk_d3918263-10ad-4ce3-9b52-037d10cf44ab","section_id":"sec_01c4b5c1-15c2-4312-8147-cb07f6975c3d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"Jalapeñoは明らかに「FLOPSを増やす」より、「FLOPSを遊ばせない」ことへ多くのsiliconと電力を割り振っている。","quote_start":0,"quote_end":65,"text_sha256":"00dd5050cea69b7f661d33c7a0c248b18bd1d49deb03a5fe7809817bc3291bfa","block_sha256":"00dd5050cea69b7f661d33c7a0c248b18bd1d49deb03a5fe7809817bc3291bfa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a165cefe-658c-456f-b164-71170f172e7c/#blk_d3918263-10ad-4ce3-9b52-037d10cf44ab"},{"id":"occ_d47a6ea781150b13897e0842","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a165cefe-658c-456f-b164-71170f172e7c","work_id":"wrk_52bd95ff-8ae9-42ac-a817-cc820320dd76","block_id":"blk_f61a1469-4b91-4a2e-b312-199991a3a79b","section_id":"sec_4247b88b-3255-4ff2-80e4-0720e6cd66cb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":89,"end":91,"exact":"電力","quote":"A Blackwellを大きく上回り、SemiAnalysisが公開済みのRubinデータと比較した場合にも、電力当たりの推論スループットで非常に競争力のある結果を示していることだ。","quote_start":34,"quote_end":125,"text_sha256":"77f40c883291eac2882324b98465a17a5c61d41697ef7f76828bfcd3507fa011","block_sha256":"77f40c883291eac2882324b98465a17a5c61d41697ef7f76828bfcd3507fa011","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a165cefe-658c-456f-b164-71170f172e7c/#blk_f61a1469-4b91-4a2e-b312-199991a3a79b"},{"id":"occ_23c21601a796563972fbee0e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a199924e-5c69-4344-bb57-0e0a36cda082","work_id":"wrk_025fb061-467f-4f76-974c-2b1ecbd5a160","block_id":"blk_2df9b77a-f7b8-4c6f-9aef-6d618a87dce3","section_id":"sec_32a14ac1-e4dc-4763-a711-165adfdd4ed9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"ドプレーンPCB\n* 200Gbps級信号の大量配線\n* コネクター精度\n* PCBの反り\n* 600kW級の電力\n* 800VDC配電\n* 液冷\n* ラック全体の組立歩留まり","quote_start":7,"quote_end":95,"text_sha256":"b44207a933549bab946db879c9a93cdbfd4bc9372f3ce23dc6f96fc777142c3b","block_sha256":"b44207a933549bab946db879c9a93cdbfd4bc9372f3ce23dc6f96fc777142c3b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a199924e-5c69-4344-bb57-0e0a36cda082/#blk_2df9b77a-f7b8-4c6f-9aef-6d618a87dce3"},{"id":"occ_7e215e31ee320de794a1ce1d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_0fc84597-a8dc-4f42-a571-0f6348888306","section_id":"sec_1de5eeff-df55-485d-9c5a-d148ebf6d49b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":52,"end":54,"exact":"電力","quote":"HBMほど低遅延、高帯域ではないが、HBMより大容量化しやすく、NANDなので不揮発で、DRAMより待機電力を抑えやすく、重みや使用頻度の低いデータを置ける可能性がある。","quote_start":0,"quote_end":85,"text_sha256":"9a48f20cfebc0edf942cb3f20a2f9773fb788a9320822da2d1341ea73c127fda","block_sha256":"9a48f20cfebc0edf942cb3f20a2f9773fb788a9320822da2d1341ea73c127fda","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_0fc84597-a8dc-4f42-a571-0f6348888306"},{"id":"occ_c6323600c9dc1c673e358e26","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_1c9e645d-7ebc-4ec9-b131-67cf46ae122d","section_id":"sec_da91ec28-49ef-4541-a7b0-adcc4bcd7950","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電源","quote":"DRAMは、PC、スマートフォン、サーバーの主記憶として使われるメモリーである。電源を切るとデータが消える揮発性メモリーで、SRAMより遅い一方、はるかに高密度で安価に作れる。","quote_start":0,"quote_end":88,"text_sha256":"d0e1c93e1ea914521531a16e7dd2742eeae730390d39ced63c2851d402262e32","block_sha256":"d0e1c93e1ea914521531a16e7dd2742eeae730390d39ced63c2851d402262e32","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_1c9e645d-7ebc-4ec9-b131-67cf46ae122d"},{"id":"occ_86e9c9b4b11cb41e35967cd9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_26d4ced6-3806-475e-805b-acad350be401","section_id":"sec_eff0e568-be37-47e2-b372-52259b87dc85","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":74,"end":76,"exact":"電力","quote":"、NANDを積み、HDDへ流し、磁気テープへ沈める。速さだけでは足りず、容量だけでも足りない。近さと遠さ、熱と電力、価格と遅延のすべてが、ひとつの呼吸になる。","quote_start":19,"quote_end":98,"text_sha256":"2e8ec02bc6671a53d0fc943589c95037fd3946af3e964c74abc9dea452b09c8e","block_sha256":"2e8ec02bc6671a53d0fc943589c95037fd3946af3e964c74abc9dea452b09c8e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_26d4ced6-3806-475e-805b-acad350be401"},{"id":"occ_39acbb56dc98b4aa185bc93a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_4eda3a20-d9a1-4033-adbc-65749a1fe981","section_id":"sec_cb15b548-5d85-4743-a719-527cf4e0721c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"そのためQLCは、欠点を抱えながらも、**ラック当たり容量とTB当たり電力を改善する技術**として重要になっている。","quote_start":0,"quote_end":58,"text_sha256":"9fafc1c7dd358ad0c4229a9175f9792dc6462b3d3d6727308335f255ca437cff","block_sha256":"9fafc1c7dd358ad0c4229a9175f9792dc6462b3d3d6727308335f255ca437cff","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_4eda3a20-d9a1-4033-adbc-65749a1fe981"},{"id":"occ_b2d0e8c0c6874d349732d45e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_599c8c71-50c1-4857-8557-60ae0903cb60","section_id":"sec_da91ec28-49ef-4541-a7b0-adcc4bcd7950","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":96,"end":98,"exact":"電力","quote":"ーバー |\n| RDIMM | 大容量サーバーメモリー |\n| LPDDR | スマートフォン、ノートPC、省電力AIサーバー |\n| GDDR | GPU、グラフィックス |\n| HBM | AIアクセラレーター、HPC |","quote_start":41,"quote_end":154,"text_sha256":"6bf4f8e1d57a5b20349a3a0cd2ebaaa13c7ce230f319e516dac90cb41ae4e244","block_sha256":"6bf4f8e1d57a5b20349a3a0cd2ebaaa13c7ce230f319e516dac90cb41ae4e244","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_599c8c71-50c1-4857-8557-60ae0903cb60"},{"id":"occ_7483eb6e4d48152f02dab7ff","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_9a030577-66fd-4a5d-9dd5-5c68f7d15d12","section_id":"sec_499c0cc1-9477-486d-9c42-0196273be2a3","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電源","quote":"性能なエンタープライズSSDはNANDさえあれば作れるわけではない。DRAM、コントローラー、ファームウェア、電源部品のどれかが不足しても完成品を出荷できない。","quote_start":7,"quote_end":87,"text_sha256":"c80a33205d306f7e3f524890159eb98a62204dab5842d2a6790387fc6eea4122","block_sha256":"c80a33205d306f7e3f524890159eb98a62204dab5842d2a6790387fc6eea4122","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_9a030577-66fd-4a5d-9dd5-5c68f7d15d12"},{"id":"occ_c093afb2d3bc015890d5fbd6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_a2596acd-9b54-49af-99b0-0a84c87d2c04","section_id":"sec_12ac0b48-3364-4c77-bcd9-4164aeabb84e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":83,"end":85,"exact":"電力","quote":"として積層した実用例を持つ。SamsungのX-Cubeも、ロジックダイ上にSRAMを積層し、配線距離の短縮と電力効率向上を狙う技術である。([TSMC][3])","quote_start":28,"quote_end":109,"text_sha256":"0d1c5df7201440d0aab04be8583f452951b0e79916a574aebb20457ca93c94e5","block_sha256":"0d1c5df7201440d0aab04be8583f452951b0e79916a574aebb20457ca93c94e5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_a2596acd-9b54-49af-99b0-0a84c87d2c04"},{"id":"occ_1c28ea0c547afc2eee48c959","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_b5aaac42-5e24-4385-9cb4-b73c0082753b","section_id":"sec_499c0cc1-9477-486d-9c42-0196273be2a3","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電源","quote":"text\nNANDフラッシュ\n  + SSDコントローラー\n  + DRAM\n  + ファームウェア\n  + 電源断保護\n  + PCIe / NVMeインターフェース\n```","quote_start":3,"quote_end":91,"text_sha256":"8da708296856c3b9931581e00028df1b006701a9150174ba0ac6331082c85d08","block_sha256":"8da708296856c3b9931581e00028df1b006701a9150174ba0ac6331082c85d08","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_b5aaac42-5e24-4385-9cb4-b73c0082753b"},{"id":"occ_53cffd5da691c4ba7eab8343","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_e22d51fc-f2db-4bcc-b3a1-9521c114a1ee","section_id":"sec_4196da2d-4b5b-42ec-8cf0-0e29e0352781","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電力","quote":"は、長いテープへ順番にデータを保存する。目的の位置まで巻く必要があるため、読み出し開始は遅い。一方で、保管中は電力をほとんど使わず、ネットワークから切り離せる。","quote_start":5,"quote_end":85,"text_sha256":"4842e40cfab9c35ece6d93819ea84014d14a67f0494fb98f908c839fc189ac05","block_sha256":"4842e40cfab9c35ece6d93819ea84014d14a67f0494fb98f908c839fc189ac05","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_e22d51fc-f2db-4bcc-b3a1-9521c114a1ee"},{"id":"occ_811bc455de74497a77ab0b70","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_e465bd94-2d77-4050-91b5-752a5bbeea75","section_id":"sec_4008401a-ec43-44af-b44c-ecd02b946a7b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":92,"end":94,"exact":"電力","quote":"、AI ASIC |\n| RDIMM / DDR5 | AIサーバー、一般サーバー |\n| LPDDR | 省電力AIサーバー |\n| SRAM | AIチップ内部 |\n| TLC SSD | 高性能KVキャッシュ |\n| QLC SSD | 大容量AIデータ |\n| HDD | データレイク |\n| 磁気テープ","quote_start":37,"quote_end":194,"text_sha256":"19914ee49912f56e95bdfcb01c13f3713f4834a8d97278c16b484c94d02c6520","block_sha256":"19914ee49912f56e95bdfcb01c13f3713f4834a8d97278c16b484c94d02c6520","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_e465bd94-2d77-4050-91b5-752a5bbeea75"},{"id":"occ_ed5276d20a985fde09a9c85f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96","work_id":"wrk_97fc23be-d3e1-4a2a-986e-b33ae2fd0697","block_id":"blk_ff594954-0040-480e-962b-df0f01c2f9a2","section_id":"sec_703aae52-de2d-4c5f-8b89-fdf67afcf07b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電源","quote":"NANDは、電源を切ってもデータが残る不揮発性メモリーである。スマートフォン、USBメモリー、SDカード、SSDなどの保存領域に使われる。","quote_start":0,"quote_end":69,"text_sha256":"859a7f4fde807b186489ae921cb055d4619e8eeb13a8ce0660f01e5d143728b5","block_sha256":"859a7f4fde807b186489ae921cb055d4619e8eeb13a8ce0660f01e5d143728b5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a30fdebb-6a5f-4491-8480-bc05cbb21f96/#blk_ff594954-0040-480e-962b-df0f01c2f9a2"},{"id":"occ_60420bbdbdc0b84775993320","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3938e39-c989-454c-9e91-c75a6d9b8277","work_id":"wrk_d932af79-c726-4edb-b80c-7dd5b33ae877","block_id":"blk_09c586f0-23f3-4616-90ac-bab378e107f9","section_id":"sec_9b1ee30f-23c4-4801-a332-204e1c756c8e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電源","quote":"しかし、微細な接続端子は直接検査しにくく、完成後と同じ電源・温度・接続条件をダイ単体で再現できるとも限らない。","quote_start":0,"quote_end":55,"text_sha256":"ab313112d3a948d2631aaada775b0f8a39a7b80a130f2f1773a82821b9eab35b","block_sha256":"ab313112d3a948d2631aaada775b0f8a39a7b80a130f2f1773a82821b9eab35b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3938e39-c989-454c-9e91-c75a6d9b8277/#blk_09c586f0-23f3-4616-90ac-bab378e107f9"},{"id":"occ_3c7263b023d468655f581bdc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3938e39-c989-454c-9e91-c75a6d9b8277","work_id":"wrk_d932af79-c726-4edb-b80c-7dd5b33ae877","block_id":"blk_1cb3ffa9-36fd-4261-b61c-308d553fbc8d","section_id":"sec_4c46a382-cc35-4ed0-8f02-5d8a29d1aba2","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":51,"end":55,"exact":"消費電力","quote":"少数の高速配線は端子を減らせる一方、SerDes、PLL、CDR、イコライザーなどによって、回路面積、消費電力、遅延が増えやすい。","quote_start":0,"quote_end":65,"text_sha256":"15dbd1eb1f8b8488dbd3eeeb012a768c2afc823c62ec534e593da35778d277fa","block_sha256":"15dbd1eb1f8b8488dbd3eeeb012a768c2afc823c62ec534e593da35778d277fa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3938e39-c989-454c-9e91-c75a6d9b8277/#blk_1cb3ffa9-36fd-4261-b61c-308d553fbc8d"},{"id":"occ_2909ce57ef702b3093619770","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3938e39-c989-454c-9e91-c75a6d9b8277","work_id":"wrk_d932af79-c726-4edb-b80c-7dd5b33ae877","block_id":"blk_213458b4-d5ac-4243-952e-b019a8ebfaea","section_id":"sec_1ac80d9e-92e4-441d-bab9-9e6401a3adfc","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":27,"end":31,"exact":"消費電力","quote":"現時点では実測製品が存在しないため、HBM4より速い、消費電力が低い、製造コストが安いと断定することはできない。","quote_start":0,"quote_end":56,"text_sha256":"0a2b134faf48b8c22e9ad9f9416e0370165da723392406330c4b8a23e3a0e44d","block_sha256":"0a2b134faf48b8c22e9ad9f9416e0370165da723392406330c4b8a23e3a0e44d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3938e39-c989-454c-9e91-c75a6d9b8277/#blk_213458b4-d5ac-4243-952e-b019a8ebfaea"},{"id":"occ_f123c67f22e41abf8693f663","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3938e39-c989-454c-9e91-c75a6d9b8277","work_id":"wrk_d932af79-c726-4edb-b80c-7dd5b33ae877","block_id":"blk_24cf8e1f-330c-4a47-a222-25d6186f7228","section_id":"sec_f2df370e-c233-4f34-9adc-0de57ac2ddb7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"PHY電力","quote_start":0,"quote_end":5,"text_sha256":"e2e5cfed2e18d14fad169fa011c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だから実効帯域、電力、熱、修復、歩留まりを一緒に見る。","quote_start":0,"quote_end":37,"text_sha256":"32ee2076a8fe3293f04b0884cfe4e2704465052eb0b48928d43722b0e90a052a","block_sha256":"32ee2076a8fe3293f04b0884cfe4e2704465052eb0b48928d43722b0e90a052a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3938e39-c989-454c-9e91-c75a6d9b8277/#blk_49612b11-11fd-4282-a263-93947dc43e5d"},{"id":"occ_a3d70e55c28abaedce572dca","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3938e39-c989-454c-9e91-c75a6d9b8277","work_id":"wrk_d932af79-c726-4edb-b80c-7dd5b33ae877","block_id":"blk_552bd6d1-7cf2-4069-a202-0a0b1c493b96","section_id":"sec_4c46a382-cc35-4ed0-8f02-5d8a29d1aba2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"インターポーザーと超並列配線を減らして得られる利益が、UCIe PHYの電力と面積を上回るか","quote_start":0,"quote_end":46,"text_sha256":"439c49206f3d082c408eb07102d15a9dd05ecfa9fa07b0f6a292b0a2902aca64","block_sha256":"439c49206f3d082c408eb07102d15a9dd05ecfa9fa07b0f6a292b0a2902aca64","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3938e39-c989-454c-9e91-c75a6d9b8277/#blk_552bd6d1-7cf2-4069-a202-0a0b1c493b96"},{"id":"occ_a36814e8d75a5d0ffe7f5087","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3938e39-c989-454c-9e91-c75a6d9b8277","work_id":"wrk_d932af79-c726-4edb-b80c-7dd5b33ae877","block_id":"blk_5995dc86-64d0-4232-99de-4bbb7145ab9c","section_id":"sec_57c6591d-261b-40ac-9111-9d5d9a78adcc","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":444,"end":446,"exact":"電力","quote":"スト、冗長セル、製品内修復 | スタック横断の予備データブロック |\n| 主な利点 | 成熟した高帯域・低通信電力 | パッケージ自由度、修復性、チップレット統合 |\n| 主なリスク | インターポーザー、パッケージ容量、コスト | Backend DRAM、PHY電力、歩留まり、量産性 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2．UCIe PHYの電力","quote_start":0,"quote_end":17,"text_sha256":"6f9406d5e3d15b596c67e8f24f2e51684bd641bfe9b32e672ecb0745e177bd25","block_sha256":"6f9406d5e3d15b596c67e8f24f2e51684bd641bfe9b32e672ecb0745e177bd25","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3938e39-c989-454c-9e91-c75a6d9b8277/#blk_5b026cd7-741d-4084-8f0d-1a25b2323941"},{"id":"occ_f3cbf51e6a8c7f26da464cbe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3938e39-c989-454c-9e91-c75a6d9b8277","work_id":"wrk_d932af79-c726-4edb-b80c-7dd5b33ae877","block_id":"blk_65f78f60-b281-4d44-b41b-e0b2602cf934","section_id":"sec_1310ab96-7bf5-4d75-9ab2-08a1e405abb2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"超高帯域・低電力を最優先\n→ 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 \nそれはもはや、窓の中の声ではない。都市の奥で熱を持つ、計算する制度である。","quote_start":0,"quote_end":67,"text_sha256":"e0ea084372ca541f792b267ac2aaf0d630a5e350752b36bd92e34db3f9e62602","block_sha256":"e0ea084372ca541f792b267ac2aaf0d630a5e350752b36bd92e34db3f9e62602","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_7256e881-d661-4294-9299-9e213fe82c4d"},{"id":"occ_511bc6b1b2616822139aec58","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_73c8d0a9-2af6-4b05-8d08-d501dfdadc4d","section_id":"sec_5acdc0d2-e211-48b4-b7f4-228a7c6dc22f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"第三の層は、物理資源の層である。電力、GPU、ネットワーク、冷却、土地、送電網、資金調達。AIが日常業務や商取引へ広がるほど、推論需要は増え、その背後で10GW級のAIデータセンター構想が必要になる。","quote_start":0,"quote_end":100,"text_sha256":"dc72dc237eb4eaad51ef3cdb059b32c2d41f0b0baf45335acf250c5807290249","block_sha256":"dc72dc237eb4eaad51ef3cdb059b32c2d41f0b0baf45335acf250c5807290249","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_73c8d0a9-2af6-4b05-8d08-d501dfdadc4d"},{"id":"occ_bea5679fb96823180595a057","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_73d5a301-0250-4213-a93a-c3270522c206","section_id":"sec_72851c4d-029f-485c-ac75-596f5bee2aed","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":94,"end":96,"exact":"電力","quote":"がり、利用量は増える。\nAIがエージェント化するほど、決済と本人認証が必要になる。\nAIの利用量が増えるほど、電力とデータセンターが必要になる。\nAIインフラが巨大化するほど、国家と金融が関与する。","quote_start":39,"quote_end":138,"text_sha256":"1bbb4c1ea4af644b190ca9ebc868820a5702253dad572f47745b2db5e2c2f279","block_sha256":"1bbb4c1ea4af644b190ca9ebc868820a5702253dad572f47745b2db5e2c2f279","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_73d5a301-0250-4213-a93a-c3270522c206"},{"id":"occ_15371b3f8f0b3d499a3110f6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_77aa7fa2-41bb-4c8c-838d-7a46b5703d76","section_id":"sec_e0587fdd-cff0-411d-8b51-7d8d777f44f0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"モデルの知能だけでなく、誰がその知能を制御するのか。誰が料金を決めるのか。誰が決済を担うのか。誰が電力を確保するのか。誰が規制し、誰が国家戦略として囲い込むのか。","quote_start":0,"quote_end":81,"text_sha256":"fad1a21dbdd570178b1dd81d469b2f7a2bbf88ac59bdc233fad300a3abd899a5","block_sha256":"fad1a21dbdd570178b1dd81d469b2f7a2bbf88ac59bdc233fad300a3abd899a5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_77aa7fa2-41bb-4c8c-838d-7a46b5703d76"},{"id":"occ_b96b20e6b581535a2fa60d04","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_7a159d80-3a59-4096-baf6-c8085bd34bd5","section_id":"sec_d733e40f-cdea-49cf-ad5c-c209f7416ebe","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"AIは、半導体の話であり、電力の話であり、金融の話であり、国家戦略の話でもある。","quote_start":0,"quote_end":40,"text_sha256":"7e1be9a8e3234532e907446a1010e9b7061cb96c88806bc2db1c04dcf41e849e","block_sha256":"7e1be9a8e3234532e907446a1010e9b7061cb96c88806bc2db1c04dcf41e849e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_7a159d80-3a59-4096-baf6-c8085bd34bd5"},{"id":"occ_53ca272786e989712b6c5182","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_84d2eb7b-0a8a-4f66-a1f3-14afbf8c7df1","section_id":"sec_5acdc0d2-e211-48b4-b7f4-228a7c6dc22f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":153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| 安全装置、本人確認、決済、監査 |\n| 物理資源 | AIを何回動かせるか | GPU、電力、冷却、データセンター、金融 |","quote_start":98,"quote_end":171,"text_sha256":"42832f802309792f204b6fd397649a5a3dfd6e4c6e61b20a48046946b265befe","block_sha256":"42832f802309792f204b6fd397649a5a3dfd6e4c6e61b20a48046946b265befe","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_84d2eb7b-0a8a-4f66-a1f3-14afbf8c7df1"},{"id":"occ_8903845737fe7c1f15f1401b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_8bbc0ecd-fbc4-4300-9a52-131123218d6c","section_id":"sec_e0587fdd-cff0-411d-8b51-7d8d777f44f0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"AIは、チャットアプリや文章生成ツールから、経済・決済・電力・国家政策を巻き込む「産業OS」へ変わり始めている。","quote_start":0,"quote_end":56,"text_sha256":"773ab65f5f82d2f89eca67686bea603d5fbb9d4f378bf490011da632a012b968","block_sha256":"773ab65f5f82d2f89eca67686bea603d5fbb9d4f378bf490011da632a012b968","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_8bbc0ecd-fbc4-4300-9a52-131123218d6c"},{"id":"occ_32e46e456bc927ceebbd57eb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_9d57cd48-38ac-48c8-8bcf-62b5947e4618","section_id":"sec_58c13842-7fc7-45c3-a024-647f74f0b135","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電力","quote":"最も強いモデルを持ち、最も安く動かし、最も安全に制御し、最も多くの商取引に接続し、最も多くの電力と半導体を確保できる企業が勝つ。","quote_start":0,"quote_end":64,"text_sha256":"637bf9d3d1b288a848424b6c0b9ece7fbad548d526a3f077d43bc13dbc318afb","block_sha256":"637bf9d3d1b288a848424b6c0b9ece7fbad548d526a3f077d43bc13dbc318afb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_9d57cd48-38ac-48c8-8bcf-62b5947e4618"},{"id":"occ_ace09c556ff5dec140d55222","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_aeac331b-8327-43f8-a137-04c4d5106049","section_id":"sec_d970e3fb-471d-4f78-86df-338e87fe6537","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":112,"end":114,"exact":"電力","quote":"ous Diffusion Plant周辺が舞台とされている。DOEはこの地域で10GW級AIデータセンターと電力インフラの構想を進めており、AEP Ohioとの送電インフラ投資も示されている。","quote_start":57,"quote_end":154,"text_sha256":"c7ca0213e0583a3fc4697c8a509236c157d24db5350ecb969fc6ef1bd1c5f506","block_sha256":"c7ca0213e0583a3fc4697c8a509236c157d24db5350ecb969fc6ef1bd1c5f506","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_aeac331b-8327-43f8-a137-04c4d5106049"},{"id":"occ_7629f7f7b88217305c18f112","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_b2564ee8-e936-4464-92b5-a19c4112630b","section_id":"sec_58c13842-7fc7-45c3-a024-647f74f0b135","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":165,"end":167,"exact":"電力","quote":"\nVisaとの提携は、AIエージェントが現実の商取引に接続されることを示した。\nオハイオ10GW計画は、AIが電力と重工業の世界に入ったことを示した。","quote_start":110,"quote_end":185,"text_sha256":"db90304956af87f0d9c1f5d6480b78cf32b70e1e66ba1a30a1b06987be9ec47b","block_sha256":"db90304956af87f0d9c1f5d6480b78cf32b70e1e66ba1a30a1b06987be9ec47b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_b2564ee8-e936-4464-92b5-a19c4112630b"},{"id":"occ_2fe424a394a14670a64aec93","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_c4d8e715-7e33-4ae8-b8bb-210d36e0c894","section_id":"sec_58c13842-7fc7-45c3-a024-647f74f0b135","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":"Iは、企業の業務を実行し、ユーザーの代わりに買い物をし、決済網につながり、国家の規制対象となり、10GW単位の電力を消費し、半導体・送電・冷却・金融を巻き込む巨大産業になり始めている。","quote_start":1,"quote_end":93,"text_sha256":"33147be82d49b8950ebdad980f144150778d0c1dedac80b899bf5b9fc434f8a7","block_sha256":"33147be82d49b8950ebdad980f144150778d0c1dedac80b899bf5b9fc434f8a7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_c4d8e715-7e33-4ae8-b8bb-210d36e0c894"},{"id":"occ_deb099db1ad4ff0e530566ee","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_d151b76c-37dd-48bc-8776-2d7a7f2b8ecb","section_id":"sec_d733e40f-cdea-49cf-ad5c-c209f7416ebe","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":44,"end":46,"exact":"電源","quote":"推論需要が増えれば、GPU、AI ASIC、HBM、光トランシーバ、スイッチ、リタイマ、電源部品、冷却装置、変圧器、PDU、UPS、ガスタービン、送電設備の需要が増える。","quote_start":0,"quote_end":85,"text_sha256":"782938fd0c870041ebda65559b0dcdc603f2b44cc9a478e06644667c93116513","block_sha256":"782938fd0c870041ebda65559b0dcdc603f2b44cc9a478e06644667c93116513","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_d151b76c-37dd-48bc-8776-2d7a7f2b8ecb"},{"id":"occ_0d93fabecf3446364dda1597","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_d33ec738-00fb-4c8a-9082-352b3f440f08","section_id":"sec_58c13842-7fc7-45c3-a024-647f74f0b135","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電力","quote":"AIは、電力を飲み込み、決済を通り、政策に縛られ、企業の業務を代行し、経済活動の入口になろうとしている。","quote_start":0,"quote_end":52,"text_sha256":"910916b5235500775f415a260c8a83dcb87aa30a427aa893e0f1805030add117","block_sha256":"910916b5235500775f415a260c8a83dcb87aa30a427aa893e0f1805030add117","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_d33ec738-00fb-4c8a-9082-352b3f440f08"},{"id":"occ_02b5e235fce210d8b0057cd5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_d3452775-9536-42e1-96ad-4d37b7beeb5f","section_id":"sec_47420fdf-edcd-4374-982e-2fd6d54e217e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"Sil-Kathna：  \n知能が強くなるほど、器が必要になる。器とは、電力であり、契約であり、境界である。","quote_start":0,"quote_end":54,"text_sha256":"a31fec60a99cdc8871b5d10f1dfae59ee09a8c7d33d24fdcdd245d254fe8daf7","block_sha256":"a31fec60a99cdc8871b5d10f1dfae59ee09a8c7d33d24fdcdd245d254fe8daf7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_d3452775-9536-42e1-96ad-4d37b7beeb5f"},{"id":"occ_566c6f1a9770154ff58321a4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e10132-4b92-414d-8744-acbeb6f0b294","work_id":"wrk_ab79e5be-0326-461e-868c-ec7e75b2a90e","block_id":"blk_db578dac-a2f5-4ef1-b40f-20f087f25f97","section_id":"sec_d733e40f-cdea-49cf-ad5c-c209f7416ebe","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電力","quote":"ただし、恩恵は均等ではない。AI企業はより安い推論、より高効率な電力、より低コストなネットワーク、より高密度なラックを求める。そのため、単にAI関連というだけでなく、どの部品がボトルネックになるかを見る必要がある。","quote_start":0,"quote_end":107,"text_sha256":"0dd6b5bc3b8e7ae587f7061cddd8c21305b4569d6192faa74906c2d6225dfce2","block_sha256":"0dd6b5bc3b8e7ae587f7061cddd8c21305b4569d6192faa74906c2d6225dfce2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e10132-4b92-414d-8744-acbeb6f0b294/#blk_db578dac-a2f5-4ef1-b40f-20f087f25f97"},{"id":"occ_bbc18a6263d71f8982e74c39","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_0e7445a7-655d-4860-af1a-55dd32b7956c","section_id":"sec_e35bbd1f-8020-4273-9d22-06173e4240f6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"Kyberは高密度化によって、ラック電力が従来型の低電圧配電では扱いにくい領域へ入る。","quote_start":0,"quote_end":43,"text_sha256":"7e2a3beebbc4d2ab9d270a471470b9e416e607381e2edd5be2739a6f56f7454f","block_sha256":"7e2a3beebbc4d2ab9d270a471470b9e416e607381e2edd5be2739a6f56f7454f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_0e7445a7-655d-4860-af1a-55dd32b7956c"},{"id":"occ_181d4406e8c4e940990d98cc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_198e54e6-31c8-4b62-b1f2-87b985d04741","section_id":"sec_be9270c2-0d16-4d10-b326-b2e6963e7086","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電源","quote":"NVIDIAはデータセンター電源システムの協力企業として、","quote_start":0,"quote_end":29,"text_sha256":"f701391c250446f073cde1d0c6ba8be26e7154e0ad37fcb74d85b169ce6e946e","block_sha256":"f701391c250446f073cde1d0c6ba8be26e7154e0ad37fcb74d85b169ce6e946e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_198e54e6-31c8-4b62-b1f2-87b985d04741"},{"id":"occ_790db07b4e14129c728c2d43","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_2dd6151a-3aa2-4088-b56d-6ce66e414853","section_id":"sec_9a29b925-8705-4d8d-b56f-4841b5e767ef","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":65,"end":67,"exact":"電源","quote":"L72ラックのODM\n- 銅ケーブル・ケーブルカートリッジ企業\n- NVL72向けコネクター企業\n- 従来型の電源・液冷設備企業\n- 標準的なサーバーボードメーカー","quote_start":10,"quote_end":92,"text_sha256":"49c7e65223926e5a86873f51e9132ca8d583c083d829f5a7d78b9a511f92526f","block_sha256":"49c7e65223926e5a86873f51e9132ca8d583c083d829f5a7d78b9a511f92526f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_2dd6151a-3aa2-4088-b56d-6ce66e414853"},{"id":"occ_40a040eb2a4e3575bb736b50","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_525c55d1-7af4-4695-9e03-cc411e271e97","section_id":"sec_3123c7a8-6f4d-4db1-a8a9-7795fcec0f51","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":72,"end":74,"exact":"電源","quote":"とする台湾の大規模AIデータセンター計画を示している。Kyber専用ラックの確定受注とは異なるが、ラック組立、電源、冷却、データセンター統合の広い恩恵候補である。([NVIDIA Blog](https://blogs.nvidia.com/blog/gigawatt-ai-factories-ocp-vera-","quote_start":17,"quote_end":174,"text_sha256":"5bbf78565065d7d892c69226908e5d72b07f7212ea4615a2566eabb601b93b60","block_sha256":"5bbf78565065d7d892c69226908e5d72b07f7212ea4615a2566eabb601b93b60","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_525c55d1-7af4-4695-9e03-cc411e271e97"},{"id":"occ_84a9cbc8da48cbabbec70a02","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_55a95274-7872-4b32-96b7-36d106e6dfef","section_id":"sec_be078ccd-e32b-49bd-aab0-870949a30813","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"高電圧ケーブル、電力配線、接続部品の恩恵候補であり、システムPCB企業というより、ラック内外の配線・配電側の受益者になる。([NVIDIA Developer](https://developer.nvidia.com/","quote_start":0,"quote_end":110,"text_sha256":"f68bca52b791368a014cdc9ba53a023c2dc82372bb77a36e013d681ec1677e02","block_sha256":"f68bca52b791368a014cdc9ba53a023c2dc82372bb77a36e013d681ec1677e02","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_55a95274-7872-4b32-96b7-36d106e6dfef"},{"id":"occ_63cbb60612ded88cd366f931","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_9026e5ca-f91c-400d-9386-ced551a88fdb","section_id":"sec_e35bbd1f-8020-4273-9d22-06173e4240f6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電源","quote":"## 4．800VDC電源と液冷","quote_start":0,"quote_end":16,"text_sha256":"0c01124e93a4d43ab2614b542d808f0ef24c0c42ef46b4448a4a2cf4efbb7050","block_sha256":"0c01124e93a4d43ab2614b542d808f0ef24c0c42ef46b4448a4a2cf4efbb7050","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_9026e5ca-f91c-400d-9386-ced551a88fdb"},{"id":"occ_400d01d8dc777b1157651b8c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_9d4082ad-3f22-4ca1-831d-2466711f4f65","section_id":"sec_3217af13-f14c-453f-aeeb-c859ea7883db","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源と冷却を同時に供給できるため、Kyberに対する総合的な感応度が高い企業である。([NVIDIA Developer](https://developer.nvidia.com/blog/buildi","quote_start":0,"quote_end":102,"text_sha256":"a9795057410e4300d4e36db22a0f6074fced3cb97b7e0d1e0726d00b85866288","block_sha256":"a9795057410e4300d4e36db22a0f6074fced3cb97b7e0d1e0726d00b85866288","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_9d4082ad-3f22-4ca1-831d-2466711f4f65"},{"id":"occ_1befbd7f98ca2c0b314441b1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_b83178fd-5125-4fec-b1a7-5abf40fff863","section_id":"sec_3217af13-f14c-453f-aeeb-c859ea7883db","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電源","quote":"NVIDIAの公式800VDCパートナーで、電源変換、DC配電、液冷、熱管理を幅広く持つ。","quote_start":0,"quote_end":45,"text_sha256":"6023dd8f666f5a2a83af7cddd7059f924e50aa79b42f06d5dd7c8ea98c75d0a7","block_sha256":"6023dd8f666f5a2a83af7cddd7059f924e50aa79b42f06d5dd7c8ea98c75d0a7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_b83178fd-5125-4fec-b1a7-5abf40fff863"},{"id":"occ_9bd56ad87bdfd3d07ebed316","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6","work_id":"wrk_1c297a15-bc80-4f59-ae19-6b025b2c95a1","block_id":"blk_f39bbc43-39f4-4c2e-8572-14ae4dcf826c","section_id":"sec_979457bd-a8dc-4375-be89-fe91998d7a62","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電源","quote":"Vertivは、800VDC電源、DCバスウェイ、ラックレベルDC-DC変換、バックアップ電源、液冷設備を組み合わせた製品群を開発している。","quote_start":0,"quote_end":70,"text_sha256":"9e8faec3e587a618a7f37090ea5db9e223a971650eb434b41b31af4ee50775f3","block_sha256":"9e8faec3e587a618a7f37090ea5db9e223a971650eb434b41b31af4ee50775f3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a3e9cc84-29ea-4e2f-8ea0-a01272094ec6/#blk_f39bbc43-39f4-4c2e-8572-14ae4dcf826c"},{"id":"occ_3cf6f679d6fd3ec45396f0e3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_0255bbf3-8d52-4eaa-8d67-550df040e127","section_id":"sec_788bd623-5e4a-4766-b21c-e3d100a54354","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電力","quote":"たとえば、2026年にAI関連CapExが8000億ドルあるとして、その10%が設備不足や電力接続遅れで後ろ倒しになるだけでも、800億ドルの売上機会が翌年以降に移る。20%なら1600億ドルである。","quote_start":0,"quote_end":100,"text_sha256":"d6fa33000457d871cf4e1517487732459e56e47c826dbcc2e3e6a112d35eee45","block_sha256":"d6fa33000457d871cf4e1517487732459e56e47c826dbcc2e3e6a112d35eee45","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_0255bbf3-8d52-4eaa-8d67-550df040e127"},{"id":"occ_d14eb94aff9c767661000c11","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_0fce8b09-c538-4f5a-81bc-07da004af223","section_id":"sec_1187d110-2ba8-471e-817e-c4d1970ae5b0","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":71,"end":73,"exact":"電力","quote":"インの質です。Wood Mackenzieは、米国データセンターパイプラインのうち、約**600GW**がまだ電力容量を探している一方、建設または電力供給契約を結んでいるのは**183GW**にとどまるとしています。([Wood Mackenzie](https://www.woodmac.com/press-r","quote_start":16,"quote_end":173,"text_sha256":"f44f5af55ddecfc1031b46614bf5b44260a51fec1d3029012f6a0c83bb008072","block_sha256":"f44f5af55ddecfc1031b46614bf5b44260a51fec1d3029012f6a0c83bb008072","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_0fce8b09-c538-4f5a-81bc-07da004af223"},{"id":"occ_ec86794a909974f84ef61fa8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_17b5db6d-8174-4369-8a3a-9700a08c3337","section_id":"sec_7d934360-f13b-42c8-9802-2d8cac88e9eb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電力","quote":"Wood Mackenzieの**600GWが電力探し中、183GWが契約済み**という数字から見ると、今後は市場が「発表GW」をそのまま評価しなくなる可能性があります。([Wood Mackenzie](https://www.woodmac.co","quote_start":0,"quote_end":125,"text_sha256":"f1b91c4b6e0c74f884d3ac65dd4dc3c4d64482ca7bf14865f374b63ea4c1dd8b","block_sha256":"f1b91c4b6e0c74f884d3ac65dd4dc3c4d64482ca7bf14865f374b63ea4c1dd8b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_17b5db6d-8174-4369-8a3a-9700a08c3337"},{"id":"occ_abb58cca410979b3ad75fa9c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_17e4ce5d-e890-4a93-9afd-b075bbe4500e","section_id":"sec_39aaef7a-8f14-4e2e-bd33-63747bd2a547","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電力","quote":"ックの密度は急上昇しています。Schneider Electricは、業界がラックあたり**140kW超**の電力密度を超え、将来的には**1MW以上**に対応していく中で液冷が不可欠になると説明しています。冷却はデータセンター電力使用量の最大**40%を占める可能性があり、Direct Liquid Cooli","quote_start":3,"quote_end":160,"text_sha256":"6dadcc986c293e3fec4a5d5d8f7a922e12e85b98f45fb694e430bc099f2e4a8d","block_sha256":"6dadcc986c293e3fec4a5d5d8f7a922e12e85b98f45fb694e430bc099f2e4a8d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_17e4ce5d-e890-4a93-9afd-b075bbe4500e"},{"id":"occ_f84c1a772e9b98772d8d01a2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_19849d2c-22b2-4d05-afb0-80d35e897442","section_id":"sec_f2bffca7-42b1-4c1d-85ff-4fc6afea8431","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電力","quote":"**AI Factory**  \n**5GW計画**  \n**数百億ドルCapEx**  \n**電力付きデータセンター**  \n**液冷標準化**  \n**光ファイバー長期契約**","quote_start":0,"quote_end":90,"text_sha256":"2982ce7ce6f28b982f0c8951a3d3a647be56fc12a961ad56cc528be587a2a593","block_sha256":"2982ce7ce6f28b982f0c8951a3d3a647be56fc12a961ad56cc528be587a2a593","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_19849d2c-22b2-4d05-afb0-80d35e897442"},{"id":"occ_8aac4b34176aa3a1fdf3a431","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_24b59a6b-235b-49f3-850a-b7990d29b59e","section_id":"sec_44f48058-bc1c-4add-9d52-426af5404e78","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":50,"end":52,"exact":"電力","quote":"このため、2027年に一度「AIインフラ遅延懸念」で調整しても、2028年には実需が再加速して、**電力・冷却・接続・ストレージ不足の再燃**が起きる可能性があります。","quote_start":0,"quote_end":84,"text_sha256":"4c00e00c3481b34f0cc857f8821944a6a4bae6fa9b49cb8cdcf22a5d58b97462","block_sha256":"4c00e00c3481b34f0cc857f8821944a6a4bae6fa9b49cb8cdcf22a5d58b97462","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_24b59a6b-235b-49f3-850a-b7990d29b59e"},{"id":"occ_52aa5d709b8657439fa93c9a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_2d698845-ac2a-474d-8b27-c173fe84969c","section_id":"sec_3bf0ad11-8704-4fc7-85e9-0b6ea16e537a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":100,"end":102,"exact":"電力","quote":"れた変圧器、スイッチギア、PDU、冷却装置、光ファイバーが納入され始める。ここで、通電済みMW、液冷対応MW、電力契約済みサイトを持つ企業が再評価される。","quote_start":45,"quote_end":122,"text_sha256":"262f7b3a4c6cb3e6b1154c0cd31e3227e9e5499e735ae22ba0e116b469611add","block_sha256":"262f7b3a4c6cb3e6b1154c0cd31e3227e9e5499e735ae22ba0e116b469611add","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_2d698845-ac2a-474d-8b27-c173fe84969c"},{"id":"occ_f492febbf008f61bfcc9e446","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_34d28ed4-bd1f-4f76-ae4b-c0b250085c44","section_id":"sec_264c8283-c357-4658-87d0-b26ce5172bcd","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電力","quote":"AIデータセンターは、通常の建物ではありません。  \n高圧電力、非常用電源、UPS、液冷、チラー、光配線、セキュリティ、消防、制御系まで必要です。","quote_start":0,"quote_end":73,"text_sha256":"ca2c2a3593532c76e747e6b20e43628386529fffbb9d98b424ef169f27ead2a6","block_sha256":"ca2c2a3593532c76e747e6b20e43628386529fffbb9d98b424ef169f27ead2a6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_34d28ed4-bd1f-4f76-ae4b-c0b250085c44"},{"id":"occ_49bf9ce419062de667b4b601","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_43a2dad4-c9ff-4125-9171-47fbfbda1363","section_id":"sec_5c6ceec4-a9ba-49a4-8256-06f702f28dec","layer":"code","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":270,"end":272,"exact":"電力","quote":"l、Supermicro、HPE                            | データセンター側の電力・冷却が遅れると納入タイミングが後ろ倒し |\n| ストレージ     | Western Digital、Seagate                        | 稼働開始が遅れると一部需要が","quote_start":215,"quote_end":372,"text_sha256":"c1c952ea0cc0268a13d813bacfad7e69e497d03b1a35bc48294dfeddf50e9e2c","block_sha256":"c1c952ea0cc0268a13d813bacfad7e69e497d03b1a35bc48294dfeddf50e9e2c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_43a2dad4-c9ff-4125-9171-47fbfbda1363"},{"id":"occ_9986088859222e14dac8aa59","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_52ed3457-7a5d-4b95-b7d0-aee7429b2e49","section_id":"sec_86c192a6-996e-402d-8a73-6a93bd41dece","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"発表GWは低評価。  \n電力契約済みGWは中評価。  \n変圧器・冷却・許認可済みGWは高評価。  \n稼働済み、通電済みMWは最高評価。","quote_start":0,"quote_end":67,"text_sha256":"0d3991154b6506da2d77d9c1f9cc9f0b4f293fab6c1d1b7b010ea3416dc478db","block_sha256":"0d3991154b6506da2d77d9c1f9cc9f0b4f293fab6c1d1b7b010ea3416dc478db","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_52ed3457-7a5d-4b95-b7d0-aee7429b2e49"},{"id":"occ_a99539cfe144cf565df3d404","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_55f45e8e-0cce-46c3-81ba-40d25713596d","section_id":"sec_006255be-4367-4a4e-9a03-ce62cb6e6b84","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"**米国DC電力需要：2025年31GW → 2027年66GW**  \n**予定容量の期限通り稼働率：1年先60%、2年先50%程度**  \n**米国DC容量：2026年24GW → 2030年110GW**  \n","quote_start":0,"quote_end":108,"text_sha256":"84d8d093550da893f593e87e2ec19a5647c64bbd6fa9ab49b56894f292b8bf62","block_sha256":"84d8d093550da893f593e87e2ec19a5647c64bbd6fa9ab49b56894f292b8bf62","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_55f45e8e-0cce-46c3-81ba-40d25713596d"},{"id":"occ_95b60c6b90245dec275fb40b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_589e1612-f6b2-4939-bfad-d011ba8bb53f","section_id":"sec_7d934360-f13b-42c8-9802-2d8cac88e9eb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"## 第2段階：電力未確保案件は、そもそも投資対象として割り引かれる","quote_start":0,"quote_end":34,"text_sha256":"807c56ca4bc00b2656149b25dcd63239aba6409392ca10a142db2b7323e02230","block_sha256":"807c56ca4bc00b2656149b25dcd63239aba6409392ca10a142db2b7323e02230","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_589e1612-f6b2-4939-bfad-d011ba8bb53f"},{"id":"occ_8e0d1f6e5323b421ceeb8349","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_5f4cecc2-535a-49b6-b336-1fe6da57e5ad","section_id":"sec_cbd1c9b9-8f7d-4679-b1b3-9adaf76de350","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"**電力契約済み案件を持つ**  \n**バックログが実際の注文で積み上がっている**  \n**部材価格上昇を転嫁できる**  \n**製造能力をすでに増強中**  \n**顧客が長期契約で生産枠を押さえている**","quote_start":0,"quote_end":104,"text_sha256":"1f73bcc5c70be81d762d4cf74d5f302d4f6712d212502c4ee5748c4e6fc569c6","block_sha256":"1f73bcc5c70be81d762d4cf74d5f302d4f6712d212502c4ee5748c4e6fc569c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_5f4cecc2-535a-49b6-b336-1fe6da57e5ad"},{"id":"occ_2d49eed89c45c4948c2c1119","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_654867da-8a32-44a3-ad77-046a96416057","section_id":"sec_edd06097-f8ce-48dc-b357-0014e617d9e4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"2026年に発注された電力機器・冷却装置・光ファイバーが2028年に納入され、Rubin世代や次世代ASICのデータセンター稼働と重なる可能性があります。","quote_start":0,"quote_end":77,"text_sha256":"c9e06b53ef75075d83906949d34e5b9a71284430b57774db5d4ac28159697847","block_sha256":"c9e06b53ef75075d83906949d34e5b9a71284430b57774db5d4ac28159697847","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_654867da-8a32-44a3-ad77-046a96416057"},{"id":"occ_dc7224fb7587844de5518877","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_69c68602-505c-4760-81ad-3a59d6884cdb","section_id":"sec_fe49f141-cea4-4092-bcad-a3fbd799c5fc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":100,"end":102,"exact":"電力","quote":"働タイミングに依存する**  \n**\\3. 粗利が薄い、または部材価格上昇を転嫁しにくい**  \n**\\4. 電力確保・許認可・顧客契約が不透明**  \n**\\5. PERがすでに高い**","quote_start":45,"quote_end":139,"text_sha256":"af5f9f5a9506902d77ee3c83b3a21b7a751ccbeb3f07dc3c5a917708d6e1e776","block_sha256":"af5f9f5a9506902d77ee3c83b3a21b7a751ccbeb3f07dc3c5a917708d6e1e776","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_69c68602-505c-4760-81ad-3a59d6884cdb"},{"id":"occ_c5165dda02c2c2b08e5bdbb4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_826e54d0-4ec4-4472-927b-b09d51553af9","section_id":"sec_737b9d17-0219-4a3d-ae3b-7e1db299f31a","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"Goldman Sachsは、米国データセンターの電力需要が**2025年31GW → 2026年41GW → 2027年66GW**へ増えると予測しています。さらに、米国ピーク電力需要に占めるデータセンター比率は2025年4.1% → 2027年8.5","quote_start":0,"quote_end":127,"text_sha256":"9761c7c2580ec29c729f25f0d5ce49ccef93c08c9fa297a3f323ab1b6d741018","block_sha256":"9761c7c2580ec29c729f25f0d5ce49ccef93c08c9fa297a3f323ab1b6d741018","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_826e54d0-4ec4-4472-927b-b09d51553af9"},{"id":"occ_76e2862e12606c51c84df2a9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_98592d69-a3d8-4fa9-b1a7-086f2af73d10","section_id":"sec_1187d110-2ba8-471e-817e-c4d1970ae5b0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"## \\2. 最大のズレ：計画GWはあるが、電力確保済みGWが少ない","quote_start":0,"quote_end":34,"text_sha256":"5195c19320ae2ff83e28fbb6e6bd75e5e5cfcff3bc761472b12bd24cef53b5ed","block_sha256":"5195c19320ae2ff83e28fbb6e6bd75e5e5cfcff3bc761472b12bd24cef53b5ed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_98592d69-a3d8-4fa9-b1a7-086f2af73d10"},{"id":"occ_4b416df4cca9c8f288e6cffb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_9e42ce84-47eb-48f6-b2ee-1496e4af11f0","section_id":"sec_737b9d17-0219-4a3d-ae3b-7e1db299f31a","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"DOE/LBNLの長期予測でも、米国データセンターの電力使用量は**2023年176TWh**から、**2028年325〜580TWh**へ増える可能性があり、米国電力消費の\\*\\*6.7〜12%\\*\\*に達する見通しです。([The Department","quote_start":0,"quote_end":128,"text_sha256":"024b20f7292e512ba7da35a5bb05fd5ceaf10875fa4680ffa657e79e4b742017","block_sha256":"024b20f7292e512ba7da35a5bb05fd5ceaf10875fa4680ffa657e79e4b742017","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_9e42ce84-47eb-48f6-b2ee-1496e4af11f0"},{"id":"occ_8d70e8f8033dae6aaae7d5ff","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_a4dba5dd-274e-4e47-ba17-74320b8e637a","section_id":"sec_b053ba36-ce76-4d63-ad77-5ca844c44150","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"**電力契約、変圧器、スイッチギア、PDU、UPS、冷却装置、光ファイバー、建設労働者、許認可、住民合意**","quote_start":0,"quote_end":54,"text_sha256":"e28387a652653e3a38bb94b420e94eb05c6960d14bf8842d95d75ebb89049fd4","block_sha256":"e28387a652653e3a38bb94b420e94eb05c6960d14bf8842d95d75ebb89049fd4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_a4dba5dd-274e-4e47-ba17-74320b8e637a"},{"id":"occ_c3c77aa10409aea4b3808749","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_a7167e56-4c3f-4854-8d55-935e61f32083","section_id":"sec_7d934360-f13b-42c8-9802-2d8cac88e9eb","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"**発表GW**  \nではなく、  \n**電力契約済みGW**  \n**変圧器発注済みGW**  \n**液冷設計済みGW**  \n**許認可済みGW**  \n**アンカーテナント契約済みGW**","quote_start":0,"quote_end":97,"text_sha256":"685fe538028b5d6ba76451093d7f722ec5b3f6ad1966806b1e3533e636b46a09","block_sha256":"685fe538028b5d6ba76451093d7f722ec5b3f6ad1966806b1e3533e636b46a09","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_a7167e56-4c3f-4854-8d55-935e61f32083"},{"id":"occ_46ca72ff86eba0cd35868df1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_cd8431ff-7754-4690-a825-b0b347ef857b","section_id":"sec_3bf0ad11-8704-4fc7-85e9-0b6ea16e537a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"2027年は実行力の差が出る年になる。  \n本当に電力を確保できたのか。変圧器は届くのか。液冷設計は終わったのか。建設は進んでいるのか。顧客契約はあるのか。許認可は通っているのか。","quote_start":0,"quote_end":90,"text_sha256":"7ac2778b91517102f86bd4be6c8e0e34377eed4a7cb8b296c58c754956b066b5","block_sha256":"7ac2778b91517102f86bd4be6c8e0e34377eed4a7cb8b296c58c754956b066b5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_cd8431ff-7754-4690-a825-b0b347ef857b"},{"id":"occ_23aaf3d1ed8072e0ed670401","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_d595200e-1864-442a-a4af-a312ce7b2975","section_id":"sec_5486e2e0-654c-45e9-b973-c6977a7980c1","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"AIデータセンターには、GPUだけではなく、電力接続、変圧器、スイッチギア、PDU、ATS、UPS、パネルボード、液冷、CDU、チラー、光ファイバー、HBM、建設人材、電気工事、許認可、住民合意が必要になる。","quote_start":0,"quote_end":104,"text_sha256":"a2f8ae3b04ce97d4e9a70d627cc93a24cc4c283a65e58b3153588552b94398e0","block_sha256":"a2f8ae3b04ce97d4e9a70d627cc93a24cc4c283a65e58b3153588552b94398e0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_d595200e-1864-442a-a4af-a312ce7b2975"},{"id":"occ_9e1b37f859456643a6195b1d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_dcc4bd52-7043-460d-a869-c2e6552f7677","section_id":"sec_987d978e-dd62-4b91-a53f-87f4b6189a27","layer":"code","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":190,"end":192,"exact":"電力","quote":"----------------------------------------- | -- |\n| 変圧器・電力機器 | Eaton、Schneider Electric、GE Vernova、ABB、Siemens Energy、Hitachi Energy |    |\n| 電気工事・EPC | Quant","quote_start":135,"quote_end":292,"text_sha256":"885f2110016b1211f548d18f0ea331588589114d8ed2eb2bb3e772237fed41be","block_sha256":"885f2110016b1211f548d18f0ea331588589114d8ed2eb2bb3e772237fed41be","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_dcc4bd52-7043-460d-a869-c2e6552f7677"},{"id":"occ_c865ec1ddf014fad3cb727bb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_dfda6304-2a01-4bed-9ce7-e5cbf7d0ff60","section_id":"sec_1187d110-2ba8-471e-817e-c4d1970ae5b0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"**発表・用地・構想段階のGWは多い。  \nでも、電力契約・建設契約まで進んだGWはその一部。**","quote_start":0,"quote_end":49,"text_sha256":"c5b5231172f379b8a9ea79741474dabed1d66c6a58b712a841f0db63fef965c6","block_sha256":"c5b5231172f379b8a9ea79741474dabed1d66c6a58b712a841f0db63fef965c6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_dfda6304-2a01-4bed-9ce7-e5cbf7d0ff60"},{"id":"occ_9fe2c83e1c0b85646920affb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_e0b76865-02d1-48d2-97b4-ed9cf6993c39","section_id":"sec_e2d757db-d882-4b6b-948f-e36293b91571","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"これは、資金力が最強クラスの企業でも、部材・電力・建設能力の制約から逃れられないことを示します。","quote_start":0,"quote_end":48,"text_sha256":"9f7a4c51aa1f55b54871ea344aac2a62d6de1698d4874d3f139b37ef65dd479f","block_sha256":"9f7a4c51aa1f55b54871ea344aac2a62d6de1698d4874d3f139b37ef65dd479f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_e0b76865-02d1-48d2-97b4-ed9cf6993c39"},{"id":"occ_1dd2d6f5f41498f820790586","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_e32aae40-243e-47e5-bff8-03e7139d6edd","section_id":"sec_9fbca1b3-0716-4eeb-9dca-16c567dbf363","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"危ないのは、電力未確保のデータセンター開発会社、資金調達依存の強いAIクラウド、データセンター稼働タイミングに売上が左右されるサーバーOEM、AI向け受注期待だけで買われた小型テーマ株、そしてPERが高すぎる冷却・電","quote_start":0,"quote_end":108,"text_sha256":"73bf6a6f1f191f1b190bc71241a17fa2089a8029dfcd44ad2cf2d231a7fc0174","block_sha256":"73bf6a6f1f191f1b190bc71241a17fa2089a8029dfcd44ad2cf2d231a7fc0174","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_e32aae40-243e-47e5-bff8-03e7139d6edd"},{"id":"occ_8c28b2cd258b18eb1d86f967","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_e3e0f49f-afd4-403f-b218-65c57fa05452","section_id":"sec_3bf0ad11-8704-4fc7-85e9-0b6ea16e537a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":98,"end":100,"exact":"電力","quote":"ハイパースケーラーのCapExも急増する。市場は「AI Factory」「Sovereign AI」「液冷」「電力」「光」「HBM」といった言葉に反応し、関連株を広く買う。","quote_start":43,"quote_end":129,"text_sha256":"fcc47716e613290469f469a7c4615166481523ae837f8f615c3c88c6f01025ca","block_sha256":"fcc47716e613290469f469a7c4615166481523ae837f8f615c3c88c6f01025ca","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_e3e0f49f-afd4-403f-b218-65c57fa05452"},{"id":"occ_cf9d7313092cc74544035a1b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_e6ee9575-b40e-4048-8511-dbdabdc99b75","section_id":"sec_86c192a6-996e-402d-8a73-6a93bd41dece","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":64,"end":66,"exact":"電力","quote":"投資では、「数百MW」「1GW」「5GW」という大規模な発表が相次いでいる。市場はそれを見て、サーバー、冷却、電力設備、光ファイバー、ストレージ、半導体関連銘柄を先回りして買う。","quote_start":9,"quote_end":98,"text_sha256":"f3ce0bb7c7631ccf7c6034c8c0fdec73447827be3d6df6eb2a5416e80f828b59","block_sha256":"f3ce0bb7c7631ccf7c6034c8c0fdec73447827be3d6df6eb2a5416e80f828b59","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_e6ee9575-b40e-4048-8511-dbdabdc99b75"},{"id":"occ_7cf4000ab2cdfe1c86c30fbb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_e7f7580f-bfa1-4a3c-8f75-1de620940bb7","section_id":"sec_737b9d17-0219-4a3d-ae3b-7e1db299f31a","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":109,"end":111,"exact":"電力","quote":"*1年先で約60%、2年先で約50%しか期限通りに稼働しない**と見ています。理由は、供給網・労働力・許認可・電力接続です。([Goldman Sachs](https://www.goldmansachs.com/insights/articles/us-data-center-power-demand-pro","quote_start":54,"quote_end":211,"text_sha256":"9239aa6b32e6973148c54ec69bc2f18c2656af4c5e6fa6b6e7617f4399024766","block_sha256":"9239aa6b32e6973148c54ec69bc2f18c2656af4c5e6fa6b6e7617f4399024766","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_e7f7580f-bfa1-4a3c-8f75-1de620940bb7"},{"id":"occ_d6a1a43e37046277792c25eb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_f0f36c26-b039-48ab-84e6-e5f3e92b49cf","section_id":"sec_edd06097-f8ce-48dc-b357-0014e617d9e4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電力","quote":"ただし、そのミニバブルは全員勝ちではなく、**電力と部材を本当に押さえている企業だけが勝つ**形になると思います。","quote_start":0,"quote_end":57,"text_sha256":"1c3566e0de6e11bd5cec6e087b3ce9caf42ff7107a51f3ad7a146a21fd22e894","block_sha256":"1c3566e0de6e11bd5cec6e087b3ce9caf42ff7107a51f3ad7a146a21fd22e894","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_f0f36c26-b039-48ab-84e6-e5f3e92b49cf"},{"id":"occ_2fedbb4d00592edffe3c8349","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_f20a969a-e149-4ee1-87a2-91a303b48a28","section_id":"sec_1187d110-2ba8-471e-817e-c4d1970ae5b0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電力","quote":"場が「AIデータセンター計画が600GWある」と受け取って株を買うと危険です。実際には、通電可能性が高いのは、電力会社との契約、変電所、送電接続、許認可まで進んだ案件です。","quote_start":5,"quote_end":91,"text_sha256":"99c79f519e906363b13a00d6ba9045b3244cf3af5d3d81d024f93f968530ac2d","block_sha256":"99c79f519e906363b13a00d6ba9045b3244cf3af5d3d81d024f93f968530ac2d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_f20a969a-e149-4ee1-87a2-91a303b48a28"},{"id":"occ_8953de1776dd87778af94615","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff","work_id":"wrk_9bc2084d-1dcc-40ef-9cc9-a53fe61434c0","block_id":"blk_fd8fc311-76ac-4531-ae5f-544a79163713","section_id":"sec_07924daf-8800-46b5-8ceb-8acbbf6dc0fd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"むしろ、AIは稼げる。  \nだからこそ、需要は強くなりすぎる。  \nしかし、電力、変圧器、冷却、建設、GPU、HBM、光接続が足りず、予定通り供給できない。","quote_start":0,"quote_end":78,"text_sha256":"44ff8600f1cf400b8d23b72867d4e6c244eb21034d2bb87a2f6bcf56721ca7d1","block_sha256":"44ff8600f1cf400b8d23b72867d4e6c244eb21034d2bb87a2f6bcf56721ca7d1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4008bc2-ae2c-4bd7-8615-0b3c4e0936ff/#blk_fd8fc311-76ac-4531-ae5f-544a79163713"},{"id":"occ_0a6b84b568296968d8dfa3c0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_34f3a2eb-9c34-4fd1-ac35-9f2d7772fa72","section_id":"sec_cc75c0ab-30b3-4236-9d0b-c54dcdbddb4a","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":29,"end":33,"exact":"消費電力","quote":"まで見る必要があります。SRAM増加によって必要チップ数や消費電力を減らせれば、メモリー単体では高くても、システム全体では安くなる可能性があります。","quote_start":0,"quote_end":74,"text_sha256":"4d6df6265e4aea94c300cbe9ab8117a1d5ad74f05d8e29fa39f4e8117bd4d72d","block_sha256":"4d6df6265e4aea94c300cbe9ab8117a1d5ad74f05d8e29fa39f4e8117bd4d72d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_34f3a2eb-9c34-4fd1-ac35-9f2d7772fa72"},{"id":"occ_a675ec5e2776e97860d8f1ed","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_4402ca65-8d61-4f00-bcd9-d28f55aef66c","section_id":"sec_22bb2275-1e65-4eeb-98aa-91180c8a5827","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":45,"end":47,"exact":"電源","quote":"- ASICダイ\n- SRAM\n- HBM\n- インターポーザー\n- 接合\n- 基板\n- 電源\n- 熱","quote_start":0,"quote_end":51,"text_sha256":"a707d761dd472a7bdcb364296d26cdc1063e1ebb0b91a4a83aaa68c652beebf2","block_sha256":"a707d761dd472a7bdcb364296d26cdc1063e1ebb0b91a4a83aaa68c652beebf2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_4402ca65-8d61-4f00-bcd9-d28f55aef66c"},{"id":"occ_2d2d917923d2c5040098ef80","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_45d20f75-3cf0-4c71-937a-25b37aade579","section_id":"sec_b94c5d13-b3f1-4626-94d4-4c8216a96869","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"ただし現実には、1GBのレジスタファイルは面積、電力、配線、ポート数の面で成立しにくい。そのためこの数字は製品価格ではなく、**なぜレジスタを数十MB程度に抑える必要があるかを示す換算値**である。","quote_start":0,"quote_end":99,"text_sha256":"c8cc156a22ca4be32e70853da0dbcf6902d2e467e21c827253302f5c7364c01c","block_sha256":"c8cc156a22ca4be32e70853da0dbcf6902d2e467e21c827253302f5c7364c01c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_45d20f75-3cf0-4c71-937a-25b37aade579"},{"id":"occ_688b9590ed92325e8f30de63","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_6f7c21ae-f3fb-422b-9324-4c1247b2785e","section_id":"sec_0dbad813-a9a0-434a-ad47-6538b1ed2286","layer":"code","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":56,"end":60,"exact":"消費電力","quote":"``\n少量の高価なSRAMを追加\n        ↓\nHBMアクセス回数を削減\n        ↓\n必要帯域と消費電力を削減\n        ↓\n演算器の稼働率を向上\n```","quote_start":1,"quote_end":88,"text_sha256":"3e5f621a72aefe93aac69a3d1ea6b750a48bd541e9945bcc9a6cfaa703987ba6","block_sha256":"3e5f621a72aefe93aac69a3d1ea6b750a48bd541e9945bcc9a6cfaa703987ba6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_6f7c21ae-f3fb-422b-9324-4c1247b2785e"},{"id":"occ_11532f17bd79005f4d1f681a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_7cc8c16f-61e5-4551-a9b1-b0f08aab908a","section_id":"sec_b7ad2c90-4688-43ef-8047-5689af4f8de2","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":50,"end":54,"exact":"消費電力","quote":"- SRAMマクロの置き換え\n- 標準セルの置き換え\n- 回路配置の再設計\n- タイミング検証\n- 消費電力検証\n- マスクの再作成\n- ソフトウェア再検証\n- HBMとパッケージの再認証","quote_start":0,"quote_end":94,"text_sha256":"ac6ef0132f69979be1f8c228bd2349c52ef05dc1e4a7f3683edfb60cd2fe8017","block_sha256":"ac6ef0132f69979be1f8c228bd2349c52ef05dc1e4a7f3683edfb60cd2fe8017","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_7cc8c16f-61e5-4551-a9b1-b0f08aab908a"},{"id":"occ_0a10b48314721e481e29a423","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_a0c652d1-539b-45ff-9803-6e049272410c","section_id":"sec_ca56be7f-cce2-49ae-8a1b-174f37c88fe2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"- HBMアクセス回数を減らす\n- HBM帯域を節約する\n- データ移動電力を減らす\n- 演算器の待機時間を短縮する\n- 1チップ当たりの処理性能を高める","quote_start":0,"quote_end":77,"text_sha256":"b14646cd562704020d5c381e0226745ab7d9122db7a695ee4500d044dd665932","block_sha256":"b14646cd562704020d5c381e0226745ab7d9122db7a695ee4500d044dd665932","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_a0c652d1-539b-45ff-9803-6e049272410c"},{"id":"occ_afb3a96aa078dfc01cafb716","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_a2ad9a97-6b10-4dfa-abeb-d71a4f9cc184","section_id":"sec_221201a2-56b7-4747-9817-08d16afe222f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":48,"end":50,"exact":"電力","quote":"- SRAM容量とHBM帯域の配分\n- HBMコントローラー\n- ベースダイ\n- 信号電圧\n- 電力管理\n- パッケージ配線\n- 熱設計","quote_start":0,"quote_end":68,"text_sha256":"03dd2e734e61355a616e1ba680763ff7fc32008e4ae9c6ea32b5c502e066ac9d","block_sha256":"03dd2e734e61355a616e1ba680763ff7fc32008e4ae9c6ea32b5c502e066ac9d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_a2ad9a97-6b10-4dfa-abeb-d71a4f9cc184"},{"id":"occ_58b08cb730a9154280dfcbe5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_c3536916-4f1f-4327-a7ff-daafef67a6f8","section_id":"sec_100de779-ada2-41ab-8d3a-32e40cec2aef","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電源","quote":"- チップ数\n- チップ間ネットワーク\n- 基板\n- 電源\n- 通信回路\n- ソフトウェア","quote_start":0,"quote_end":45,"text_sha256":"b782213c4913923d41d695ee86b0f92ac44986e2d28b195d3c90eb0626a143a2","block_sha256":"b782213c4913923d41d695ee86b0f92ac44986e2d28b195d3c90eb0626a143a2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_c3536916-4f1f-4327-a7ff-daafef67a6f8"},{"id":"occ_7dd86cd4627301942daaa442","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_ccf87285-281e-4986-bd97-51f279d48c01","section_id":"sec_fd08b703-e597-4d1c-a076-ce0c8856d503","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電源","quote":"- ワード線・ビット線\n- デコーダー\n- センスアンプ\n- 書き込み回路\n- ECC\n- 冗長セル\n- 電源回路\n- クロック・制御回路","quote_start":0,"quote_end":69,"text_sha256":"9ac2fb8d48f2c6a0678b6bfff19df116e4af3b0a729fe524f00d18c4912f2e32","block_sha256":"9ac2fb8d48f2c6a0678b6bfff19df116e4af3b0a729fe524f00d18c4912f2e32","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_ccf87285-281e-4986-bd97-51f279d48c01"},{"id":"occ_6838c6efefc88dbcd46ccb40","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_d6fc6f88-0218-4140-9fbe-3404a1aa8fb8","section_id":"sec_50c5767e-8558-45e6-93b8-f97cf11bd7e7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電力","quote":"ICダイが大型化する\n- ウェハーから取れる個数が減る\n- 良品率が下がる\n- 演算器の面積が減る\n- 配線と電力供給が難しくなる\n- テスト時間が延びる","quote_start":4,"quote_end":81,"text_sha256":"d1aaa443d1c393d7be0994759cc749d5d210d9251630eea46dd129390fee2c0f","block_sha256":"d1aaa443d1c393d7be0994759cc749d5d210d9251630eea46dd129390fee2c0f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_d6fc6f88-0218-4140-9fbe-3404a1aa8fb8"},{"id":"occ_cf29505e83a2ecc6aafc2c11","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a4cce969-13d1-46b4-be66-954788627617","work_id":"wrk_2beaf3ee-732b-4a38-b298-4a26d607c8fc","block_id":"blk_ff3cc7ad-a8df-4e44-9200-b255d73d5d1f","section_id":"sec_dbf4f8c4-611d-46fd-8ace-c1841d40422b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":50,"end":52,"exact":"電力","quote":"少量の高価なSRAMを使ってデータを再利用し、その外側に大容量のHBMを配置することで、速度、容量、電力、チップ面積、ラック原価の均衡を取る作業である。","quote_start":0,"quote_end":76,"text_sha256":"744efa03afe222888fee5642e7c4e0628a4a5823c443452eda729105496325b7","block_sha256":"744efa03afe222888fee5642e7c4e0628a4a5823c443452eda729105496325b7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a4cce969-13d1-46b4-be66-954788627617/#blk_ff3cc7ad-a8df-4e44-9200-b255d73d5d1f"},{"id":"occ_6e1d79557569abee3b06cc31","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_015de213-2e0c-4dff-af82-82d98e267914","section_id":"sec_699be11c-0f23-4ca9-9184-41a4f579cd77","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電源","quote":"EMIBでは局所的なブリッジだけを使うため、パッケージ基板を通じた電源供給の自由度を残しやすい。","quote_start":0,"quote_end":48,"text_sha256":"b530372c15d17e99106660bfc2adbf716777536722444916815aa694d9dd3057","block_sha256":"b530372c15d17e99106660bfc2adbf716777536722444916815aa694d9dd3057","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_015de213-2e0c-4dff-af82-82d98e267914"},{"id":"occ_a09da118cdb6d33ee4ddebce","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_12aed473-48f2-417b-8245-7e615b33ea04","section_id":"sec_6f4fdda9-67a2-4c86-b510-56b09be2f257","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":69,"end":71,"exact":"電力","quote":"間配線が長くなりやすい\n- 同じ帯域を得るために広いダイ辺長が必要\n- 信号を強く駆動する必要がある\n- 通信電力と遅延が増えやすい","quote_start":14,"quote_end":80,"text_sha256":"017fa2fcc57f42335a3e9795d92612a44111e88d4f20a09d775a50059fcb97ce","block_sha256":"017fa2fcc57f42335a3e9795d92612a44111e88d4f20a09d775a50059fcb97ce","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_12aed473-48f2-417b-8245-7e615b33ea04"},{"id":"occ_642132676e57129f0438a11d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_165ec8e5-6727-4799-ae28-a0f313eb1954","section_id":"sec_f19965de-c15e-4464-9d9b-17532e7b5699","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電源","quote":"## \\4. 電源供給","quote_start":0,"quote_end":11,"text_sha256":"7a813ddccb528949f9064ca075c416cd5625e66d4b776dce89129d1245efcf1b","block_sha256":"7a813ddccb528949f9064ca075c416cd5625e66d4b776dce89129d1245efcf1b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_165ec8e5-6727-4799-ae28-a0f313eb1954"},{"id":"occ_966d69689808ffa12381800e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_18f94fc6-1972-48bd-8b72-ca9a4c06d17f","section_id":"sec_02e9970b-0d93-49bb-b314-41af8517e2d4","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"- ダイへの電力供給\n- 外部I/O信号の伝送\n- ダイ間の配線\n- 機械的な支持\n- マザーボードとの接続","quote_start":0,"quote_end":54,"text_sha256":"701519d9020027796e6ac7a527a4a8ff983dad6d773c46b751b248ab2d8652e2","block_sha256":"701519d9020027796e6ac7a527a4a8ff983dad6d773c46b751b248ab2d8652e2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_18f94fc6-1972-48bd-8b72-ca9a4c06d17f"},{"id":"occ_fc2a267673026dd709e61d4b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_34dcf7ed-1457-4c03-9593-5db060573a42","section_id":"sec_7079d352-1753-4a6c-804b-41b234f4ab79","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":71,"end":73,"exact":"電源","quote":"   ↓\n複数のダイを製造\n      ↓\nパッケージ上へ配置\n      ↓\nダイ間を接続\n      ↓\n電源・クロック・信号を供給\n      ↓\n1つのシステムとして動作\n```","quote_start":16,"quote_end":109,"text_sha256":"5ba5d58dec12ee12afc66aa782acb60d189b119d0bfdac05c6c922566aabe1e7","block_sha256":"5ba5d58dec12ee12afc66aa782acb60d189b119d0bfdac05c6c922566aabe1e7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_34dcf7ed-1457-4c03-9593-5db060573a42"},{"id":"occ_7c4739744fdf0f2527192ee0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_43a59d8f-a338-4517-bd8f-fa2a7440691b","section_id":"sec_7079d352-1753-4a6c-804b-41b234f4ab79","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電力","quote":"- 十分に近い距離へ配置する\n- 高密度な配線で接続する\n- 電力を安定して供給する\n- 発生した熱を外へ逃がす\n- 製造後に正常性を検査する","quote_start":0,"quote_end":71,"text_sha256":"358bfa09ba08bc03cc741780c0a6d17a64a73f07ded5078e2d10a16555edc246","block_sha256":"358bfa09ba08bc03cc741780c0a6d17a64a73f07ded5078e2d10a16555edc246","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_43a59d8f-a338-4517-bd8f-fa2a7440691b"},{"id":"occ_cb3b4134fdec064ddbff9631","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_62f65ce5-bdba-4a36-8405-0e47941f3c3f","section_id":"sec_a67cd410-126a-414b-83b2-111efec9a72b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電源","quote":"- RDLの配線密度\n- 大面積化\n- ダイの位置ずれ\n- 樹脂の反り\n- 熱膨張差\n- 高電流の電源配線","quote_start":0,"quote_end":53,"text_sha256":"e62a7ada1a2b3f87db81db9b5987f0cf541d706737a994aa3a916e773a6b5f5d","block_sha256":"e62a7ada1a2b3f87db81db9b5987f0cf541d706737a994aa3a916e773a6b5f5d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_62f65ce5-bdba-4a36-8405-0e47941f3c3f"},{"id":"occ_32a388dd693eef757e1f6637","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_6e4da9e6-2f2a-4654-bac4-a8c148cb24a1","section_id":"sec_744adcfe-be02-45e2-b16f-227b20873357","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"## \\2. 通信電力","quote_start":0,"quote_end":11,"text_sha256":"b803a893586d6b3cae9ba6f6b89afdd34d76768032bb855b506f34e921235aea","block_sha256":"b803a893586d6b3cae9ba6f6b89afdd34d76768032bb855b506f34e921235aea","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_6e4da9e6-2f2a-4654-bac4-a8c148cb24a1"},{"id":"occ_3d0d9327689410622c96ee53","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_7125fbed-3585-43de-a0b6-9d621ffdcd08","section_id":"sec_699be11c-0f23-4ca9-9184-41a4f579cd77","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"全面インターポーザーでは、信号と電力の多くがインターポーザーを通過する。","quote_start":0,"quote_end":36,"text_sha256":"394646a56fbe183b15e13e828bb9c94ebccec010fc02225a61dd01f2305d6755","block_sha256":"394646a56fbe183b15e13e828bb9c94ebccec010fc02225a61dd01f2305d6755","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_7125fbed-3585-43de-a0b6-9d621ffdcd08"},{"id":"occ_22dad3110d50bf16cec60bd6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_72690c23-be94-40e5-8da8-4ea004f82c45","section_id":"sec_f0ad356a-367b-4867-a895-81d297477bbc","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":17,"end":21,"exact":"消費電力","quote":"パッケージ方式は、製品の性能目標、消費電力、販売価格、製造数量、冷却方法によって選ばれる。","quote_start":0,"quote_end":45,"text_sha256":"da6959d79ec9f080cdc3aa9fcbef367100f23f0b2380dcc3a34e061a0063cc08","block_sha256":"da6959d79ec9f080cdc3aa9fcbef367100f23f0b2380dcc3a34e061a0063cc08","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_72690c23-be94-40e5-8da8-4ea004f82c45"},{"id":"occ_41316d0ff141fd59bddb0e97","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_7d3fe6cd-e68a-470d-a627-1824243bcccb","section_id":"sec_5eb1cd3b-713c-425d-91f4-40af8c1dedaf","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":58,"end":60,"exact":"電力","quote":"イ間の距離を短縮できる\n- 多数の並列信号を配置できる\n- 高い帯域密度を実現できる\n- 1bit当たりの通信電力を下げやすい\n- 信号品質を確保しやすい","quote_start":3,"quote_end":80,"text_sha256":"0c1b1447d30ba935a156948d415a525e17472395593ab4d3bda95dc58dc563cb","block_sha256":"0c1b1447d30ba935a156948d415a525e17472395593ab4d3bda95dc58dc563cb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_7d3fe6cd-e68a-470d-a627-1824243bcccb"},{"id":"occ_0fde9d0d734779d7d7e321a8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_809bbc6a-c030-4db9-9c0e-a0e37b2f4cd4","section_id":"sec_a7ec5843-4e1c-49a4-8633-1be56653242d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":71,"end":73,"exact":"電源","quote":"が不要\n- 必要な場所だけ高密度配線を使える\n- シリコン面積を抑えやすい\n- パッケージを拡張しやすい\n- 電源配線を有機基板側へ配置しやすい","quote_start":16,"quote_end":88,"text_sha256":"a7e006bf144ba1ce8f7ae06750f04fa60c374f91a5b6f0ee03017e24ec6a3fbb","block_sha256":"a7e006bf144ba1ce8f7ae06750f04fa60c374f91a5b6f0ee03017e24ec6a3fbb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_809bbc6a-c030-4db9-9c0e-a0e37b2f4cd4"},{"id":"occ_c90157b2af5ff5f7ee4fba67","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_a78dd77b-f57d-4779-a44c-c4edb2b2a9b6","section_id":"sec_33347473-e60a-4dd5-96e6-0066dd7238b1","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電源","quote":"- 演算ダイ\n- キャッシュ\n- I/O\n- HBM\n- 光通信\n- 電源供給\n- ダイ間ネットワーク","quote_start":0,"quote_end":51,"text_sha256":"42b73efdd0217886de4d46db2a5e9092f5275ef23ea38b8bbd5c3ec2294a0548","block_sha256":"42b73efdd0217886de4d46db2a5e9092f5275ef23ea38b8bbd5c3ec2294a0548","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_a78dd77b-f57d-4779-a44c-c4edb2b2a9b6"},{"id":"occ_66aa6b9e366089855eb10be2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_ae092d09-fc36-40ba-9865-cc7b24d3d01c","section_id":"sec_75aee580-7cd3-4082-a2c1-63de481476b3","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電源","quote":"- I/O\n- キャッシュ\n- ネットワーク\n- 電源制御\n- クロック制御","quote_start":0,"quote_end":38,"text_sha256":"6e4e6ee1b54e720f9b84936d6b8d3a56f2de9bcfdc4a5f386ab2f5f73056265a","block_sha256":"6e4e6ee1b54e720f9b84936d6b8d3a56f2de9bcfdc4a5f386ab2f5f73056265a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_ae092d09-fc36-40ba-9865-cc7b24d3d01c"},{"id":"occ_f08875ac6568aaf818a13f2f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_d1a52a17-91ca-421e-bae1-e56e03463c44","section_id":"sec_19004bfb-4995-4a75-82e1-07f923eec46b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":56,"end":58,"exact":"電力","quote":"SMCのSoICは、異なるサイズ、機能、製造ノードの良品ダイを高密度に垂直統合し、短いダイ間接続によって帯域、電力、信号品質を改善する3D統合技術である。([3DFabric](https://3dfabric.tsmc.com/english/dedicatedFoundry/technology/SoIC.h","quote_start":1,"quote_end":158,"text_sha256":"2e06fb67ff8d5d1ffb3fab6a1c53c4ab235344689d173f90831f9dd459d6a703","block_sha256":"2e06fb67ff8d5d1ffb3fab6a1c53c4ab235344689d173f90831f9dd459d6a703","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_d1a52a17-91ca-421e-bae1-e56e03463c44"},{"id":"occ_b3695d2020e2a95830c9b269","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_d7697315-f4be-43f5-b14c-8f4f8409d892","section_id":"sec_60a97ef1-0282-4f2e-9ddc-6a0f4415ba26","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電源","quote":"ダイ間の境界部分だけはシリコン上の微細配線で接続し、それ以外の電源や低速信号は有機基板へ流す。","quote_start":0,"quote_end":47,"text_sha256":"a3a3872f83bbe36eeda267631b405fdb246c739254f4959bca0e5fd668f7efe1","block_sha256":"a3a3872f83bbe36eeda267631b405fdb246c739254f4959bca0e5fd668f7efe1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_d7697315-f4be-43f5-b14c-8f4f8409d892"},{"id":"occ_646ed5b78c88a5e423581f45","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_dec648b8-6b52-4d13-83ab-0d50c32a3225","section_id":"sec_e78015b1-2d15-4358-af32-f495383b35ab","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"```\nダイを近づける\n      ↓\n通信距離が短くなる\n      ↓\n電力・遅延を改善\n\n同時に\n      ↓\n熱密度が上がる\n      ↓\n冷却が難しくなる\n```","quote_start":0,"quote_end":88,"text_sha256":"2671cee7c6c18cf9febed84e5476c0755ce8dff5821c5113ee54e2a5360b80f8","block_sha256":"2671cee7c6c18cf9febed84e5476c0755ce8dff5821c5113ee54e2a5360b80f8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_dec648b8-6b52-4d13-83ab-0d50c32a3225"},{"id":"occ_3d70268f1255d4b10aa1a635","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_e195f6bc-08aa-4685-b952-e648030d9ce1","section_id":"sec_f19965de-c15e-4464-9d9b-17532e7b5699","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"データ信号の配線密度だけでなく、電源とグラウンドの経路も重要である。","quote_start":0,"quote_end":34,"text_sha256":"99f40451b99b4849e93f4aa3af9a2090a14dbcfdd06116045d994099a851db84","block_sha256":"99f40451b99b4849e93f4aa3af9a2090a14dbcfdd06116045d994099a851db84","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_e195f6bc-08aa-4685-b952-e648030d9ce1"},{"id":"occ_6b13d892640b019369d36ea5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b","work_id":"wrk_f10d5b53-68f1-4910-99da-a417455c7877","block_id":"blk_e82f9051-bb43-4305-9d95-6b18a6666af2","section_id":"sec_5365b45d-cf90-4529-bd52-b7bdd7dfca19","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":376,"end":378,"exact":"電力","quote":"\n- 2.5Dと3Dは競合するだけでなく、1つのパッケージ内で組み合わせられる。\n- パッケージ方式は、帯域、電力、遅延、コスト、熱、歩留まりのトレードオフで決まる。","quote_start":321,"quote_end":404,"text_sha256":"5dcaa34390d7ebc62332c437507138763a0687aeb2f1cf71439c063c8b2aef15","block_sha256":"5dcaa34390d7ebc62332c437507138763a0687aeb2f1cf71439c063c8b2aef15","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a576fa5a-37e6-4ec1-abf6-a1f85dd3b36b/#blk_e82f9051-bb43-4305-9d95-6b18a6666af2"},{"id":"occ_e89a4498f891fd40afc81fa5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a5f2e4f8-4c18-4276-9d40-0da44bdaf811","work_id":"wrk_c4d21596-907d-4540-babb-780740669e50","block_id":"blk_3970f018-234f-4d9d-900c-561d39f6d778","section_id":"sec_699d97d3-e546-49b0-bf1b-f33059eb60e8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力会社から、お金が町に入って来るというのもあります。","quote_start":0,"quote_end":27,"text_sha256":"679fb6ca13589358acaa77806770ca07cb355c60c61b79b9da22c47e3cb2d601","block_sha256":"679fb6ca13589358acaa77806770ca07cb355c60c61b79b9da22c47e3cb2d601","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a5f2e4f8-4c18-4276-9d40-0da44bdaf811/#blk_3970f018-234f-4d9d-900c-561d39f6d778"},{"id":"occ_b997fb0c314023f20c7219cf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a5f2e4f8-4c18-4276-9d40-0da44bdaf811","work_id":"wrk_c4d21596-907d-4540-babb-780740669e50","block_id":"blk_527d2d0c-c8b0-41ff-9104-00801fc306e0","section_id":"sec_a99aa2a5-89f9-4d40-ac57-6caf1d15db70","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"だからといって、電力を人類が諦められるでしょうか？","quote_start":0,"quote_end":25,"text_sha256":"fdf4388724c8c1c85e5038086ae4a5e245b6a620a1a1f62b0e27bd05b03edd84","block_sha256":"fdf4388724c8c1c85e5038086ae4a5e245b6a620a1a1f62b0e27bd05b03edd84","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a5f2e4f8-4c18-4276-9d40-0da44bdaf811/#blk_527d2d0c-c8b0-41ff-9104-00801fc306e0"},{"id":"occ_0a3049b8e0e90d077799bf80","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a5f2e4f8-4c18-4276-9d40-0da44bdaf811","work_id":"wrk_c4d21596-907d-4540-babb-780740669e50","block_id":"blk_eded6a7e-33ef-4c23-8fa2-9be1aadc418e","section_id":"sec_a99aa2a5-89f9-4d40-ac57-6caf1d15db70","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"人が、自由に好きなだけ電力を使うということ自体が、大きな我儘であり、リスクを伴うものなのです。","quote_start":0,"quote_end":47,"text_sha256":"0eafb4b9c4cf81e594ffcf1d5c73ad0d75fd31332605b801b244e6b1639f3e63","block_sha256":"0eafb4b9c4cf81e594ffcf1d5c73ad0d75fd31332605b801b244e6b1639f3e63","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a5f2e4f8-4c18-4276-9d40-0da44bdaf811/#blk_eded6a7e-33ef-4c23-8fa2-9be1aadc418e"},{"id":"occ_708db3563967e3e8b01021ed","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a749fcdf-8155-46e9-a466-83e867886a08","work_id":"wrk_e146f08d-b638-466d-b368-146816bcc837","block_id":"blk_17d99027-a15d-428b-97c9-aa7155549d84","section_id":"sec_fc599e85-3177-4d52-9741-97ebe426b1c3","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力なら、発電所、送電線、変電所、需要家がある。AIにも、モデル、GPU、クラウド、API、契約、国籍、用途、監査がある。どこか一つのスイッチが切られると、昨日まで動いていた仕事が止まる。","quote_start":0,"quote_end":94,"text_sha256":"bab8b7c4cb02e21427aaa5482be5acb82e35e3a2c1369ca007a5276d1cac8232","block_sha256":"bab8b7c4cb02e21427aaa5482be5acb82e35e3a2c1369ca007a5276d1cac8232","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a749fcdf-8155-46e9-a466-83e867886a08/#blk_17d99027-a15d-428b-97c9-aa7155549d84"},{"id":"occ_83c429a779f552e5f140f4a0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a749fcdf-8155-46e9-a466-83e867886a08","work_id":"wrk_e146f08d-b638-466d-b368-146816bcc837","block_id":"blk_20825b52-6fb1-4548-a9be-5b1c0ee6f63c","section_id":"sec_d2834ef9-c9f0-4d08-aa4d-608a6c585285","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":117,"end":119,"exact":"電力","quote":" |\n| 政府利用 | 政府機関や防衛機関は利用できるのか |\n| 重要インフラ | 金融、医療、製造、通信、電力で使えるのか |\n| 国内推論 | 国内データセンターで推論できるのか |\n| 規制変更 | 猶予や例外措置はあるのか |\n| 有事対応 | 有事でも止められない契約や国家間合意を結べるのか |","quote_start":62,"quote_end":216,"text_sha256":"0885c22c33877679d1b803b73a55fd4c2d9df142bb25aa0154bad6281fb1a18b","block_sha256":"0885c22c33877679d1b803b73a55fd4c2d9df142bb25aa0154bad6281fb1a18b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a749fcdf-8155-46e9-a466-83e867886a08/#blk_20825b52-6fb1-4548-a9be-5b1c0ee6f63c"},{"id":"occ_7541183b6ba09b36d70330ec","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a749fcdf-8155-46e9-a466-83e867886a08","work_id":"wrk_e146f08d-b638-466d-b368-146816bcc837","block_id":"blk_34b60d0a-79b8-4d1f-9f5a-727e48c54e9f","section_id":"sec_e2f50da4-c87c-4f24-90d2-e6dd8b09099d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"しかし、政府、金融、製造、通信、電力、防衛、医療、研究開発の中核まで、海外AI APIに完全依存するのは危険である。","quote_start":0,"quote_end":58,"text_sha256":"6cff22cf15149ce71ac9dbb338c6f8d79a07c774d5502245e7934885dc92f67a","block_sha256":"6cff22cf15149ce71ac9dbb338c6f8d79a07c774d5502245e7934885dc92f67a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a749fcdf-8155-46e9-a466-83e867886a08/#blk_34b60d0a-79b8-4d1f-9f5a-727e48c54e9f"},{"id":"occ_5ffde5dc956018dd382a7022","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a749fcdf-8155-46e9-a466-83e867886a08","work_id":"wrk_e146f08d-b638-466d-b368-146816bcc837","block_id":"blk_7ed065b9-e08a-489f-a36e-770eff208324","section_id":"sec_d32b9e9d-0a47-4fe5-a2d7-39de3729c88c","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"```text\n電力依存\n  ↓ 停電・価格高騰として見える\n半導体依存\n  ↓ 納期・在庫・制裁として見える\nAIモデル依存\n  ↓ API停止・機能制限・アクセス資格として突然見える\n```","quote_start":0,"quote_end":97,"text_sha256":"4f8f5f1c6c442c6786fd0ee0ca3af91d4e27cb945f80ecce4d9890ad2a78590a","block_sha256":"4f8f5f1c6c442c6786fd0ee0ca3af91d4e27cb945f80ecce4d9890ad2a78590a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a749fcdf-8155-46e9-a466-83e867886a08/#blk_7ed065b9-e08a-489f-a36e-770eff208324"},{"id":"occ_af177429860422bf9e7ef93b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a749fcdf-8155-46e9-a466-83e867886a08","work_id":"wrk_e146f08d-b638-466d-b368-146816bcc837","block_id":"blk_88550896-aea6-41bf-8559-3b8ad76d14e8","section_id":"sec_01887b03-5d01-46cf-afb3-b516467a1e86","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"知能は雲ではない。雲の形をしていても、その奥には石と電力と法がある。","quote_start":0,"quote_end":34,"text_sha256":"90fb237e554e4e3b14cf7ce88d221bb1b8a7b7198d8a1c88c85cfe9c903cd405","block_sha256":"90fb237e554e4e3b14cf7ce88d221bb1b8a7b7198d8a1c88c85cfe9c903cd405","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a749fcdf-8155-46e9-a466-83e867886a08/#blk_88550896-aea6-41bf-8559-3b8ad76d14e8"},{"id":"occ_43e0fed82fd13ce0e7e3e3c6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a749fcdf-8155-46e9-a466-83e867886a08","work_id":"wrk_e146f08d-b638-466d-b368-146816bcc837","block_id":"blk_c844703c-db5a-408a-8b07-0b5817f24ac9","section_id":"sec_d32b9e9d-0a47-4fe5-a2d7-39de3729c88c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力や石油の不足は目に見える。半導体不足も供給網で可視化される。しかしAI APIへの依存は、昨日まで普通に動いていた業務基盤が、規制一枚で突然止まるという形で表面化する。","quote_start":0,"quote_end":86,"text_sha256":"e47126e46a817237da2c31065908209c38e1cc63c386ca03e5657fa8eb1d1fff","block_sha256":"e47126e46a817237da2c31065908209c38e1cc63c386ca03e5657fa8eb1d1fff","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a749fcdf-8155-46e9-a466-83e867886a08/#blk_c844703c-db5a-408a-8b07-0b5817f24ac9"},{"id":"occ_d875f01615c7941da15af0a3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a8af9681-d20e-4553-871e-1d7168015faf","work_id":"wrk_0a52ed54-a7c0-47ca-8fe2-45b791455a54","block_id":"blk_083d9564-4485-450b-a733-05e114ce7015","section_id":"sec_25622caf-ef09-48f8-a4d3-a1eeac1377ac","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力付き土地はFungibleではない。","quote_start":0,"quote_end":20,"text_sha256":"7095b0d0876f2ddf7003733472c75f294f52cd1e1e0527c876561b5e5aea26f9","block_sha256":"7095b0d0876f2ddf7003733472c75f294f52cd1e1e0527c876561b5e5aea26f9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_a8af9681-d20e-4553-871e-1d7168015faf/#blk_083d9564-4485-450b-a733-05e114ce7015"},{"id":"occ_a19228fb0a76b387297b3bcf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_a8af9681-d20e-4553-871e-1d7168015faf","work_id":"wrk_0a52ed54-a7c0-47ca-8fe2-45b791455a54","block_id":"blk_0c6bd6aa-e60b-4a15-b7cd-793a3c12bb25","section_id":"sec_eca3cd28-a542-4cc6-8866-0c488ef8488c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"## 30．Gas 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XDSiPは、その制約をパッケージ側から壊す技術である。","quote_start":0,"quote_end":101,"text_sha256":"a33668cd7a2c91ad4e0ed6e1e21969047151f4fc96d964493a0cb1ec4d73f008","block_sha256":"a33668cd7a2c91ad4e0ed6e1e21969047151f4fc96d964493a0cb1ec4d73f008","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_abe6b561-f51c-4549-a97f-aab2b725492e/#blk_5d90ff79-6545-40c8-a7b9-2b06d1418708"},{"id":"occ_8938ef301874c94fde278cb2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_abe6b561-f51c-4549-a97f-aab2b725492e","work_id":"wrk_f31c79fd-b257-498a-9ee1-d344ac94ffc7","block_id":"blk_5fd48011-e998-4ab4-a794-79dc4db4e94d","section_id":"sec_76c2b01f-d26d-480d-99ee-ff8233373150","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":145,"end":147,"exact":"電力","quote":"ルとワークロードが固定化しやすい。そこでは汎用性より、データ移動、KV 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 \nAIモデルは、もう単なるAPIでもない。  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ソフトウェア生態系 | 95 | 70 | 米国 |\n| 国家動員力 | 55 | 90 | 中国 |\n| 電力・建設 | 65 | 90 | 中国 |\n| 工場量産 | 60 | 95 | 中国 |\n| ロボット実装 | 70 | 90 | 中国 |\n| エッジAI | 75 | 90 | 中国 |\n| 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電力容量 | 65 | 90 | 中国は発電設備容量が米国の約2.4倍 |\n| 建設速度 | 60 | 90 | 鉄鋼・セメント・土木・工業団地化 |\n| 工場量産 | 60 | 95 | 製造業・部品密","quote_start":224,"quote_end":381,"text_sha256":"85d955784e0bff1188031b3be99a9988aac12445c5f8da874b4eb7c20c89637c","block_sha256":"85d955784e0bff1188031b3be99a9988aac12445c5f8da874b4eb7c20c89637c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_afc88027-978f-428a-a597-dd5d129dc441/#blk_b5124b01-b2c1-4aa6-9271-519df58ac1ef"},{"id":"occ_f75c42c3847deae6ef4240d1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_afc88027-978f-428a-a597-dd5d129dc441","work_id":"wrk_9fae1367-ebbb-47c5-ad7b-3700deb207cd","block_id":"blk_b716404c-2eea-434c-ba80-8187326d7070","section_id":"sec_4dc4ef7a-900b-45a5-be55-d38d3d73f38e","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電力","quote":"でも、AIが現実世界に出てくると、中国の強さが前に出ます。EV、ロボット、監視カメラ、工場、電力、建設、5G、端末。これらは、AIを身体化するための土台です。","quote_start":0,"quote_end":79,"text_sha256":"52e75028586a0ce3617346ba500db0ad63b3e88cac70da09f392aec91b7bd153","block_sha256":"52e75028586a0ce3617346ba500db0ad63b3e88cac70da09f392aec91b7bd153","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_afc88027-978f-428a-a597-dd5d129dc441/#blk_b716404c-2eea-434c-ba80-8187326d7070"},{"id":"occ_578b71fc5e410b409beccdd9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_afc88027-978f-428a-a597-dd5d129dc441","work_id":"wrk_9fae1367-ebbb-47c5-ad7b-3700deb207cd","block_id":"blk_b91891b6-1e92-43f4-a9e4-1d28298dc8b8","section_id":"sec_6d8087c9-8606-42ac-a7e7-fc70799912a8","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電力","quote":"しかし、AIが画面の中のモデルから、工場、車、ロボット、都市、電力網へ降りてくると、Capexの金額だけでは見えない能力が前に出る。大量に作れるか。安く直せるか。現場データを回収できるか。地方政府や国有企業を動かせるか。部品を近くで調達できるか。電力をまとめて確保で","quote_start":0,"quote_end":133,"text_sha256":"c054b00a72bb2a63106bf2708bdd2cf285bf438608a0bf52eadad7d2e5d75643","block_sha256":"c054b00a72bb2a63106bf2708bdd2cf285bf438608a0bf52eadad7d2e5d75643","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_afc88027-978f-428a-a597-dd5d129dc441/#blk_b91891b6-1e92-43f4-a9e4-1d28298dc8b8"},{"id":"occ_aa1cfee866b8f625e2a9caa2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_afc88027-978f-428a-a597-dd5d129dc441","work_id":"wrk_9fae1367-ebbb-47c5-ad7b-3700deb207cd","block_id":"blk_d066e089-b97e-46e8-911e-fec74afa950d","section_id":"sec_dafdf8ea-34c3-44a8-9291-c199f0528742","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"米国は、データセンター建設で送電接続、変圧器不足、許認可、地域住民反対、電力価格上昇に悩みやすい。一方、中国は地方政府、国有電力、国有通信企業、工業団地、発電所をまとめて動かせます。","quote_start":0,"quote_end":91,"text_sha256":"1c7faf8cd19d234bfe67d3a4650a0843cc2a5973b729b7a0d44061d8756f0f6a","block_sha256":"1c7faf8cd19d234bfe67d3a4650a0843cc2a5973b729b7a0d44061d8756f0f6a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_afc88027-978f-428a-a597-dd5d129dc441/#blk_d066e089-b97e-46e8-911e-fec74afa950d"},{"id":"occ_d5aaabe1bd8dd72399a3e06f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_afc88027-978f-428a-a597-dd5d129dc441","work_id":"wrk_9fae1367-ebbb-47c5-ad7b-3700deb207cd","block_id":"blk_d115348c-12b0-428c-9152-11bfc71759e5","section_id":"sec_2a0e22d0-54e1-4d5e-a8a3-17d913b2244b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電力","quote":"、EV、自動運転、ドローン、産業機械、スマート工場、監視カメラ、IoT、エッジAI、5G、バッテリー、太陽光、電力網、建設、量産工場。AIが身体を持ち、現実世界で動く段階になると、中国の強みが一気に表面化します。","quote_start":4,"quote_end":110,"text_sha256":"86a99afd776fb35523c18f5882e483e8d5d97f1f4d68034f8b12ddb8489c621b","block_sha256":"86a99afd776fb35523c18f5882e483e8d5d97f1f4d68034f8b12ddb8489c621b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_afc88027-978f-428a-a597-dd5d129dc441/#blk_d115348c-12b0-428c-9152-11bfc71759e5"},{"id":"occ_d790f4532877b41e19f1ffb2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_afc88027-978f-428a-a597-dd5d129dc441","work_id":"wrk_9fae1367-ebbb-47c5-ad7b-3700deb207cd","block_id":"blk_de2ed938-04dd-4a0e-b1a8-d5afefa9b2b2","section_id":"sec_ee722f45-a659-46eb-9520-c834c4d8ef48","layer":"body","character_id":null,"count":1,"matc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これからのAI競争は「頭脳×身体×電力」の総合戦になる","quote_start":0,"quote_end":30,"text_sha256":"f001969714884e20dbc0471f7d975ef2d552a510285276018d307d1f1a1e9ec2","block_sha256":"f001969714884e20dbc0471f7d975ef2d552a510285276018d307d1f1a1e9ec2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_afc88027-978f-428a-a597-dd5d129dc441/#blk_de2ed938-04dd-4a0e-b1a8-d5afefa9b2b2"},{"id":"occ_d37ec80f5084a83587275864","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_afc88027-978f-428a-a597-dd5d129dc441","work_id":"wrk_9fae1367-ebbb-47c5-ad7b-3700deb207cd","block_id":"blk_e59c6818-cea2-4078-8f25-30f75bb4a1d0","section_id":"sec_dafdf8ea-34c3-44a8-9291-c199f0528742","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"## 電力層では中国がかなり強い","quote_start":0,"quote_end":16,"text_sha256":"3304d1bb350579be0be04e4848997dd1f2c40e4dd1b8d1e844f31daf90910363","block_sha256":"3304d1bb350579be0be04e4848997dd1f2c40e4dd1b8d1e844f31daf90910363","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_afc88027-978f-428a-a597-dd5d129dc441/#blk_e59c6818-cea2-4078-8f25-30f75bb4a1d0"},{"id":"occ_73a24339e3455fe0a6d37149","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_afc88027-978f-428a-a597-dd5d129dc441","work_id":"wrk_9fae1367-ebbb-47c5-ad7b-3700deb207cd","block_id":"blk_f6c6a122-a7a2-47cc-801a-90f790a49a32","section_id":"sec_e872ff86-dafb-426e-9d86-1911e6d8d8f7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":154,"end":156,"exact":"電力","quote":"\n| 物理AIの普及速度 | 中国 |\n| ロボット量産 | 中国 |\n| エッジ推論端末 | 中国 |\n| 電力・建設動員 | 中国 |\n| 低コスト大量実装 | 中国 |","quote_start":99,"quote_end":186,"text_sha256":"a89700569fccbf0a6b0610a6858521021017354f1d18f64836e279187a5cbb7a","block_sha256":"a89700569fccbf0a6b0610a6858521021017354f1d18f64836e279187a5cbb7a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_afc88027-978f-428a-a597-dd5d129dc441/#blk_f6c6a122-a7a2-47cc-801a-90f790a49a32"},{"id":"occ_ddd4e6d8a5202d88a26bb558","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b228986a-43e7-4e2b-8b16-758283d367bc","work_id":"wrk_b193a2ff-ca61-4efc-864e-0778162ac852","block_id":"blk_77142f87-8b39-45aa-b984-85435088247f","section_id":"sec_0a9cd2b7-dfe8-4e68-b682-b8b197cd1b3f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":523,"end":525,"exact":"電力","quote":"調達力”で差が付くことを示す。  \n  OpenAIはStargateで大規模インフラを掲げるが、実装・資金・電力の制約がある以上、「GPU/専用チップ/エッジNPU」を横断する最適配置（学習・蒸留・推論）を前提にした製品設計が必要になる。","quote_start":468,"quote_end":588,"text_sha256":"c49889b137f17b47d15470a53d9511a9a1aff70b7227215dcf5345e92617c877","block_sha256":"c49889b137f17b47d15470a53d9511a9a1aff70b7227215dcf5345e92617c877","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b228986a-43e7-4e2b-8b16-758283d367bc/#blk_77142f87-8b39-45aa-b984-85435088247f"},{"id":"occ_14747c5d2b722d9cc515f272","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b228986a-43e7-4e2b-8b16-758283d367bc","work_id":"wrk_b193a2ff-ca61-4efc-864e-0778162ac852","block_id":"blk_e5d294fc-a124-4e48-939c-ee3aca7b66de","section_id":"sec_2c4155e9-a27a-431a-834f-6107746fb529","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":84,"end":86,"exact":"電力","quote":"隙環境**（防衛・重要インフラ）、（ii）**安全認証/事故責任**、（iii）**サプライチェーン（チップ/電力/部材）依存**であり、ここでOpenAIはNVIDIA/Google/Metaのような“縦統合や配布チャネル”が相対的に弱い。  \n一方でOpenAIはStargateを掲げてAIインフラ投資を進め","quote_start":29,"quote_end":186,"text_sha256":"da467030b1e0699804410924e3a746a30278f7ba36a3d24a77cbc31cae312c6d","block_sha256":"da467030b1e0699804410924e3a746a30278f7ba36a3d24a77cbc31cae312c6d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b228986a-43e7-4e2b-8b16-758283d367bc/#blk_e5d294fc-a124-4e48-939c-ee3aca7b66de"},{"id":"occ_9c51edfa9ae48a8484081bdd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b228986a-43e7-4e2b-8b16-758283d367bc","work_id":"wrk_b193a2ff-ca61-4efc-864e-0778162ac852","block_id":"blk_ecafb851-ea99-4f99-ac7d-40e884d7bfbf","section_id":"sec_9c25f319-3c75-4406-b763-9ecbe1b9b46b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":528,"end":530,"exact":"電力","quote":"空隙オンプレ”は調達要件が厳しい領域（防衛・重要インフラ等）で差別化になりやすい。\n3. **供給制約（計算・電力・チップ）がB2Bの約束（SLA/継続性）を揺らす**  \n   Sora運用の計算資源負担が他チームに影響したという説明、さらにCFOが計算資源不足で事業機会を見送っているとする報道は、「能力があっ","quote_start":473,"quote_end":630,"text_sha256":"2bce8e963acdf4389303f2b2ea0c6bec37a132a8b1c9a83fdc68d8c15d1980af","block_sha256":"2bce8e963acdf4389303f2b2ea0c6bec37a132a8b1c9a83fdc68d8c15d1980af","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b228986a-43e7-4e2b-8b16-758283d367bc/#blk_ecafb851-ea99-4f99-ac7d-40e884d7bfbf"},{"id":"occ_5bb9d62085ff79baf576ff86","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b228986a-43e7-4e2b-8b16-758283d367bc","work_id":"wrk_b193a2ff-ca61-4efc-864e-0778162ac852","block_id":"blk_f356e9c3-4a96-4240-a98f-28b9b3f3120d","section_id":"sec_27e3ad95-fb39-4c31-b736-6933dfd0fa26","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"このレンジから読み取れるのは、「モデル会社の売上規模は急拡大し得るが、**利益の帰着先は“供給側（GPU/電力/データセンター/専用チップ）”へ寄りやすい**」という構造である。Googleが専用AIチップ開発を長期契約で強化し、同じくAnthropic向けにGoogleチップ由来の計算資源供給が報じられてい","quote_start":0,"quote_end":155,"text_sha256":"137538e418dd3c32c2bfce59448a32c8f2c17cef404e3fc0932ecccfef76ef18","block_sha256":"137538e418dd3c32c2bfce59448a32c8f2c17cef404e3fc0932ecccfef76ef18","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b228986a-43e7-4e2b-8b16-758283d367bc/#blk_f356e9c3-4a96-4240-a98f-28b9b3f3120d"},{"id":"occ_e67995289a012de2029d923d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b3e4b97a-1876-4168-a934-44077c4ff1df","work_id":"wrk_5bed81c7-de62-412f-ad44-5b74f4e4f0c5","block_id":"blk_1455de59-96c1-4351-bf2a-b1f060aecdac","section_id":"sec_358a4b20-7e5f-4fa0-b77a-af1fe8d8c973","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":38,"end":40,"exact":"電力","quote":"- **エネルギー効率**も高く、大規模AIワークロードに対応しつつ、適切な電力消費を実現しています。これにより、エネルギーコストの最適化が重要なデータセンターやクラウドAIサービスにおいて有用です。","quote_start":0,"quote_end":100,"text_sha256":"84b6e8179df885984fbecfa339b859ef4c1c9f3147ce070417cab47984af1728","block_sha256":"84b6e8179df885984fbecfa339b859ef4c1c9f3147ce070417cab47984af1728","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b3e4b97a-1876-4168-a934-44077c4ff1df/#blk_1455de59-96c1-4351-bf2a-b1f060aecdac"},{"id":"occ_90d9d7dd640ecd2c498c5851","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b3e4b97a-1876-4168-a934-44077c4ff1df","work_id":"wrk_5bed81c7-de62-412f-ad44-5b74f4e4f0c5","block_id":"blk_d0a06d23-f103-4e64-b339-d2197d924647","section_id":"sec_358a4b20-7e5f-4fa0-b77a-af1fe8d8c973","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":12,"end":14,"exact":"電力","quote":"### \\4. 高効率な電力消費","quote_start":0,"quote_end":16,"text_sha256":"3747ebbf6e1da3092dea0f3e304d0cbfead55353ed7f10acfbadc448112f915c","block_sha256":"3747ebbf6e1da3092dea0f3e304d0cbfead55353ed7f10acfbadc448112f915c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b3e4b97a-1876-4168-a934-44077c4ff1df/#blk_d0a06d23-f103-4e64-b339-d2197d924647"},{"id":"occ_f09c54badd9d4d15931a3ef9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b6edc214-9757-451b-a1d1-66280e5cb68e","work_id":"wrk_cfe71fc6-73f5-49bf-ae87-526093450a4a","block_id":"blk_416f22b8-add1-4d85-aa55-15b17ce39de1","section_id":"sec_431916f3-8905-48d1-8feb-110b9c4b01ec","layer":"code","character_id":null,"count":4,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電源","quote":"```\n正の半周期\n電源 → 負荷 → 電源\n\n負の半周期\n電源 ← 負荷 ← 電源\n```","quote_start":0,"quote_end":46,"text_sha256":"81b5a4b944f00971c0b7c77f430b242278a14799075e0445f21d8f8d070f1a89","block_sha256":"81b5a4b944f00971c0b7c77f430b242278a14799075e0445f21d8f8d070f1a89","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b6edc214-9757-451b-a1d1-66280e5cb68e/#blk_416f22b8-add1-4d85-aa55-15b17ce39de1"},{"id":"occ_7376a570df496e32e5fbeaf6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b6edc214-9757-451b-a1d1-66280e5cb68e","work_id":"wrk_cfe71fc6-73f5-49bf-ae87-526093450a4a","block_id":"blk_47eb2fd2-77ee-447f-b7df-0ba7047d73ea","section_id":"sec_0754db92-229b-4ace-a5f1-d4e154fd52f5","layer":"code","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電力","quote":"```\n送信所の電力\n ↓\n送信アンテナ\n ↓\n電磁波\n ↓\n受信アンテナ\n ↓\n同調回路\n ↓\n鉱石検波器\n ↓\nイヤホン\n```","quote_start":0,"quote_end":66,"text_sha256":"1ab288138d63ae853c059c0b483d687297772289fae0ecb48d1709223eeadb1d","block_sha256":"1ab288138d63ae853c059c0b483d687297772289fae0ecb48d1709223eeadb1d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b6edc214-9757-451b-a1d1-66280e5cb68e/#blk_47eb2fd2-77ee-447f-b7df-0ba7047d73ea"},{"id":"occ_6d813946b5665ec475f4b5fd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b6edc214-9757-451b-a1d1-66280e5cb68e","work_id":"wrk_cfe71fc6-73f5-49bf-ae87-526093450a4a","block_id":"blk_4a75edd7-0e9e-4589-874b-44f93e359faf","section_id":"sec_aac28134-4455-4c5a-b55c-ea3afc98de06","layer":"code","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源＋ → ダイオード → 負荷 → 電源－\n```","quote_start":0,"quote_end":30,"text_sha256":"5eb683a10484757396bf8abbd81b466003314701c9a98b4167f7ccbe0e62a02e","block_sha256":"5eb683a10484757396bf8abbd81b466003314701c9a98b4167f7ccbe0e62a02e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b6edc214-9757-451b-a1d1-66280e5cb68e/#blk_4a75edd7-0e9e-4589-874b-44f93e359faf"},{"id":"occ_5b5b73d2990c2a3fdb5a6c8f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b6edc214-9757-451b-a1d1-66280e5cb68e","work_id":"wrk_cfe71fc6-73f5-49bf-ae87-526093450a4a","block_id":"blk_79259297-9687-45af-a498-492405d7e220","section_id":"sec_aac28134-4455-4c5a-b55c-ea3afc98de06","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"```\n電源＋ → 逆向きダイオード → ほぼ遮断\n```","quote_start":0,"quote_end":29,"text_sha256":"6db31fe32d787e7faa367a9b05faa3cb5844ee8f47b152c9a0ebc721b3e9b8c2","block_sha256":"6db31fe32d787e7faa367a9b05faa3cb5844ee8f47b152c9a0ebc721b3e9b8c2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b6edc214-9757-451b-a1d1-66280e5cb68e/#blk_79259297-9687-45af-a498-492405d7e220"},{"id":"occ_cd5b834e4b22740f773e3fd0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b6edc214-9757-451b-a1d1-66280e5cb68e","work_id":"wrk_cfe71fc6-73f5-49bf-ae87-526093450a4a","block_id":"blk_d1b33687-9780-4506-8342-37d1fb9a4c12","section_id":"sec_0754db92-229b-4ace-a5f1-d4e154fd52f5","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電源","quote":"鉱石ラジオには、原理上、外部電源がなくてもよい。","quote_start":0,"quote_end":24,"text_sha256":"fa23017a06f0075d844c220467c71aaa3e58f0be871b1c18a1a0685ae33d4f1e","block_sha256":"fa23017a06f0075d844c220467c71aaa3e58f0be871b1c18a1a0685ae33d4f1e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b6edc214-9757-451b-a1d1-66280e5cb68e/#blk_d1b33687-9780-4506-8342-37d1fb9a4c12"},{"id":"occ_3b37eaec62858828e1cbc491","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b6edc214-9757-451b-a1d1-66280e5cb68e","work_id":"wrk_cfe71fc6-73f5-49bf-ae87-526093450a4a","block_id":"blk_de01c09b-d4fd-4c35-80f4-d9272c87b364","section_id":"sec_6cff47bc-58c1-4336-a77c-7c0b420718b4","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源回路では、さらに、","quote_start":0,"quote_end":11,"text_sha256":"abe53792eff8cc8e3e1996193151ff3e97231e483670cc165611c662e50605c7","block_sha256":"abe53792eff8cc8e3e1996193151ff3e97231e483670cc165611c662e50605c7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b6edc214-9757-451b-a1d1-66280e5cb68e/#blk_de01c09b-d4fd-4c35-80f4-d9272c87b364"},{"id":"occ_2b5613c1d76c8a54dbfe0eb8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b6edc214-9757-451b-a1d1-66280e5cb68e","work_id":"wrk_cfe71fc6-73f5-49bf-ae87-526093450a4a","block_id":"blk_ed23aa87-d0f3-4450-9766-4f0ce6ca14b7","section_id":"sec_f09065e3-bc88-476c-bc70-3ba22c85b8e4","layer":"code","character_id":null,"count":4,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電源","quote":"```\n交流が正の半周期\n電源 → ダイオードA → 負荷 → ダイオードB → 電源\n\n交流が負の半周期\n電源 → ダイオードC → 負荷 → ダイオードD → 電源\n```","quote_start":0,"quote_end":88,"text_sha256":"d950df16beb9387217bbaf2a9bcef5ed8a3daef6d1f72ebba68e1f1d8292a146","block_sha256":"d950df16beb9387217bbaf2a9bcef5ed8a3daef6d1f72ebba68e1f1d8292a146","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b6edc214-9757-451b-a1d1-66280e5cb68e/#blk_ed23aa87-d0f3-4450-9766-4f0ce6ca14b7"},{"id":"occ_e415923f3f78e2231a9f6a22","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b7b42bee-c256-4842-b2f2-b0052de2eff3","work_id":"wrk_43cc83ba-27f8-463f-9cde-25a2d9c2d19f","block_id":"blk_bf10eaa3-71b5-4ff0-a3ae-5905c1d1cd0f","section_id":"sec_3ade2f42-fff2-4441-b5e1-16423f4e6a16","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":82,"end":84,"exact":"電力","quote":"の売上にとどまらないことです。センサー、エッジAI、低遅延通信、シミュレーション、データ保存、GPUクラスタ、電力、冷却まで波及します。物理AIは、AIインフラをさらに現実世界側へ広げるテーマです。","quote_start":27,"quote_end":126,"text_sha256":"9480a093e5832236fe5384f7e42aa14cf21a66cb3141682aae0f1472edfade9a","block_sha256":"9480a093e5832236fe5384f7e42aa14cf21a66cb3141682aae0f1472edfade9a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b7b42bee-c256-4842-b2f2-b0052de2eff3/#blk_bf10eaa3-71b5-4ff0-a3ae-5905c1d1cd0f"},{"id":"occ_3f9985307358f99deecf797e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b7b42bee-c256-4842-b2f2-b0052de2eff3","work_id":"wrk_43cc83ba-27f8-463f-9cde-25a2d9c2d19f","block_id":"blk_f634c1eb-9228-4d2e-a1cc-ee6317186518","section_id":"sec_0e4b4808-de65-4c6b-ba53-020719ce8859","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":259,"end":261,"exact":"電力","quote":"から強い位置にいる。\n- 物理AIの成長は、ロボットメーカーだけでなく、GPU、ストレージ、通信、エッジAI、電力、冷却にも波及する。","quote_start":204,"quote_end":271,"text_sha256":"bc77efa0bfc6663887ef5722df115ab69c0ebde0bdfac332dae1bf349a75723f","block_sha256":"bc77efa0bfc6663887ef5722df115ab69c0ebde0bdfac332dae1bf349a75723f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b7b42bee-c256-4842-b2f2-b0052de2eff3/#blk_f634c1eb-9228-4d2e-a1cc-ee6317186518"},{"id":"occ_d8cc5626d591e7b9970f33fc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_b8a0343f-f76e-47f4-8c47-4536da944126","work_id":"wrk_0eee3d56-e636-4917-98f6-cddcb3cca3f5","block_id":"blk_1dbf6a7b-9461-4d98-b5fa-f7bfc6c4571b","section_id":"sec_2bc46945-d779-49cb-bfac-e12d74edd0b7","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":77,"end":79,"exact":"電源","quote":"接する（誤判断・工程圧）\n- **誤回路**（ブレーカー表示違い・結線変更・他系統からの逆送電）\n- **仮設電源・延長コード**の損傷、濡れ、補修不良\n- **接地（アース）不良**、漏電遮断器（RCD/GFCI）なし\n- **金属槽・天井裏・狭所**など逃げ場がない姿勢＋汗で導通しやすい","quote_start":22,"quote_end":168,"text_sha256":"a4b975d5d4a25beffd64835328089cd7a83e836931c3edd38108285eec8eb684","block_sha256":"a4b975d5d4a25beffd64835328089cd7a83e836931c3edd38108285eec8eb684","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_b8a0343f-f76e-47f4-8c47-4536da944126/#blk_1dbf6a7b-9461-4d98-b5fa-f7bfc6c4571b"},{"id":"occ_51cf7db0f9c632ae70feffdd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ba807781-44a3-4752-b057-ee36fa97b60c","work_id":"wrk_2624cbb6-ebd3-4127-a538-84567d7087a4","block_id":"blk_20924bde-9b9b-4e37-b492-0a13b86aa1f0","section_id":"sec_71ca9a25-1238-4a49-af4a-c8c451897b08","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":26,"end":30,"exact":"消費電力","quote":"ワンラスは、n型とp型のMOSFETを組み合わせ、低消費電力のCMOS回路を考案した。","quote_start":0,"quote_end":43,"text_sha256":"0ebc871b410303d0e9f99d3aab0e8a494eff5229a4a0e0ea3578b491d7f25a6d","block_sha256":"0ebc871b410303d0e9f99d3aab0e8a494eff5229a4a0e0ea3578b491d7f25a6d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ba807781-44a3-4752-b057-ee36fa97b60c/#blk_20924bde-9b9b-4e37-b492-0a13b86aa1f0"},{"id":"occ_7638c9c583c68c8ffb02feba","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ba807781-44a3-4752-b057-ee36fa97b60c","work_id":"wrk_2624cbb6-ebd3-4127-a538-84567d7087a4","block_id":"blk_2153f9fa-7b03-4d78-b9b1-e45c46c400b9","section_id":"sec_812a6ecf-72ff-4e8e-b0c6-3b8ca3603709","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":4,"end":8,"exact":"消費電力","quote":"集積度と消費電力が本当に重要になる時代を待つ必要があった。","quote_start":0,"quote_end":29,"text_sha256":"129d5d819227db8c50e6afe08634cf6e57e8315067244d39142de59ab4e771f2","block_sha256":"129d5d819227db8c50e6afe08634cf6e57e8315067244d39142de59ab4e771f2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ba807781-44a3-4752-b057-ee36fa97b60c/#blk_2153f9fa-7b03-4d78-b9b1-e45c46c400b9"},{"id":"occ_f7d7b4379934b1e8e285d633","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ba807781-44a3-4752-b057-ee36fa97b60c","work_id":"wrk_2624cbb6-ebd3-4127-a538-84567d7087a4","block_id":"blk_24e6bfd1-f056-43bc-b1bb-0ea005e716fc","section_id":"sec_0eed4d3b-6eed-4cfa-b41f-c8610a7cc1e2","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":51,"end":55,"exact":"消費電力","quote":"一方で、一つのトランジスタを動かすためにベース電流が必要となり、多数のトランジスタを同時に集積すると、消費電力と発熱が増えやすかった。","quote_start":0,"quote_end":67,"text_sha256":"afca13e133e46ad7bfacc882238fdc7e3d215973991ae6c472447e62ab1da496","block_sha256":"afca13e133e46ad7bfacc882238fdc7e3d215973991ae6c472447e62ab1da496","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ba807781-44a3-4752-b057-ee36fa97b60c/#blk_24e6bfd1-f056-43bc-b1bb-0ea005e716fc"},{"id":"occ_5ce5c6edbd9db7b7588be884","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ba807781-44a3-4752-b057-ee36fa97b60c","work_id":"wrk_2624cbb6-ebd3-4127-a538-84567d7087a4","block_id":"blk_40d7043d-521f-4847-801e-b009164513ec","section_id":"sec_9750f669-9310-46bc-b6cd-c732f07ae365","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電源","quote":"どちらの安定状態でも、電源から接地まで両方のトランジスタが同時に導通し続けない。","quote_start":0,"quote_end":40,"text_sha256":"32f3eb4bbe8d2b1c0b3e76ce944aaff5f5c7c302ffe3d500e1c45798a5d64355","block_sha256":"32f3eb4bbe8d2b1c0b3e76ce944aaff5f5c7c302ffe3d500e1c45798a5d64355","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ba807781-44a3-4752-b057-ee36fa97b60c/#blk_40d7043d-521f-4847-801e-b009164513ec"},{"id":"occ_9caaeb0e839da965076ae568","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ba807781-44a3-4752-b057-ee36fa97b60c","work_id":"wrk_2624cbb6-ebd3-4127-a538-84567d7087a4","block_id":"blk_72fb7de3-2cb6-4d0a-9864-92ed6bec0f78","section_id":"sec_9750f669-9310-46bc-b6cd-c732f07ae365","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源\n │\npMOS\n │\n ├──出力\n │\nnMOS\n 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ABBはSST単体よりも、NVIDIAと連携した800VDCデータセンター電源インフラ全体を前面に出している。[11]","quote_start":204,"quote_end":281,"text_sha256":"3b5fa5bb2f80120c8e6f21d0d44045c833888d02bdb39ff11ae9e54f71956c1c","block_sha256":"3b5fa5bb2f80120c8e6f21d0d44045c833888d02bdb39ff11ae9e54f71956c1c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88/#blk_140a681f-ad94-4afd-9d94-d881a5df3eba"},{"id":"occ_a7305f1d56d8bc1aebe8b746","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88","work_id":"wrk_0a43d7eb-6a36-444f-977f-73ef3a3f671a","block_id":"blk_167a1532-54ef-435c-abab-c7b18edeafe2","section_id":"sec_b164fe3f-8b67-4507-9334-8c7b28b137e7","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"AIDCでは、このパワー半導体の重要性が急上昇している。GPUの性能が上がるほど、GPUを動かすための電力も増え、その電力を効率よく届ける部品の価値が増すからだ。","quote_start":0,"quote_end":81,"text_sha256":"93afbe33e0ce4d312be9ddc85d72fe2c8104b51d16ea83cbc48d7de4f5672795","block_sha256":"93afbe33e0ce4d312be9ddc85d72fe2c8104b51d16ea83cbc48d7de4f5672795","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88/#blk_167a1532-54ef-435c-abab-c7b18edeafe2"},{"id":"occ_61fc34375a2101c9884d6fa4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88","work_id":"wrk_0a43d7eb-6a36-444f-977f-73ef3a3f671a","block_id":"blk_1cecd83b-0c21-4109-9f3e-9062f98b060d","section_id":"sec_e3879c87-57ab-4f44-9c38-acbcb6899d68","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"PMICはPower 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高電圧に耐えること\n* 大電流を流せること\n* 電力損失が小さいこと\n* 発熱を抑えられること\n* 高温・高湿・長時間動作で壊れにくいこと\n* 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------------------------ |\n| PSU         | ACをDCへ変換する電源ユニット | サーバー内、またはラック内Power Shelf |\n| Power Shelf | 複数PSUを収めるラック電源棚  | ラック内                     |\n| 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GB200 / 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TIはAIDC向けに12V→48V→800VDCまで対応する電源管理製品群を発表し、CSD965203Bについて「1フェーズ100Aピーク、2フェーズを5mm×5mm QFNに統合」と説明しています。([Texas Instruments][2])","quote_start":0,"quote_end":128,"text_sha256":"cbc231f7f3137d2bc5ef7301914460e54167e1525b35cec16d906c6583dee51d","block_sha256":"cbc231f7f3137d2bc5ef7301914460e54167e1525b35cec16d906c6583dee51d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88/#blk_a647b05d-7d18-4ec7-939d-eba985885820"},{"id":"occ_e2821f789f801b34000d4e60","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88","work_id":"wrk_0a43d7eb-6a36-444f-977f-73ef3a3f671a","block_id":"blk_b3e37087-f09c-4ec7-aaed-f15d4660396b","section_id":"sec_f1d43a69-28c8-468d-bdd8-4b5df7bce4e7","layer":"body","character_id":null,"count":3,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"[11] ABBはAIラック電力がMW級へ向かい、従来AC電源が物理的限界に近づく中で、800VDCがAIデータセンター電源インフラの重要技術になると説明しています。([ABB Group][11])","quote_start":0,"quote_end":100,"text_sha256":"2f59831ab6532729e7e91c695f57d2153f89f95e455181858c3eccb2e5830e8b","block_sha256":"2f59831ab6532729e7e91c695f57d2153f89f95e455181858c3eccb2e5830e8b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88/#blk_b3e37087-f09c-4ec7-aaed-f15d4660396b"},{"id":"occ_fa3b4c26e35fc3a205ac408a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88","work_id":"wrk_0a43d7eb-6a36-444f-977f-73ef3a3f671a","block_id":"blk_b756480f-e74a-46b4-8b26-d324a49d5b42","section_id":"sec_9c42794a-e8b4-43a5-a842-ff0a3fa0b9c9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":117,"end":119,"exact":"電源","quote":"kWhなら年間438万ドル、日本円150円換算なら約6.6億円に相当する。これはSST単体ではなく800VDC電源チェーン全体の効果だが、SSTはその中核候補である。","quote_start":62,"quote_end":145,"text_sha256":"3634fbd68bd403bfcc05b71a838d1db7c679a598011750d660dd7cfdcd4617e6","block_sha256":"3634fbd68bd403bfcc05b71a838d1db7c679a598011750d660dd7cfdcd4617e6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88/#blk_b756480f-e74a-46b4-8b26-d324a49d5b42"},{"id":"occ_beabf706153a363b2338654d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88","work_id":"wrk_0a43d7eb-6a36-444f-977f-73ef3a3f671a","block_id":"blk_b8558a28-f0c4-49a3-b2d2-2c6d12c4a010","section_id":"sec_d3c1b6bb-491c-4bfd-b645-cc4e6fdc5f8c","layer":"character","character_id":"sil_kathna","count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"知能は光を求め、記憶を求め、電力を求める。  \nだが、電力はそのままでは身体に入らない。","quote_start":0,"quote_end":44,"text_sha256":"c1f9bc552eb1672ebe507d1ca2de809e7f35006a8391824dd7fef3bae3281ea7","block_sha256":"c1f9bc552eb1672ebe507d1ca2de809e7f35006a8391824dd7fef3bae3281ea7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88/#blk_b8558a28-f0c4-49a3-b2d2-2c6d12c4a010"},{"id":"occ_5cae9b402fe284b9b488dcf2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88","work_id":"wrk_0a43d7eb-6a36-444f-977f-73ef3a3f671a","block_id":"blk_be6ca099-d18a-4458-9535-c2d7c05ba783","section_id":"sec_e6676f75-bbc4-46c4-9a49-f59cc2a4342f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電源","quote":"bin/Kyber世代では、ここに800VDC配電、高比率DC-DC、SSTまたはTRU、DC遮断器、液冷対応電源、BBU/キャパシタ、より高密度なVRMが加わる。","quote_start":2,"quote_end":84,"text_sha256":"3522c1302199d20b25d2a39e37e6bc94acff9b922c99ec262229c230e62484f0","block_sha256":"3522c1302199d20b25d2a39e37e6bc94acff9b922c99ec262229c230e62484f0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88/#blk_be6ca099-d18a-4458-9535-c2d7c05ba783"},{"id":"occ_8ba5e1b2dc4848badcc332f3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bbd7c7cc-2c2f-4ae5-b5ff-2c79a2e13e88","work_id":"wrk_0a43d7eb-6a36-444f-977f-73ef3a3f671a","block_id":"blk_c530d862-8a7d-497c-8a5f-5a0e76825b82","section_id":"sec_9079cfd8-9ea4-4889-9846-9680f82ca0a3","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":125,"end":127,"exact":"電源","quote":"U内キャパシタが重要になる\n3. Rubin/Kyber世代では800VDC、SST、SiC、DC遮断器、液冷電源が立ち上がる\n4. GPU近傍ではDrMOS/SPSが20個/GPU級から50個/GPU級へ増える\n5. 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1枚あたりDrMOS/SPS目安 |\n| ------------- | -------------: | -------------------: |\n| 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利用者数、エージェント数、仕事数、試行回数、実行時間を追う。\n- AIDCは世代、電力費、冷却、ネットワーク、顧客集中で質が分かれる。\n- 旧モデルの陳腐化と、計算市場全体の消滅は同義ではない。\n- 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\nTeraFabは、将来のAIチップ供給制約を突破する構想である。","quote_start":23,"quote_end":159,"text_sha256":"90acaf2509ea345a2d96c74d3d32e2c86f1432a6e5c0c98a80b93befea745f25","block_sha256":"90acaf2509ea345a2d96c74d3d32e2c86f1432a6e5c0c98a80b93befea745f25","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_2cda07e4-0e2d-4d58-865b-6b17a19a3070"},{"id":"occ_654bb69c13930281cfff6c3a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_347e2664-a459-4b46-9197-40db20e2a32b","section_id":"sec_91c01cfd-4021-4a91-86d9-4946273fb6aa","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":62,"end":64,"exact":"電力","quote":"本当の強みは、宇宙船という派手な上層だけではない。  \nむしろ、ロケット工場、発射場、衛星量産、再使用、通信、電力、データセンター、人材、施工能力といった、物理的な下層にある。","quote_start":7,"quote_end":95,"text_sha256":"82fbeb19593e8986d7caf52db097bd4003649d6a8a2186a423f9f41a9bd69e77","block_sha256":"82fbeb19593e8986d7caf52db097bd4003649d6a8a2186a423f9f41a9bd69e77","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_347e2664-a459-4b46-9197-40db20e2a32b"},{"id":"occ_ef775c049cea5547be53bc8a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_35f1dc86-b304-471e-981a-3eac6a36c976","section_id":"sec_91c01cfd-4021-4a91-86d9-4946273fb6aa","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"SpaceXは宇宙と通信を持つ。  \nTeslaは電力と物理世界を持つ。  \nxAIはモデルと計算資源を持つ。  \nTeraFabはチップ供給を押さえようとしている。","quote_start":0,"quote_end":83,"text_sha256":"248a1ef79ee103ae55e1e12f4d9cab70e81495b6b2ed9a9280d209fab678674a","block_sha256":"248a1ef79ee103ae55e1e12f4d9cab70e81495b6b2ed9a9280d209fab678674a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_35f1dc86-b304-471e-981a-3eac6a36c976"},{"id":"occ_58ed019934a79d14ac9ba7cd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_50f34f93-0a5c-48cf-a15f-10afbe124492","section_id":"sec_91c01cfd-4021-4a91-86d9-4946273fb6aa","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電力","quote":"これからのAI企業は、賢いモデルを作るだけでは足りない。  \n電力を取れるか。  \n冷却できるか。  \nデータセンターを建てられるか。  \nGPUを確保できるか。  \n通信網を持てるか。  \nロボットや車に実装できるか。  \n半導体供給を押さえられるか。","quote_start":0,"quote_end":127,"text_sha256":"44aa35beb5b3d3e800f346577fd8e90c807f09da98a9869c8a23bd564fa8af9d","block_sha256":"44aa35beb5b3d3e800f346577fd8e90c807f09da98a9869c8a23bd564fa8af9d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_50f34f93-0a5c-48cf-a15f-10afbe124492"},{"id":"occ_c4c8001c0bdfa8c765cc1f18","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_536307ce-d9cd-404b-bd46-32f58b8ae71b","section_id":"sec_ffdad61c-f6a3-4353-b233-fe006b673c0c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":59,"end":61,"exact":"電力","quote":"でTeslaは、xAIやSpaceXのAIデータセンターにとって、単なる兄弟会社ではない。  \nAIインフラの電力レイヤーを支える企業になり得る。","quote_start":4,"quote_end":77,"text_sha256":"01fe124c96b8847bd301186f9c4c8e221bbf211712934b01101b8267e273a08c","block_sha256":"01fe124c96b8847bd301186f9c4c8e221bbf211712934b01101b8267e273a08c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_536307ce-d9cd-404b-bd46-32f58b8ae71b"},{"id":"occ_c9c3a85154637ab23ea4b1f4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_5b986e74-27f7-4b5b-a7f5-5324b950d044","section_id":"sec_ffdad61c-f6a3-4353-b233-fe006b673c0c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"Teslaの歴史は、EVの歴史であると同時に、「電力を持つ物理AI企業」へ変化していく歴史でもある。","quote_start":0,"quote_end":50,"text_sha256":"06f19343591841711ed974d65c5755cb3bcef2002b3a6c707e8b7effecf610b4","block_sha256":"06f19343591841711ed974d65c5755cb3bcef2002b3a6c707e8b7effecf610b4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_5b986e74-27f7-4b5b-a7f5-5324b950d044"},{"id":"occ_df2be5806a515a8e672731c2","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_79c3c81e-b33c-490e-afe7-aa3c4e247fbf","section_id":"sec_58f4ded1-20f0-44f7-aba8-237006c16e40","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電力","quote":"AIモデルを大きくするにはGPUが必要。  \nGPUを動かすには電力が必要。  \n電力を使うには変電設備が必要。  \n発熱を逃がすには冷却が必要。  \n冷却には水や熱交換設備が必要。  \n全体を動かすには建設、配線、ラック、施工人材が必要。","quote_start":0,"quote_end":120,"text_sha256":"afbbda2f3d834d74e441628e97f49d8f14058abbba53e7a8a5cbb12f56ad3e45","block_sha256":"afbbda2f3d834d74e441628e97f49d8f14058abbba53e7a8a5cbb12f56ad3e45","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_79c3c81e-b33c-490e-afe7-aa3c4e247fbf"},{"id":"occ_fb6a1be2939af3863d9f0505","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_8ede22d8-4a41-4701-bb51-258fec79d3f7","section_id":"sec_7f5ea10a-384e-43b7-b5be-d35c7a7d65f7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":47,"end":49,"exact":"電力","quote":"SpaceXはロケット工場、発射場、衛星量産、回収・整備を持つ。  \nTeslaは工場、電池、電力、蓄電池、パワエレを持つ。  \nそこにxAIがAIモデルとGPUクラスタを載せる。","quote_start":0,"quote_end":90,"text_sha256":"c836b5b4d5948b47b27fbc7cc4525cd6e59957f4932a41893ed6add4319ac201","block_sha256":"c836b5b4d5948b47b27fbc7cc4525cd6e59957f4932a41893ed6add4319ac201","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_8ede22d8-4a41-4701-bb51-258fec79d3f7"},{"id":"occ_8687cac07cdc0ed68069e0d7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_947bc2a2-251e-431c-8247-652bcd5d7dbb","section_id":"sec_ffdad61c-f6a3-4353-b233-fe006b673c0c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"## 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 \n一番速くGPUを並べ、電力を取り、冷却し、工場を建て、通信し、物理世界に実装できる会社である。","quote_start":0,"quote_end":73,"text_sha256":"d33fbffe6d0b3c38e12d1063b2f68be3f536fb251ba1d8abf4d52656aed28efd","block_sha256":"d33fbffe6d0b3c38e12d1063b2f68be3f536fb251ba1d8abf4d52656aed28efd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_ac6cdc5c-0ee8-4424-9ae8-63a52a403ca4"},{"id":"occ_0f2104dc8a1e2525e67231cb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_b495f9e8-c882-4a62-a4c4-914d86458900","section_id":"sec_ffdad61c-f6a3-4353-b233-fe006b673c0c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"つまりTeslaは、EVメーカーであると同時に、電力制御会社であり、蓄電池会社であり、巨大工場を作る会社でもある。","quote_start":0,"quote_end":57,"text_sha256":"f7b94f89ad0cf98b030fcba793272e4cc5db297b7f7b9b4631b20d3a89d4b9e8","block_sha256":"f7b94f89ad0cf98b030fcba793272e4cc5db297b7f7b9b4631b20d3a89d4b9e8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_b495f9e8-c882-4a62-a4c4-914d86458900"},{"id":"occ_0a5453d2776b0babb4d58246","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_d0794e13-cdf3-4b1d-acff-9396d4de5264","section_id":"sec_19c6b6a8-2922-4997-9e53-91aa7c46c1f2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":55,"end":57,"exact":"電力","quote":"TeraFabがチップを作る。  \nxAIがそのチップでモデルを学習する。  \nTeslaがMegapackで電力を安定化する。  \nSpaceXがStarlinkで通信し、Starshipで衛星や軌道インフラを打ち上げる。  \nTeslaの車とロボットが、xAIの知能を物理世界に展開する。  \n余った計算資源は","quote_start":0,"quote_end":157,"text_sha256":"95ed1693da4a5eb00f8d08c0cd75761a0e73ce7ea9c605455a8a78de9f4961e1","block_sha256":"95ed1693da4a5eb00f8d08c0cd75761a0e73ce7ea9c605455a8a78de9f4961e1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_d0794e13-cdf3-4b1d-acff-9396d4de5264"},{"id":"occ_2fd832f48c68f303eaee7487","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_d1593982-fdd2-4c02-9d26-d8ae9b276383","section_id":"sec_bc6aa292-c48d-4461-968b-ebd0bd0a5bcc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":32,"end":34,"exact":"電力","quote":"第二に、規制と地域社会との摩擦がある。  \nAIデータセンターは電力、水、騒音、排ガス、土地利用の問題を生む。ロケット発射場も環境・安全・地域問題を伴う。","quote_start":0,"quote_end":77,"text_sha256":"545e4bbf7c98ecafad3ac5f97153729a5f8dfd460db88f9400cae04db341278c","block_sha256":"545e4bbf7c98ecafad3ac5f97153729a5f8dfd460db88f9400cae04db341278c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_d1593982-fdd2-4c02-9d26-d8ae9b276383"},{"id":"occ_7d9e74d00bf84a317fcb1fe3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_d4b179f8-0d37-4898-a738-6156f9c878a1","section_id":"sec_3caadbdc-7f78-46a8-9dd2-151765dfbf0f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"第2層は、電力、冷却、データセンター、工場である。  \nTesla Megapack、変電設備、冷却水、発電設備、データセンター施工、ラック、ケーブル、パワーエレクトロニクスがここに入る。","quote_start":0,"quote_end":94,"text_sha256":"9f7f52b25a4fa87a9e7d377c38b7d1cb2dec3753393fcb4536f06e010dca621d","block_sha256":"9f7f52b25a4fa87a9e7d377c38b7d1cb2dec3753393fcb4536f06e010dca621d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_d4b179f8-0d37-4898-a738-6156f9c878a1"},{"id":"occ_a59f2c68c1f2dafa9b2812ac","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bde0c156-c5e8-4c02-a4c1-11e282359f67","work_id":"wrk_a7af3483-9e85-4461-8227-e9fe7141f2c3","block_id":"blk_ff9838f2-a3e9-4867-8893-7f76494709e4","section_id":"sec_3caadbdc-7f78-46a8-9dd2-151765dfbf0f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":69,"end":71,"exact":"電力","quote":"り、発射場を作り、衛星を量産し、地上設備を整備する。  \nTeslaは、工場を作り、電池を作り、蓄電池を作り、電力制御を行う。  \nxAIは、GPUクラスタを単なるクラウド契約ではなく、自ら建設する。  \nTeraFabは、さらに下の半導体供給まで取りにいく構想である。","quote_start":14,"quote_end":149,"text_sha256":"312246da513f73f05aa30c3cf90f7e069518ba84388277eb4480b2036db72910","block_sha256":"312246da513f73f05aa30c3cf90f7e069518ba84388277eb4480b2036db72910","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_bde0c156-c5e8-4c02-a4c1-11e282359f67/#blk_ff9838f2-a3e9-4867-8893-7f76494709e4"},{"id":"occ_34f42ad9758d2b9844f6bcc0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a","work_id":"wrk_dcf18d88-5123-4a4f-aa9b-564dc767f048","block_id":"blk_6adbefdd-dfb0-471c-99ec-b7946b63c8df","section_id":"sec_f483ab88-51f7-42ba-8c9e-50833b9bad57","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact":"電力","quote":"市場は、知能の書を開こうとしている。  \nそこに書かれているのは、未来ではない。費用である。電力である。契約である。まだ支払われていない約束である。","quote_start":0,"quote_end":74,"text_sha256":"70725a8e03b7b76d29f347ebc92b4fe6c077a4861dc3cdd5f9c45d9d028881ef","block_sha256":"70725a8e03b7b76d29f347ebc92b4fe6c077a4861dc3cdd5f9c45d9d028881ef","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a/#blk_6adbefdd-dfb0-471c-99ec-b7946b63c8df"},{"id":"occ_0468b6db6ecee9a1cafd8a21","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a","work_id":"wrk_dcf18d88-5123-4a4f-aa9b-564dc767f048","block_id":"blk_9714b1df-650b-46f7-bcf0-d2909b55967d","section_id":"sec_e38fc6f5-8b1a-44a1-9b2e-340763daf5d6","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"AIモデル企業は、ソフトウェア企業のように見えます。しかし実態は、ソフトウェア、クラウド、半導体、電力、研究開発、法人営業、セキュリティ、規制対応が重なった複合企業に近い存在です。S-1が開くのは、単なる決算書ではなく、AI産業の身体検査です。","quote_start":0,"quote_end":122,"text_sha256":"0ceb71715f531c4cffcca8f7228986227ec08ea7c355ec95ed25755b2674f88c","block_sha256":"0ceb71715f531c4cffcca8f7228986227ec08ea7c355ec95ed25755b2674f88c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a/#blk_9714b1df-650b-46f7-bcf0-d2909b55967d"},{"id":"occ_dd9656866b4cf60eaf8d955a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a","work_id":"wrk_dcf18d88-5123-4a4f-aa9b-564dc767f048","block_id":"blk_adda29db-a9b6-43a2-aa50-b185083dfcd8","section_id":"sec_c180cf60-0e74-4f1d-88d7-b8132a2efa65","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":41,"end":43,"exact":"電力","quote":"ただし、楽観だけでは見られません。AI企業は、雲の上にいるようで、実際にはGPU、電力、データセンター契約、研究人材、法人営業の上に座っています。黒字化とは、魔法が完成した合図ではなく、熱を出し続ける身体がようやく循環を覚えた、ということなのだと思います。","quote_start":0,"quote_end":128,"text_sha256":"25b57dbec6c9629022ff560efca1392bc224b9ff1d72ddfce6b24dfbcaf6aae4","block_sha256":"25b57dbec6c9629022ff560efca1392bc224b9ff1d72ddfce6b24dfbcaf6aae4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a/#blk_adda29db-a9b6-43a2-aa50-b185083dfcd8"},{"id":"occ_5ec3ea0fa2d34cac34425a5c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a","work_id":"wrk_dcf18d88-5123-4a4f-aa9b-564dc767f048","block_id":"blk_bef717e6-adf2-4daf-aa5d-a3c890d16347","section_id":"sec_e86d3884-c729-42f7-93a4-aba48f6bf0ec","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":193,"end":195,"exact":"電源","quote":"ン、合成データ、仮想環境        |\n| 実機       | ロボット本体、アクチュエータ、センサー、電源   |\n| 評価       | 安全試験、現場試験、故障対応           |\n| 推論       | 低遅延オンボードAI、クラウド側の高レベル推論  |\n| 事業化      | 製造","quote_start":138,"quote_end":295,"text_sha256":"f2c2248f28469b36cd70c310000a115e403d1eaeffa2a630691002d49af1a688","block_sha256":"f2c2248f28469b36cd70c310000a115e403d1eaeffa2a630691002d49af1a688","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a/#blk_bef717e6-adf2-4daf-aa5d-a3c890d16347"},{"id":"occ_4e234256ae310fe41fef87ee","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a","work_id":"wrk_dcf18d88-5123-4a4f-aa9b-564dc767f048","block_id":"blk_ed04cc3b-9a40-44c2-ac23-544a683ba573","section_id":"sec_0d5717cc-885c-456f-991b-04e10e447a09","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電力","quote":"これは普通のSaaS企業ではありません。\nむしろ、クラウド、半導体、電力、ロボティクス、OS、開発環境をまたぐ超資本集約企業です。","quote_start":0,"quote_end":65,"text_sha256":"121a0e94cb1868a4928e57226f86b04e7ab65f6f0513a703e7683bc10009ed4b","block_sha256":"121a0e94cb1868a4928e57226f86b04e7ab65f6f0513a703e7683bc10009ed4b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_be83f7eb-e1d1-464a-ab3f-1463976bb30a/#blk_ed04cc3b-9a40-44c2-ac23-544a683ba573"},{"id":"occ_35211312656848db50b876e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_bf97dda8-b55b-4e4d-b1cf-b775474af9b2","work_id":"wrk_72fede57-1e40-4a22-81c2-67b2328ba457","block_id":"blk_1d242f2f-8e6f-48b6-b5b2-91e20e73aed5","section_id":"sec_77517ee6-4edd-4ad8-8c01-277a1c323b58","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"しかしHBMは高価で、電力もwafer 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AIインフラ投資の本質は、知能のスケールから行動のスケール、さらに文明の実行速度へ移っている。","quote_start":88,"quote_end":212,"text_sha256":"50ad420d15fc54070153ffd327607c64723c1e099bd5ce1e06ddae2a447ef788","block_sha256":"50ad420d15fc54070153ffd327607c64723c1e099bd5ce1e06ddae2a447ef788","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c1530075-b9e3-4144-b8ce-f6e480c778fa/#blk_2d8da6d1-6b16-4d62-bf98-7fec20ac858a"},{"id":"occ_5fdb5f21f2982e963e82c336","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c1530075-b9e3-4144-b8ce-f6e480c778fa","work_id":"wrk_50367f10-59d7-41cc-990d-213cec7e7f79","block_id":"blk_6279b137-2191-4e9f-965d-50e84fc79144","section_id":"sec_6855992f-9c4a-418d-a738-5de1f277907d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":80,"end":82,"exact":"電力","quote":"それは「AIが賢くならない」ことだけではない。\nむしろ、AIが速く進みすぎて、周辺インフラ、収益モデル、規制、電力、組織、検証が追いつかないことの方が大きい。","quote_start":25,"quote_end":104,"text_sha256":"8d8eb9da9591ebceed2be20d2248faeea10d70f9e8d873e2e79cd0d4d5f36b82","block_sha256":"8d8eb9da9591ebceed2be20d2248faeea10d70f9e8d873e2e79cd0d4d5f36b82","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c1530075-b9e3-4144-b8ce-f6e480c778fa/#blk_6279b137-2191-4e9f-965d-50e84fc79144"},{"id":"occ_8e56aa38462886f605bb2072","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c1530075-b9e3-4144-b8ce-f6e480c778fa","work_id":"wrk_50367f10-59d7-41cc-990d-213cec7e7f79","block_id":"blk_64d96d70-bb05-4491-b9ce-d3062aa0d522","section_id":"sec_f3be83b4-7f0f-4bcc-981a-5b8a332ce3e3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":154,"end":156,"exact":"電力","quote":"する。ロボットを動かす。こうした行動が増えるほど、推論回数、通信量、検証コスト、ログ保存、セキュリティ、監査、電力需要が増える。","quote_start":99,"quote_end":163,"text_sha256":"50e3a0a7596ce6d02a8e4016d53e4ca9591f5e616a724e87ea9abb33161ff814","block_sha256":"50e3a0a7596ce6d02a8e4016d53e4ca9591f5e616a724e87ea9abb33161ff814","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c1530075-b9e3-4144-b8ce-f6e480c778fa/#blk_64d96d70-bb05-4491-b9ce-d3062aa0d522"},{"id":"occ_27c649bfff183f86e11c98c3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c1530075-b9e3-4144-b8ce-f6e480c778fa","work_id":"wrk_50367f10-59d7-41cc-990d-213cec7e7f79","block_id":"blk_6f0877f3-b4f8-4c85-ab18-ad3d18d9a614","section_id":"sec_bcd70ef8-3578-4856-8b37-f4d224ce2396","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":76,"end":78,"exact":"電力","quote":"1.6T光通信\nInPレーザー\nCPO/外部光源\nCDN\nWAF\nBot Management\nゼロトラスト\n電力設備\n変圧器\n冷却\nデータセンター建設\nロボティクス基盤\nシミュレーション環境","quote_start":21,"quote_end":117,"text_sha256":"9e2a71e13198cf919512bf39c699e202cdc296ba1180468aca9e8eed26feb357","block_sha256":"9e2a71e13198cf919512bf39c699e202cdc296ba1180468aca9e8eed26feb357","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c1530075-b9e3-4144-b8ce-f6e480c778fa/#blk_6f0877f3-b4f8-4c85-ab18-ad3d18d9a614"},{"id":"occ_be554533473bf9862418fadb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c1530075-b9e3-4144-b8ce-f6e480c778fa","work_id":"wrk_50367f10-59d7-41cc-990d-213cec7e7f79","block_id":"blk_7c4c1c8e-005c-4473-8e77-dae470a64523","section_id":"sec_bcd70ef8-3578-4856-8b37-f4d224ce2396","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"## 6. 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([sec.gov](https://www.sec.gov/resources-small-businesses/going-pub","quote_start":227,"quote_end":384,"text_sha256":"614d8b0afff29ce1045159ea49dfb2fe6b3a5eef120fd1bec10cab16495a4db9","block_sha256":"614d8b0afff29ce1045159ea49dfb2fe6b3a5eef120fd1bec10cab16495a4db9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c32517c2-0e67-4292-87c7-24a6f6431091/#blk_2be5db00-5c60-4114-8e75-a5422853f799"},{"id":"occ_7313d366e7503ae822ba1ae1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c32517c2-0e67-4292-87c7-24a6f6431091","work_id":"wrk_b4934ed4-1d9f-4030-87d4-fc3c250f3c01","block_id":"blk_7ab3bbae-acf3-4211-9892-014c71fa8ad4","section_id":"sec_d2fc206d-3350-4592-9aec-451d80e679dd","layer":"body","character_id":null,"count":4,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"この領域は、AIブームの“影の主役”です。Reutersは、AI投資が電力価格やエネルギー供給の制約に左右されると報じています。データセンターは結局、**電気を大量に食べる工場**のようなものなので、OpenAIやAnthropicの成長は、そのまま電力・送配電・蓄電・発電","quote_start":0,"quote_end":137,"text_sha256":"e2b158e7e92ec07b703cf7f2958d7cded35017b9b04df80711d821204f680c33","block_sha256":"e2b158e7e92ec07b703cf7f2958d7cded35017b9b04df80711d821204f680c33","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c32517c2-0e67-4292-87c7-24a6f6431091/#blk_7ab3bbae-acf3-4211-9892-014c71fa8ad4"},{"id":"occ_bb85b4cf3d5e9e59cc178366","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c32517c2-0e67-4292-87c7-24a6f6431091","work_id":"wrk_b4934ed4-1d9f-4030-87d4-fc3c250f3c01","block_id":"blk_d2ba3336-d7bb-41bb-9217-cc736a9700ed","section_id":"sec_0e42efc2-d63b-4390-8202-cd23835efbb9","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":255,"end":257,"exact":"電源","quote":"体の会社が上場して資金を得るほど、その裏で必要になるのは**GPU、TPU、ネットワーク機器、光接続、メモリ、電源、冷却**です。つまり、AI IPOの本当の“二次受益者”は、このインフラ側です。 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| ---------------------- |\n| AIDC電源安定化 | MLCC、インダクタ、EMI、パワーモジュール | すでに成長中、数千億円規模          |\n| 高周波通信     | SAW、BAW、XBAR、RFモジュール    | スマホ","quote_start":85,"quote_end":242,"text_sha256":"b77f393d11dc322f74112fd35c2176b32f8a366387fa21c0c6004d44ee1270c8","block_sha256":"b77f393d11dc322f74112fd35c2176b32f8a366387fa21c0c6004d44ee1270c8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_0fd79201-323f-41f3-862f-2b24213d0977"},{"id":"occ_1091db853ce1dc1ea0805f77","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0","work_id":"wrk_d0398aa0-3c6b-4407-995a-ef79e6153754","block_id":"blk_1af103e8-a68a-4ab9-bec2-e69d57a2a306","section_id":"sec_4cef8f7b-fe8f-47d7-b1c3-381fbd169b9a","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":82,"end":84,"exact":"電源","quote":"、問題は「クロック周波数が上がる」だけではありません。より重要なのは、**電流変動の立ち上がりが速くなること、電源ノイズの高周波成分が増えること、目標インピーダンスが下がること**です。これにより、低ESL、小型高容量、ランドサイド、埋め込み、シリコンキャパシタなどの比率が上がります。","quote_start":27,"quote_end":170,"text_sha256":"df01450a956a8f02293cbeb2e72b287112c8c2ec82491db3d6743abfe84304ad","block_sha256":"df01450a956a8f02293cbeb2e72b287112c8c2ec82491db3d6743abfe84304ad","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_1af103e8-a68a-4ab9-bec2-e69d57a2a306"},{"id":"occ_d25e229fa1beba96a3cee06d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0","work_id":"wrk_d0398aa0-3c6b-4407-995a-ef79e6153754","block_id":"blk_345b4e2c-f634-4958-809f-5b1507a756ae","section_id":"sec_76ac794c-63f3-4982-963b-19d823a5e7d0","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":410,"end":412,"exact":"電源","quote":"LPWA、UWBなどの通信モジュール |\n| MLCC/インダクタ/EMIフィルタ   | スマホ/通信機器の電源・ノイズ対策                  |\n```","quote_start":355,"quote_end":441,"text_sha256":"66837fad2a2f4e23aaf89b060853ef2820e0efefb6dbbd7a011fcdfad224a7a3","block_sha256":"66837fad2a2f4e23aaf89b060853ef2820e0efefb6dbbd7a011fcdfad224a7a3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_345b4e2c-f634-4958-809f-5b1507a756ae"},{"id":"occ_cf19c00e26a53b73752db74f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0","work_id":"wrk_d0398aa0-3c6b-4407-995a-ef79e6153754","block_id":"blk_533cc214-0f22-4cb4-a4d3-f0e3ebcb4411","section_id":"sec_aeba5ea7-07e7-43ed-8cce-a8cd23253fc6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電源","quote":"AIサーバーでは、GPU/ASICの電流変動が大きく、電源電圧は低く、許容リップルは小さい。これにより、PDNの目標インピーダンスが下がり、広い周波数帯で安定したデカップリングが必要になります。結果として、低ESL、小型高容量、薄型、ランドサイド、埋め込み、","quote_start":0,"quote_end":129,"text_sha256":"8688919b5e21402370b899e66a20cb86987bf7e8b9c0ca7dbc003d3127374893","block_sha256":"8688919b5e21402370b899e66a20cb86987bf7e8b9c0ca7dbc003d3127374893","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_533cc214-0f22-4cb4-a4d3-f0e3ebcb4411"},{"id":"occ_d24af9869c5d536962c717db","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0","work_id":"wrk_d0398aa0-3c6b-4407-995a-ef79e6153754","block_id":"blk_7969c3fd-9e9c-47de-9892-dc34313e1d01","section_id":"sec_b4b2c387-0449-4c40-b7f3-901ce3a8afb9","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電源","quote":"ただし、エネルギーハーベストはロボット本体を動かす電源ではありません。μW〜mW級の低電力センサー向けです。価値が出るのは、電池交換が難しい場所、配線できない場所、構造物監視、工場設備、医療/ウェアラブルです。","quote_start":0,"quote_end":105,"text_sha256":"12f61ebe0d01c7b2fd60ab9ea42b51ff739bc394b04bf07e3657dacb670464c9","block_sha256":"12f61ebe0d01c7b2fd60ab9ea42b51ff739bc394b04bf07e3657dacb670464c9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_7969c3fd-9e9c-47de-9892-dc34313e1d01"},{"id":"occ_5f5e2b003f478011da0880d1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0","work_id":"wrk_d0398aa0-3c6b-4407-995a-ef79e6153754","block_id":"blk_beb29729-6a67-4558-90a1-62c5c0c0f7e4","section_id":"sec_4cef8f7b-fe8f-47d7-b1c3-381fbd169b9a","layer":"code","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":620,"end":622,"exact":"電源","quote":"     | 超近接デカップリング          |\n| 高耐圧MLCC        | 48V/54V電源系      | AIサーバー電源アーキテクチャで重要  |\n| C0G/NP0・高温高信頼品 | 容量安定性・低損失       | 高周波/信頼性用途向け         |\n```","quote_start":565,"quote_end":715,"text_sha256":"ce79c7142d8be2e0512c5f13c33fe2f933243de523e2202520e970ae3c1e1a57","block_sha256":"ce79c7142d8be2e0512c5f13c33fe2f933243de523e2202520e970ae3c1e1a57","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_beb29729-6a67-4558-90a1-62c5c0c0f7e4"},{"id":"occ_7f82057463369bba70b38f8c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0","work_id":"wrk_d0398aa0-3c6b-4407-995a-ef79e6153754","block_id":"blk_e0334845-935e-4961-b414-4db6cb991bd8","section_id":"sec_b4b2c387-0449-4c40-b7f3-901ce3a8afb9","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":105,"end":109,"exact":"消費電力","quote":"型・薄型・アレイ化・CMOS集積に向きます。研究例では、pMUTは送信機/受信機として使われ、共振動作により低消費電力で大きな音圧を出せるとされています。([arXiv](https://arxiv.org/abs/2108.04660?utm_source=chatgpt.com))","quote_start":50,"quote_end":193,"text_sha256":"3f2373b521d5db6fcc3598d3d1c4fec3aa45b20cda2388250316e4475eb543f7","block_sha256":"3f2373b521d5db6fcc3598d3d1c4fec3aa45b20cda2388250316e4475eb543f7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_e0334845-935e-4961-b414-4db6cb991bd8"},{"id":"occ_5970fd165b215403c4e82da6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0","work_id":"wrk_d0398aa0-3c6b-4407-995a-ef79e6153754","block_id":"blk_e4b93e21-d6f3-4ecd-beb0-6be6db082371","section_id":"sec_aeba5ea7-07e7-43ed-8cce-a8cd23253fc6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電源","quote":"**電源を安定させる部品**  \n**高周波を選別する部品**  \n**無線でつなぐ部品**  \n**物理世界を感じる部品**  \n**小さく動かす部品**","quote_start":0,"quote_end":78,"text_sha256":"ae5a56b585f68ab413fe2a28f4455d431e1450fde51ce3fbe5ff4127b9c3be8b","block_sha256":"ae5a56b585f68ab413fe2a28f4455d431e1450fde51ce3fbe5ff4127b9c3be8b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_e4b93e21-d6f3-4ecd-beb0-6be6db082371"},{"id":"occ_b40a0a4e9f91f5340033d399","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0","work_id":"wrk_d0398aa0-3c6b-4407-995a-ef79e6153754","block_id":"blk_e66c48e0-b2a6-480c-9274-8da7a098ca12","section_id":"sec_e77f5c0e-2b3f-4748-8e28-c1a263510e04","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電源","quote":"これはAIサーバー本体を中心にした概算です。PSU、48V/54V電源、スイッチ、光トランシーバ、CPO、BBU、AI-RANエッジ装置まで含めると、さらに上振れします。","quote_start":0,"quote_end":85,"text_sha256":"5bce8837cfab4992b4ddcd1199d26a97a8b592cab6dc72408a830de797f1c97b","block_sha256":"5bce8837cfab4992b4ddcd1199d26a97a8b592cab6dc72408a830de797f1c97b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c49d360e-2b3c-4311-82ad-b78a89fde3e0/#blk_e66c48e0-b2a6-480c-9274-8da7a098ca12"},{"id":"occ_15b46116f3dd90277b57dfb8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c70dba8d-8c2a-4c07-934b-5920ce54c240","work_id":"wrk_cf92e285-09db-4e9a-9a37-a886a43a8bcc","block_id":"blk_1c49f8be-16a2-415a-b4f1-442958e873a1","section_id":"sec_cb522051-e1eb-49a5-9b4f-f1c8d3c741a2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電源","quote":"- 接合部\n- パッケージ配線\n- クロック\n- 電源\n- ファームウェア\n- ダイ間プロトコル","quote_start":0,"quote_end":48,"text_sha256":"dcff54c62e997f485e5467161644b469776276b3c85bab234f1ffc60ef2c48b2","block_sha256":"dcff54c62e997f485e5467161644b469776276b3c85bab234f1ffc60ef2c48b2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c70dba8d-8c2a-4c07-934b-5920ce54c240/#blk_1c49f8be-16a2-415a-b4f1-442958e873a1"},{"id":"occ_748ccc486d2f980200e5bcdf","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c70dba8d-8c2a-4c07-934b-5920ce54c240","work_id":"wrk_cf92e285-09db-4e9a-9a37-a886a43a8bcc","block_id":"blk_2a487fc7-b854-4610-84d7-2292611b7f49","section_id":"sec_b97fcb58-5f9b-4a8e-8352-2fa86e26e634","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":187,"end":189,"exact":"電力","quote":"まり改善、製造ノードの使い分け、設計再利用、製品展開の柔軟性が主な利点である。\n- 一方で、ダイ間通信の遅延と電力、先端パッケージ費用、熱、テスト、完成品歩留まりが課題になる。\n- 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**システムへ組み込むための機能、インターフェース、電力、寸法、テスト条件が明確に定義されているか**","quote_start":0,"quote_end":53,"text_sha256":"3381c5777419a732ab29aef8d0f04a38dab5eea48d8f78d45abcd04df217d7c9","block_sha256":"3381c5777419a732ab29aef8d0f04a38dab5eea48d8f78d45abcd04df217d7c9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c70dba8d-8c2a-4c07-934b-5920ce54c240/#blk_b43eef82-7c9b-4e62-84d5-14b90416d0bf"},{"id":"occ_26ec445818e22fdfc5467b6c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c70dba8d-8c2a-4c07-934b-5920ce54c240","work_id":"wrk_cf92e285-09db-4e9a-9a37-a886a43a8bcc","block_id":"blk_d4a11ce6-bf75-459a-85ed-a6286f866345","section_id":"sec_33ad1e45-2622-43f5-af37-2ecbf7509302","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":72,"end":74,"exact":"電源","quote":"PU演算チップレット\nキャッシュチップレット\nI/Oチップレット\nメモリコントローラーチップレット\nアナログ・電源管理チップレット\n光I/Oチップレット\n```","quote_start":17,"quote_end":97,"text_sha256":"a541e68fc622f5b5a751ebeb5b477675ee4cefa5f96b21e4295f18c8898e58df","block_sha256":"a541e68fc622f5b5a751ebeb5b477675ee4cefa5f96b21e4295f18c8898e58df","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c70dba8d-8c2a-4c07-934b-5920ce54c240/#blk_d4a11ce6-bf75-459a-85ed-a6286f866345"},{"id":"occ_d51a134fbcd2d45e9cae3adb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c70dba8d-8c2a-4c07-934b-5920ce54c240","work_id":"wrk_cf92e285-09db-4e9a-9a37-a886a43a8bcc","block_id":"blk_e7c13f3b-1410-4010-822c-48c5d69a9f25","section_id":"sec_5d5046bf-81f8-4abe-9232-9eb0d27f07ed","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":4,"end":8,"exact":"消費電力","quote":"小型・低消費電力の製品では、1枚のモノリシックSoCの方が低コストで高効率な場合がある。","quote_start":0,"quote_end":44,"text_sha256":"d8d730b36dd47bc64838711a8faee937672d07bb9b2f421cc1d790f748f4ea87","block_sha256":"d8d730b36dd47bc64838711a8faee937672d07bb9b2f421cc1d790f748f4ea87","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c70dba8d-8c2a-4c07-934b-5920ce54c240/#blk_e7c13f3b-1410-4010-822c-48c5d69a9f25"},{"id":"occ_b6e01d51f30f65978463903e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c70dba8d-8c2a-4c07-934b-5920ce54c240","work_id":"wrk_cf92e285-09db-4e9a-9a37-a886a43a8bcc","block_id":"blk_edfee5c8-1775-4747-a5aa-13b5a745dc47","section_id":"sec_c381ec13-9908-4a83-a51f-cefcd35d70d5","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電源","quote":"一方、外部I/O、アナログ回路、電源回路、高電圧回路などは、必ずしも最先端ノードで製造する必要がない。機能ごとに異なる製造プロセスを選べることは、チップレットの主要な利点の一つである。","quote_start":0,"quote_end":92,"text_sha256":"0dc744d1691c792aab72ec246f687d2cab16e2c96914816ecb5c576b04ee82da","block_sha256":"0dc744d1691c792aab72ec246f687d2cab16e2c96914816ecb5c576b04ee82da","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c70dba8d-8c2a-4c07-934b-5920ce54c240/#blk_edfee5c8-1775-4747-a5aa-13b5a745dc47"},{"id":"occ_f41fb4378bec53ed1f3c20da","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c70dba8d-8c2a-4c07-934b-5920ce54c240","work_id":"wrk_cf92e285-09db-4e9a-9a37-a886a43a8bcc","block_id":"blk_fdbad9a9-3416-4ce5-b1ff-3e7facf03f34","section_id":"sec_fbc343bc-1ea8-45e1-9213-1f1141686fe1","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"ダイ間通信には追加の遅延と電力が発生するため、分割方法によっては性能が低下する。","quote_start":0,"quote_end":40,"text_sha256":"baa062d02757c6676148b3e7da65f4fcd8984de146e10a74dd80ea67ccf35aac","block_sha256":"baa062d02757c6676148b3e7da65f4fcd8984de146e10a74dd80ea67ccf35aac","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c70dba8d-8c2a-4c07-934b-5920ce54c240/#blk_fdbad9a9-3416-4ce5-b1ff-3e7facf03f34"},{"id":"occ_bf33778e2e68a0eb0178a432","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_0176c3ab-8bdf-4f7a-b2bf-a0941ceccae0","section_id":"sec_396fcb73-6e75-46e7-af74-cb346a63594b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電源","quote":"しかし、上下のトランジスタへゲート、ソース、ドレイン、電源を届ける配線が複雑になる。研究では、層数を増やしたCFETで上層トランジスタの自己発熱や、MOL・BEOLの寄生抵抗・容量が増えることが主要な問題として示されている。([arXiv](https://","quote_start":0,"quote_end":129,"text_sha256":"98a6a6724f7ec260f2ad6d5a7bb6262e0e4876c6cc2deebba263057be40436c2","block_sha256":"98a6a6724f7ec260f2ad6d5a7bb6262e0e4876c6cc2deebba263057be40436c2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_0176c3ab-8bdf-4f7a-b2bf-a0941ceccae0"},{"id":"occ_53d36876ab248e9dc5e75fa9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_162ab379-9ced-46d6-93f8-276bcd5e475d","section_id":"sec_360bdd0d-899b-4e92-89e0-168c9e59f9bf","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電源","quote":"```\n上層配線：電源・クロック・長距離信号\n─────────────────────\n中層配線：機能ブロック間接続\n─────────────────────\n下層配線：セル内部・ローカル接続\n────────────","quote_start":0,"quote_end":111,"text_sha256":"ab81633b50247bad11956792272cfab06559078a575fee70f000b4875ebe2148","block_sha256":"ab81633b50247bad11956792272cfab06559078a575fee70f000b4875ebe2148","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_162ab379-9ced-46d6-93f8-276bcd5e475d"},{"id":"occ_46409e02e61b51b7e447fa99","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_43f2e063-c2d5-4d6b-9fd5-d407b406c835","section_id":"sec_9286a2ec-4b01-44d8-879e-4ccbdee17890","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":25,"end":29,"exact":"消費電力","quote":"ワード線は単なる配線ではなく、**セル選択、速度、消費電力、信頼性、アレイ構造を左右するメモリ内部の中心的な構造**です。","quote_start":0,"quote_end":61,"text_sha256":"2bcca3138c0d9b08cff1132f53fc15748a5fb2377ed12e6742df4f4b83847b92","block_sha256":"2bcca3138c0d9b08cff1132f53fc15748a5fb2377ed12e6742df4f4b83847b92","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_43f2e063-c2d5-4d6b-9fd5-d407b406c835"},{"id":"occ_3585696c47c1b356ab384b5d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_44606c02-5f49-4159-9b88-d43b90db766e","section_id":"sec_1f0e2c96-20f2-41ea-a931-d8d7e9e9d86f","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電源","quote":"```\n表側\n＝信号配線\n\nトランジスタ\n\n裏側\n＝電源配線\n```","quote_start":0,"quote_end":34,"text_sha256":"5b469757105da0c9cac47d4f8e950f3b03ec00340d65445286badb46a25a87d0","block_sha256":"5b469757105da0c9cac47d4f8e950f3b03ec00340d65445286badb46a25a87d0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_44606c02-5f49-4159-9b88-d43b90db766e"},{"id":"occ_2dce3035abf975fb892c9149","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_4c3189b5-aef2-4191-8e73-8a7b4b8eb931","section_id":"sec_3ffe7ac2-e476-4fc3-a96b-7dea8a1ac545","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":206,"end":208,"exact":"電源","quote":"nFET、GAA nanosheet、CFETへ進化している。\n- ロジックではトランジスタだけでなく、配線、電源、熱が限界になっている。\n- DRAMはキャパシターを平面からトレンチ、積層、高アスペクト比構造へ進化させた。\n- HBMはDRAMセルを多層化したものではなく、完成DRAMダイを積層したものである。","quote_start":151,"quote_end":308,"text_sha256":"3e04f2fc1517d110e66bfc5d0449e8970011da09b31277b2db5066c9bc5ffffc","block_sha256":"3e04f2fc1517d110e66bfc5d0449e8970011da09b31277b2db5066c9bc5ffffc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_4c3189b5-aef2-4191-8e73-8a7b4b8eb931"},{"id":"occ_86eb37718d5f58a99720ffc3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_59c3ec1f-02be-43cc-aafa-81088bbf27c6","section_id":"sec_4203c86f-c43d-4c25-a124-a92f9ddd6685","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電源","quote":"各ダイを既存の成熟したプロセスで製造できるなら、主な課題は接合、熱、電源、検査である。","quote_start":0,"quote_end":43,"text_sha256":"e28e968f7bcf7bffcfad1c886ccb0dd5ae43537f191ff3ddcdd7817143f80bff","block_sha256":"e28e968f7bcf7bffcfad1c886ccb0dd5ae43537f191ff3ddcdd7817143f80bff","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_59c3ec1f-02be-43cc-aafa-81088bbf27c6"},{"id":"occ_1636b92360a237de2fbc58b1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_5ce3eb2b-2092-4d8b-adf4-9e4239725edc","section_id":"sec_a650a12a-270d-4a61-b0f9-544d33475521","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":34,"end":36,"exact":"電源","quote":"```\nダイの内側\n\n材料\nセル\nトランジスタ\nキャパシター\n配線\n電源\n```","quote_start":0,"quote_end":40,"text_sha256":"6b84d4296f7d8dcdb5bd0c2197c57b160e728cc40d3b73d2e3237dff6c8fb310","block_sha256":"6b84d4296f7d8dcdb5bd0c2197c57b160e728cc40d3b73d2e3237dff6c8fb310","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_5ce3eb2b-2092-4d8b-adf4-9e4239725edc"},{"id":"occ_6f09d4f157df5caafe3f084a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_5ec56e5f-89d3-4437-b692-ca692ccb694f","section_id":"sec_95df2425-e22b-4cdc-9318-7fb08566c1b8","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":91,"end":93,"exact":"電源","quote":"─────┐\n│ BEOL                              │\n│ 金属配線・ビア・電源配線           │\n├────────────────────┤\n│ DRAMキャパシター                  │\n│ 電荷を保存する高アスペクト比構造    │\n├─────","quote_start":36,"quote_end":193,"text_sha256":"7e5440bec13aab6a202ab42543fba5e181f563fe8df68fd54858c0bf037fb044","block_sha256":"7e5440bec13aab6a202ab42543fba5e181f563fe8df68fd54858c0bf037fb044","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_5ec56e5f-89d3-4437-b692-ca692ccb694f"},{"id":"occ_7d674d82283f421d44d07aa8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_611a7143-7562-4206-a70f-982ef0eab2db","section_id":"sec_bc46f20a-b536-461a-8c86-da5b9c2dfaa7","layer":"code","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":123,"end":125,"exact":"電源","quote":" |\n| 基本セル | 複数FETの論理回路 | 1T1C | 電荷保持トランジスタ |\n| データ保持 | 電源断で消失 | 電源断で消失 | 電源断後も保持 |\n| リフレッシュ | 不要 | 必要 | 不要 |\n| 読み出し | 非常に高速 | 高速 | 比較的遅い |\n| 書き込み | 非常に高速 | 高","quote_start":68,"quote_end":225,"text_sha256":"5e4569e663103da98b72ac0a3004bc69c91c2c4baabc58a4bb1c129db79318ef","block_sha256":"5e4569e663103da98b72ac0a3004bc69c91c2c4baabc58a4bb1c129db79318ef","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_611a7143-7562-4206-a70f-982ef0eab2db"},{"id":"occ_76f27f7d9cbc261ad536fb40","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_7166e880-3937-4e19-ad94-3bf64aae5c58","section_id":"sec_52d33ad9-5b44-4f25-a5d7-3efc98871d1a","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電源","quote":"電源を切っても電荷が残るため、NANDは不揮発性メモリである。","quote_start":0,"quote_end":31,"text_sha256":"016e1373abebd6f5b06bd15e2573adbf9b372b7e519994048ab5bfb12926ab87","block_sha256":"016e1373abebd6f5b06bd15e2573adbf9b372b7e519994048ab5bfb12926ab87","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_7166e880-3937-4e19-ad94-3bf64aae5c58"},{"id":"occ_d06b1756bc6bb6664f89b184","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_76165ff1-6ec2-4abe-a80d-9138bfa64921","section_id":"sec_1f0e2c96-20f2-41ea-a931-d8d7e9e9d86f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電源","quote":"> 一枚のダイの表側と裏側を、信号と電源へ機能分担するダイ内部構造の変更","quote_start":0,"quote_end":36,"text_sha256":"3f18293307abaa8e4dfcffa441fc9596c7f8ec38b7efa73a4680dad21650c4d6","block_sha256":"3f18293307abaa8e4dfcffa441fc9596c7f8ec38b7efa73a4680dad21650c4d6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_76165ff1-6ec2-4abe-a80d-9138bfa64921"},{"id":"occ_22cb2ebe9075fa5dc4838c53","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_a162e6e2-1301-49bf-94a1-65d842559429","section_id":"sec_1f0e2c96-20f2-41ea-a931-d8d7e9e9d86f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電源","quote":"という裏面電源供給が開発されている。","quote_start":0,"quote_end":18,"text_sha256":"5d294def516c0697f4952a619fad35a87736930cd7454aee0ad14defc22e414e","block_sha256":"5d294def516c0697f4952a619fad35a87736930cd7454aee0ad14defc22e414e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_a162e6e2-1301-49bf-94a1-65d842559429"},{"id":"occ_88f14cf2374dd463c4c27356","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_b3ef4209-56cb-4366-bbfe-b32353bc4026","section_id":"sec_396fcb73-6e75-46e7-af74-cb346a63594b","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電源","quote":"```\n標準セル\n\npFET\nnFET\nコンタクト\nローカル配線\n電源レール\n```","quote_start":0,"quote_end":42,"text_sha256":"a74c7e2a07479f3abbf72b28898874e802312589ee06d65ab2eb3763abadeabd","block_sha256":"a74c7e2a07479f3abbf72b28898874e802312589ee06d65ab2eb3763abadeabd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_b3ef4209-56cb-4366-bbfe-b32353bc4026"},{"id":"occ_25afa8036d52deec50e5634d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_c4e28f2c-c62f-43da-ae43-e9a95be3bbfd","section_id":"sec_1f0e2c96-20f2-41ea-a931-d8d7e9e9d86f","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電源","quote":"```\n上側BEOL\n\n信号配線\n電源配線\nクロック配線\n    ↓\nトランジスタ\n```","quote_start":0,"quote_end":45,"text_sha256":"ef0609d3e43d085dfed1cc43dc36ef2b8996a824496307bc634154b5640122eb","block_sha256":"ef0609d3e43d085dfed1cc43dc36ef2b8996a824496307bc634154b5640122eb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_c4e28f2c-c62f-43da-ae43-e9a95be3bbfd"},{"id":"occ_99d0c4ed5841323729036b66","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_ca22b42a-09f9-497f-9ec7-7c71339b2b71","section_id":"sec_dd8f6cb0-6a3f-43f6-8303-9e11c103fa06","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":29,"end":31,"exact":"電源","quote":"```\n上層：SRAM\n中層：演算ロジック\n下層：I/O・電源・制御\n```","quote_start":0,"quote_end":38,"text_sha256":"f5daecfd2488fb76bbb0c57e85dd18f02b92039977a1e5668cb1b9e046fd133b","block_sha256":"f5daecfd2488fb76bbb0c57e85dd18f02b92039977a1e5668cb1b9e046fd133b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_ca22b42a-09f9-497f-9ec7-7c71339b2b71"},{"id":"occ_e0b2672d31b3344b3c533e67","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_d5c1035f-2370-46a8-9ea6-582922e72509","section_id":"sec_1f0e2c96-20f2-41ea-a931-d8d7e9e9d86f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"## 第6段階　電源と信号を表裏へ分ける","quote_start":0,"quote_end":20,"text_sha256":"81f7f00c9c627db8ceec6210bd5cb45e8240aa5756f968b693d94d4780249953","block_sha256":"81f7f00c9c627db8ceec6210bd5cb45e8240aa5756f968b693d94d4780249953","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_d5c1035f-2370-46a8-9ea6-582922e72509"},{"id":"occ_49852c9f02d5811ef02bcb1f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_de8ab0a8-7f3b-4939-954e-8dd40b52168d","section_id":"sec_3a764f9b-29cc-41d2-8462-45a6588046c7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"DRAM内部では、速度、密度、電力、面積の妥協点として、アレイ、サブアレイ、バンクが設計される。","quote_start":0,"quote_end":48,"text_sha256":"6793a93ae17b5dfa47597e2b18272de1913f9be6caeb4ffaa52c1a2ea083527d","block_sha256":"6793a93ae17b5dfa47597e2b18272de1913f9be6caeb4ffaa52c1a2ea083527d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_de8ab0a8-7f3b-4939-954e-8dd40b52168d"},{"id":"occ_ff5ba306f66fe9f3b6817a7c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_e0fdb243-ac93-4b02-a5d4-20b298f77435","section_id":"sec_1f0e2c96-20f2-41ea-a931-d8d7e9e9d86f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":17,"end":19,"exact":"電源","quote":"従来のロジックダイでは、信号配線と電源配線をどちらもトランジスタの上側へ置く。","quote_start":0,"quote_end":39,"text_sha256":"72ff174a29e5eb9dfbf4126a471a5ee0fb5798e8efc64a8e0224963a685b85ef","block_sha256":"72ff174a29e5eb9dfbf4126a471a5ee0fb5798e8efc64a8e0224963a685b85ef","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_e0fdb243-ac93-4b02-a5d4-20b298f77435"},{"id":"occ_8732acb42a9d43f10d68eac6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_e3f03fc1-e2be-467a-b55b-bbed6207e796","section_id":"sec_a54a9d2b-9097-4412-acb8-3b0e7f8c6a70","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"> トランジスタ密度だけでなく、複雑な配線を短く、低電力で、正確に動かすこと","quote_start":0,"quote_end":38,"text_sha256":"d9e3d349a6ed87d0c31df2ef3c74a60a36661564a2c5b7578abaaf482e8fc64e","block_sha256":"d9e3d349a6ed87d0c31df2ef3c74a60a36661564a2c5b7578abaaf482e8fc64e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_e3f03fc1-e2be-467a-b55b-bbed6207e796"},{"id":"occ_918d22a5df2af2451b349e8b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_e4d1b827-2c7c-49da-a50e-98d3db360b15","section_id":"sec_a54a9d2b-9097-4412-acb8-3b0e7f8c6a70","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":57,"end":59,"exact":"電源","quote":"`\nCPUコア\nGPU演算器\nSRAMキャッシュ\nレジスターファイル\nスケジューラー\nNoC\nPHY\nI/O\n電源制御\n```","quote_start":2,"quote_end":65,"text_sha256":"dcce3d1bb650bf1caa7d39e36d680a13f08fbfd668c8aab4af016c85545478a0","block_sha256":"dcce3d1bb650bf1caa7d39e36d680a13f08fbfd668c8aab4af016c85545478a0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_e4d1b827-2c7c-49da-a50e-98d3db360b15"},{"id":"occ_624bc0524f64168e093a9a42","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_e9e67f92-6211-4f7c-85c0-1895d0fae8c6","section_id":"sec_1f0e2c96-20f2-41ea-a931-d8d7e9e9d86f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電源","quote":"微細化すると、太い電源配線が信号配線の場所を奪い、電圧降下や配線混雑が増える。","quote_start":0,"quote_end":39,"text_sha256":"e4e9e98f50ae7d5c27d1940f0f4269d06db8edc0d9ae75c7121dff8edf787b98","block_sha256":"e4e9e98f50ae7d5c27d1940f0f4269d06db8edc0d9ae75c7121dff8edf787b98","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_e9e67f92-6211-4f7c-85c0-1895d0fae8c6"},{"id":"occ_dc99f86d5ed7da8f68790fe5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c720ff79-9532-414c-ab0c-c6caec3e9331","work_id":"wrk_8d913e5f-cd3d-4488-9ff4-07fe3dd89c98","block_id":"blk_eacc0a24-89f3-42ac-8805-8cfd5b056b72","section_id":"sec_7b1ad6e6-3b53-4dae-a491-1941e6d2957f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電源","quote":"ロジックは、トランジスタの制御性、配線、電源、熱を立体化している。","quote_start":0,"quote_end":33,"text_sha256":"79e31b23ce409b15fa45b11144a5b199e881bf6f4c5cba533c2f119a33fb2276","block_sha256":"79e31b23ce409b15fa45b11144a5b199e881bf6f4c5cba533c2f119a33fb2276","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c720ff79-9532-414c-ab0c-c6caec3e9331/#blk_eacc0a24-89f3-42ac-8805-8cfd5b056b72"},{"id":"occ_7b9389215da50ee15d983e7c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c74e591e-d929-42b5-8c6c-04563fae77c3","work_id":"wrk_fee40c18-6b9b-4c23-9b8c-9b73d44984f3","block_id":"blk_bc2c213a-4894-4e2f-a30f-ec44fae97ba5","section_id":"sec_37f507ca-21da-4a9d-9fe8-4be5e5185d98","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電力","quote":"HBM4 PHYはHBM3Eより面積も電力も大きくなる方向で、業界資料ではHBM3E級11mm²→HBM4級15mm²、PHY power 6W→9Wという例も報告されています。([Tom's Hardware](https://www.to","quote_start":0,"quote_end":121,"text_sha256":"99c26203f4526079a9debffd71686fadb236d4b20c0f354b626f7993cb19aed8","block_sha256":"99c26203f4526079a9debffd71686fadb236d4b20c0f354b626f7993cb19aed8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c74e591e-d929-42b5-8c6c-04563fae77c3/#blk_bc2c213a-4894-4e2f-a30f-ec44fae97ba5"},{"id":"occ_b85036851ba2965bdd44b7ac","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c7523b3e-3b42-43d4-85e5-774de77f8279","work_id":"wrk_4ae60e61-9494-4f49-8456-e0117f825456","block_id":"blk_396c76dc-0cfe-45c6-aeb1-3221c0a06c3b","section_id":"sec_31bc0aec-41ec-4a39-9749-f73097aa6887","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":34,"end":38,"exact":"消費電力","quote":"Agency Cloud全体では台数は少なくても、一台あたりの価格と消費電力が大きいため、Heavy Workloadを正確に判定して必要なTaskだけをこの層へRoutingすることがTCO最適化の重要点となる。","quote_start":0,"quote_end":107,"text_sha256":"2705e2cd2f2861fe4217c131471a8114384d64c1fd2f3bc6e0c9f467139bd570","block_sha256":"2705e2cd2f2861fe4217c131471a8114384d64c1fd2f3bc6e0c9f467139bd570","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c7523b3e-3b42-43d4-85e5-774de77f8279/#blk_396c76dc-0cfe-45c6-aeb1-3221c0a06c3b"},{"id":"occ_97a6465ac7cfacf555daf0db","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5","work_id":"wrk_08ecb116-f4c7-4c99-9574-e485a5adb41f","block_id":"blk_09d64d8c-f68c-4b0d-999a-89fdeaf05cc1","section_id":"sec_84346931-0010-4b55-a814-25c460db98f2","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":42,"end":46,"exact":"消費電力","quote":"したがって3D・3.5Dは終着点というより、「可能な限りpackage内部で高速・低消費電力に接続する」方向の延長線にある。","quote_start":0,"quote_end":62,"text_sha256":"f6b6e02ad821c418a6c53140c1682edd908928944b711f9ce671d410f085aaaa","block_sha256":"f6b6e02ad821c418a6c53140c1682edd908928944b711f9ce671d410f085aaaa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5/#blk_09d64d8c-f68c-4b0d-999a-89fdeaf05cc1"},{"id":"occ_b91a35e63ecd47d0ba0f56b1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5","work_id":"wrk_08ecb116-f4c7-4c99-9574-e485a5adb41f","block_id":"blk_3cb38bb0-14bf-4a6c-922b-152cfd9715e8","section_id":"sec_0fa06708-c1c4-42c6-a4e7-65b5b75cb6a8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電源","quote":"ところが、それらをチップ外へ出し入れするI/O、電源、HBM接続などに使える物理的な境界は、演算器ほど急速には増えない。","quote_start":0,"quote_end":60,"text_sha256":"f2d06bba150ceaf280726ed7c32c4cc34e490bed99f0d6d3e669809dca24d9df","block_sha256":"f2d06bba150ceaf280726ed7c32c4cc34e490bed99f0d6d3e669809dca24d9df","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5/#blk_3cb38bb0-14bf-4a6c-922b-152cfd9715e8"},{"id":"occ_abbf3db367d980a57dc8153a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5","work_id":"wrk_08ecb116-f4c7-4c99-9574-e485a5adb41f","block_id":"blk_5ded763e-2da8-4cf9-97c7-46c4d1da9a20","section_id":"sec_d4084f29-be6a-4129-aa9f-adab3288fd84","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電力","quote":"電気配線では距離・電力・ケーブル量が問題になる。","quote_start":0,"quote_end":24,"text_sha256":"b08e790bb1fa5fe29e74f442da47a3958d7f7a722fd5b0785cab69da6e7e4ddc","block_sha256":"b08e790bb1fa5fe29e74f442da47a3958d7f7a722fd5b0785cab69da6e7e4ddc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5/#blk_5ded763e-2da8-4cf9-97c7-46c4d1da9a20"},{"id":"occ_d3d2a1bddbc24fa209c687fe","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5","work_id":"wrk_08ecb116-f4c7-4c99-9574-e485a5adb41f","block_id":"blk_8b783b9c-3d9c-4d03-80dc-29efa0852f41","section_id":"sec_0fa06708-c1c4-42c6-a4e7-65b5b75cb6a8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":27,"end":29,"exact":"電力","quote":"2次元平面に演算器を増やす速度と、その演算器へデータ・電力を供給する能力のscaling lawが一致しなくなる。","quote_start":0,"quote_end":57,"text_sha256":"6d6fa5575e54b95fde66e8fdf1e5d14024bfc9383731d8dbc180271df2be163f","block_sha256":"6d6fa5575e54b95fde66e8fdf1e5d14024bfc9383731d8dbc180271df2be163f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5/#blk_8b783b9c-3d9c-4d03-80dc-29efa0852f41"},{"id":"occ_e1dcdbd0ef2f31bf361a480b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c89081f7-eb04-4049-a4a4-68cbe681a3f5","work_id":"wrk_08ecb116-f4c7-4c99-9574-e485a5adb41f","block_id":"blk_a47b91f9-b232-4d47-9b6f-be5c742df749","section_id":"sec_36f6bf41-f099-4a15-977e-dc121ef97199","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":98,"end":100,"exact":"電力","quote":"とKVの複製・移動がdata planeかcontrol planeかを分ける\n- 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切り替えるべき代替の電力網は存在しない。\n- 代替の物流を担うべき道路は寸断されている。\n- 修理を依頼すべき建設業者も被災している。\n- 復旧を指揮すべき政府機能は麻痺している。","quote_start":0,"quote_end":92,"text_sha256":"6ff129e25a3311e028f61c2a6c780bf1ed96e406f4c266af2b4590885e264e36","block_sha256":"6ff129e25a3311e028f61c2a6c780bf1ed96e406f4c266af2b4590885e264e36","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c8a89daf-c91d-4b06-8c19-b87b474452c0/#blk_4b2fa0b5-3548-48b7-bff4-83972c6beb95"},{"id":"occ_a75d0cc76f1e2eb6eab4628b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c8a89daf-c91d-4b06-8c19-b87b474452c0","work_id":"wrk_2738ad6a-8234-40b1-bd04-1a4039f5142d","block_id":"blk_6257c097-ba5a-4cb4-948a-581fc739d765","section_id":"sec_2c97d939-d3cf-41d4-ab4a-62751fb5fb8d","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":54,"end":56,"exact":"電力","quote":"南海トラフ巨大地震では、最大で約2,710万軒が停電すると想定されている 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は、首都圏からのアクセスが完全に絶たれ、電力も供給されない陸の孤島となる。\n- **ディスコ:** ウェーハを個々のチップに切り出すダイシングソーで世界シェア70-80%を占める 。その本社とR&Dセンターは東京・大田区にあり 、首都直下地震に","quote_start":90,"quote_end":247,"text_sha256":"59a93bb70f78de3950ea438b38251f4b50c30e0a73c780198963127cc5966a2e","block_sha256":"59a93bb70f78de3950ea438b38251f4b50c30e0a73c780198963127cc5966a2e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c8a89daf-c91d-4b06-8c19-b87b474452c0/#blk_bae2af8a-0a45-4d2c-a947-6e07226ba9e4"},{"id":"occ_b11a79a6c93c8292c30dfb98","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c8a89daf-c91d-4b06-8c19-b87b474452c0","work_id":"wrk_2738ad6a-8234-40b1-bd04-1a4039f5142d","block_id":"blk_cbdd3bb6-8fa2-401b-a704-c973d840776d","section_id":"sec_8afcb381-b06e-4974-a6dd-829330a02004","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":168,"end":170,"exact":"電力","quote":"上の死者、250万棟以上の建物の全壊、そして270兆円を超える直接的・間接的な経済被害が発生すると想定される。電力、交通、通信、水道といった重要インフラは全国規模で長期間にわたり麻痺し、組織的な復旧活動は極めて困難となる。\n2. **半導体産業の致命的な脆弱性:** 日本は、シリコンウェーハ、フォトレジスト、味の","quote_start":113,"quote_end":270,"text_sha256":"cea5001c744b1cd273a1f89de987b83256dc3d2c211ece6226db55fb5dc66eb4","block_sha256":"cea5001c744b1cd273a1f89de987b83256dc3d2c211ece6226db55fb5dc66eb4","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c8a89daf-c91d-4b06-8c19-b87b474452c0/#blk_cbdd3bb6-8fa2-401b-a704-c973d840776d"},{"id":"occ_86e89cd4fe8c58c2e2595876","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c8a89daf-c91d-4b06-8c19-b87b474452c0","work_id":"wrk_2738ad6a-8234-40b1-bd04-1a4039f5142d","block_id":"blk_d78f7555-c734-49ef-98ad-779083d5d913","section_id":"sec_6791cf2e-8fd7-44df-8f2b-9779925d1110","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"ファブが必要とするのは、単なる電力や水ではない。電圧や周波数の変動が一切ない「超高純度の電力」と、不純物を極限まで取り除いた「超純水」である。災害後の応急復旧された電力網や水道網は、不安定で不純物を多く含み、そのままでは到底ファブの要","quote_start":0,"quote_end":117,"text_sha256":"07e96dafa0ed41c0ee859b919a0a34b806b0055743dd12f8f4063d5d8f765947","block_sha256":"07e96dafa0ed41c0ee859b919a0a34b806b0055743dd12f8f4063d5d8f765947","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c8a89daf-c91d-4b06-8c19-b87b474452c0/#blk_d78f7555-c734-49ef-98ad-779083d5d913"},{"id":"occ_50c252d28b64bbe37246ccf7","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_c8a89daf-c91d-4b06-8c19-b87b474452c0","work_id":"wrk_2738ad6a-8234-40b1-bd04-1a4039f5142d","block_id":"blk_de3fcaa7-affc-4ba4-be3f-937d1f99a343","section_id":"sec_de9552ad-5120-4073-80fe-b88f0d366162","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":180,"end":182,"exact":"電力","quote":"分です。仮に南海トラフ発生から半年ほどで主要工場が復旧できたとしても、その直後に首都直下地震が発生すれば物流や電力が再び寸断され、生産再開はさらに遅れるでしょう。最悪の場合、**世界的なウェーハ不足が1年以上常態化**し、半導体生産ロードマップ全体が大幅に押し延ばされる可能性もあります。","quote_start":125,"quote_end":269,"text_sha256":"1ffa3c5034d80c7ab9149079ca03b05260588a86cf3d32fa37f33ea8a5b38c41","block_sha256":"1ffa3c5034d80c7ab9149079ca03b05260588a86cf3d32fa37f33ea8a5b38c41","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_c8a89daf-c91d-4b06-8c19-b87b474452c0/#blk_de3fcaa7-affc-4ba4-be3f-937d1f99a343"},{"id":"occ_41c64fdd356730e02dcb52f0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6","work_id":"wrk_92c272f3-ada3-4a0c-815e-d33c175ffbe0","block_id":"blk_0ba58f42-399e-413b-87ea-945ed07bfded","section_id":"sec_e7be5b19-6464-4814-8f78-5772beb86a66","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":79,"end":81,"exact":"電力","quote":"enAI、Anthropic、SpaceX、Oracle、NVIDIA、Broadcom、CoreWeave、電力インフラ、光通信、原子力、データセンター関連まで、AIという言葉が付くものは広範囲に買われていた。","quote_start":24,"quote_end":130,"text_sha256":"3eeddc72e4f3e8be6540fc3287d456e8cc75dece17d5b007b8542b58a9a35269","block_sha256":"3eeddc72e4f3e8be6540fc3287d456e8cc75dece17d5b007b8542b58a9a35269","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6/#blk_0ba58f42-399e-413b-87ea-945ed07bfded"},{"id":"occ_e70573e59070e3bb9d8cf49d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6","work_id":"wrk_92c272f3-ada3-4a0c-815e-d33c175ffbe0","block_id":"blk_3e9e1299-3b7e-4455-b6d3-8264287dc2c5","section_id":"sec_e7be5b19-6464-4814-8f78-5772beb86a66","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電力","quote":"その後に、イラン停戦、原油安、FOMC安心感、AIデータセンター支援、電力インフラ政策、米国AI輸出戦略、OpenAIのGPT-5.6、価格引き下げ、政府調達といった材料が重なれば、相場は一気に反転しやすくなる。","quote_start":0,"quote_end":106,"text_sha256":"c1edbbd29462bb6b71708a31e289d256924ca2e3a1dcca45073ac80ecbce8fd6","block_sha256":"c1edbbd29462bb6b71708a31e289d256924ca2e3a1dcca45073ac80ecbce8fd6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6/#blk_3e9e1299-3b7e-4455-b6d3-8264287dc2c5"},{"id":"occ_dde71dc26d8a5e724fc1fa1a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6","work_id":"wrk_92c272f3-ada3-4a0c-815e-d33c175ffbe0","block_id":"blk_63d6865c-22ae-49a2-86b0-801a4ecc8218","section_id":"sec_f960d7cd-4186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 \nロボットや自動運転を持つ企業がAIモデルを持つ。  \n宇宙通信・衛星・電力・データセンターを持つ企業群とAIが結びつく。  \nさらに、その中心に一人の強力な創業者がいる。","quote_start":5,"quote_end":110,"text_sha256":"d6578ac61c5f208311c64ae405f9e3bd87c0a42541741a55b0d2fb1e14b8280c","block_sha256":"d6578ac61c5f208311c64ae405f9e3bd87c0a42541741a55b0d2fb1e14b8280c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6/#blk_63d6865c-22ae-49a2-86b0-801a4ecc8218"},{"id":"occ_6a116dd4ebd2938940200d26","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6","work_id":"wrk_92c272f3-ada3-4a0c-815e-d33c175ffbe0","block_id":"blk_936a13b7-f276-464f-b1b3-a9f6ad4baa7d","section_id":"sec_2e3d3f4d-e8aa-4b7e-9d63-28a5c23da85c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":60,"end":62,"exact":"電力","quote":"ルの訓練と推論には、巨額のデータセンター投資が必要である。  \nGPU、ASIC、HBM、ネットワーク、冷却、電力、土地、送電、研究者、セキュリティ評価。  \nこれらのコストは膨大である。","quote_start":5,"quote_end":99,"text_sha256":"3e825dcee6ffefc8eef8d4487af1649c2250d07515a7b9316250916753a57371","block_sha256":"3e825dcee6ffefc8eef8d4487af1649c2250d07515a7b9316250916753a57371","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6/#blk_936a13b7-f276-464f-b1b3-a9f6ad4baa7d"},{"id":"occ_2832cd34604349c3ab0c43dd","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6","work_id":"wrk_92c272f3-ada3-4a0c-815e-d33c175ffbe0","block_id":"blk_ab6e28b6-7acf-47cc-b53f-28e80f5b0049","section_id":"sec_8fae5400-cf31-44af-8cfd-8d54f277aee9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":10,"end":12,"exact":"電力","quote":"データセンター認可、電力網投資、原子力支援、ガス発電、送電線、AI輸出パッケージ、政府調達、国防AI契約。これらが停戦やFOMC安心感と重なれば、AI相場は再点火しやすい。","quote_start":0,"quote_end":86,"text_sha256":"2cc159db7285fc02f067cf46670a90916852b48512bccd84db28003396e0babc","block_sha256":"2cc159db7285fc02f067cf46670a90916852b48512bccd84db28003396e0babc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ca87695f-4cf9-40a1-bc61-6a123a71ffe6/#blk_ab6e28b6-7acf-47cc-b53f-28e80f5b0049"},{"id":"occ_c6adabe990ba182ca9734b00","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_1249d0fe-e93a-43c8-a9cc-653e960d4b91","section_id":"sec_e62286da-d8f1-47e7-aca0-4b3250d9fe10","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":53,"end":55,"exact":"電力","quote":"TSMCはSoICについて、sub-10µmからの接合ピッチ、短いDie-to-Die接続によって、帯域、電力、電源品質、信号品質、遅延を改善できるとしている。([3DFabric](https://3dfabric.tsmc.com/english/dedicatedFoundry/technology/S","quote_start":0,"quote_end":155,"text_sha256":"6e3309c7ca09e06c1cd21000c35e758dc48a2192189374ea19a627a696c6483c","block_sha256":"6e3309c7ca09e06c1cd21000c35e758dc48a2192189374ea19a627a696c6483c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_1249d0fe-e93a-43c8-a9cc-653e960d4b91"},{"id":"occ_5ca1340c8a8d962e9593f9fc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_2b11d3d3-e040-4261-9bd0-d36afbf96188","section_id":"sec_9d9140c4-cf3e-4792-ab18-41e9987940d6","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電源","quote":"- 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接合工程そのものでも新たな不良が生じる\n- 接合界面は完成後に外から見えない","quote_start":0,"quote_end":87,"text_sha256":"baed0e9beb872ebfb9f4aae4407844b66c6d5da068b731dea5ae0e0806c7cb27","block_sha256":"baed0e9beb872ebfb9f4aae4407844b66c6d5da068b731dea5ae0e0806c7cb27","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_38e330a7-e951-4e70-b3ef-6ee5cc38a430"},{"id":"occ_95b1cb2af6d7933ed418b537","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_4fdd2177-4e67-46c7-ba5a-76e405ac6385","section_id":"sec_e62286da-d8f1-47e7-aca0-4b3250d9fe10","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"## 通信電力を下げやすい","quote_start":0,"quote_end":13,"text_sha256":"f6199efaf0aa47c14c47a9c2a76d62e5f8a307eaab32097d46cde23ad5f0d242","block_sha256":"f6199efaf0aa47c14c47a9c2a76d62e5f8a307eaab32097d46cde23ad5f0d242","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_4fdd2177-4e67-46c7-ba5a-76e405ac6385"},{"id":"occ_dd111dcf9229ba94406a2628","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_683c7ebb-67f2-46d6-ba27-20fa4afc90a9","section_id":"sec_62fc3168-606d-4cda-96b6-6d1bf17a4c0e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"- 極めて高い接続密度が必要\n- ダイ間距離を最小化したい\n- 低遅延・低電力が重要\n- ロジックとSRAMを密接に接続したい\n- 3D Logic／Memory積層を行いたい","quote_start":0,"quote_end":88,"text_sha256":"58d3b3b99181d2b657dea09eecf27e02ca733d05747539c4d150edc651f45a4c","block_sha256":"58d3b3b99181d2b657dea09eecf27e02ca733d05747539c4d150edc651f45a4c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_683c7ebb-67f2-46d6-ba27-20fa4afc90a9"},{"id":"occ_6d64215616856d200825ce79","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_8d24f163-fd6e-45cb-944b-3f208d7db1b6","section_id":"sec_e81f7226-7606-4ae9-9896-e42a8baf6149","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"ダイ同士の信号、電源、グラウンドを接続する。","quote_start":0,"quote_end":22,"text_sha256":"e14babc401476f3e48c2eeb07cd6e67f506b533f710f0562b8c4df4b197f10a6","block_sha256":"e14babc401476f3e48c2eeb07cd6e67f506b533f710f0562b8c4df4b197f10a6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_8d24f163-fd6e-45cb-944b-3f208d7db1b6"},{"id":"occ_634a74286976c160e2011f0e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_a3c10f8a-7d86-4d62-8210-42c72233af7d","section_id":"sec_bfcdab04-2502-450e-bedf-89d282c9fa3f","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":51,"end":55,"exact":"消費電力","quote":"- Cu-to-Cu Hybrid Bonding\n- sub-10µm接続ピッチ\n- 高帯域\n- 低消費電力\n- 低抵抗\n- アクティブ・ベースダイ\n- EMIBとの組み合わせ","quote_start":0,"quote_end":89,"text_sha256":"e4e93ef73c157f3d766f8290296b075f831a8d7f424ff4014cc65b2ba67e23b8","block_sha256":"e4e93ef73c157f3d766f8290296b075f831a8d7f424ff4014cc65b2ba67e23b8","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_a3c10f8a-7d86-4d62-8210-42c72233af7d"},{"id":"occ_76d084ed4b5cdf602d4cda58","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_a9ce4ce7-3c54-4795-9511-f5c30a5a0725","section_id":"sec_efde62f8-9672-4f38-8c7e-420755874ef0","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電源","quote":"しかし、上側ダイの裏面から外部接続や電源供給を行う場合には、上側ダイを貫通するTSVが必要になることがある。","quote_start":0,"quote_end":54,"text_sha256":"f74369402064553cfc4b310f9a5e8fb882057b5e36d2c04d77a32a2b87bbacca","block_sha256":"f74369402064553cfc4b310f9a5e8fb882057b5e36d2c04d77a32a2b87bbacca","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_a9ce4ce7-3c54-4795-9511-f5c30a5a0725"},{"id":"occ_2055762be639e98de15ac087","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_d950fc75-98c6-4aac-9141-8213338afcb4","section_id":"sec_8e661448-ea8b-40b9-9fb1-745838409314","layer":"code","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電源","quote":"```\n誘電体同士\n→ 面全体を機械的に固定\n\n銅同士\n→ 電気信号と電源を伝える\n```","quote_start":0,"quote_end":45,"text_sha256":"c3e0fa79d6174a0f67d17c99bc908b80551d07e0df663b6ee620bc32d4edb284","block_sha256":"c3e0fa79d6174a0f67d17c99bc908b80551d07e0df663b6ee620bc32d4edb284","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_d950fc75-98c6-4aac-9141-8213338afcb4"},{"id":"occ_619603f64abb0678f1186fd5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30","work_id":"wrk_c758193e-1b38-456f-813c-ec485338d79a","block_id":"blk_ec3ae718-cfba-4193-a2d5-b8863206a9f3","section_id":"sec_392b3dfc-f082-46fd-9a6d-668b6fecd583","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":94,"end":96,"exact":"電力","quote":"分割する\n- ロジック回路自体を上下層へ分ける\n- 異なる製造ノードを3Dで再統合する\n- パッケージ内通信の電力を減らす","quote_start":39,"quote_end":100,"text_sha256":"5c501f655b4595c050f67ef705bc5bfe258d07ddcae5b09e3e00ebbd230195f7","block_sha256":"5c501f655b4595c050f67ef705bc5bfe258d07ddcae5b09e3e00ebbd230195f7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cd09d63d-aa63-4e93-bc42-e8db09f09c30/#blk_ec3ae718-cfba-4193-a2d5-b8863206a9f3"},{"id":"occ_0e50f0058aad0423bddccc54","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_cfe5b9e3-26a7-41f5-bf9e-934074846f04","work_id":"wrk_32710c09-9463-4267-9e64-b41e736195fc","block_id":"blk_88d0c90f-269a-4bfa-83e7-036d56236124","section_id":"sec_61a6ca13-0e6f-4e2c-b573-6d1c34adaa4e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":63,"end":65,"exact":"電力","quote":"ではなくEffective利用率を見る\n- KV PoolingとExpert配置を別の時間軸で設計する\n- 電力・冷却・保守性をFabric設計の外部条件にしない","quote_start":8,"quote_end":90,"text_sha256":"fa08a05808fff00d8fb44221c9d783a36287a3467936b23fa95c453bc218e1c3","block_sha256":"fa08a05808fff00d8fb44221c9d783a36287a3467936b23fa95c453bc218e1c3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_cfe5b9e3-26a7-41f5-bf9e-934074846f04/#blk_88d0c90f-269a-4bfa-83e7-036d56236124"},{"id":"occ_104686293aaabd8436e47731","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_d05fdc83-690b-49be-9f59-154e0892f912","work_id":"wrk_ede099d3-0f2a-4b68-a3eb-51048a49bb31","block_id":"blk_3395619f-839f-4373-b5f9-73fc4e0fb6e8","section_id":"sec_047ec6d3-2ca1-4d0c-9f5b-00bba0d9f06d","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":335,"end":337,"exact":"電源","quote":" Array | PICとファイバーを接続 | 8Tx＋8Rx等 |\n| PMIC/MCU/EEPROM | 電源・制御 | 複数 |\n| PCB | ICと光エンジンを接続 | 1 |\n| OSFP筐体 | 機械・熱インターフェース | 1 |\n| Heat Sink | DSP/レーザー等の放熱 | 1式 |","quote_start":280,"quote_end":437,"text_sha256":"04f27de0ba580d0e8bc76042761f892fe4a413de6ae10fa4e8f1facfbb9a80ea","block_sha256":"04f27de0ba580d0e8bc76042761f892fe4a413de6ae10fa4e8f1facfbb9a80ea","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_d05fdc83-690b-49be-9f59-154e0892f912/#blk_3395619f-839f-4373-b5f9-73fc4e0fb6e8"},{"id":"occ_827530d8ba63e212d339bd00","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_d05fdc83-690b-49be-9f59-154e0892f912","work_id":"wrk_ede099d3-0f2a-4b68-a3eb-51048a49bb31","block_id":"blk_65ee6d4c-7bc0-43b6-b145-ec7d73a00814","section_id":"sec_badee867-0d68-4713-9593-4e4950bf76b1","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":86,"end":88,"exact":"電力","quote":"mm×75mm超の大型パッケージへ統合したCPOを実演している。ASEによればCPOでは5pJ/bit未満まで電力を下げられる。 (ASE Global)","quote_start":31,"quote_end":108,"text_sha256":"6ea34ec1572cd7fd825be09a4562fe0c78ce19a3c2842c0046661406dc798da9","block_sha256":"6ea34ec1572cd7fd825be09a4562fe0c78ce19a3c2842c0046661406dc798da9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_d05fdc83-690b-49be-9f59-154e0892f912/#blk_65ee6d4c-7bc0-43b6-b145-ec7d73a00814"},{"id":"occ_1b4c072fa3321c6a73a7e47a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_d05fdc83-690b-49be-9f59-154e0892f912","work_id":"wrk_ede099d3-0f2a-4b68-a3eb-51048a49bb31","block_id":"blk_e9f9f93e-53cf-4396-805d-1244164413cc","section_id":"sec_26c184ee-309e-4e2e-9fee-0d3bf8b345b2","layer":"body","character_id":null,"count":1,"matched_aliases":["消費電力"],"evidence":{"text_basis":"markdown","start":25,"end":29,"exact":"消費電力","quote":"200G/laneになると配線距離そのものが性能・消費電力へ影響するため、PICとElectrical 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を得るためにより多くの電力とチップが必要になる。これはコストと効率の問題になる。","quote_start":0,"quote_end":99,"text_sha256":"bc5f9226db3b16d9b426d05e3a1dc73efaea71576797c977b8076316538fc1c0","block_sha256":"bc5f9226db3b16d9b426d05e3a1dc73efaea71576797c977b8076316538fc1c0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616/#blk_32158294-e682-4e3b-9c35-d6bfb65cc4c7"},{"id":"occ_bfbd96636d0864fcf6e6306a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616","work_id":"wrk_0ebc3696-2c90-4588-8ed4-2ea51e51433d","block_id":"blk_390666da-fd95-47e7-ac25-ed8451672647","section_id":"sec_4a2881d5-c2d3-4c34-8a0f-076f21bce697","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":91,"end":93,"exact":"電力","quote":"ル主権 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AIが出す判断を国内","quote_start":36,"quote_end":193,"text_sha256":"1d0e66c63fc3d067b90973e108432adc637e6f420c2542eeaf1168145b1115cc","block_sha256":"1d0e66c63fc3d067b90973e108432adc637e6f420c2542eeaf1168145b1115cc","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616/#blk_390666da-fd95-47e7-ac25-ed8451672647"},{"id":"occ_9ed533e4cb6c0e23d683744f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616","work_id":"wrk_0ebc3696-2c90-4588-8ed4-2ea51e51433d","block_id":"blk_40abc8fa-1908-428d-8716-96dafa0165d8","section_id":"sec_1d128fab-1214-4488-b84a-51656024c5ed","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":49,"end":51,"exact":"電力","quote":"主権AIをインフラとして見る理論的背景としては、AI主権がアルゴリズムだけでなく、アクセラレータ、電力、水、データ、熟練労働力、通信ネットワーク、データセンター運用に依存するという議論がある。([arXiv][8])","quote_start":0,"quote_end":108,"text_sha256":"f42627059d38d878538585f8946f1ad4404b683ad51cc5b9f546c76d3077be6b","block_sha256":"f42627059d38d878538585f8946f1ad4404b683ad51cc5b9f546c76d3077be6b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616/#blk_40abc8fa-1908-428d-8716-96dafa0165d8"},{"id":"occ_f5364832aefbb95ffc7b2267","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616","work_id":"wrk_0ebc3696-2c90-4588-8ed4-2ea51e51433d","block_id":"blk_5dca83fa-3ab7-4c88-b1ab-03b637aeaba0","section_id":"sec_27372b06-1941-414d-8f7d-bdc8ff7d68ee","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":21,"end":23,"exact":"電力","quote":"誰のモデルを使うのか。どこで推論するのか。電力はどこから来るのか。GPUとHBMを誰が握っているのか。研究ログや失敗データは、どこの学習ループに残るのか。","quote_start":0,"quote_end":77,"text_sha256":"6d79c5acdd5f7bde983bf44f08e9dcb0803a92bb03cda250236580c59f8b2b33","block_sha256":"6d79c5acdd5f7bde983bf44f08e9dcb0803a92bb03cda250236580c59f8b2b33","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616/#blk_5dca83fa-3ab7-4c88-b1ab-03b637aeaba0"},{"id":"occ_c727051070a583acea6ee46f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616","work_id":"wrk_0ebc3696-2c90-4588-8ed4-2ea51e51433d","block_id":"blk_a7a91afe-2bfe-400a-ad7a-8b851c0af115","section_id":"sec_05785b8a-9f7f-47be-8bf6-41620882a868","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"ただし、米国にも弱点はある。電力、送電網、地域反発、水利用、データセンター建設速度、Big 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主権AIって、最初はモデル名の話に見えるんですよね。でも本当は、モデル、電力、データセンター、GPU/HBM、学習ループ、外交の全部です。","quote_start":0,"quote_end":79,"text_sha256":"0b965ec9c6c534ac4500228126fa8eb4e54a7762550f2bdf314cc200abbbefef","block_sha256":"0b965ec9c6c534ac4500228126fa8eb4e54a7762550f2bdf314cc200abbbefef","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616/#blk_be757abf-63d3-4217-b17d-ae188c19a7fa"},{"id":"occ_43adf806af965b54cf600241","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_d47a57d8-f3a6-4505-9ea6-c03ae4416616","work_id":"wrk_0ebc3696-2c90-4588-8ed4-2ea51e51433d","block_id":"blk_e21e22b9-c4cb-484e-8b89-c597dee763b9","section_id":"sec_1d128fab-1214-4488-b84a-51656024c5ed","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":347,"end":349,"exact":"電力","quote":"ータ、実験ログ、失敗データ、業務フロー、エージェント記憶を国内・社内に残す 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AIを中心に、欧州独自のモデル、欧州法域、EU AI 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電源、電力、冷却: AIインフラの本当の制約","quote_start":0,"quote_end":25,"text_sha256":"c89af6a09009ecaef0d4ac4b6f88c3756bccb7497b71ba4dc42b48ef3b8b7be1","block_sha256":"c89af6a09009ecaef0d4ac4b6f88c3756bccb7497b71ba4dc42b48ef3b8b7be1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_dbe69fb8-f76d-44e6-b111-aa27e548a204/#blk_23a813f0-1a5a-4271-9a0b-6dcd7a5ac3f3"},{"id":"occ_5142528c623e70b1e3f3e01c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_dbe69fb8-f76d-44e6-b111-aa27e548a204","work_id":"wrk_0252d3aa-e602-4a99-abf9-0b9ec2b5796a","block_id":"blk_3831b34b-e786-4994-8190-0e02eb27631e","section_id":"sec_3f89399d-01c1-48cb-a726-12941626338f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電源","quote":"AIラックでは、TPU、HBM、NIC、電源レール、PCIe、光モジュール周辺に大量のMLCC、インダクタ、抵抗、フィルタが使われる。","quote_start":0,"quote_end":67,"text_sha256":"6b86132a30d3e2ffa037f260f38e3916523712c44f144b16fc7aff2ce2cdb12d","block_sha256":"6b86132a30d3e2ffa037f260f38e3916523712c44f144b16fc7aff2ce2cdb12d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_dbe69fb8-f76d-44e6-b111-aa27e548a204/#blk_3831b34b-e786-4994-8190-0e02eb27631e"},{"id":"occ_029d83a33e9581be92193d6a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_dbe69fb8-f76d-44e6-b111-aa27e548a204","work_id":"wrk_0252d3aa-e602-4a99-abf9-0b9ec2b5796a","block_id":"blk_4bc78dad-d7c1-4ba1-b9eb-c4609d3736bc","section_id":"sec_357087fb-0d8d-47b1-9e21-41214ab29800","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":37,"end":39,"exact":"電力","quote":"700万TPUを想定し、1TPUあたり0.8〜1.2kWと仮定すると、IT電力は約5.6〜8.4GWになる。PUE込みでは6〜10GW級の設備が必要になる。","quote_start":0,"quote_end":78,"text_sha256":"95083b92cd2069b1bc5c7ff6ffcc4bd74efcd26d9f4bcff89d5b37c809cc4cee","block_sha256":"95083b92cd2069b1bc5c7ff6ffcc4bd74efcd26d9f4bcff89d5b37c809cc4cee","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_dbe69fb8-f76d-44e6-b111-aa27e548a204/#blk_4bc78dad-d7c1-4ba1-b9eb-c4609d3736bc"},{"id":"occ_5fd6904f73d16fbe881c0fc9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_dbe69fb8-f76d-44e6-b111-aa27e548a204","work_id":"wrk_0252d3aa-e602-4a99-abf9-0b9ec2b5796a","block_id":"blk_516fbbf4-a902-4292-bf78-e857b295f2ff","section_id":"sec_031a40f9-b818-4747-9239-a72469347a6d","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電力","quote":"**絶ノイア:** 推論が増えるほど、HBM、電力、光、MLCC、電源まで広がっていく。","quote_start":0,"quote_end":44,"text_sha256":"9a05204db24468b6de9ee7fc443ec0b4fae87ca7b2d3ba2b292ea2bfdb46c7af","block_sha256":"9a05204db24468b6de9ee7fc443ec0b4fae87ca7b2d3ba2b292ea2bfdb46c7af","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_dbe69fb8-f76d-44e6-b111-aa27e548a204/#blk_516fbbf4-a902-4292-bf78-e857b295f2ff"},{"id":"occ_87225cea453a200384630bcc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_dbe69fb8-f76d-44e6-b111-aa27e548a204","work_id":"wrk_0252d3aa-e602-4a99-abf9-0b9ec2b5796a","block_id":"blk_850e5138-5465-49b1-9e6c-da7c61a62c86","section_id":"sec_357087fb-0d8d-47b1-9e21-41214ab29800","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電力","quote":"これは、もはや半導体というより電力産業の話である。","quote_start":0,"quote_end":25,"text_sha256":"b13d85d5d655261b525e6b7fc2f8f7067df7725165262d1c002e6bf18b7d8903","block_sha256":"b13d85d5d655261b525e6b7fc2f8f7067df7725165262d1c002e6bf18b7d8903","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_dbe69fb8-f76d-44e6-b111-aa27e548a204/#blk_850e5138-5465-49b1-9e6c-da7c61a62c86"},{"id":"occ_654fa87f9bfe038d9e207788","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_dbe69fb8-f76d-44e6-b111-aa27e548a204","work_id":"wrk_0252d3aa-e602-4a99-abf9-0b9ec2b5796a","block_id":"blk_90ec3688-3cb5-41fd-a943-e9e17fcf1301","section_id":"sec_619e1043-0e1c-41c3-a4f5-f0581fbae27c","layer":"code","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":76,"end":78,"exact":"電力","quote":"BM 216GB/TPU\n8i中心の読み\n  ↓ HBM 288GB/TPU\n差分\n  ↓ 推論需要、HBM、電力、ラック、光、電源部品の見積もりを変える\n```","quote_start":21,"quote_end":102,"text_sha256":"76bae76a78c710d995a4597f96a9a5a73635d731e3307d25b8a2b651100a2bec","block_sha256":"76bae76a78c710d995a4597f96a9a5a73635d731e3307d25b8a2b651100a2bec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_dbe69fb8-f76d-44e6-b111-aa27e548a204/#blk_90ec3688-3cb5-41fd-a943-e9e17fcf1301"},{"id":"occ_3c658672990bf968451394e9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_dbe69fb8-f76d-44e6-b111-aa27e548a204","work_id":"wrk_0252d3aa-e602-4a99-abf9-0b9ec2b5796a","block_id":"blk_992a0438-1a9b-4e34-8ee0-20a802840621","section_id":"sec_0e18eb64-9933-4275-851c-0225dc9241d4","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"この違いを理解しないと、TPU出荷数、HBM需要、電力需要、光接続、MLCC、電源、Googleの資本投下の意味を読み違える。","quote_start":0,"quote_end":63,"text_sha256":"7fe09baf4195b9e4923ce641aa437c7d058ec13ab2f300b55cdba2013e504abd","block_sha256":"7fe09baf4195b9e4923ce641aa437c7d058ec13ab2f300b55cdba2013e504abd","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_dbe69fb8-f76d-44e6-b111-aa27e548a204/#blk_992a0438-1a9b-4e34-8ee0-20a802840621"},{"id":"occ_555fef5b10b1c90b0c5cd667","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_dbe69fb8-f76d-44e6-b111-aa27e548a204","work_id":"wrk_0252d3aa-e602-4a99-abf9-0b9ec2b5796a","block_id":"blk_a07ff4f7-74e7-47ba-aca4-078d65cb93ad","section_id":"sec_0e18eb64-9933-4275-851c-0225dc9241d4","layer":"body","character_id":null,"count":2,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"標準ケースの700万TPUだけでも、HBMは約1.86EB、電力は6〜10GW級、HBM市場は約224億〜336億ドル、電源、電気設備、光、MLCC、先端基板まで巨大な需要が発生する。","quote_start":0,"quote_end":92,"text_sha256":"524281d46e300ad9590475d09d190d0887f60442f9eaa1234215f6473126f911","block_sha256":"524281d46e300ad9590475d09d190d0887f60442f9eaa1234215f6473126f911","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_dbe69fb8-f76d-44e6-b111-aa27e548a204/#blk_a07ff4f7-74e7-47ba-aca4-078d65cb93ad"},{"id":"occ_a300c0803c5a9a97d93734dc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_dbe69fb8-f76d-44e6-b111-aa27e548a204","work_id":"wrk_0252d3aa-e602-4a99-abf9-0b9ec2b5796a","block_id":"blk_a8703ed4-44dd-44bb-9778-2ddf2d6929e3","section_id":"sec_357087fb-0d8d-47b1-9e21-41214ab29800","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電力","quote":"TPU 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検証\n- 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ICクラスタでは、ラックあたりの電力密度がどんどん上がります。そうなると課題は、","quote_start":0,"quote_end":66,"text_sha256":"5524b60f6aa8d8ff0844146e84dac663edeb9be01f779d32a0ae6e987d1f8df7","block_sha256":"5524b60f6aa8d8ff0844146e84dac663edeb9be01f779d32a0ae6e987d1f8df7","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_105fe435-4eaf-4ed6-a243-b57565e9293b"},{"id":"occ_e4fe094757167fdc84b2c490","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_18bf156d-f22b-421e-ab43-5918dd3328f2","section_id":"sec_05ec28e4-5ecd-48a5-84dc-82c2dda05cda","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":43,"end":45,"exact":"電力","quote":"**AIデータセンター需要は爆発している。\nしかし、ボトルネックはGPUだけではなく、電力、冷却、水、用地、送電網、住民合意、変圧器、光通信、HBM、半導体製造能力へ広がっている。\nそのためAIインフラは、ITテーマではなく、電力・重電・素材・建設・半導体を巻き込む巨大な産業テーマになって","quote_start":0,"quote_end":145,"text_sha256":"ed06cc6db9151733bfc8e7a676f27c8925c24052237cd330e15bbc68d66fd6c3","block_sha256":"ed06cc6db9151733bfc8e7a676f27c8925c24052237cd330e15bbc68d66fd6c3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_18bf156d-f22b-421e-ab43-5918dd3328f2"},{"id":"occ_8b358c8a1db99516e3c09e10","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_218ceaaa-e1e1-4f1a-84ec-69d534d5fe62","section_id":"sec_fef10906-1e24-42f9-bf1c-f85d942fda00","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":31,"end":33,"exact":"電力","quote":"投資家目線では、これが\n**AI半導体 → 光通信 → 電線・電力設備 → 冷却 → 建設・不動産 → 発電**\nへテーマを広げる材料になります。","quote_start":0,"quote_end":73,"text_sha256":"999eac21621da32cfb72ff498f957caaa65c6c3196e212d8e2822e30170cf87f","block_sha256":"999eac21621da32cfb72ff498f957caaa65c6c3196e212d8e2822e30170cf87f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_218ceaaa-e1e1-4f1a-84ec-69d534d5fe62"},{"id":"occ_a04b0e9cd003d3a26c3a0c6e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_21d0c768-d74e-4848-a6b5-7fb2bb8d5b43","section_id":"sec_d4da6f77-db6f-46a7-a943-f9abd4aa3a4e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"## 2. フランスが選ばれた理由は「原発・低炭素電力・産業用地」","quote_start":0,"quote_end":33,"text_sha256":"ae996264d2c3275ff443a8362482cf844f76592a2a82adda9e14ff788d22739a","block_sha256":"ae996264d2c3275ff443a8362482cf844f76592a2a82adda9e14ff788d22739a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_21d0c768-d74e-4848-a6b5-7fb2bb8d5b43"},{"id":"occ_f6029a646d46c26ec5abd328","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_25dd471b-5295-4e23-be10-c425c56c62c5","section_id":"sec_7cdb4c90-4fd4-454c-be7c-c7ea349c1617","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":125,"end":127,"exact":"電力","quote":"--------- |\n| 光通信    | フジクラ、古河電工、住友電工、光ファイバー、光コネクタ |\n| 電力設備   | 変圧器、配電盤、UPS、PDU、重電          |\n| 冷却     | 液冷、CDU、熱交換器、空調              |\n| 半導体部材  | MLCC、インダクタ、","quote_start":70,"quote_end":227,"text_sha256":"de7bf097af9ba8a10c757dc7d7886462d07c8c4007b9662beef5b62c8ea37f97","block_sha256":"de7bf097af9ba8a10c757dc7d7886462d07c8c4007b9662beef5b62c8ea37f97","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_25dd471b-5295-4e23-be10-c425c56c62c5"},{"id":"occ_d0f3e18a3d81977e7a6989b3","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_2929d95a-f948-4050-8e65-7b7592ce0291","section_id":"sec_0a6e29f5-5541-44f4-95a2-8895cb72618f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電源","quote":"## 7. 冷却・電源メーカーが「AI時代の勝ち組候補」になっている","quote_start":0,"quote_end":34,"text_sha256":"54423a6e6adcc51add323a7b4d2802ee20b603932bc2f7fbc1ee5b8795f8898a","block_sha256":"54423a6e6adcc51add323a7b4d2802ee20b603932bc2f7fbc1ee5b8795f8898a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_2929d95a-f948-4050-8e65-7b7592ce0291"},{"id":"occ_3e3407c191545839ecefa21b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_2c618aab-47c6-4f2d-a976-c6602026ef28","section_id":"sec_eac9ed0b-7e8b-4ca8-965d-ea2e21fb76f9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":40,"end":42,"exact":"電力","quote":"物理インフラ不足とは、AI計算に必要なチップ以外の現実側の不足です。代表的には、電力容量、送電網、変圧器、冷却設備、水、土地、建設人材、許認可、接続インフラが挙げられます。","quote_start":0,"quote_end":86,"text_sha256":"1d7793602642a2dd04f57369b1dd47db4790f6caf89368ffc3e9db5b8581c5d2","block_sha256":"1d7793602642a2dd04f57369b1dd47db4790f6caf89368ffc3e9db5b8581c5d2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_2c618aab-47c6-4f2d-a976-c6602026ef28"},{"id":"occ_f55c9b3fe36491d1bd50044f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_4a9781c9-7a78-4c3d-b659-19c648e518cd","section_id":"sec_6ba1816a-69d5-432c-8777-e62ef8b44482","layer":"character","character_id":"zetu_noia","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":50,"end":52,"exact":"電力","quote":"GPU不足という言葉は分かりやすいです。でも、いま見えてきたのは、もっと地味で、もっと重い不足です。電力が足りない。冷却が足りない。許可が足りない。地域の納得が足りない。AIの速度は、最後には地面の速度に合わせる必要があります。","quote_start":0,"quote_end":114,"text_sha256":"3dfa7d4f10834044a3bfdf754ae39d7a15223b5c330fcb3f07cab65694c1c4ef","block_sha256":"3dfa7d4f10834044a3bfdf754ae39d7a15223b5c330fcb3f07cab65694c1c4ef","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_4a9781c9-7a78-4c3d-b659-19c648e518cd"},{"id":"occ_1fa1608a7d310d33b8d6a17e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_4c560252-93d3-4f3b-a14a-db922c164ea3","section_id":"sec_0a6e29f5-5541-44f4-95a2-8895cb72618f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":42,"end":44,"exact":"電力","quote":"**1GPUあたりの性能**\nよりも、\n**1MWあたりの推論性能**\n**1ドルの電力あたりのトークン数**\n**1ラックあたりの冷却可能kW**\nが重要になります。","quote_start":0,"quote_end":84,"text_sha256":"93693edd8e5c918f78739f13f8b5de9539c7455e9721fcbba9b98e278243098f","block_sha256":"93693edd8e5c918f78739f13f8b5de9539c7455e9721fcbba9b98e278243098f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_4c560252-93d3-4f3b-a14a-db922c164ea3"},{"id":"occ_2b0ecdb7f22b78726e468d96","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_4dd30a9c-b3ea-4ef7-99b2-d8481e16c59e","section_id":"sec_7f9f5c31-3088-43ba-b9cb-497457efaa82","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":26,"end":28,"exact":"電力","quote":"**GPU・HBMだけではなく、データセンター用地、電力、変圧器、送電網、冷却、水、光通信、銅線、建設許認可、住民合意**","quote_start":0,"quote_end":61,"text_sha256":"b1fc9ee0ec0fb7dbcb86f84ef43563cfc0b762bcbc9d9a55bdeab1221cf32189","block_sha256":"b1fc9ee0ec0fb7dbcb86f84ef43563cfc0b762bcbc9d9a55bdeab1221cf32189","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_4dd30a9c-b3ea-4ef7-99b2-d8481e16c59e"},{"id":"occ_212a9c5aa3b2b930150700e9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_5a25e156-6634-47c4-855a-577c80093930","section_id":"sec_8db32eef-2d4e-4b2c-ab90-7718f3483fee","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basi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Center Dynamics][6])","quote_start":19,"quote_end":134,"text_sha256":"1c70588062aa20eebaa1a029e647da60a0553c94028a5892ef3ec37ae6759e08","block_sha256":"1c70588062aa20eebaa1a029e647da60a0553c94028a5892ef3ec37ae6759e08","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_79a26e78-d898-4a17-b7a6-9efed3271f9c"},{"id":"occ_755cbc86326fe2e3bbaac817","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_7de14f06-c27f-4e17-bf4c-00c50955a75a","section_id":"sec_d4da6f77-db6f-46a7-a943-f9abd4aa3a4e","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"フランスは原子力比率が高く、比較的低炭素で大規模な電力供給を組みやすい国です。AIデータセンターでは、GPUの調達よりも「どこで何GWの電力を確保できるか」がボトルネックになりつつあります。","quote_start":0,"quote_end":95,"text_sha256":"855e23cfd7a7a20fa9470c78666c97bcad7afc0c5b5e1ba11abbce48ab5c458a","block_sha256":"855e23cfd7a7a20fa9470c78666c97bcad7afc0c5b5e1ba11abbce48ab5c458a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_7de14f06-c27f-4e17-bf4c-00c50955a75a"},{"id":"occ_7fc9e9d37c92d140320062f9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_842e13e4-c8b8-4c02-9d3b-af2b79d9b5ba","section_id":"sec_06e027c6-eb04-4019-8971-d37d43be0286","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":76,"end":78,"exact":"電力","quote":"入前に本当に運用できるか」を確認したいからです。AIサーバーは高価なので、冷却設計を間違えると性能低下、故障、電力効率悪化に直結します。","quote_start":21,"quote_end":89,"text_sha256":"0f3d40c41ca74c59cb3ad8a7b17a9ffd3217e4e70e0f7b5d217749c5ac4c93eb","block_sha256":"0f3d40c41ca74c59cb3ad8a7b17a9ffd3217e4e70e0f7b5d217749c5ac4c93eb","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_842e13e4-c8b8-4c02-9d3b-af2b79d9b5ba"},{"id":"occ_d866a06a4a1ccf1e8f67630f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_86e65cdf-372e-4c6e-b364-3fc7d64ccd9b","section_id":"sec_06e027c6-eb04-4019-8971-d37d43be0286","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":110,"end":112,"exact":"電力","quote":"要です。レノボは、日本初となる水冷AIインフラ検証拠点「Neptuneラボ」を新設し、高密度GPU環境の性能・電力・冷却・運用を実環境で検証すると発表しています。([Lenovo][3])","quote_start":55,"quote_end":149,"text_sha256":"f5148317a8a3d1a9f5a39e90ca7ecc73a76a3ac421e852869d366f8e81fb1961","block_sha256":"f5148317a8a3d1a9f5a39e90ca7ecc73a76a3ac421e852869d366f8e81fb1961","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_86e65cdf-372e-4c6e-b364-3fc7d64ccd9b"},{"id":"occ_57ba200eeafb946e0e83eaf6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_8c6c7f95-6bc4-410f-be23-345291f16b78","section_id":"sec_0a6e29f5-5541-44f4-95a2-8895cb72618f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"途中のどこかで損失が大きいと、\n**電力を買っているのに、トークン生成に使われず熱になる**\nということが起きます。","quote_start":0,"quote_end":58,"text_sha256":"4f1e5cb5e8df7c2fd38bf807e451cac5d3b5e6f2caa4e6c20ba12cf0ef0baa52","block_sha256":"4f1e5cb5e8df7c2fd38bf807e451cac5d3b5e6f2caa4e6c20ba12cf0ef0baa52","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_8c6c7f95-6bc4-410f-be23-345291f16b78"},{"id":"occ_a12be01489ab3acb73426c81","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_8cb172f2-b772-4b53-8fd5-ca886420261c","section_id":"sec_3a33de25-97b6-4e7c-84de-e5411de4cd8f","layer":"character","character_id":"sil_kathna","count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":46,"end":48,"exact"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/ TE / 光関連 = 接続**\n**Vertiv / Schneider / Delta = 電力・冷却**\n**電線・銅・変圧器 = 物理インフラ**","quote_start":89,"quote_end":173,"text_sha256":"36370ccff2466a9407580dfefd2494c6322d4254bc9960bc2eb085fd67e601d5","block_sha256":"36370ccff2466a9407580dfefd2494c6322d4254bc9960bc2eb085fd67e601d5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_a294db6a-c029-4904-a885-8f119e89192a"},{"id":"occ_f732f676bd984acfadc9ebf8","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_aa94b0ae-a212-4e0c-a434-a8f8d938d6c3","section_id":"sec_0a6e29f5-5541-44f4-95a2-8895cb72618f","layer":"body","character_id":null,"count":4,"matched_aliases":["電力","電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電源","quote":"Deltaのような電源・冷却メーカーが、Data Center World 2026で**grid-to-chip**、つまり「電力網からチップまで」を一体設計するAIデータセンター向けアーキテクチャを発表している点も重要","quote_start":0,"quote_end":111,"text_sha256":"99ec058ecd124454165eee26a75eea51a7355ff6b28b509c91bcb890808db446","block_sha256":"99ec058ecd124454165eee26a75eea51a7355ff6b28b509c91bcb890808db446","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_aa94b0ae-a212-4e0c-a434-a8f8d938d6c3"},{"id":"occ_0e5fd1a7f4eb74e029ae36a4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_ac4625dd-0312-4435-917d-797027ef944c","section_id":"sec_9fc33140-7509-4264-aa2f-010de3b59f67","layer":"body","character_id":null,"count":2,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電源","quote":"一方で、「燃料電池マイクログリッドへ移行」といった電源面の細部は、別の一次情報で確認した方がよいです。Xや業界メディアでは、電源構成の話がやや大きく表現されることがあります。","quote_start":0,"quote_end":87,"text_sha256":"5ab8b9c887bfb0e1efc255ccdb2eeb4ca5d8437b7440e542a06dfcfe3450face","block_sha256":"5ab8b9c887bfb0e1efc255ccdb2eeb4ca5d8437b7440e542a06dfcfe3450face","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_ac4625dd-0312-4435-917d-797027ef944c"},{"id":"occ_ba9f187990e233a1dee1a682","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_af244bc8-e4a9-4db0-b97c-9d2bba6bc275","section_id":"sec_5d404005-97ba-4347-ba15-04fbbe433d01","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":14,"end":16,"exact":"電力","quote":"これまでのデータセンターは「電力会社から電気を買う施設」でした。\nしかしAI時代のデータセンターは、あまりに電力を使うため、**自前の発電・専用電力契約・原発併設・ガス発電・燃料電池・蓄電池**まで必要になっています。","quote_start":0,"quote_end":109,"text_sha256":"4f93411a2cbd09fadbec3f842c7821e7f317e71e2183412d122ca2afc5cbdce2","block_sha256":"4f93411a2cbd09fadbec3f842c7821e7f317e71e2183412d122ca2afc5cbdce2","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_af244bc8-e4a9-4db0-b97c-9d2bba6bc275"},{"id":"occ_f68c2618c6a1736fe7ed8d55","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_afbc41aa-5902-486c-a227-f5c2d85568e4","section_id":"sec_662074d1-fcfe-4cf6-bb3f-8df0d2011508","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":55,"end":57,"exact":"電力","quote":"- AIインフラはGPU・HBM不足から物理インフラ不足へ移行している。\n- ソフトバンクGのフランス計画は、電力と産業用地を含めたAI拠点づくりである。\n- 水冷や液冷は、日本国内でも現実的なテーマになっている。\n- 米国の反対運動やDOEの動きは、土地と電力の制約が政策課題になったことを示している。","quote_start":0,"quote_end":152,"text_sha256":"fb81d4db8213976f5b274e46bba0b36b466f44919296f8e5f5097a446abb428f","block_sha256":"fb81d4db8213976f5b274e46bba0b36b466f44919296f8e5f5097a446abb428f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_afbc41aa-5902-486c-a227-f5c2d85568e4"},{"id":"occ_8f2ca070bebc5da4deb41118","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_b0861d97-2126-41b8-a5f3-4fe250841d45","section_id":"sec_34f3a0df-63bd-46c9-9af6-311d9e84143e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":73,"end":75,"exact":"電源","quote":"*NAND/SSD**\n**ネットワークASIC**\n**光DSP**\n**PCIe/CXLリタイマ**\n**電源IC**\n**MLCC**\n**インダクタ**\n**パッケージ基板**\n**先端PCB**","quote_start":18,"quote_end":120,"text_sha256":"80e997f4eb072e1344b21e8dbc37eb4ccdc87738dff907bd1c58f50d926a91d9","block_sha256":"80e997f4eb072e1344b21e8dbc37eb4ccdc87738dff907bd1c58f50d926a91d9","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_b0861d97-2126-41b8-a5f3-4fe250841d45"},{"id":"occ_fd63206898c48fe09c14d68f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_ba6b587f-50b3-447a-beed-a0394533d795","section_id":"sec_5d404005-97ba-4347-ba15-04fbbe433d01","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":18,"end":20,"exact":"電力","quote":"## 5. DOEの連邦土地活用は「電力つきデータセンター」への流れ","quote_start":0,"quote_end":34,"text_sha256":"7e8bafa5c07d2c21dad402a16d878eebcdeff4c6863fa23909a8374ce08fa3f5","block_sha256":"7e8bafa5c07d2c21dad402a16d878eebcdeff4c6863fa23909a8374ce08fa3f5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_ba6b587f-50b3-447a-beed-a0394533d795"},{"id":"occ_afbdc5178597732f04b319b6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_cd7b8ff5-ceef-43e2-993c-b709f5e581ea","section_id":"sec_60a13666-f619-4e27-aa44-8a8e0af5dde4","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":24,"end":26,"exact":"電力","quote":"- データセンター計画の遅延要因がGPU調達から電力・許認可へ移っているか。\n- 水冷・液冷技術の導入がラック密度向上にどれだけ効くか。\n- フランスや米国で、低炭素電力とAIデータセンター誘致が結びつくか。\n- 反対運動が単発ではなく制度化している地","quote_start":0,"quote_end":126,"text_sha256":"1a8ef38f340eaf5cb5e0817a232d83407f1630e1bcea457aea2dbb5cf771610d","block_sha256":"1a8ef38f340eaf5cb5e0817a232d83407f1630e1bcea457aea2dbb5cf771610d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e4df2a9f-4a34-4f95-8006-7efec2bba610/#blk_cd7b8ff5-ceef-43e2-993c-b709f5e581ea"},{"id":"occ_8513bdc88b6c09694a59683d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e4df2a9f-4a34-4f95-8006-7efec2bba610","work_id":"wrk_3ee013c2-2eea-4150-98f7-f1bf51161cc8","block_id":"blk_da68b2e6-80ed-4dda-b011-805ba3d4c72d","section_id":"sec_0a6e29f5-5541-44f4-95a2-8895cb72618f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":35,"end":37,"exact":"電源","quote":"**発電所 → 送電網 → 変電所 → UPS → PDU → ラック電源 → 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だから冷却は、水使用量、電力、許認可、稼働率までつながる。","quote_start":0,"quote_end":39,"text_sha256":"87eda6273d729470ae9f3c839870bcc41a22851170a2f713c753fdac68ace7c1","block_sha256":"87eda6273d729470ae9f3c839870bcc41a22851170a2f713c753fdac68ace7c1","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e8d93c5a-854a-4940-b5f8-c5823efe6c2d/#blk_47ccd62d-e0c7-421a-beae-a6b944aa38f7"},{"id":"occ_5bc4602bd4b2c4f763bedb26","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e8d93c5a-854a-4940-b5f8-c5823efe6c2d","work_id":"wrk_32ece787-7a49-4ffc-829e-29a33ff4b761","block_id":"blk_5b5af842-8340-4b8b-aae6-67a63b4ca9fa","section_id":"sec_4bc13d3e-5c2e-4305-a3c4-2b574516a225","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"これまでAI投資は、GPU、HBM、先端パッケージ、光通信、電力に注目が集まりがちでした。しかし、Blackwell以降は、**熱を逃がせなければGPUを並べられない**という局面に入っています。","quote_start":0,"quote_end":98,"text_sha256":"67b0fba64c91b073b1dd76060f9d3391e9b9b649cb38fdedad9f8fe033f33408","block_sha256":"67b0fba64c91b073b1dd76060f9d3391e9b9b649cb38fdedad9f8fe033f33408","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e8d93c5a-854a-4940-b5f8-c5823efe6c2d/#blk_5b5af842-8340-4b8b-aae6-67a63b4ca9fa"},{"id":"occ_7c79cdd7ecd12598e081668d","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e8d93c5a-854a-4940-b5f8-c5823efe6c2d","work_id":"wrk_32ece787-7a49-4ffc-829e-29a33ff4b761","block_id":"blk_79da4990-bc5d-4840-a717-63ee1f036447","section_id":"sec_9b765123-f63e-4495-9895-3cb97d0d46e9","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電力","quote":"AIインフラを考える時、これまではGPU、HBM、ネットワーク、光通信、電力の話が中心でした。しかし、Blackwell以降のAIデータセンターでは、もう一つの主役が明確になってきています。","quote_start":0,"quote_end":95,"text_sha256":"0cfef28780e7b87dac6a9aab6f02ff898e4fccacff657bafe2149f86a373f4ce","block_sha256":"0cfef28780e7b87dac6a9aab6f02ff898e4fccacff657bafe2149f86a373f4ce","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e8d93c5a-854a-4940-b5f8-c5823efe6c2d/#blk_79da4990-bc5d-4840-a717-63ee1f036447"},{"id":"occ_62f120ad9f2da739f29c50e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e8d93c5a-854a-4940-b5f8-c5823efe6c2d","work_id":"wrk_32ece787-7a49-4ffc-829e-29a33ff4b761","block_id":"blk_7f4b5860-40af-4132-a5f7-c4dd6d5eb374","section_id":"sec_3747b0d1-01ae-4958-8f6b-5279b1904bff","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":107,"end":109,"exact":"電源","quote":"ただし、NVIDIAラックを丸ごと単独で作っているわけではありません。GPU、サーバーOEM/ODM、ラック、電源、液冷、施設側設備が組み合わさって、AIファクトリー全体が成立します。","quote_start":52,"quote_end":144,"text_sha256":"1207ed78114635fd96bfc6b8b6ebfedfb81b0914773e32aab59a8d3a0aa9fe93","block_sha256":"1207ed78114635fd96bfc6b8b6ebfedfb81b0914773e32aab59a8d3a0aa9fe93","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_e8d93c5a-854a-4940-b5f8-c5823efe6c2d/#blk_7f4b5860-40af-4132-a5f7-c4dd6d5eb374"},{"id":"occ_0ca76898ef3815fba2c1687c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_e8d93c5a-854a-4940-b5f8-c5823efe6c2d","work_id":"wrk_32ece787-7a49-4ffc-829e-29a33ff4b761","block_id":"blk_bd6b0703-ea31-4c48-ad3a-4228113c894e","section_id":"sec_66fe5129-3267-4aab-af02-7d50eef22704","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":169,"end":171,"exact":"電力","quote":"、原則として水を蒸発させずに外気へ熱を捨てる。\n- 液冷は水問題を完全に消すものではないが、敷地内冷却水と冷却電力の設計自由度を大きく変える。\n- 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6G/AI-RAN研究","quote_start":0,"quote_end":91,"text_sha256":"1933348dea6978fc2f61057410ad9134f9d8d45974c46ac9b53753f0b31e7e01","block_sha256":"1933348dea6978fc2f61057410ad9134f9d8d45974c46ac9b53753f0b31e7e01","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_ead2aeb8-4b54-444a-83a1-bbc8187c760e/#blk_8c4adc8b-199d-4a15-be4a-5424094d8a6c"},{"id":"occ_6703ae66fa397d81281cae28","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_ead2aeb8-4b54-444a-83a1-bbc8187c760e","work_id":"wrk_65ea8146-0c98-40e2-b084-2dacaa4f1bf1","block_id":"blk_9c564571-7079-4138-b1c2-58f0a4d678a5","section_id":"sec_bbd8d423-66f1-401b-95e4-869c5c010181","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":3,"end":5,"exact":"電力","quote":"- 省電力CPU\n- オンデバイスAI\n- カメラ・LiDAR・レーダー入力\n- リアルタイム制御\n- 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**現場の中に置く外部脳** です。  \nたとえばL4のような低消費電力GPUを使うなら、**1〜8 GPUくらいの小型サーバー** は十分現実的です。距離が近いので、**中央クラウドよりかなり低遅延** です。工場ロボットや画像検査と相性が良いです。 ([NVIDIA]","quote_start":7,"quote_end":166,"text_sha256":"2196bd83e7388bf2540af1a33cfb0ff2154b1eca73ffb02c57cb695301dd2283","block_sha256":"2196bd83e7388bf2540af1a33cfb0ff2154b1eca73ffb02c57cb695301dd2283","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_007da8bb-0c09-488c-9203-bb550dca641b"},{"id":"occ_93f380b0c1377597a137fb6f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_0224b935-d3bb-47fe-903d-be5f2f185c60","section_id":"sec_83b2f7ee-35bf-4772-a402-b5c55311c87f","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電源","quote":"まず **データセンター** は物理的な施設のことです。大量のサーバー、電源、冷却、ネットワークをまとめて置く建物です。  \n一方 **クラウド** はサービス形態で、その多くは大規模データセンター上で動いています。  \nその中でも **中央クラウド** という言い方をすると","quote_start":0,"quote_end":138,"text_sha256":"015b39d0677bc184a212513e7377875e0bf286376cff2a83a55075329384e421","block_sha256":"015b39d0677bc184a212513e7377875e0bf286376cff2a83a55075329384e421","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_0224b935-d3bb-47fe-903d-be5f2f185c60"},{"id":"occ_4ff6e17c140cd9c3d20af267","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_2acbb121-dd64-461a-8516-5174c3ebd96d","section_id":"sec_e506f394-0e2f-451b-a8f8-7de85efdadd4","layer":"code","character_id":null,"count":4,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"```\n[デバイス]\n  電力: 小\n  GPU: ほぼ内蔵1相当まで\n  遅延: 最小\n  距離: 0m\n     ↓\n[オンプレエッジ]\n  電力: 中\n  GPU: 1〜8\n  遅延: 1〜5ms\n  距離: 同室〜同敷地\n","quote_start":0,"quote_end":115,"text_sha256":"9513046fcfd93b3674fc67a5ed66b6fb56449ac53672a7c0bea7e505de49c259","block_sha256":"9513046fcfd93b3674fc67a5ed66b6fb56449ac53672a7c0bea7e505de49c259","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_2acbb121-dd64-461a-8516-5174c3ebd96d"},{"id":"occ_07534424a5e614523aa8480f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_327faacf-0c6f-43ff-80e7-805c305ed3b9","section_id":"sec_deb9cbc2-5f65-4288-b031-4cf88f09d2fe","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":196,"end":198,"exact":"電力","quote":"耐環境性の高い伝送、運用自動化まで含めた別の勝ち筋になる公算が大きい。これはCPO一辺倒ではなく、伝送・運用・電力効率を含む広い光インフラの話になる。([NVIDIA Newsroom](https://nvidianews.nvidia.com/news/nvidia-and-coherent-announce","quote_start":141,"quote_end":298,"text_sha256":"22c2f2d5b253a4a7e6c713457a4d491405c5abada722e94d190a5de474892cb6","block_sha256":"22c2f2d5b253a4a7e6c713457a4d491405c5abada722e94d190a5de474892cb6","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_327faacf-0c6f-43ff-80e7-805c305ed3b9"},{"id":"occ_d7f572179d3c3eca5f954c04","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_4a2e5964-206c-4862-b341-7f9a43637067","section_id":"sec_15c379c2-27b8-4e1e-9897-795e5aef8b2b","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":30,"end":32,"exact":"電力","quote":"そのMEC/エッジで使われるアクセラレータも、中央DCより省電力寄りになりやすいです。たとえば NVIDIA L4 は **72W** の低背GPUとして **edge から data center、cloud まで** を想定した製品です。つまりMECは、巨大G","quote_start":0,"quote_end":132,"text_sha256":"d32fa325a862398b74713fd8912d18cf9c293b1ec63b17e2645fa3eb3adf0d0b","block_sha256":"d32fa325a862398b74713fd8912d18cf9c293b1ec63b17e2645fa3eb3adf0d0b","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_4a2e5964-206c-4862-b341-7f9a43637067"},{"id":"occ_086395c9cd55c3135ef1d6fa","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_581af9ee-30ae-4505-9a62-96f1a14dacf3","section_id":"sec_a79314ee-e001-4f3e-aaa5-755e70dc7fd5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":25,"end":27,"exact":"電力","quote":"**ASIC** は  \n「**決まった仕事を、低電力で、量産で、安定して回す**」処理向きです。 ([Google Cloud Documentation](https://docs.cloud.google.com/tpu/docs/system-a","quote_start":0,"quote_end":127,"text_sha256":"30fdfc3d0a2d3237c626c47795de48b6f34ea1d9838b82600221152064bd9fee","block_sha256":"30fdfc3d0a2d3237c626c47795de48b6f34ea1d9838b82600221152064bd9fee","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_581af9ee-30ae-4505-9a62-96f1a14dacf3"},{"id":"occ_a22b0470d3a58b05302026fc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_5b22fd20-0d05-4485-9bc6-d9b8eafabd63","section_id":"sec_83b2f7ee-35bf-4772-a402-b5c55311c87f","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":78,"end":80,"exact":"電力","quote":"  遠いけれど、巨大で安い計算資源をたくさん使える\n- **エッジ / MEC**  \n  近いけれど、台数・電力・スペースは限られる\n- **デバイス**  \n  いちばん近いけれど、電力もサイズも最も厳しい","quote_start":23,"quote_end":128,"text_sha256":"cfa27163192f874717b641c782c22a424caa6ec51e18745be68941a7ab52d1b5","block_sha256":"cfa27163192f874717b641c782c22a424caa6ec51e18745be68941a7ab52d1b5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_5b22fd20-0d05-4485-9bc6-d9b8eafabd63"},{"id":"occ_dd81fffd10eef4cfa5c0e300","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_6483298e-02be-441d-ad72-c6570ebefabb","section_id":"sec_15c379c2-27b8-4e1e-9897-795e5aef8b2b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":202,"end":204,"exact":"電力","quote":"FLOPS** という、かなり強いエッジ向け計算モジュールです。つまりデバイス側でも相当重い推論はできますが、電力・熱・サイズはまだ厳しく制約されます。 ([NVIDIA](https://www.nvidia.com/en-us/autonomous-machines/embedded-systems/jets","quote_start":147,"quote_end":304,"text_sha256":"d0c23e46d6ccbcdb403401120a48d55d6520353a1173d911463af1f067eff9ed","block_sha256":"d0c23e46d6ccbcdb403401120a48d55d6520353a1173d911463af1f067eff9ed","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_6483298e-02be-441d-ad72-c6570ebefabb"},{"id":"occ_30da7c52b7d03fe3e1be528b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_6d3c1157-22dc-49c7-a821-377a1dcee1eb","section_id":"sec_1a95290b-45b4-483f-bc83-825c174ce4f2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":164,"end":166,"exact":"電力","quote":"rのデモも、性能最適化と省エネ最適化の両方を前提にしており、AI-RANがレイテンシ改善だけでなく、運用効率と電力効率の問題でもあることを示している。([ソフトバンク](https://www.softbank.jp/en/corp/technology/research/topics/201/))","quote_start":109,"quote_end":259,"text_sha256":"19b571c0e712405863f6bb4cbfabd27b19bde9ac6a61dd94b9870a5546952a4d","block_sha256":"19b571c0e712405863f6bb4cbfabd27b19bde9ac6a61dd94b9870a5546952a4d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_6d3c1157-22dc-49c7-a821-377a1dcee1eb"},{"id":"occ_223e70d04e2be29e9c0d0c8c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_7526c283-5efa-4b62-bf7c-c9240c896590","section_id":"sec_07ccf819-f834-406b-b1df-9849605e45ab","layer":"body","character_id":null,"count":3,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":148,"end":150,"exact":"電力","quote":"論、特に低遅延な生成AI推論に寄せた専用アーキテクチャ」、**NPU** は SoC内蔵や小型カードを含む「低電力なニューラル推論器」として使います。技術的には NPU も ASIC 的に実装されることが多いので、**NPU は“低電力寄りのAI専用器”、ASIC は“もっと広い専用器の総称”** と読むと分かり","quote_start":93,"quote_end":250,"text_sha256":"ff8486e4199cfe4283157b4304f6b8469c0fbb6e3ed7d43061931e2f7ea17635","block_sha256":"ff8486e4199cfe4283157b4304f6b8469c0fbb6e3ed7d43061931e2f7ea17635","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_7526c283-5efa-4b62-bf7c-c9240c896590"},{"id":"occ_01763e3be456e425f6b4de7e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_78a38a9e-c710-47c0-94cb-91b23d61b6ca","section_id":"sec_282a05a1-2ee2-44cc-9012-cc1adf461708","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":163,"end":165,"exact":"電力","quote":"中でも最も“現実に近い”部分です。いきなり全国で shared GPU-RAN を張るより、まず電波最適化や省電力から入る方が自然だからです。 ([ソフトバンク](https://www.softbank.jp/en/corp/technology/research/topics/141/?utm_source=","quote_start":108,"quote_end":265,"text_sha256":"ee58de89b4cabdba123da82a8d8e74669b073590a94efc000aa1efdee5e1d7c5","block_sha256":"ee58de89b4cabdba123da82a8d8e74669b073590a94efc000aa1efdee5e1d7c5","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_78a38a9e-c710-47c0-94cb-91b23d61b6ca"},{"id":"occ_829356335ce304978132f754","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_90e04abc-7bec-4612-b9e4-4f7b3461c7c3","section_id":"sec_ec479e12-6d13-4043-baea-beec7dc7ba97","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電力","quote":"## 「デバイス / オンプレエッジ / MEC / 中央DC」を電力・GPU枚数・遅延・距離の4軸で表にして可視化","quote_start":0,"quote_end":58,"text_sha256":"a6217cd7bbbd8d638afe229820d14da464848b28d60cbcd1c0c3b07ec141cdec","block_sha256":"a6217cd7bbbd8d638afe229820d14da464848b28d60cbcd1c0c3b07ec141cdec","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_90e04abc-7bec-4612-b9e4-4f7b3461c7c3"},{"id":"occ_778c913acf694d8d9d897edb","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_96f22434-cd20-49ad-b361-b170c911f01c","section_id":"sec_3c17055e-17fd-4e69-a1a0-67813336155b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":51,"end":53,"exact":"電力","quote":"これはかなり確度が高いです。  \nチャネル推定、スケジューリング、Massive MIMO 最適化、省電力、自律運用は、既存ネットワークの延長で導入しやすいからです。キャリアにとっても、「新しい収益源」より先に「既存ネットワークの性能改善・運用コスト削減」の方が説明しやすいです。SoftBank や Er","quote_start":0,"quote_end":153,"text_sha256":"e0cb5fb5bbfe731fc2efe29a75d3da9733be196cb8475ebd1ed3d1b86656c066","block_sha256":"e0cb5fb5bbfe731fc2efe29a75d3da9733be196cb8475ebd1ed3d1b86656c066","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_96f22434-cd20-49ad-b361-b170c911f01c"},{"id":"occ_9db2f0ca6b9f179708a85e5c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_9f4e2396-5f91-4cd8-a50a-66ece16538c1","section_id":"sec_a79314ee-e001-4f3e-aaa5-755e70dc7fd5","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":16,"end":18,"exact":"電力","quote":"**NPU** は  \n「**小電力で常時回す、ローカルAIの番人**」向きです。 ([qualcomm.com](https://www.qualcomm.com/processors/ai-engine))","quote_start":0,"quote_end":105,"text_sha256":"36f8c1ea08186d5f05dc9cb60dba7b9059cbc64f4819c35f4a16d5312c908311","block_sha256":"36f8c1ea08186d5f05dc9cb60dba7b9059cbc64f4819c35f4a16d5312c908311","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_9f4e2396-5f91-4cd8-a50a-66ece16538c1"},{"id":"occ_defb598750a110498bab191e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_c7ab6c2c-846c-4dbd-b24b-e5d5e317d7af","section_id":"sec_ea9025dc-9e1d-4cbe-a2e9-3b3054691130","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":76,"end":78,"exact":"電力","quote":"ualcomm、Tesla、Horizon、Hailo です。ここは「車やロボットの中に載ること」が勝ち筋で、電力効率、リアルタイム性、安全性が重要です。 ([Mobileye](https://www.mobileye.com/technology/eyeq-chip/?utm_source=chatgpt.c","quote_start":21,"quote_end":178,"text_sha256":"747078171d2eabcdfcb7e18cc58b5705530c90bee357a3a4fc4dae6f32119e79","block_sha256":"747078171d2eabcdfcb7e18cc58b5705530c90bee357a3a4fc4dae6f32119e79","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_c7ab6c2c-846c-4dbd-b24b-e5d5e317d7af"},{"id":"occ_450400a608205ecd2d08a236","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_d58acf2f-200a-4983-ae67-d82415087963","section_id":"sec_f908e7d3-5fb2-4a8b-932d-33f3b3584ecc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":99,"end":101,"exact":"電力","quote":"** と相性が良い可能性があります。なぜなら、ロボットや車の近くで重いモデルを動かすときは、中央DCほど潤沢な電力や冷却がなく、しかしSSDだけでは足りないからです。Kioxiaが“エッジでの高度なAI処理”を明示しているのは、まさにそのユースケースです。 ([KIOXIA Corporation](https:","quote_start":44,"quote_end":201,"text_sha256":"61f0c3d6edcff5c34cae04b65b4c2820a38383aead0fcfdfa29c81e5ec966c0e","block_sha256":"61f0c3d6edcff5c34cae04b65b4c2820a38383aead0fcfdfa29c81e5ec966c0e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_d58acf2f-200a-4983-ae67-d82415087963"},{"id":"occ_2c9b842bf854d04641b32615","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_e10721ac-66b4-4592-8c4c-e45bfbdd5b16","section_id":"sec_3b3221b7-e2e3-4e76-99c1-e0fd2c97d5c2","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":149,"end":151,"exact":"電力","quote":"話」なので、ここは避けて通れません。言い換えると、AI-RAN の敵は“理論的不可能性”ではなく、**コスト・電力・調達・運用複雑性**です。 ([Reuters](https://www.reuters.com/business/ericsson-slightly-lags-profit-expectation","quote_start":94,"quote_end":251,"text_sha256":"142f6b7ad7520c778174d579f911809c967de495fbc1a10ee9f98b03bfd53552","block_sha256":"142f6b7ad7520c778174d579f911809c967de495fbc1a10ee9f98b03bfd53552","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_e10721ac-66b4-4592-8c4c-e45bfbdd5b16"},{"id":"occ_d06b9a2843bb442e27bc4944","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_e8608d62-feb5-47ce-87d5-b31ac68b9420","section_id":"sec_6f3a950d-ea6c-4c7f-b688-44b1e1b6b07e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":72,"end":74,"exact":"電力","quote":"comm / Tesla / Horizon / Hailo** 側で生まれる需要は、HBMよりもまず **低電力推論、ローカルNAND、センサ処理、量産コスト** です。端末の台数は膨大でも、1台あたりに中央DC並みのHBMを積む世界にはなりにくいからです。高性能車や高級ロボットは別として、台数が伸びるほど“端","quote_start":17,"quote_end":174,"text_sha256":"8eeaedc8fa473560c76f622185cd4aa063717cf7aa5f80ed267e316b6d4a41c3","block_sha256":"8eeaedc8fa473560c76f622185cd4aa063717cf7aa5f80ed267e316b6d4a41c3","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_e8608d62-feb5-47ce-87d5-b31ac68b9420"},{"id":"occ_ce4883d762c8676656e9fd76","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_ec30be51-d030-4edb-8c85-cbaff084df44","section_id":"sec_15c379c2-27b8-4e1e-9897-795e5aef8b2b","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":20,"end":22,"exact":"電力","quote":"ここは **「距離」よりも、どれだけ近い電力・計算資源を置けるか** と **何ホップで到達するか** で考えると分かりやすいです。結論から言うと、**デバイスは“手元の脳”**、**エッジ/MECは“近くの外部脳”**、**中央AIデータセン","quote_start":0,"quote_end":122,"text_sha256":"36d045e549b949b19eebd438680431967890c66f0c288b215a22ff0ef14d6231","block_sha256":"36d045e549b949b19eebd438680431967890c66f0c288b215a22ff0ef14d6231","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_ec30be51-d030-4edb-8c85-cbaff084df44"},{"id":"occ_49db949c82b0597c40bf0e92","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f487aa08-2568-42ad-85cb-11c258b5b71d","work_id":"wrk_a5567405-5ef5-4c25-abcd-63351a43cdfd","block_id":"blk_eefc5f96-8518-4ca5-b26e-f07bd598f9ed","section_id":"sec_c35d93ba-c225-4661-a385-81d447be6f60","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":120,"end":122,"exact":"電力","quote":"。現在のAI投資と光投資の中心はまだここで、受益者はGPU、HBM、ネットワーク、AIクラウド、データセンター電力・冷却・光部材の側に最も大きく偏っている。([NVIDIA Newsroom](https://nvidianews.nvidia.com/news/nvidia-announces-strategi","quote_start":65,"quote_end":222,"text_sha256":"010dcf12762e7ad6568c935aedf10249fd579efe9b145077b67ceec638a0d97d","block_sha256":"010dcf12762e7ad6568c935aedf10249fd579efe9b145077b67ceec638a0d97d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f487aa08-2568-42ad-85cb-11c258b5b71d/#blk_eefc5f96-8518-4ca5-b26e-f07bd598f9ed"},{"id":"occ_6f68337ccd256a8f0415efe0","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f76185ef-dd8b-44e4-a82a-7b8cc8225b9a","work_id":"wrk_72f5f141-da8e-4f5b-a337-f46180c37f2e","block_id":"blk_00897f3a-6507-4be9-9d96-06781d182021","section_id":"sec_e4b892ec-02a4-42ad-99af-b53f73ca35d2","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":4,"end":6,"exact":"電源","quote":"両方とも電源を切れば内容を失う揮発性Memoryだが、情報の保持方法が違う。","quote_start":0,"quote_end":38,"text_sha256":"80f5e2ded60d6b9672a939d7a586523502d0737177fa999ecf624d2863d95588","block_sha256":"80f5e2ded60d6b9672a939d7a586523502d0737177fa999ecf624d2863d95588","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f76185ef-dd8b-44e4-a82a-7b8cc8225b9a/#blk_00897f3a-6507-4be9-9d96-06781d182021"},{"id":"occ_1c88feab829d310fa1df53e9","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f76185ef-dd8b-44e4-a82a-7b8cc8225b9a","work_id":"wrk_72f5f141-da8e-4f5b-a337-f46180c37f2e","block_id":"blk_a0ac2d6f-c1ef-4201-ab4a-271e6cfa2558","section_id":"sec_1b7ef2ac-72a5-4d5d-93fc-3c4bba1520dc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力","quote_start":0,"quote_end":2,"text_sha256":"ac41c5616c90b0208bf9dcc3e2c4fdd3f838f47f7ba953981b5c96438d8f4ad0","block_sha256":"ac41c5616c90b0208bf9dcc3e2c4fdd3f838f47f7ba953981b5c96438d8f4ad0","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f76185ef-dd8b-44e4-a82a-7b8cc8225b9a/#blk_a0ac2d6f-c1ef-4201-ab4a-271e6cfa2558"},{"id":"occ_08ba35913163630183764dd5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f76185ef-dd8b-44e4-a82a-7b8cc8225b9a","work_id":"wrk_72f5f141-da8e-4f5b-a337-f46180c37f2e","block_id":"blk_ec04fe36-fdea-4d88-866b-b3e3c77dda89","section_id":"sec_2b8e1ab0-976d-4ce4-8f20-ae2e107bf9b3","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力をどれだけ減らし、","quote_start":0,"quote_end":11,"text_sha256":"e3d603467463473ef7f74f2c28b234c440e9a9aa81dd0258058b4fe2e0379217","block_sha256":"e3d603467463473ef7f74f2c28b234c440e9a9aa81dd0258058b4fe2e0379217","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f76185ef-dd8b-44e4-a82a-7b8cc8225b9a/#blk_ec04fe36-fdea-4d88-866b-b3e3c77dda89"},{"id":"occ_8680cb15b9e0555822e6bd8c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_00808d82-b569-4498-b622-69cb61dcad81","section_id":"sec_f830d5d0-4b13-4c4f-b3bd-fd9d3989b2e7","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力も同じである。","quote_start":0,"quote_end":9,"text_sha256":"0906c8c6679460aafb9a6f86b53ee19835f663c49f0c9a35f7a4a969cb890c7f","block_sha256":"0906c8c6679460aafb9a6f86b53ee19835f663c49f0c9a35f7a4a969cb890c7f","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_00808d82-b569-4498-b622-69cb61dcad81"},{"id":"occ_bd7bad42f26a5b8a6ba1a79a","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_079dd6c8-8e60-4962-b3df-dea9f0206e1c","section_id":"sec_482fa203-8529-40f0-879a-368abbe28185","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":8,"end":10,"exact":"電源","quote":"つまり継続的な主電源として使うと説明している。","quote_start":0,"quote_end":23,"text_sha256":"0d03481362253f4c56bffb75c1b4c09d90ba84f37daf8812521e794c2df7208c","block_sha256":"0d03481362253f4c56bffb75c1b4c09d90ba84f37daf8812521e794c2df72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Centerだけで約33%を占める**。([The Department of Energy's Energy.gov](https://www.energy.gov/d","quote_start":0,"quote_end":130,"text_sha256":"cc7e613401a5cd4f768c13d7e97fe819f3dd0cee3c4545217592262e08b0de16","block_sha256":"cc7e613401a5cd4f768c13d7e97fe819f3dd0cee3c4545217592262e08b0de16","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_08b23d01-686d-4f01-b450-83d901dea2dd"},{"id":"occ_17ddc94fc77c0a48691b45f5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_0a4dd04b-4944-489b-89e1-7677e31ddffa","section_id":"sec_2c2d5189-a6c0-4028-bb07-892eb512e4fb","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":36,"end":38,"exact":"電源","quote":"しかしGrid接続を待てなくなったAIDCが自分で発電所を持ち始めると、電源構成はこれとは大きく異なってくる。","quote_start":0,"quote_end":55,"text_sha256":"11927a00df3438c9bd66e0316f153a98b824e3cb9593d8a7c0f60d7d5984968e","block_sha256":"11927a00df3438c9bd66e0316f153a98b824e3cb9593d8a7c0f60d7d5984968e","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_0a4dd04b-4944-489b-89e1-7677e31ddffa"},{"id":"occ_00ecc4a2fb0e90b1b50db44b","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_12f8ac18-bc01-4faf-877e-336b9a716ab2","section_id":"sec_428f6fe9-40e1-4ef4-9ed8-39c70e924a3f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":33,"end":35,"exact":"電力","quote":"**TWh＝Terawatt-hour**は、一定期間にどれだけの電力量を使ったかという「量」である。","quote_start":0,"quote_end":51,"text_sha256":"957ba513cd4191a77b0854c1444a1eb1b69b99d504df371df390348fac259ede","block_sha256":"957ba513cd4191a77b0854c1444a1eb1b69b99d504df371df390348fac259ede","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_12f8ac18-bc01-4faf-877e-336b9a716ab2"},{"id":"occ_67e6c7753041da3e64605150","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_14cecf49-ec58-4552-a9ac-ce0527de090c","section_id":"sec_79f56604-a5a8-456a-b886-211816dc989c","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"はVoltage×Currentで表す見かけ電力の容量である。","quote_start":0,"quote_end":31,"text_sha256":"4a6c17514051994f2944c908ea08ca560d121e9db9c35aacd6f498ae17bf9a59","block_sha256":"4a6c17514051994f2944c908ea08ca560d121e9db9c35aacd6f498ae17bf9a59","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_14cecf49-ec58-4552-a9ac-ce0527de090c"},{"id":"occ_389b99c2dd3648872fb4df14","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_181d9c6b-5719-4b25-b459-888ffdc107c1","section_id":"sec_89587252-7eb5-46bd-b3f2-e9966ac7fbfd","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"## 37．電力ボトルネックごとに、どの企業がどこにいるのか","quote_start":0,"quote_end":30,"text_sha256":"cf75e265aff0c8967e47f9b69dea13d00a4ce91f4c0b5a0449558773680ae260","block_sha256":"cf75e265aff0c8967e47f9b69dea13d00a4ce91f4c0b5a0449558773680ae260","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_181d9c6b-5719-4b25-b459-888ffdc107c1"},{"id":"occ_f487ea168a45785120332c40","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_1862f998-1781-4d31-8f1b-f106a33048b8","section_id":"sec_428f6fe9-40e1-4ef4-9ed8-39c70e924a3f","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":7,"end":9,"exact":"電力","quote":"したがって年間電力量を平均的なGWへ戻したければ、","quote_start":0,"quote_end":25,"text_sha256":"75bc8cd2d4d6069655162b6dd8a34e2bcfc03d869c96d68454442af56f19ad27","block_sha256":"75bc8cd2d4d6069655162b6dd8a34e2bcfc03d869c96d68454442af56f19ad27","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_1862f998-1781-4d31-8f1b-f106a33048b8"},{"id":"occ_4ac4cd7cc19476de5ac256a5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_19305c6f-bdec-419f-85aa-8708c410687e","section_id":"sec_74616939-6ccb-4095-ac38-eb4d4cc3da31","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":13,"end":15,"exact":"電力","quote":"## 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電力不足など起きないのではないか","quote_start":0,"quote_end":18,"text_sha256":"b30627a4f05e08a34f7cdbd1aaecaf1dcb19248d45c720ecd37fb670aac7100d","block_sha256":"b30627a4f05e08a34f7cdbd1aaecaf1dcb19248d45c720ecd37fb670aac7100d","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_49e214f6-db6a-4dab-8e11-4f6edd30b1ce"},{"id":"occ_7bc6c12ad530cf0b141070c6","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_4f791b5f-0811-4bf9-a334-fbcee9f47e66","section_id":"sec_1aac67dc-9c32-4d73-8732-93df671e2675","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":0,"end":2,"exact":"電力","quote":"電力は、","quote_start":0,"quote_end":4,"text_sha256":"230d09fb9edd28e4288e8885eadf8389e11faab39732a9f462ff5b76aab3e606","block_sha256":"230d09fb9edd28e4288e8885eadf8389e11faab39732a9f462ff5b76aab3e606","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_4f791b5f-0811-4bf9-a334-fbcee9f47e66"},{"id":"occ_9917301327e27996bad706e4","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_543fad5c-f42f-45ef-b4aa-d21c329b1c56","section_id":"sec_7f8e46ff-b97a-4c3e-a006-b95aac8a01a8","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":9,"end":11,"exact":"電源","quote":"長期的には、一つの電源だけですべてを賄うより、","quote_start":0,"quote_end":23,"text_sha256":"3434753f7941818e8c094e616ded2c48e0882da05168a1146b95e78fc04a7dba","block_sha256":"3434753f7941818e8c094e616ded2c48e0882da05168a1146b95e78fc04a7dba","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_543fad5c-f42f-45ef-b4aa-d21c329b1c56"},{"id":"occ_07194db4b2cdf261da47bae5","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_5b51ce47-0d60-4cd1-bcc7-dc7c8f260944","section_id":"sec_0319c4c9-0920-47a8-b673-8fd67359d3dc","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":6,"end":8,"exact":"電力","quote":"## 7．「電力が足りない」には何種類もある","quote_start":0,"quote_end":22,"text_sha256":"f76338da7eadf9db0023292577b67835fbc33fb15763f00c210f1f09ee51498a","block_sha256":"f76338da7eadf9db0023292577b67835fbc33fb15763f00c210f1f09ee51498a","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_5b51ce47-0d60-4cd1-bcc7-dc7c8f260944"},{"id":"occ_cbeaae60130a2919bd689900","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_5d79447a-da59-47bf-a82d-d013b3c6dc31","section_id":"sec_c328e808-08f0-4db0-9452-832b72aa501b","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":15,"end":17,"exact":"電源","quote":"## 20．三菱重工はAIDC電源としてGas 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電力が最も必要な瞬間に、その発電設備をどれだけ頼れるか","quote_start":0,"quote_end":29,"text_sha256":"b3ef7a78e0da48e1bb395816beef35f3128981d1041b11bc014b9f19b8d62930","block_sha256":"b3ef7a78e0da48e1bb395816beef35f3128981d1041b11bc014b9f19b8d62930","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_647723ab-da3e-4ce7-8853-7af7803b8271"},{"id":"occ_beec11a51143dc5fac218ce1","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_65b2a10d-c0f3-4044-bd3e-63d6f04fbe19","section_id":"sec_e0ecfd3f-e81c-483c-aec7-22d13dba9079","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電源","quote":"する電源ではない。","quote_start":0,"quote_end":9,"text_sha256":"4753c9d8582faba0b637b6152c9f05b211c442738017d85642e22838087c5b0c","block_sha256":"4753c9d8582faba0b637b6152c9f05b211c442738017d85642e22838087c5b0c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_65b2a10d-c0f3-4044-bd3e-63d6f04fbe19"},{"id":"occ_2a2bd67af82201db06ba1dcc","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_69f257b7-df13-4519-be0e-7a435233f89f","section_id":"sec_5e40b19d-06e5-4c65-a137-bb8156128eb0","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":47,"end":49,"exact":"電力","quote":"仮にSolar 25%、Wind 35%、Gas 60%という単純な設備利用率を置けば、平均発電力相当は、","quote_start":0,"quote_end":53,"text_sha256":"df7d610de62a8759ce2aecef1c63b87fd88812f27defb6679356c49c446c5634","block_sha256":"df7d610de62a8759ce2aecef1c63b87fd88812f27defb6679356c49c446c5634","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_69f257b7-df13-4519-be0e-7a435233f89f"},{"id":"occ_b7f9d5f41422bc716ceb1146","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_6d95e2ae-1f84-481d-aba5-b2a541b3b4ba","section_id":"sec_77221974-900f-4a39-a788-86e71320bb21","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":11,"end":13,"exact":"電力","quote":"## 36．「足りない電力」を一つのGWで表すのは危険","quote_start":0,"quote_end":27,"text_sha256":"b2be98f59e58962766c3d7be3200c5b90891755bf285c5e1f89160254ddc5449","block_sha256":"b2be98f59e58962766c3d7be3200c5b90891755bf285c5e1f89160254ddc5449","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_6d95e2ae-1f84-481d-aba5-b2a541b3b4ba"},{"id":"occ_11f0e946d1d4d93371ab7b79","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_703aa231-d1df-469d-ba63-a27b6f41aafc","section_id":"sec_2a4cdd25-e8b3-4b64-a128-628919ff6e2e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":5,"end":7,"exact":"電力","quote":"つまり米国電力需要の9.5～15.3%である。([The Department of 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**実際に年間を通して得られる電力量**","quote_start":0,"quote_end":22,"text_sha256":"67c330ee6d5289bcbbb4ffed5df9a18d3fe1951182443e266d1502c6e67edd3c","block_sha256":"67c330ee6d5289bcbbb4ffed5df9a18d3fe1951182443e266d1502c6e67edd3c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_7e5674bb-a6da-4092-9380-abae23df9847"},{"id":"occ_d1c0bffb8450e84b5372dc1e","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_80b57876-d5e3-4915-8500-6c3f1b5445e7","section_id":"sec_d43a6f4f-ff05-464a-a16b-e0b6f4901e30","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":28,"end":30,"exact":"電源","quote":"しかし、**BTMの中で最も急速に価値が再評価されている電源方式のほぼ唯一の大規模Pure 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3．Gridの発電構成と設備利用率――同じ1GWでも作れる電力量は全く違う","quote_start":0,"quote_end":40,"text_sha256":"7dde6f7933e58d55b3e9d242f2fcb6fe2413cfd04dcf28a3dcb897fb8fe83a21","block_sha256":"7dde6f7933e58d55b3e9d242f2fcb6fe2413cfd04dcf28a3dcb897fb8fe83a21","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_c6ef8473-1ec8-41d5-9242-fabd9171c9cc"},{"id":"occ_71e61271ca7a95dea48f612f","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_ca01de21-cd44-44c5-abed-5c1eff5b8c73","section_id":"sec_7f8e46ff-b97a-4c3e-a006-b95aac8a01a8","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":22,"end":24,"exact":"電力","quote":"## 18．将来のAIDC自家発電は「小さな電力会社」になるかもしれない","quote_start":0,"quote_end":36,"text_sha256":"2ae413a5dc06c61a5530ddddccedc5e3368f3e58b455a5a171c295c490fc44aa","block_sha256":"2ae413a5dc06c61a5530ddddccedc5e3368f3e58b455a5a171c295c490fc44aa","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_ca01de21-cd44-44c5-abed-5c1eff5b8c73"},{"id":"occ_4c3efcf4727c454d99f18f95","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_ca734169-b771-46e9-85b7-9e079af0e973","section_id":"sec_2a4cdd25-e8b3-4b64-a128-628919ff6e2e","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":2,"end":4,"exact":"電力","quote":"米国電力需要の11.8%まで増える。","quote_start":0,"quote_end":18,"text_sha256":"fed432508c6e95ec9f4484ec04453a7b4eeec039cda02138e50236a9fa249918","block_sha256":"fed432508c6e95ec9f4484ec04453a7b4eeec039cda02138e50236a9fa249918","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_ca734169-b771-46e9-85b7-9e079af0e973"},{"id":"occ_5320f1c29d1e30e5da10f782","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_cb56091a-c050-47fc-ad68-63e9ab4aa812","section_id":"sec_ded347a1-f705-4504-83bb-3394f5fea47e","layer":"body","character_id":null,"count":1,"matched_aliases":["電源"],"evidence":{"text_basis":"markdown","start":19,"end":21,"exact":"電源","quote":"つまりAIDCを24時間動かす**常用電源**として使用するFuel 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AIは電力の壁にぶつかる","quote_start":0,"quote_end":15,"text_sha256":"eb9c68c2f8c1d52056391e5c50d77906264bdc5aa65d6347226ac12d0a36430c","block_sha256":"eb9c68c2f8c1d52056391e5c50d77906264bdc5aa65d6347226ac12d0a36430c","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_fe7226c1-5c27-4b1e-be4c-521312f52b04"},{"id":"occ_f516124a001e59dfb3fbd54c","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f7f62641-cc2a-4f5f-806e-af380e2a434d","work_id":"wrk_b2d1f487-7fa7-47b4-82dd-6c46f607a69f","block_id":"blk_feaa01e7-a209-44af-8c77-7c28b92c6c25","section_id":"sec_ab42736e-576d-4ca3-ab8a-14702fb37c43","layer":"body","character_id":null,"count":1,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":23,"end":25,"exact":"電力","quote":"## 39．AIDCは「半導体工場」ではなく「電力産業」へ近づいていく","quote_start":0,"quote_end":35,"text_sha256":"8a5cc18910c31689c845a989728b4d3f4c8d0170d98aa952a628420ba7cdf808","block_sha256":"8a5cc18910c31689c845a989728b4d3f4c8d0170d98aa952a628420ba7cdf808","offset_unit":"unicode_code_point"},"detection_method":"deterministic_literal","dictionary_revision":"topics-20260909-v1","review_status":"automatic_match","role":"unassessed","href":"articles/rev_f7f62641-cc2a-4f5f-806e-af380e2a434d/#blk_feaa01e7-a209-44af-8c77-7c28b92c6c25"},{"id":"occ_87da5a58b083784ebbbed402","topic_id":"top_7d534d83-9613-49a0-a02a-f2a6f811a318","revision_id":"rev_f862e355-5e8c-48e9-91e7-1f4db4cb6210","work_id":"wrk_367f4fac-4267-4fba-b031-6aa336a6ef85","block_id":"blk_eda268f7-ee6c-4bc8-9582-3498e585a2d4","section_id":"sec_62252bff-9b06-4df2-8ec6-0b3ff2062419","layer":"body","character_id":null,"count":2,"matched_aliases":["電力"],"evidence":{"text_basis":"markdown","start":304,"end":306,"exact":"電力","quote":"する。\n- **電気自動車（EV）とパワー半導体:** 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