rack scale computing

Microsoft’s new Fairwater site in Atlanta joins a Wisconsin campus to form what Microsoft describes as a planet‑scale “AI superfactory,” a purpose‑built, rack‑first Azure architecture that stitches hundreds of thousands of NVIDIA Blackwell GPUs into a single, continent‑spanning compute fabric...

Microsoft has flipped the switch on a second Fairwater-class Azure AI datacenter in Atlanta, Georgia, and announced that it is now linked with the original Fairwater campus in Wisconsin to form what the company calls the world’s first “planet‑scale AI superfactory.” This is not merely another...

Microsoft’s newest Fairwater AI superfactory in Atlanta marks a decisive escalation in how hyperscalers build and operate infrastructure for frontier AI: purpose-built, ultra-dense GPU racks, a dedicated AI optical backbone that stitches multiple sites into a unified compute plane, and a strong...

Microsoft has quietly moved from single-site, ultra-dense GPU farms to a deliberately networked approach — connecting purpose-built datacenters into what it calls an AI superfactory capable of training and deploying frontier models across states, with Atlanta now operating as the second...

Microsoft Azure has pushed the limits of cloud inference performance: Microsoft reports an aggregated throughput of 1.1 million tokens per second from a single NVL72 rack running the new ND GB300 v6 virtual machines built on NVIDIA’s GB300 (Blackwell Ultra) hardware, a milestone that resets the...

Microsoft’s Azure cloud has brought a new level of scale to public‑cloud AI infrastructure by deploying a production cluster built on NVIDIA’s latest GB300 “Blackwell Ultra” NVL72 rack systems and exposing that capacity as the ND GB300 v6 virtual machine family for reasoning, agentic, and...

Microsoft Azure’s new NDv6 GB300 VM series has brought the industry’s first production-scale cluster of NVIDIA GB300 NVL72 systems online for OpenAI, stitching together more than 4,600 NVIDIA Blackwell Ultra GPUs with NVIDIA Quantum‑X800 InfiniBand to create a single, supercomputer‑scale...