Microsoft Maia in 2026: Chips, Specs, Pricing and Verdict

A hyperscale data hall seen from a walkway, one aisle lit warm

Microsoft Maia analysed for buyers: Maia 200 (TSMC 3 nm), announced January 2026, how it scales, what software it runs, where to get it and who it fits. Verified 2026-10-31.

Maia 200 is Microsoft's second-generation inference chip: 3 nm, about 10 FP4 petaflops at 750 W, 216 GB of HBM3e and 272 MB of SRAM. Microsoft says it delivers three times the FP4 performance of Trainium3 and Ironwood. It runs in Azure's US Central region and serves Microsoft's and OpenAI's models rather than customer workloads.

Key Takeaways

  • What it is — Hyperscaler custom silicon. Inference ASIC with large on-chip SRAM, scaled over standard Ethernet.
  • Best for — Nobody buys Maia directly. It matters because it lowers the cost of the Azure models you already pay for.
  • Watch out — Microsoft's comparison with Trainium3 and Ironwood is its own claim, on FP4, without independent benchmarks.

At a glance

CompanyMicrosoft
Current chipsMaia 200 (TSMC 3 nm), announced January 2026
ArchitectureInference ASIC with large on-chip SRAM, scaled over standard Ethernet
Memory216 GB HBM3e plus 272 MB on-chip SRAM per chip
Scale-upFour accelerators per tray, 2.8 Tb/s bidirectional scale-up bandwidth per chip over Ethernet
SoftwareInternal Azure stack serving Microsoft and OpenAI models
Where to get itNot rented directly; you reach it through Azure AI services and Copilot that run on it
PricingNo per-chip price; Microsoft claims 30% better performance per dollar than its prior hardware

What changed in 2026

  • Jan 2026. Microsoft unveils Maia 200, deployed first in US Central near Des Moines, with US West 3 to follow.

Scores

Scored 1 to 5 on the same five axes as every vendor in the AI chip companies analysis.

PerformanceScale-upSoftwareAccess2026 momentumTotal / 25
43213 13

Verdict

Not a procurement option, but a signal: Azure inference pricing now has a custom-silicon floor under it, as Google's and AWS's do.

Alternatives

In the same lane (hyperscaler custom silicon):

  • Google TPU: large, steady training runs and high-volume serving of standard transformer models, by teams already on Google Cloud.
  • AWS Trainium: teams already committed to AWS that want a cheaper path for large PyTorch training and inference.

In other lanes:

Head-to-head comparisons

New to custom AI silicon? Our partner site CTAIO explains how TPUs, pods and GPU clusters differ in TPU vs GPU.

Frequently asked questions

What is Microsoft Maia?

Maia 200 is Microsoft's second-generation inference chip: 3 nm, about 10 FP4 petaflops at 750 W, 216 GB of HBM3e and 272 MB of SRAM. Microsoft says it delivers three times the FP4 performance of Trainium3 and Ironwood. It runs in Azure's US Central region and serves Microsoft's and OpenAI's models rather than customer workloads.

How do you get access to Microsoft Maia?

Not rented directly; you reach it through Azure AI services and Copilot that run on it. Pricing: No per-chip price; Microsoft claims 30% better performance per dollar than its prior hardware.

What software does Microsoft Maia run?

Internal Azure stack serving Microsoft and OpenAI models.

Is Microsoft Maia a good alternative to Nvidia?

Not a procurement option, but a signal: Azure inference pricing now has a custom-silicon floor under it, as Google's and AWS's do. It fits best for: nobody buys Maia directly. It matters because it lowers the cost of the Azure models you already pay for. The main caveat: microsoft's comparison with Trainium3 and Ironwood is its own claim, on FP4, without independent benchmarks.

Sources

Facts verified 2026-10-31. Vendor performance figures are as stated by the vendor.

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