BLOG ESPECIALIZADO NO MUNDO LINUX. Blog de Linux com vídeo aulas, notícias do mundo Linux e do Software Livre.
Microsoft has just released the fourth iteration of its DXGKRNL Linux kernel patches, introducing compute-only adapter support for AI/ML acceleration within WSL2. This in-depth analysis covers the technical evolution, upstreaming challenges, and the strategic significance of this development for enterprise Linux-Windows interoperability.
Microsoft has released Azure Linux 3.0.20260304, its monthly update featuring OpenSSL FIPS integration, eBPF enhancements, and the Linux 6.12 LTS kernel. Discover how this update fortifies cloud security, optimizes performance for AKS, and ensures compliance for enterprise workloads on Azure.
Discover how Microsoft's new integrated scheduler patch for the Linux kernel revolutionizes Hyper-V vCPU management. We analyze the technical deep-dive into L1VH partitions, core vs. integrated scheduling, and what this means for performance optimization in virtualized enterprise environments. Read the full analysis.
Explore Microsoft's groundbreaking Hyper-V integrated scheduler patch for Linux, enabling L1VH partitions to manage vCPU scheduling for optimized virtualization performance, enhanced affinity control, and predictable workload behavior in hybrid cloud environments.
Explore the technical breakdown of Azure Linux 3.0.20251206. Discover its kernel enhancements like DM-CACHE, AArch64 optimizations, and critical security patches. Learn how this enterprise-grade Linux distribution from Microsoft boosts cloud performance and security for containerized workloads and high-density computing.
Explore the technical integration of Microsoft's open-source RAMDAX driver into the Linux 6.19 kernel, enabling dynamic RAM carving for NVDIMM persistent memory. This guide covers its impact on virtualization, development workflows, and the future of high-performance computing, optimized for developers and sysadmins. Learn more about FSDAX/DEVDAX interfaces and kernel-level innovation.
Linux kernel patches now support Microsoft's ACPI _DSM interface for advanced fan control, fixing stale fan speed readings on HP EliteBook and other OEM systems. Explore the technical details and implications for Linux hardware compatibility.
Microsoft’s latest Azure Linux 3.0.20250702 update brings critical security patches, ARM64 support, and new image customizations. Discover CVE fixes, performance upgrades, and download links in our in-depth analysis.
Microsoft’s latest Azure Linux 3.0.20250521 update delivers critical security patches, NVIDIA Grace-Blackwell optimizations, and updated CUDA support—ideal for enterprise cloud infrastructure and AI workloads. Discover key features & downloads.
Microsoft merges a 61,925-line Mesa 3D patch, introducing a Direct3D 12 Gallium3D front-end for enhanced WSL & media processing. Discover how this boosts GPU acceleration for developers & enterprises.
Microsoft’s Build 2025 unveils major open-source releases: Edit (a Rust-based CLI text editor), GitHub Copilot for VS Code, and Windows Subsystem for Linux (WSL). Discover how these tools enhance developer workflows and what this means for Windows-Linux integration.
Microsoft now officially supports Fedora Linux on WSL, enabling seamless Linux-Windows integration for developers. Learn how to install Fedora 42 on WSL2, its enterprise benefits, and future GUI/GPU enhancements for high-performance workflows.
A distribuição Linux da Microsoft, Azure Linux (antigamente CBL-Mariner), recebeu uma nova atualização.
O Azure Linux - anteriormente conhecido como CBL-Mariner - é a distribuição Linux interna usada para uma variedade de propósitos, desde o Azure até o WSL e o Windows IoT.
Na conferência BUILD da Microsoft, foram anunciadas várias atualizações significativas para o Windows Subsystem for Linux (WSL).
HLSL 202x é o nome provisório da próxima geração da High-Level Shader Language, a linguagem de sombreamento usada pelo Direct3D, similar ao GLSL do OpenGL.
Engenheiros da Microsoft fizeram uma contribuição significativa para a coleção de compiladores GNU (GCC), adicionando suporte para Windows em ARM64 com o novo alvo “aarch64-w64-mingw32”.
