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Nvidia says its GPUs contain 10 to 40 RISC‑V cores, totaling over a billion in 2024

Nvidia reports that every GPU includes a set of 10 to 40 small RISC‑V management processors, which it estimates adds up to more than a billion cores shipped in 2024. These cores are not part of the shader array; they handle tasks such as driver functions, power management, security, and video encoding/decoding. The company says the older 32‑bit Falcon microcontrollers were replaced because they…

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Key points

  • Nvidia estimates each GPU houses 10‑40 RISC‑V management cores, leading to over a billion shipped in 2024.
  • The RISC‑V cores replace the older 32‑bit Falcon microcontrollers and handle driver, power, security, and video functions.
  • Nvidia’s GPU System Processor runs four RV64 cores with cryptographic signatures, limiting open‑source driver control.

Three in‑order RV32I‑MU cores (NV‑RISCV32), out‑of‑order RV64I‑MSU cores (NV‑RISCV64) and a vector‑unit RV32 core (NV‑RVV) are built by Nvidia and wrapped in a subsystem called “Peregrine”. The GPU System Processor (GSP) runs four RV64 cores with cryptographic signatures, preventing unsigned firmware from booting. This design improves latency and enables secure partitioning of a single GPU for virtual machines, but it also limits the openness of Nvidia’s driver stack for Linux users.

Full story from xda-developers.com · by Adam Conway · via Hacker NewsOpen source ↗

Every Nvidia GPU has 10 to 30 RISC-V cores inside it

xda-developers.com · 16 September 2026

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This text was published by xda-developers.com and written by Adam Conway. It is reproduced here with attribution so you can read it in full; the rights remain with the publisher. Read it at the source ↗

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