LZ4 1.11 brings multi-threaded compression support to the liblz4 library itself, not just the command-line tool. A new configurable field lets applications control the number of worker threads when using liblz4, improving performance on multi-core CPUs. The project's own testing on an AMD EPYC server showed promising results. The lz4 command line tool also gains a '--memory' option to cap multi-threaded compression within a memory budget, alongside other general performance improvements over LZ4 1.10.
Source: https://www.phoronix.com/news/LZ4-1.11-Released. 8 Sync News only summarizes and links out; content copyright belongs to the authors and original sources.
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Try itA leaked Raspberry Pi DeviceTree file reveals hardware details of the Pi Zero 3W, including a BCM2711 chip, PCIe support, a power button, an extra LED, and an eMMC option. This serves as the entry point for an intro to DeviceTree, the format that tells Linux kernels what CPU, drivers, and interfaces a board has. DeviceTree source files (.dts, .dtsi) compile into binary .dtb/.dtbo files the kernel reads, and the device-tree-compiler package handles both compiling and decompiling. The guide covers includes, base files, and overlays, recommends learning from Raspberry Pi's overlay directory and repos like Radxa and Armbian, and warns that LLMs sometimes hallucinate overlay properties.
sbom-cve-check 1.4.0 has been released, adding an OpenVEX exporter and improving Linux kernel CVE analysis and version parsing. The new openvex export type, contributed by Andrey Zhizhikin, generates OpenVEX v0.2.0 documents with VEX assessments, configurable via a new --export-author option. Kernel CVE handling now distinguishes mainline versions like 6.12 from stable versions like 6.12.34 to reduce false positives and negatives. Version parsing also gained support for formats like 0.9~rc5 and Ubuntu-style suffixes, and build metadata like 1.25.0+4f85853f64 is now ignored per semver rules. Install or upgrade with pip install --upgrade "sbom-cve-check[extra]".
In the previous article , we made Go code faster by changing how it computes. SIMD lets one CPU instruction work on several values at once, and the simd/archsimd and simd packages give Go access to it. Our dot product ran about 9 times faster, but the code got a lot harder to read. At the end, I promised another route to speed, one where you don’t rewrite anything. That route is Profile-Guided Optimization (PGO). You record a CPU profile of where your program spends its time and give it back to the compiler, so it can work harder on the code that is actually hot. Your source stays exactly as it was. We briefly saw it in the IR post , and today we’re going deep into it.
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Hosting providers, platforms, and phone makers should adopt AVIF and AV2 more widely, the author argues. Hetzner raised prices multiple times in 2026 citing rising hardware costs, partly driven by AI demand. AVIF generally compresses better than WebP at comparable quality, and the author has switched to AVIF everywhere it's supported, falling back to WebP otherwise. YouTube is preparing to move from AV1 to AV2 as early as 2027. The author also wants better native support for Apple's HEIC format alongside AVIF, and suggests users encode AVIF locally before uploading to ease server load.
Vercel Sandbox snapshots now use an optimized indexing format, cutting median creation time from 4.4s to under 0.4s.
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