* RockPI-S board has no video I/O * udev rule to fix MAC address of iface based on UUID Deals with WiFi chip lacking any EEPROM to store its unique Ethernet MAC address Generic mechanism -- could be utilized for other boards having similar issues * Handy Device Tree overlays for the RockPI S Use armbian-add-overlay to install these Reduce CPU voltage for the RK3308 B-S Option to overclock RK3308 B-S to 1.3Ghz Increase SDIO clock rate from 1Mhz to 10Mhz This increases WiFi throughput from 300K bytes/s to 2.4M bytes/s * corrected comment * No longer repeat standard opp's in this dts Require that the standard bs dts already be installed * User README for adding RockPI-S board variant specific dts overlays * "enabled" --> "okay" * added mention of sdnand.dts, fixed typo * added p2p0 to interfaces whose MAC address should be "fixed" * RK3308 CPU serial number in nvmem replaces UUID for derivation of fixed MAC addr Restored use of install utility * Use RK3308 specific CPU serial number rather than rootfs UUID * remove generic fixMACaddress * Install fixMACaddr file-by-file via install utility * Drive SDIO bus signals faster setting RK3308_SOC_CON0_VCCIO3 reduces signal rise/fall times to WiFi SDIO chip from 30ns to 5ns. This odd fix forward ported from legacy kernel. Allows Rock Pi-S WiFi to operate at full speed. * Set RK3308 I/O voltage domains before SDIO initializes This patch moves responibility form the io-domain to the pinctrl driver because the io-domain driver is probed after the SDIO devices are discovered. This was causing multiple SDIO I/O failures during boot. A new pinctrl property is added: io-1v8-domains is a u32 interpreted as a bit mask where each set bit corresponds to a 1.8V I/O domain (as opposed to the default of 3.3V for I/O) The mask is writted to the RK3308_SOC_CON0 GRF register (once) when the pinctrl driver starts The default mask is 0x10 where only I/O domain 4 runs at 1.8V This is necessary for the RockPI-S to run the SDIO clock at high (50Mhz) speed * align whitespace * factored rk3308bs overlays out up sdio speedup patch * factored dts for RK3308 iodomains and pinctrl patches out of speedup patch * remains of sdio speedup patch merely add iodomains support for rk3308 * factored rockpis dts modification out from rk3308 io voltage domains replaced rk3308 support from iodomains with new io-voltage-domains property added to pinctrl io-voltage-domains specific to rk3308 for now, others SOCs may be added later. * add sequence numbering to names of rk3308 patches * corrected tab alignment |
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|---|---|---|
| .github | ||
| .vscode | ||
| config | ||
| extensions | ||
| lib | ||
| packages | ||
| patch | ||
| tools | ||
| .dockerignore | ||
| .editorconfig | ||
| .gitignore | ||
| compile.sh | ||
| CONTRIBUTING.md | ||
| LICENSE | ||
| README.md | ||
| VERSION | ||
Table of contents
- What this project does?
- Getting started
- Compare with industry standards
- Download prebuilt images
- Project structure
- Contribution
- Support
- Contact
- Contributors
- Sponsors
- License
What this project does?
- Builds custom kernel, image or a distribution optimized for low resource HW such as single board computers,
- Include filesystem generation, low-level control software, kernel image and bootloader compilation,
- Provides a consistent user experience by keeping system standards across different platforms.
Getting started
Basic requirements
- x64 or aarch64 machine with at least 2GB of memory and ~35GB of disk space for a virtual machine, container or bare metal installation,
- Ubuntu Jammy 22.04 x64 or aarch64 for native building or any Docker capable x64 / aarch64 Linux for containerised,
- Superuser rights (configured sudo or root access).
Simply start with the build script
apt-get -y install git
git clone https://github.com/armbian/build
cd build
./compile.sh
- Interactive graphical interface.
- The workspace will be prepared by installing the necessary dependencies and sources.
- It guides the entire process until a kernel package or ready-to-use image of the SD card is created.
Build parameter examples
Show work in progress areas in interactive mode:
./compile.sh EXPERT="yes"
Run build framework inside Docker container:
./compile.sh docker
Build minimal CLI Armbian Focal image for Orangepi Zero. Use modern kernel and write image to the SD card:
./compile.sh \
BOARD=orangepizero \
BRANCH=current \
RELEASE=focal \
BUILD_MINIMAL=yes \
BUILD_DESKTOP=no \
KERNEL_ONLY=no \
KERNEL_CONFIGURE=no \
CARD_DEVICE="/dev/sda"
More information:
- Building Armbian — how to start, how to automate;
- Build options — all build options;
- Building with Docker — how to build inside container;
- User configuration — how to add packages, patches and override sources config;
Download prebuilt images
- quarterly released supported builds — https://www.armbian.com/download
- weekly released unsupported community builds — https://github.com/armbian/community
- upon code change unsupported development builds — https://github.com/armbian/build/releases
Compare with industry standards
Check similarity, advantages and disadvantages compared with leading industry standard build software.
| Function | Armbian | Yocto | Buildroot |
|---|---|---|---|
| Target | general purpose | embedded | embedded / IOT |
| U-boot and kernel | compiled from sources | compiled from sources | compiled from sources |
| Board support maintenance | complete | outside | outside |
| Root file system | Debian or Ubuntu based | custom | custom |
| Package manager | APT | any | none |
| Configurability | limited | large | large |
| Initramfs support | yes | yes | yes |
| Getting started | quick | very slow | slow |
| Cross compilation | yes | yes | yes |
Project structure
├── cache Work / cache directory
│ ├── rootfs Compressed userspace packages cache
│ ├── sources Kernel, u-boot and various drivers sources.
│ ├── toolchains External cross compilers from Linaro™ or ARM™
├── config Packages repository configurations
│ ├── targets.conf Board build target configuration
│ ├── boards Board configurations
│ ├── bootenv Initial boot loaders environments per family
│ ├── bootscripts Initial Boot loaders scripts per family
│ ├── cli CLI packages configurations per distribution
│ ├── desktop Desktop packages configurations per distribution
│ ├── distributions Distributions settings
│ ├── kernel Kernel build configurations per family
│ ├── sources Kernel and u-boot sources locations and scripts
│ ├── templates User configuration templates which populate userpatches
│ └── torrents External compiler and rootfs cache torrents
├── extensions extend build system with specific functionality
├── lib Main build framework libraries
├── output Build artifact
│ └── deb Deb packages
│ └── images Bootable images - RAW or compressed
│ └── debug Patch and build logs
│ └── config Kernel configuration export location
│ └── patch Created patches location
├── packages Support scripts, binary blobs, packages
│ ├── blobs Wallpapers, various configs, closed source bootloaders
│ ├── bsp-cli Automatically added to armbian-bsp-cli package
│ ├── bsp-desktop Automatically added to armbian-bsp-desktopo package
│ ├── bsp Scripts and configs overlay for rootfs
│ └── extras-buildpkgs Optional compilation and packaging engine
├── patch Collection of patches
│ ├── atf ARM trusted firmware
│ ├── kernel Linux kernel patches
| | └── family-branch Per kernel family and branch
│ ├── misc Linux kernel packaging patches
│ └── u-boot Universal boot loader patches
| ├── u-boot-board For specific board
| └── u-boot-family For entire kernel family
├── tools Tools for dealing with kernel patches and configs
└── userpatches User: configuration patching area
├── lib.config User: framework common config/override file
├── config-default.conf User: default user config file
├── customize-image.sh User: script will execute just before closing the image
├── atf User: ARM trusted firmware
├── kernel User: Linux kernel per kernel family
├── misc User: various
└── u-boot User: universal boot loader patches
🙌 Contribution
You don't need to be a programmer to help!
- The easiest way to help is by "Starring" our repository - it helps more people find our code.
- Check out our list of volunteer positions and choose what you want to do ❤️
- Seed torrents
- Help with forum moderating
- Project administration
- Donate.
Want to become a maintainer?
Please review the Board Maintainers Procedures and Guidelines and if you can meet the requirements as well as find a board on the Board Maintainers list which has less than 2 maintainers, then please apply using the linked form.
Want to become a developer?
If you want to help with development, you should first review the Development Code Review Procedures and Guidelines and then you can review the pre-made Jira dashboards and additional resources provided below to find open tasks and how you can assist:
- pull requests that needs a review
- dashboard for junior and seniors developers
- documentation
- continuous integration
Support
Support is provided in one of two ways:
- For commercial or prioritized assistance:
- book a an hour of professional consultation,
- consider becoming a project partner. Reach us out at https://armbian.com/contact,
- Alternatively free support is provided via general project search engine, documentation, community forums or IRC/Discord. Keep in mind this is mostly provided by our awesome community members in a best effort manner and therefore there are no guarenteed solutions.
Contact
- Forums for Participate in Armbian
- IRC:
#armbianon Libera.chat - Discord: http://discord.armbian.com
- Follow @armbian on Twitter or LinkedIn.
- Bugs: issues / JIRA
- Office hours: Wednesday, 12 midday, 18 afternoon, CET
Contributors
Thank you to all the people who already contributed Armbian!
Also
- Current and past contributors, our families and friends.
- Support staff that keeps forums usable.
- Individuals that help with their ideas, reports and donations.
Sponsors
Most of the project is sponsored with a work done by volunteer collaborators, while some part of the project costs are being covered by the industry. We would not be able to get this far without their help.
Would you like your name to appear below?
License
This software is published under the GPL-2.0 License license.











