Linux Drivers for Intel Macs Get Modern Upgrade

A new unified driver architecture brings Apple Silicon-based code to legacy Intel systems for better hardware support.

Updated on Oct. 30, 2026 in Computers

Isometric editorial illustration of a metal connector bridging two distinct hardware modules, representing unified system driver architecture.
Developers have integrated the macsmc Linux driver into Intel-based Macs, unifying the hardware support codebase with the Asahi project. AI Illustration. Upload story photo >

Developers have successfully adapted the Apple Silicon macsmc Linux driver for use on Intel-based Macs. This development replaces the older, harder-to-maintain applesmc driver with a unified driver architecture that shares codebase with the Asahi project.

Why it matters

The transition to the macsmc driver provides a more maintainable, scalable foundation for Linux support on older Apple hardware by leveraging the modern code written for Apple Silicon. This move consolidates driver development across distinct hardware generations.

The unified macsmc driver handles fan control, hardware sensors, ambient light sensors, motion sensors, and keyboard backlights. It replaces the legacy applesmc driver, which had become increasingly difficult to extend for modern machine support.

The players

Apple

A multinational technology corporation that designs, manufactures, and markets personal computers, mobile devices, and proprietary hardware components.

Asahi project

An open-source initiative focused on reverse-engineering hardware to bring full Linux kernel support to Apple Silicon-based computers.

The details

The implementation adapts the macsmc driver architecture, originally designed for Apple Silicon, to interact with the System Management Controller (SMC) on Intel-powered Macs. Because the SMC hardware operates identically across both Intel and Apple Silicon platforms, developers successfully ported the driver logic. The new system integrates shared code from the Asahi project, a volunteer-led initiative to reverse-engineer and provide Linux support for Apple Silicon devices.

Timeline

  1. October 30, 2026: Implementation announced and released.

The Tech Race

This effort bridges the gap between modern Apple Silicon development and the older Intel-based Mac ecosystem. It aligns with the trajectory of the Asahi project by creating a unified codebase for Linux hardware support.

Users running Linux on older Intel Macs will gain more stable and efficient control over essential hardware components like cooling fans and backlighting. The update simplifies system maintenance for developers and enthusiasts who continue to use Intel-era Apple hardware.

The takeaway

This development ensures that Linux-based systems on Intel Macs benefit from the modern driver architecture built for contemporary Apple chips. Watch for future repository updates to confirm full feature compatibility across specific legacy Intel Mac models.

Further reading

For broader trends in open-source hardware integration, see our coverage of Computers.

Source note: This article includes information reported by Phoronix.