During the month of January on Phoronix were 292 original Linux/open-source related news articles and another 13 featured-length Linux hardware reviews and other multi-page benchmark specials. Here's a look back at the most exciting Linux/open-source news and content over the past month...
The RISC-V CPU architecture feature updates have now been submitted and merged for the nearly-over Linux 6.14 merge window...
KDE developer Nate Graham is out with his traditional weekly recap of all the interesting KDE Plasma changes for the past week. With less than two weeks until the Plasma 6.3 stable release, Nate Graham began his weekly update by remarking that the Plasma 6.3 desktop is "looking pretty good!"..
While Wine 10.0 recently debuted with the initial Wine Wayland driver, that native Wayland support is still in early form with various limitations and yet-to-be-implemented features... One of the newly-opened merge requests for filling in another gap is clipboard support for the Wine Wayland driver...
Red Hat engineers have been working on Nova as an open-source driver successor to the Nouveau driver for upstream NVIDIA GPU support within the Linux kernel that can be used with the Mesa OpenGL/Vulkan drivers. Unlike the prior larger RFC patch series, sent out to the Linux kernel mailing list today were some small patches for introducing "NOVA-Core" that would serve as the initial base for this modern NVIDIA Linux kernel DRM driver. Over time and succeeding kernel releases, the NOVA code would be built up until ultimately becoming a usable state for end-users...
While we are approaching the end of the Linux 6.14 merge window with Linux 6.14-rc1 expected on Sunday, the fun isn't over quite yet... Among other last minute pull requests today were a set of patches to work on better optimizing the TLB flushing scalability for modern Intel and AMD x86_64 processors...
As another last minute change for GNOME 48 ahead of its feature freeze this weekend, the default font of the GNOME desktop has changed...
Back in October following the launch of the EPYC 9005 "Turin" processors I ran an AVX-512 performance comparison for the EPYC 9755 with 512-bit data path vs. 256-bit data path vs. AVX-512 disabled. That was interesting for showing the benefits of Zen 5's full 512-bit data path support compared to the "double pumped" approach with Zen 4 or optionally used via a BIOS option on Zen 5. AVX-512 continues to prove to be very performant and power efficient with AMD Zen 5 processors unlike with the early generations of AVX-512 on Intel processors. Here is a fresh look at the AVX-512 performance on a Supermicro server with an AMD EPYC 9655 processor.
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