A year-end review of the Qualcomm Snapdragon X Elite laptop on Linux reveals significant performance setbacks, making alternatives like AMD Ryzen AI and Intel Core Ultra more appealing for users. Testing on Ubuntu 25.10 with the latest kernel showed regressions, including frequent thermal shutdowns. While support continues to improve, the current experience falls short of expectations.
The Snapdragon X Elite, Qualcomm's ARM-based processor for laptops, has faced ongoing challenges in delivering smooth performance on Linux distributions. In a detailed end-of-year assessment, benchmarks conducted on an Acer Swift 14 AI laptop running Ubuntu 25.10 highlighted notable regressions compared to tests from just a few months earlier. The setup included the Linux 6.18 kernel from the X1E Concept packages, GNOME Shell 43 on Wayland, Mesa 25.2.3 graphics drivers, and GCC 15.2 compiler.
Earlier in the year, the reviewer acquired the Acer Swift 14 AI (model SF14-11T-X3RZ) specifically for Linux evaluation. Initial tests using Ubuntu's X1E Concept ISOs were promising but prone to issues, with improvements noted in September after firmware updates. However, the latest trials with the October-released Ubuntu 25.10 ARM64 desktop ISO, while successfully bootable on the device, revealed persistent problems. Users must still manually extract firmware blobs from the Windows 11 partition using the qcom-firmware-extract tool to enable features like Adreno GPU acceleration—except on the Lenovo ThinkPad, which provides them via linux-firmware.git.
Activating the ubuntu/x1e PPA delivers the most recent optimizations, including the ubuntu-x1e-settings package. Despite these efforts, the laptop experienced more frequent shutdowns due to power and thermal limits, echoing early-year difficulties. This comes after TUXEDO Computers announced in late November that it would abandon plans for a Snapdragon X Elite Linux laptop.
Ubuntu remains the strongest option for Snapdragon X Elite compatibility, though results vary by model. Qualcomm is actively upstreaming support for the next-generation X2 Elite into the Linux kernel, Mesa, and related components. Optimism persists for better integration in 2026, contrasting with the slower progress on Asahi Linux for Apple Silicon, which lags on newer hardware. For now, AMD Ryzen AI and Intel Core Ultra processors offer superior Linux performance and reliability.
