- it’s highly recommended to power via header with quality and powerful (3A) PSU – if you want stable operations and overclocking? In another word – don’t even try to power via stock micro USB power connector since your board will suffer from regular crashing and might not even boot up.
- booting from eMMC is currently broken. In case of troubles use this tool to restore stock bootloader.
- known issues: MALI and video acceleration libraries are not installed yet
- overclocking to 2.2Ghz is possible with (patched) mainline kernel. Enable with:
echo 1 > /sys/devices/system/cpu/cpufreq/boost # enable turbo nano /etc/default/cpufrequtils # adjust new limit /etc/init.d/cpufrequtils restart # restart cpufrequtils
- If you can’t restore your bootloader with pressing and holding the button while powering, you need to shorten this resistor with some tweezers and power the board. Then proceed with flashing stock u-boot.
* Specifications differ from hardware revision, model and software support level
BASH or ZSH shell, standard Debian/Ubuntu utilities. Features can be adjusted with menu-driven utility. Login is possible via serial, HDMI or SSH.
Minimal, server or Desktop. We work with XFCE, Mate and Cinnamon but more is possible to build: Gnome, KDE, Budgie, Deepin, i3, …
No bloatware or spyware. Special utilities are completely optional. Suitable for newcomers and professionals.
Distributed images are optimized for flash media (SD/eMMC/SSD) and compacted to real data size.
Armbian is optimized on kernel and userspace level. ZRAM & ZSWAP support, browser profile memory caching, garbage commit delay.
Security level can be adjusted with the armbian-config. OS is reviewed by professionals within the community.
Maintainers and community have deep understanding how HW work. We are seniors with 30+ years of experience in Linux + embedded Linux.
Armbian provides open source build framework to build a distribution of optimised Linux hardware interface for armhf, aarch64 and x86.
We provide a selection of images that fits hardware best. If you need different image – use build framework and make whatever you need. Build framework relies on Debian and Ubuntu packages – you can build any combination – stable, old stable or rolling release.
Make sure you have a good & reliable SD card and a proper power supply. Archives can be flashed with Etcher (all OS) directly.
Insert the SD card into the slot, connect a cable to your network if possible or a display and power your board. (First) boot (with DHCP) takes a bit longer.
SUPPORTED devices are tested and they should work well apart from known issues and missing features. Support is provided as far as possible (in general there is no support for 3rd party hardware like DVB tuners and software like Kodi). Please check the documentation and existing forum posts before posting a question. Questions on private channels are considered as offence.
SUITABLE FOR TESTING (WIP) are devices which we’re currently working on but they might not be fully ready! These images are usually suitable for developers and experienced users. They are not very well tested but they might work without any problems. Your help to improve this situation is greatly appreciated.
NO OFFICIAL SUPPORT (CSC) are devices which are supported by the 3rd party. We usually don’t have hardware samples nor conduct any tests but they might work well. Provided images comes without any warranty and update might worsen usability and stability.
Armbian images and kernels can be made from scratch. Supported environment for build framework is any any X64 based Linux distribution. You can re-make live bootable image or just a kernel+dtb(hardware configuration) package which you transfer to your image and install with:
dpkg -i linux-image-[branch]-family.deb linux-dtb-[branch]-family.deb. In that process you can enforce many customisation.