NVIDIA introduced CUDA Rust, two new approaches that let developers write GPU kernels directly in Rust and compile them to PTX, the intermediate representation used by NVIDIA GPUs. The two tracks are …
Nvidia released CUDA Rust on September 8, two open-source projects that compile Rust directly to PTX for GPU kernels rather than wrapping CUDA C++. The cuda-oxide track uses Rust's borrow checker to c…
NVIDIA shipped Rust support for GPU kernel programming at RustConf 2026 on September 8, introducing two tracks: cutile-rs for tile-based ML workloads and cuda-oxide for low-level SIMT-model kernels. c…
NVIDIA announced CUDA Rust, a two-track initiative to make Rust a first-class language for writing GPU kernels, with NVlabs open-source projects cuda-oxide for the SIMT model and cutile-rs for the Til…
NVIDIA announced CUDA Rust, a native GPU programming toolchain for Rust, with two tracks: SIMT (cuda-oxide) and Tile, to mature through 2027. The SIMT track, cuda-oxide, is a custom rustc codegen back…
A new study comparing CUDA C++, Rust via NVIDIA's cuda-oxide, and Triton on a hash-blocked TSDF fusion kernel found that Triton is more than an order of magnitude slower than hand-written CUDA C++ on …
The cuda-oxide project introduces proof-carrying views that eliminate bounds-check overhead in CUDA kernels written in Rust, boosting GEMM performance from 2,942 to 7,159 GFLOPS (2.43x) with only ~0.1…
A developer built a matrix-multiply kernel in pure Rust, called cuda-oxide, that achieves 58% of NVIDIA's hand-tuned library performance on a Blackwell GPU. The kernel, gemm_sol_clc_multicast_4_stage_…