
Go 1.27 simd package brings portable, emulated SIMD
Go 1.27's experimental simd package runs one vector code path on AVX-512, NEON, wasm and RISC-V, and emulates it where hardware SIMD is missing.
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Go 1.27's experimental simd package runs one vector code path on AVX-512, NEON, wasm and RISC-V, and emulates it where hardware SIMD is missing.

Fearless SIMD 1.0, released September 21, gives Rust safe SIMD from SSE2 to AVX-512, NEON and WebAssembly, with a stable API and 3 years of security fixes.
Explore how to benchmark platform-independent SIMD in Go, analyzing performance trade-offs, vectorization techniques, and CPU architecture bottlenecks.

Transaction V1 activates on Solana mainnet at the next epoch boundary on 10 September 2026. The new...
What if we need traditional object-oriented API and extra high performance for field-wise operations...
Introduction In the world of modern computing, Single Instruction, Multiple Data (SIMD)...
Introduction After six years of dedicated development, Thermite SIMD has emerged as a...

Originally published at norvik.tech Introduction Explore the significance of SIMD in...

A from-scratch CPU inference engine implementing cache-tiled GEMM, AVX2 SIMD, and INT8 quantization — the same low-level tricks behind ggml and llama.cpp.
TL;DR: RISC-V’s Vector Extension (RVV) brings length-agnostic SIMD to the open ISA. Unlike x86’s...

When Go 1.26 released - they released something interesting under the experimental tag. SIMD: Single...

Hi there, i'm Gideon. Roughly 1.5 years of writing C++ from the ground up — ray tracers, video...