cuda-oxide

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_…