If you're a gamer eyeing a premium wireless controller for both PC and Xbox, the ASUS ROG RAIKIRI II has likely caught your attention—especially now that it's gaining native Linux support. This Q&A covers everything you need to know about this $160 high-end controller, from its features and Windows reviews to the significance of its upcoming integration into the Linux kernel. Whether you're a Linux enthusiast or a Windows gamer looking for an upgrade, read on to get the details.
What is the ASUS ROG RAIKIRI II?
The ASUS ROG RAIKIRI II is a recently launched wireless gaming controller designed for both PC and Xbox platforms. Priced at $160 USD, it falls into the premium controller category, offering high-end build quality and advanced features. It connects wirelessly via Xbox Wireless or Bluetooth, and also supports a wired USB-C connection. The controller has received positive reviews from Windows users, praising its ergonomics, responsive buttons, and customizable RGB lighting. Now, it's set to receive official mainline Linux support, making it a versatile choice for gamers across operating systems.
Why is Linux support for the RAIKIRI II significant?
Linux gaming has grown substantially thanks to platforms like Steam and Proton, but hardware support—especially for premium controllers—has often lagged behind. The addition of the ASUS ROG RAIKIRI II to the Linux kernel means it will work natively without needing third-party drivers or tweaks. This is a big win for Linux gamers who want a high-quality, feature-rich controller out of the box. It also signals ASUS's commitment to the open-source community, potentially encouraging other manufacturers to follow suit. With mainline support, users can expect seamless wireless connectivity, full button mapping, and access to all advanced features like haptics and programmable paddles under Linux.
How does it compare to other $160 controllers?
At the $160 price point, the ROG RAIKIRI II competes with controllers like the Xbox Elite Series 2 and the Sony DualSense Edge. What sets it apart is its dedicated ROG ecosystem integration, including Aura Sync RGB lighting and Armoury Crate software for customization. It also features four rear paddles, adjustable trigger stops, and swappable thumbsticks. While the Xbox Elite Series 2 offers similar hardware, the RAIKIRI II's wireless performance and PC-focused design give it an edge for hybrid PC/Xbox setups. The upcoming Linux support adds another layer of value that its competitors currently lack.
What features can Linux users expect from the RAIKIRI II?
Once mainline Linux support lands, users will be able to use the RAIKIRI II wirelessly via Xbox Wireless (with an adapter) or Bluetooth, plus wired over USB. All primary inputs—joysticks, triggers, face buttons, D-pad, and rear paddles—should work without extra configuration. Advanced features likely to be supported include haptic feedback, adjustable trigger stops, and the gyroscope for motion controls. However, customization software like Armoury Crate may not be available on Linux initially, so users might need to program settings on Windows first or rely on open-source utilities. The kernel integration ensures basic functionality is solid, meeting the needs of most Linux gamers.
Will the RAIKIRI II work with Steam Deck?
Yes, the ASUS ROG RAIKIRI II is expected to work with the Steam Deck thanks to its Linux-based SteamOS. With native kernel support, pairing via Bluetooth or USB should be straightforward. The controller's layout is similar to Xbox controllers, making it a natural fit for the Deck. However, keep in mind that the Steam Deck's small form factor might make using an external controller less ergonomic in handheld mode—but for docked play, the RAIKIRI II is an excellent companion. Steam Input should recognize most buttons, but rear paddles may require manual mapping. Overall, it's a strong choice for Steam Deck users wanting a premium controller experience.
When will Linux support be added, and how can I get it?
The announcement indicates support is coming soon to the mainline Linux kernel. Typically, new hardware drivers go through a review process and are merged into upstream kernels, then filtered down to distributions. Users on cutting-edge distros like Fedora Rawhide or Arch Linux may get it earlier via the latest kernel. For most users, expect the support to appear in a kernel version within a few months. To check for updates, watch the Linux kernel mailing list or your distribution's repositories. Once included, just plug in or pair the controller wirelessly, and it should work immediately without additional configuration.