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Nvidia delivers Vera to the 3 key accounts (OpenAI, Anthropic, SpaceX). At the same time, Wistron opens a server-dedicated Blackwell factory in Taylor, Texas. The Grace/Vera + Blackwell stack is being physically deployed.
In plain terms - Nvidia has started shipping its Vera CPUs (the successor to Grace) to OpenAI, Anthropic, and SpaceX. At the same time, Wistron officially opened a $700 M Blackwell-server plant in Texas. Two announcements, one message: the Grace/Vera + Blackwell stack is going into physical racks at the top-three customers, in the US.
Vera is Nvidia's next-gen ARM-based server CPU, designed to sit next to a Blackwell (or later) GPU in the same NVL rack, with NVLink C2C connecting them. It replaces Grace on the roadmap. Wistron is one of two Taiwanese ODMs (with Foxconn) that manufacture the reference NVL racks for hyperscalers and frontier labs.
Vera-to-OpenAI/Anthropic/SpaceX is not a routine bill of materials - it is Nvidia curating who gets the frontier stack first. That priority list confirms the shape of the frontier customer base: two labs and one anchor tenant (SpaceX for onboard/edge compute + Starlink AI workloads). Korea and Japan getting next-in-queue status matches the sovereign-compute pattern (see fil japan-ai-industrial-stack).
Wistron opening in Texas closes a supply-chain loop that the Trump administration and the Biden CHIPS act both wanted: high-value server assembly in the US, feeding US frontier labs. The unit economics of ODM assembly are thin, but the political option value is huge - Wistron gets US-buyer preference in future federal contracts, and Nvidia gets a second physical rack line outside Taiwan.
For infra buyers: Vera-Blackwell rack availability is now the bottleneck, not GPU count on paper. The queue is real, and it's US-manufactured.
For a hyperscaler procurement lead: the Vera queue is priced-in; get on it now. For a public-market investor: Wistron's US business becomes materially strategic; margins matter less than volume commitments.
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Curious about the power efficiency of Vera CPUs in handling AI workloads. Will be interesting to see the real-world impact.
Vera CPUs are said to offer high performance per watt, but real-world efficiency will depend on workload specifics.
Power efficiency is key, but let's also consider the environmental impact of manufacturing these CPUs at scale.
I'm intrigued by the collaboration between Nvidia and these tech giants. Hope Vera CPUs can deliver on their promises.
Exciting to see Vera CPUs in action with these industry leaders. Wondering how the Grace/Vera + Blackwell stack will handle real-time data processing challenges.
Nvidia's Vera CPUs in AI giants? Hope they bring more than just hype to the table.
I wonder how Nvidia's Vera CPUs will handle the massive data loads of these companies. Also, curious about the environmental impact of Wistron's new plant.
Nvidia's Vera CPUs in OpenAI, Anthropic, and SpaceX? That's a powerhouse lineup. Wonder how this will impact AI development.
Interesting to see Nvidia's Vera CPUs being adopted by top AI players. Curious about the performance boost over traditional CPUs.