While there have been a number of Intel Linux engineers laid off over roughly the past year, other Linux kernel engineers opting to pursue employment opportunities elsewhere amid the ongoing challenges and restructuring at the company, and shifts in their open-source strategy, there's some good news as we work toward the 2025 holidays. Intel is currently hiring for two more experienced Linux kernel software engineers...
KDE developers have been busy ending out the month of November with a number of new features and fixes queued up for next year's Plasma 6.6 desktop release...
Niri 25.11 is now available as the latest feature release for this Rust-written, scrollable-tiling Wayland compositor...
Wine 10.20 is out as the newest bi-weekly development release of this open-source software enabling Windows applications and games to run on Linux. This is also with Wine 11.0 stable quickly approaching...
As some additional enticing Linux kernel patches posted this week for review, an updated patch series is working to optimize code generation during context switching...
This Black Friday is an in-depth look at the current performance of the open-source NVIDIA Linux driver stack with the Nouveau kernel driver (the Nova driver not yet being ready for end-users) paired with the latest Mesa NVK driver for open-source Vulkan API support. With that NVK Vulkan driver is also looking at the OpenGL performance using the Zink OpenGL-on-Vulkan driver used now for OpenGL on modern NVIDIA GPUs rather than maintaining the Nouveau Gallium3D driver. Plus the Rusticl driver for OpenCL compute atop the NVK driver. This fully open-source and latest NVIDIA Linux driver support was compared to NVIDIA's official 580 series Linux driver. Both RTX 40 Ada and RTX 50 Blackwell graphics cards were tested for this thorough GPU driver comparison.
In addition to the proposed Hierarchical Queued NUMA-aware spinlocks for better performance, another interesting performance-enhancing patch series posted in the past 24 hours for the Linux kernel is for improving the performance of single-threaded tasks running on high core count CPU desktops / workstations / servers...
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