Linux Compatibility on MacBooks and iMacs
Apple Silicon Macs (M1/M2/M3, 2020 and newer)
Asahi Linux
Primary Option: Asahi Linux is the most optimized Linux distribution for Apple Silicon Macs, offering tailored kernel support for Apple's ARM-based hardware.
- Download: Asahi Linux Installer (script-based installation, not a traditional ISO)
- Hardware Support:
- CPU/GPU: Basic acceleration (M1/M2 GPU support is experimental as of 2023)
- Wi-Fi/BT: Partial support (depends on model)
- Touchpad/Cameras: Functional with drivers
- Unsupported: Thunderbolt 4, Touch ID, and some sensors
- Installation Notes:
- Partitions macOS automatically during setup.
- Uses Arch Linux ARM as its base (command-line installer).
Other ARM64 Linux Options
Intel-based Macs (2015–2019)
Recommended Distributions
- Ubuntu LTS (Ubuntu 24.04 LTS on USB)
- Best for: Broadcom Wi-Fi driver support via
bcmwl-kernel-source
.
- Hardware Compatibility: Works out-of-box on most models (pre-T2 chip).
- Fedora Workstation (Fedora 41 on USB)
- Best for: Newer kernels with T2 chip fixes (e.g., SSD support).
- Pop!_OS (Pop!_OS Intel USB for Macs)
- Best for: NVIDIA/AMD GPU switching (System76’s auto-configuration tools).
Common Intel Mac Hardware Issues and Fixes
- Wi-Fi/Bluetooth (Broadcom):
- Install proprietary drivers:
sudo apt install bcmwl-kernel-source
(Ubuntu/Debian)
- T2 Chip Macs (2018–2019):
- Disable Secure Boot via macOS Recovery (
Startup Security Utility
).
- SSD access may require kernel 5.6+ (use Fedora or Ubuntu 20.04+).
- Dual GPUs (Intel + AMD/NVIDIA):
- Use
prime-select
(Ubuntu) or optimus-manager
(Arch) to switch GPUs.
- Disable discrete GPU at boot: Add
nouveau.modeset=0
or radeon.modeset=0
to kernel parameters.
- Touch Bar (2016+ MacBook Pro):
Installation Tools for Intel Macs
- Boot Manager: rEFInd (simplifies dual-boot with macOS)
- USB Creation: Use
dd
(macOS Terminal) or BalenaEtcher.
Summary
Apple Silicon: Asahi Linux is the only viable option with active hardware driver development. Expect beta-level stability.
Intel Macs: Ubuntu, Fedora, and Pop!_OS offer near-complete hardware support with minor tweaks for Wi-Fi, GPUs, or T2 chips.