VectorWare (@vectorware) / X

We are excited to announce that we can successfully use Rust's portable SIMD on the GPU. This has never been done before. vectorware.com/blog/simd-on-g… Supporting Rust's `core::simd` enables existing Rust code to work on the GPU and makes GPU programming more ergonomic.

vectorware.com

Rust SIMD on the GPU

GPU code can now use Rust's portable SIMD. We share the implementation approach and what this unlocks for GPU programming.

We are excited to announce that we can successfully use Rust's std::thread on the GPU. This has never been done before. vectorware.com/blog/threads-o… Supporting Rust's std::thread enables existing Rust code to work on the GPU and makes GPU programming more ergonomic.

vectorware.com

Rust threads on the GPU

GPU code can now use Rust's threads. We share the implementation approach and what this unlocks for GPU programming.

We are excited to announce that we can successfully use Rust's async/await on the GPU. This has never been done before. vectorware.com/blog/async-awa… Supporting Rust's async/await (and futures) enables existing Rust code to work on the GPU and makes GPU programming more ergonomic.

vectorware.com

Async/await on the GPU

GPU code can now use Rust's async/await. We share the reasons why and what this unlocks for GPU programming.

We are excited to announce that we can successfully use Rust's standard library from the GPU. This has never been done before. vectorware.com/blog/rust-std-… Supporting Rust's standard library enables existing Rust code to work on the GPU and makes GPU programming feel normal.

vectorware.com

Rust's standard library on the GPU

GPU code can now use Rust's standard library. We share the implementation approach and what this unlocks for GPU programming.

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