Category: Hardware & Silicon
In-depth analyses mapping the foundational vectors of technological progress. This category explores critical shifts in semiconductor design, silicon manufacturing, hardware architecture, and supply chain dynamics that are shaping the future of computing.
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Micron Crucial Exit: How AI Memory Demand Reshapes PC RAM
Micron is shutting down nearly three decades of Crucial-branded consumer memory and SSDs, not because the market disappeared, but because…
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Non-Nvidia AI Stack at SC25: AMD MI355X and AmpereOne M Go Rack‑Ready
At SC25, the non Nvidia AI stack finally moved from theory to steel. MiTAC rolled out a production-ready, liquid-cooled AMD…
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Nvidia GPU Smuggling Indictment: How DOJ Targets AI Export Violations
Federal prosecutors say a handful of people turned top-end Nvidia GPUs into contraband, hiding supercomputers bound for China behind shell…
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Starship Test Failures: When Experimental Rockets Become Infrastructure
SpaceX just lost an upgraded Starship ship in an explosion and heavily damaged its newest Super Heavy booster in separate…
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AI Cloud Economics: Why GPU Efficiency Now Beats Raw Scale
AI cloud economics are shifting as infrastructure spending explodes but GPU profits lag. Fresh reporting on Oracle’s AI cloud business…
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Google TPU v7 vs Azure Cobalt 200: Custom Silicon’s Data Center Shift
Google TPU v7 and Azure Cobalt 200 arrived at SC25 as two very different bets on custom silicon: Google’s liquid‑cooled…
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AMD EPYC Venice: HPE Blades Deliver AI/HPC Options
AMD EPYC Venice, the next EPYC platform, is no longer a distant roadmap box. This analysis is for datacenter planners…
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AI data center energy is the critical path for growth
AI data center energy now sets the pace for growth—megawatts, not models, determine where hyperscale AI lands and which regions…
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Google Project Suncatcher: Orbital AI Compute Explained
Google Project Suncatcher moves AI data centers in space from concept to active research, beginning with real TPU radiation testing…