⏩ SIMD - hello · Scour

The Parallel Lanes Nobody Uses 🛣️Highway

dev.to·2d·DEV·

Accelerate CPU-based AI inference workloads using Intel AMX on Amazon EC2 🔢Intel AMX

aws.amazon.com·3d·

Supercharging Redpanda Streaming with profile-guided optimization 🚀Performance

redpanda.com·23h·

Intel Binary Optimization Tool Changes Code Execution with Heavy Vectorization 📊Profiling Tools

techpowerup.com·2d·

Show HN: PyNear – exact and approximate KNN, faster than Faiss 🎯Qdrant

news.ycombinator.com·4d·Hacker News·

CppCon 25 Matrix Multiplication Deep Dive || Cache Blocking, SIMD & Parallelization -- Aliaksei Sala 🔀SIMD Programming

isocpp.org·2d·

Metal Quantized Attention: pulling M5 Max ahead with Int8 matrix multiplication ⚡Hardware Acceleration

releases.drawthings.ai·1d·Hacker News·

APL Performance 🔀SIMD Programming

aplwiki.com·3d·Hacker News·

abdimoallim/psimd: A portable, header-only SIMD library for C (SSE2, SSE4.1, AVX/AVX2+FMA, NEON/AArch64, WebAssembly SIMD128, scalar fallback) 🔢AVX-512

github.com·1d·r/C_Programming·

MXFP8 GEMM: Up to 99% of cuBLAS Performance Using CUDA and PTX 🧩mimalloc

danielvegamyhre.github.io·4d·Hacker News·

TX-Digital Twin: Visualizing Supercomputer GPU Performance Data Stream 📈TAU

arxiv.org·2d·

'Performance without compromise': AMD debuts first dual 3D V-Cache Ryzen CPU in potential showdown against Threadripper and EPYC siblings ⚡Hardware Acceleration

techradar.com

·2d·

Simdxml for Python: a faster ElementTree you don't have to rewrite for 🎨ART Trees

cigrainger.com·6d·Hacker News·

Geekbench investigates up to 30% jump with Intel's iBOT — performance gain attributed to newly-vectorized instructions ⚙️CPU Microarchitecture

tomshardware.com

·2d·

Iteratively optimizing an SPSC queue ⭕Ring Buffers

blog.c21-mac.com·4d·r/cpp·

Building a Free AI Image Generator on 7 GPUs: Architecture Deep Dive 🎮WebGPU

dev.to·11h·DEV·

Why I’m Building a Database Engine in C# 🔨Incremental Compilation

nockawa.github.io·5d·Hacker News·

CPUBone: Efficient Vision Backbone Design for Devices with Low Parallelization Capabilities 🎯Intel IPP

arxiv.org·3d·

Performance & Recursion 🌳Instruction Selection

dev.to·4d·DEV·

GCC vs Clang: Same Instructions, Different Performance (AGU Insight) 🔗GCC Link-Time Optimization

dev.to·6d·DEV·

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