OneXPlayer Linux Driver Catching Up To The Windows Monitoring Driver

OneXPlayer produces a line of handheld gaming consoles powered by AMD or Intel SoCs. These devices ship with Windows out-of-the-box but given they are x86_64 software have worked alright with Linux and there’s been a OneXPlayer Linux driver for supporting sensor readings and other device-specific information from these handhelds. In a big patch series this weekend, that OneXPlayer Linux driver is catching up to its official Windows counterpart…

Microsoft Makes More Of Their DirectX Compiler Code Open-Source

Back in 2017 was the initial open-source DirectX Shader Compiler milestone and since then Microsoft has continued iterating on it with better Linux support, new features, and ironing out other gaps in this “DirectXShaderCompiler” project. On Friday they released the newest version of this DirectX Shader Compiler that features another newly open-sourced component…

Ubuntu 25.04 Working To Better Cope With BitLocker-Enabled Windows, Other Improvements

Jean Baptiste Lallement was recently appointed at Canonical as the new Director of Engineering for Ubuntu Desktop. Jean Baptiste Lallement has a decade and a half history at Canonical working on Ubuntu QA, Ubuntu Phone / Unity, and other projects while now he is leading the charge on further enhancing the Ubuntu desktop initiatives. As somewhat of a mid-point for the Ubuntu 25.04 cycle, he published a Discourse post on Friday to outline some of the recent and ongoing improvements for the Ubuntu desktop…

Linux’s FineIBT Protections “Critically Flawed” Until Intel CPUs Appear With FRED

FineIBT is a Linux kernel initiative led by Intel engineers that aimed to combine the best of Intel Control-flow Enforcement Technology (CET) and Control Flow Integrity. FineIBT was merged in 2022 for the Linux 6.2 kernel as an alternative control flow integrity implementation. Some FineIBT weaknesses were previously addressed but now the implementation has been determined to be “critically flawed” at least until next-generation Intel processors appear with FRED…

Benchmarks: Excellent Power Efficiency With 5th Gen AMD EPYC Using amd-pstate & Power Profiles

The AMD EPYC 9005 “Turin” processors that launched last year offer excellent performance and power efficiency out-of-the-box. For those wanting to pursue maximum power efficiency and running in the most optimal configuration for performance-per-Watt, AMD EPYC BIOS tunables as well as recent Linux kernel driver improvements can help in driving even greater efficiency. Today’s article is a look at the impact of the AMD P-State driver usage and options with recent kernel versions as well as the Power Profile Selection BIOS option for the impact on 5th Gen EPYC performance and power efficiency.