technology
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SK hynix reports record ₩104.6 trillion Q3 2026 revenue and ₩83.3 trillion operating profit, with HBM4 expansion, supply contracts and AI memory shortages projected through 2030.
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Idaho’s Top 3 data center campuses in 2026: Gemstone’s 600–800 MW proposal, Rhea’s preliminary 600 MW project and Meta Kuna’s estimated 198 MW operating campus.
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MIT researchers are using Ferveret’s rack-integrated immersion cooling for AI-driven nuclear materials research. The vendor claims up to 35% more usable compute under the same power budget.
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Franklin Templeton’s FBEQ and FIBT ETF prospectuses propose turning stock dividends into Bitcoin exposure, with 0.09% and 0.19% fees. October 27 registration does not prove trading began.
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Luxor raises $16 million led by CMT Digital with Canaan and MicroBT, funding AI hardware, cloud software and compute derivatives built on its Bitcoin mining business.
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Hawaii’s largest documented data center projects: DRFortress Honolulu backup capacity, AlohaNAP’s planned expansion and Servpac MTP’s available power, with original sources and facility photos.
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Georgia’s 2026 data-center power ranking: OpenAI Project Camellia 3.2 GW, Project Bunkhouse 1.83 GW early site-plan demand versus 1.3 GW computing estimate, and QTS Blakely 1.4 GW concept.
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Tesla and SpaceX plan a $16.8 billion Texas Terafab semiconductor complex. Musk has outlined provisional 2027 test-chip and 2028 production targets, with major manufacturing challenges ahead.
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Florida’s 2026 biggest documented data-center plans: Fort Meade 1.2 GW locally approved but awaiting water clearance, Cielo Haines City 300 MW stalled, and Atlas Fort Pierce 240 MW proposed. We explain the disputed 4 GW DeSoto estimate.
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From Atari’s 4 KB cartridges to GTA VI’s reported 210 GB download: the memory, storage and computing-efficiency evolution behind modern video games.
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Delaware’s documented data center power rankings: 50 MW historical Middletown concept, 8 MW operating DāSTOR, and 6 MW operating Data Canopy. Why Project Washington’s 1.2 GW plan is excluded.
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How much useful computing can one joule deliver? A deep Power Efficiency Theory report compares ASIC cycles, supercomputer FLOPS, miner J/TH and the modeled 1 J/TH Bitcoin Mining Singularity.
