BLOG ESPECIALIZADO NO MUNDO LINUX. Blog de Linux com vídeo aulas, notícias do mundo Linux e do Software Livre.
Linux Kernel 7.0 is set to revolutionize system performance with a major optimization to the close_range() syscall. This deep dive explores how the new patch shifts complexity from O(Range Size) to O(Active FDs), leveraging find_next_bit() to deliver a significant speed boost for sparse file descriptor tables. Learn how this impacts high-performance computing and server efficiency.
An in-depth technical analysis of the critical Linux kernel boot regression caused by the 6.19.1 update. We examine the flawed device_lock backport, the emergency 6.19.2 hotfix, Greg Kroah-Hartman's official response, and the cascading impact on LTS kernels like 6.6.x. Essential reading for sysadmins and DevOps engineers managing production stability.
Discover the groundbreaking performance optimizations coming to the F2FS in Linux 7.0, from Large Folio support for accelerated read speeds to a 93% reduction in checkpoint latency. This deep dive analyzes the patch notes, architectural improvements like packed_ssa, and the real-world implications for enterprise storage and embedded systems.
How the Linux 7.0 kernel is replacing Sparse with LLVM Clang 22’s compiler-driven context analysis to eliminate false positives, enforce zero-warning policies, and revolutionize kernel locking security. A deep dive into the future of static analysis, Rust integration, and maintainability.
Linus Torvalds confirms Linux 7.0 as the successor to 6.19, with the merge window now open. Explore the high-impact features, Ubuntu 26.04 LTS integration, and what this major version shift means for enterprise infrastructure, embedded systems, and cloud computing. Last updated: October 2023.
BM engineer Viacheslav Dubeyko's RFC introduces a native Machine Learning Library (ML_LIB) for the Linux kernel, enabling AI-driven performance optimization. Explore the technical challenges, user-kernel space proxy architecture, and industry implications of embedding ML models directly into kernel subsystems for next-gen computing. This pivotal development bridges AI research and core OS functionality, sparking critical debate on the LKML.
Linux 7.0 aims to replace traditional per-CPU partial slab caches with the new "sheaves" caching layer, potentially boosting kernel memory management performance. Learn about the technical implementation, benefits for PREEMPT_RT, and the roadmap from SUSE's SLAB maintainer Vlastimil Babka.
Explore Tencent's groundbreaking Linux kernel patches delivering 30% swap metadata memory savings, up to 2.4% faster performance, and scalable enhancements for enterprise server optimization and high-performance computing. Learn about cutting-edge systems programming innovations.
Explore the new SPDX SBOM generation tool for the Linux kernel, enabling automated Software Bill of Materials creation for license compliance, vulnerability management, and securing the software supply chain. Learn how it generates SPDX 3.0.1 documents.
The latest Linux kernel DRM updates bring major GPU advancements, including TI AM62P SoC support with Imagination PowerVR BXS-4 graphics. This analysis covers the DRM-Next merge, Intel NPU6, AMD XDNA, and what it means for open-source graphics performance, upstream development, and embedded systems engineering.
A comprehensive analysis of the 2026 Linux kernel AES library optimization patches by Google engineer Eric Biggers. Learn how these 36 updates deliver >10x performance gains, constant-time execution, and reduced memory use for enhanced cryptographic security in enterprise and cloud environments. Explore the technical details and implications for system administrators and developers.
Explore the Linux 6.19 kernel's new uio_pci_generic_sva driver enabling Shared Virtual Addressing (SVA) for zero-copy DMA. Discover its impact on high-performance computing, edge devices, and PCIe hardware development. Authoritative guide on char/misc updates including Qualcomm & Analog Devices drivers.
Discover how Linux 6.19's groundbreaking DMA-BUF support for VFIO PCI, led by NVIDIA, revolutionizes PCIe peer-to-peer (P2P) DMA. This deep dive covers virtualization, GPU passthrough, and high-performance computing (HPC) use cases for data centers, boosting RDMA and NVMe-oF performance. Learn about the kernel development impact on enterprise hardware.
A last-minute kernel crash on an AMD Phenom II system, triggered by an ACPI idle driver optimization, forced an urgent revert just before the Linux 6.18 stable release. Explore the technical details of the null pointer dereference, the reverted commit, and what this means for Linux kernel development and system stability.
Google engineer Eric Biggers boosts Linux kernel crypto performance with new POLYVAL patches. Learn how HCTR2 sees up to a 53% throughput increase & what this means for filesystem encryption & data security. A deep dive into Linux kernel optimization.
Discover how developer Joel Severin successfully ported the Linux kernel to WebAssembly (WASM), enabling it to run in a web browser. Explore the technical challenges, future potential of WebAssembly systems, and try the live demo. A breakthrough in cloud computing and web application development.
