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Asahi Linux has announced significant progress toward Linux 7.0 support for Apple Silicon Macs, marking a key milestone in the project’s effort to provide a fully functional open-source operating system on ARM-based Mac hardware.

The development team reported that core hardware enablement for the M1 and M2 series chips is now largely complete, including support for the system-on-chip architecture, power management, and basic device drivers necessary for a functional desktop environment.

Notable advancements include improved graphics support through the reverse-engineered Apple GPU driver, which now enables hardware-accelerated rendering for everyday desktop use and light workloads, though performance for intensive 3D applications remains a work in progress.

Storage and input/output subsystems have also seen refinement, with NVMe support for internal SSDs and USB-C functionality now stable enough for general use, addressing earlier limitations that hindered adoption among developers testing Linux on Apple hardware.

The project emphasized that these improvements are the result of sustained reverse engineering efforts and community collaboration, relying on publicly available documentation and clean-room implementation techniques to avoid legal complications while ensuring compatibility with Apple’s proprietary hardware.

Asahi Linux continues to position itself as a grassroots initiative, funded through donations and developed by volunteers, with no official backing from Apple. The team reiterated that their goal is not to replace macOS but to provide a viable alternative for users seeking greater control over their hardware through open-source software.

While Linux 7.0 support is not yet marked as stable for production use, the project released updated installation images and testing guides to encourage broader community involvement in validation, particularly for users running the latest versions of Fedora, Ubuntu, and Arch Linux derivatives on M1 and M2 MacBook Air and Pro models.

The team noted that ongoing work focuses on refining power efficiency to match macOS levels, improving Thunderbolt and display output reliability, and expanding support for newer Apple Silicon generations, including the M3 series, as documentation and hardware samples become available through community efforts.

Asahi Linux remains one of the few active projects attempting to bring mainline Linux to ARM-based consumer hardware without vendor cooperation, and its progress is closely watched by developers interested in hardware openness, driver development, and the feasibility of community-led porting efforts to closed platforms.