tsmc 3nm

Microsoft’s Maia 200 is the latest, bold step in a multi-year pivot by hyperscalers to own the silicon that runs generative AI — a purpose-built, inference-first accelerator that promises significantly lower token costs, higher utilization for large models, and a path away from sole reliance on...

Microsoft’s Maia 200 announcement marks a decisive escalation in the hyperscaler silicon arms race: an inference‑first accelerator built on TSMC’s 3 nm process that Microsoft says is already in Azure racks and is explicitly tuned to lower the per‑token cost of running large language models like...

Microsoft’s Azure Cobalt 200 arrives as a radical second act in its custom‑silicon playbook: a chipletized Arm-based server SoC that packs 132 Arm Neoverse V3 cores, a 12‑channel DDR5 memory interface, built on TSMC’s 3 nm process, and a set of on‑SoC accelerators and per‑core power controls...

Azure’s Cobalt 200 lands as a bold second act in Microsoft’s silicon playbook, promising a denser Arm-based server SoC with 132 Neoverse-V3 cores, per‑core DVFS, and a move to TSMC’s 3 nm process — all aimed at cutting cost-per-workload and energy use across Azure’s fleets while sharpening the...

Microsoft’s Surface lineup has consistently served as a bellwether for the evolution of Windows PCs, steadily bridging cutting-edge hardware with the company’s ambitions for seamless, always-connected computing. The latest surface (and perhaps tectonic) shift appears on the horizon: rumors are...