📋 Zero-Copy - hello · Scour

Copy Fail is 732 bytes. Your foothold problem is the bigger one. 🔓Binary Exploitation

tarpit.pro·1d·DEV

New CPU Memory Module 🌊Memory Bandwidth

semiengineering.com·3d

Part 4: Parallelization and Production Features 📊Extrae

dev.to·18h·DEV

stdio (3) Linux Manual Page 🐧Linux

systutorials.com·15h

CacheFlow: Efficient LLM Serving with 3D-Parallel KV Cache Restoration 🔁Cache Coherence

The only 4 BIOS settings that actually matter for everyday performance (and how to find them) 🌊Memory Bandwidth

makeuseof.com·3d

Restartable sequences, TCMalloc, and Hyrum's Law 🧠Memory Models

·18h

My GPU Was Starving: How I Broke the I/O Wall for 3.7x Faster Training 🌊Memory Bandwidth

pub.towardsai.net

·2d

atomic_queue benchmarks SMT vs no-SMT performance 🧵Core Scheduling

max0x7ba.github.io·2d·r/cpp, r/linux

cychronex-labs/Exlex: Zero-copy, Performance-first,no_std, DOD-based, Arena based Mutation Parser 🎯Lance

github.com·5d·r/rust_gamedev

ASUS AEMP Can Now Optimize Mixed DDR5 Memory Kits Without XMP 🌊Memory Bandwidth

hothardware.com·2d

424: File List Optimization 🎯Lance

blog.codepen.io·1d

Python and C killer seekers rejoice 🦎Leptos

news.ycombinator.com·4d·Hacker News

Can a Chip That Loves Zeros Make Huge AI Models More Efficient? 🚀Intel ISPC

spectrum.ieee.org

·2d·Hacker News, r/hardware

Your AM5 board has a hidden BIOS setting for even better DDR5 performance, and no, it's not EXPO 🔄Hardware Transactional Memory

xda-developers.com·4d

Closing the Reality Gap: A New Architecture for 1.8-Tb/s Chiplet Governance 🧩Cache Partitioning

semiwiki.com·4d

Linux 7.1 arrives with a massive NTFS speed boost and the end of an era for i486 🐧Linux

Async Runtime Internals: How tokio Schedules Your Futures ⚡Tokio

dev.to·19h·DEV

Decomposing Multiplication: A Vertical Packing Approach for Faster TFHE 🔢Homomorphic Encryption

eprint.iacr.org·6d

Blacklist ntfs3 and use ntfs-3g for slower but stable experience 💽NVMe

dedoimedo.com·6d

Log in to enable infinite scrolling