Phoronix compares Linux 6.18 LTS with Liquorix kernel on Threadripper

Phoronix has published a benchmark review examining the performance of the Liquorix kernel, derived from Linux 6.18, against the upstream Linux 6.18 LTS on an AMD Ryzen Threadripper workstation. The comparison highlights Liquorix's optimizations for enthusiast workloads like gaming and audio production. Tests were conducted on high-end hardware running a development version of Ubuntu.

The review, titled 'Linux 6.18 LTS vs. Liquorix Kernel On AMD Ryzen Threadripper Workstation Performance,' evaluates how Liquorix stacks up in terms of responsiveness and efficiency. Liquorix is a downstream variant of the Linux kernel, tailored for creators and enthusiasts. It incorporates specific tweaks such as Zen interactive tuning, the PDS process scheduler, and the Kyber I/O scheduler, which is applied even on NVMe storage systems. Unlike the standard kernel, Liquorix opts for ACPI CPUFreq over AMD P-State on Ryzen processors, along with various patches and configuration adjustments.

Details on these modifications and pre-built binaries for distributions like Ubuntu and Debian are available at Liquorix.net. For the benchmarks, Phoronix used a pre-built Liquorix 6.18 kernel and compared it to the upstream Linux 6.18 LTS from the Ubuntu Mainline Kernel PPA. The test system features the AMD Ryzen Threadripper PRO 9995WX processor, AMD Radeon AI PRO R9700 graphics card, 128GB of DDR5-6400 memory, and runs on an Ubuntu 26.04 development snapshot, modified only for the kernel variations.

This analysis comes at the start of 2026, aiming to assess Liquorix's advantages in scenarios beyond default upstream performance, particularly for demanding tasks in gaming, audio/video production, and other interactive workloads. The review provides insights into how these kernel differences play out on flagship AMD hardware, offering valuable data for Linux users seeking optimized setups.

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Illustration of Linus Torvalds announcing Linux kernel 6.18 LTS release with Tux penguin, kernel code, and feature icons in a conference setting.
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Linux kernel 6.18 released as long-term support version

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Linus Torvalds announced Linux kernel 6.18 on the last Sunday of November 2025, marking the final release of the year. The kernel has been officially designated as a long-term support version, with maintenance promised until December 2027. It includes various hardware improvements, file system enhancements, and new features like the Rust Binder driver.

The Linux 6.18 kernel, released as the 2025 long-term support version, provides significant performance improvements over Linux 6.12 LTS for fifth-generation AMD EPYC processors. Benchmarks on an AMD EPYC 9755 dual-processor server demonstrate advantages from AMD-specific optimizations and general kernel enhancements. This upgrade is expected to drive adoption in enterprise and hyperscaler environments.

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Early tests of the Linux 6.19 development kernel on a dual AMD EPYC 9965 processor server reveal strong performance in high-performance computing workloads. Despite some scheduler issues, the kernel shows promising results for AI and HPC applications. These benchmarks compare it against the stable Linux 6.18 version.

Following the announcement of its 2026 Server Edition, CachyOS has undergone initial benchmarks on AMD EPYC server hardware. Tests compare the current distribution to Arch Linux and Ubuntu in raw performance and power efficiency, filling the void left by Intel's discontinued Clear Linux.

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Phoronix has indicated that Linux benchmarks for Intel's upcoming Panther Lake processors and Arc B390 graphics are still in the works. This news highlights ongoing interest in how these new hardware components will perform on Linux systems. The site, known for hardware testing, promises detailed reviews soon.

Recent benchmarks show Intel's newer Xe driver surpassing the veteran i915 driver in performance on Arc Alchemist GPUs under Linux kernel 6.19. Tests conducted by Phoronix on an Intel Arc A770 reveal significant gains in compute tasks and mixed results in graphics applications. This shift highlights Intel's efforts to enhance open-source graphics support for discrete hardware.

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AMD has discontinued its proprietary AMDVLK Vulkan driver for Linux, shifting focus entirely to the open-source RADV driver. New benchmarks reveal how the latest RADV stacks up against the final AMDVLK release, particularly in ray-tracing performance. Tests were conducted on recent Radeon graphics cards to mark the end of AMDVLK development.

 

 

 

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