Nvidia’s Python package allows direct access to all CUDA functions. Third-party libraries should thus be dispensable in many cases. Together with CUDA 13.3, Nvidia released CUDA Python 1.0 as a direct ...

CUDA 13.4 introduces Windows on Arm support, Rubin GPU preview, advanced GPU management, and expanded Pythonic APIs, bolstering NVIDIA's AI and ...

CUDA 13.4.1 replaces the July developer preview and adds Windows Arm64 support for NVIDIA RTX Spark. Developers also get early access to the Rubin SM_107 target.

NVIDIA has released CUDA Toolkit 13.4, introducing native CUDA development support for Windows on Arm64. This is the first time CUDA has officially extended native Arm development from Linux to ...

Nvidia has released a new mathematical Python library specialized for Cuda-X. It offers direct, Python-like access to the mathematical core operations of Cuda-X without having to use additional C/C++ ...

NVIDIA is fully deploying "CUDA Rust," which allows GPU kernels themselves to be written in Rust. On September 16, they also released a case study where GPU kernels written in Python/Triton were ...

NVIDIA introduces CUDA Rust with SIMT and Tile tracks, enabling native GPU programming in Rust. Early-stage but pivotal for Rust ecosystem growth.

Dylan Turck is a PC hardware, software, and gaming reporter who loves writing how-to guides and in-depth features on the latest tech products. When he's not shocking himself by pulling electronics ...

In September 2026, a quiet yet definitive tectonic shift occurred in the world of GPU programming. NVIDIA announced a groundbreaking toolchain that allows GPU kernels to be written directly in Rust ...