Trending News
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MTU sets the largest IP packet a network path can carry without fragmentation. Learn why Ethernet commonly uses 1,500 bytes, what jumbo frames change, and how MTU mismatches break networks.
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Bitmain’s Antminer S23e U2H delivers 865 TH/s at 10 J/TH in a 2U hydro-cooled rack chassis, shifting the Bitcoin ASIC race from pure efficiency toward hashrate density.
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Bitmain’s rack-native S23e U2H packs 865 TH/s into a 2U hydro chassis at 10 J/TH. The November futures batch is sold out after a 50% promotional price cut.
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Bitcoin ASIC efficiency can change depending on where power is measured. Here is how nameplate, wall and facility J/TH differ—and why miners should care.
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Humanoid AI gets the headlines, but precision actuators can represent roughly 40–60% of robot hardware cost. The U.S. supply chain remains especially thin in high-volume precision reducers.
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A Ledger N3XT student research project built a roughly ₿0.000117 ($10) open-source Ethereum hardware-wallet prototype and used it to show why key custody, transaction privacy, and trusted hardware are separate security problems.
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Fortitude secured priority access to Bitmain’s unreleased next-generation Zcash ASICs under a non-binding commitment of up to ₿1,170.16 ($100 million). Here is what is known—and what Bitmain still has not disclosed.
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Fortitude secured priority access to Bitmain’s unreleased next-generation Zcash ASICs through a non-binding commitment worth up to ₿1,170.16 ($100M). Here is what is confirmed, what remains unknown, and why early hardware allocation matters.
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Can small modular reactors really power AI data centers 24/7? Yes technically—but licensing, construction, cost, fuel, and deployment speed are the real bottlenecks.
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Yes—Bitcoin mining can help stabilize a power grid. But only under specific operating conditions. Mining does not create electricity, and a poorly placed or inflexible mining load can absolutely add stress to a constrained system. The grid value comes from flexibility. Bitcoin miners can shut down large amounts of electrical load quickly when prices spike…
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Yes—solar can power a data center. But running one continuously is harder because servers need electricity at night, during storms, and during periods when solar production is weak. The answer is therefore: solar can supply a large share of the energy, but 24/7 operation requires storage, overbuilt generation, demand flexibility, another firm source, a grid…
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Yes—data-center waste heat can warm homes. In the right location, it is not even speculative. Cities in Northern Europe are already connecting data centers to district-heating systems so the heat produced by servers can be moved into homes, offices, and public buildings instead of simply being dumped outdoors. The catch is that heat reuse only…
