Microsoft looks to reboot the AI PC with Nvidia

Axios
Original Story by Axios
October 7, 2026
Microsoft looks to reboot the AI PC with Nvidia

Microsoft unveiled Nvidia-powered Windows laptops, led by the Surface Ultra, aiming to anchor AI workloads on-device rather than in the cloud. The high-end device, driven by Nvidia’s RTX Spark, marks a push to create a premium PC category for local AI, with availability slated for Oct. 16 and a starting price of $2,599. The event highlighted a broader strategy: hybrid intelligence that blends cloud frontier models with capable local models, enhanced by a Windows Copilot that can operate offline. Microsoft also announced Meta Muse coming to Windows, and detailed security measures that keep agent actions within preset limits. The effort follows a prior Copilot+ PC rollout that faced delays and signals a renewed focus on on-device AI alongside cloud services.

Dive Deeper:

  • The launch event took place in San Francisco with Microsoft CEO Satya Nadella, Nvidia CEO Jensen Huang, and former White House AI official Sriram Krishnan in attendance to introduce the new class of Nvidia-powered Windows laptops.

  • Surface Ultra is the flagship model powered by Nvidia's RTX Spark chip and carries a starting price of $2,599, with its availability scheduled for October 16.

  • Microsoft indicated that other OEMs, including Asus, Dell, HP, and Lenovo, would also release Nvidia-powered devices in addition to the Surface Ultra.

  • On the software side, Microsoft unveiled a Copilot variant capable of running with local models alongside cloud-based ones, signaling a hybrid approach to AI workloads.

  • Meta announced Muse, its personal agent, will be brought to Windows, expanding AI-assisted capabilities across the platform.

  • The push follows an earlier Copilot+ PC initiative that encountered a rocky start due to the delay of its signature feature Recall, signaling a renewed emphasis on on-device AI.

  • Microsoft stressed security by showing how Windows enforces separation between automated agent actions and human actions, keeping them within preset boundaries while pursuing high-intensity AI workloads.

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