odroidm1
By Ricardo Pardini / General purpose • NAS / 0 Comments

Odroid M1

Installation instructions:

  1. Write image to SD using BalenaEtcher.
  2. Boot from SD by holding the recovery (RCI) button while powering the board.
  3. Release RCY button after the blue LED flashes once.
  4. Once booted, use armbian-install to write u-boot to MTD (SPI flash). This completely and irrevocably removes Petitboot, replacing it with mainline u-boot.
  5. You can also install to NVMe, USB, or eMMC. NVMe or eMMC is recommended.

Armbian Bookworm 24.11.1 minimal testing:

  • Boot ok, from sdcard
  • HDMI is ok
  • USB2 ports are ok
  • Gigabit Etherner is ok
  • Reboot and shutdown work as intended

Armbian Noble 24.11.1 with KDE Neon and Gnome:

  • Boot ok, from sdcard
  • HDMI is ok
  • USB2 ports are ok
  • Gigabit Etherner is ok
  • Reboot and shutdown work as intended
Notebook
By Igor Pečovnik / Networking • Desktop • General purpose • IOT • NAS / 0 Comments

Intel / AMD

Why Does Armbian Provide x86 Builds?

Key Benefits:

  • Delivers the embedded Linux experience and development environment to standard x86 hardware

  • Focuses on broad hardware compatibility and robust device driver support

  • Optimized for fast development cycles, automated testing, and CI/CD workflows

  • Ubuntu-based builds are free from proprietary Canonical services and telemetry

  • Offers a ready-to-use live OS image, ideal for custom Linux OS prototyping and deployment

  • Enables cross-platform development and consistency across ARM and x86 environments

odroidhc4.png
By Bert Vermeulen / General purpose • NAS / 0 Comments

Odroid HC4

If you have variant with LCD display – here you can download driver.

Important: To be able to boot clean Armbian mainline based u-boot / kernel experiences, you need to remove incompatible Petitboot loader that is shipped with the board.

Attach the device to a display and keyboard.  Power on.  Petitboot will load

From the Petitboot menu, go for “Exit to shell” and these commands to remove the Petitboot:

# flash_eraseall /dev/mtd0
# flash_eraseall /dev/mtd1
# flash_eraseall /dev/mtd2
# flash_eraseall /dev/mtd3

These commands can also be executed via a serial console, if you have an Odroid UART cable

This will make your SPI flash memory empty and would start from SD on next boot.

In case you want to put Petitboot back to the board, user these instructions.

 

nanopim4v2
By Test Test / General purpose • NAS • Desktop / 0 Comments

Nanopi M4 V2

  • UART is accessible on a standard connector but with unusual speed: 1500000
  • If you don’t have USB Type-C PSU, you can power the board via pins 4 (5V) and 6 (GND) of the 40-pin GPIO1 header
  • Powering related troubles are possible since USB Type-C is not PD-compliant. In fact you have to use dumb 5V PSU or device won’t boot up.
orangepi-rk3399
By Igor Pečovnik / General purpose • NAS • Desktop / 0 Comments

Orange Pi RK3399

  • UART has unusual speed: 1500000
  • boot from SD card is possible by shorting TP50265 to the ground and powering the board. After Armbian boots up, you can overwrite eMMC. You need to do this procedure only once or in case you totally brick your system.
  • once you have Armbian booting from eMMC, you can boot SD card in more simple manner: stop booting from UART console and execute those commands: setenv devnum 1 followed by run mmc_boot
  • you need to use EXPERT="yes" to build kernel or images.
rockpro64
By Joe Khoobyar / Desktop • General purpose • NAS / 0 Comments

RockPro64

  • UART is accessible on pin 6 (GND),8 (TX) and 10 (RX) and with unusual speed: 1500000
  • flash the 128M SPI memory to also boot from USB or PXE (it if goes wrong, follow these instructions)
  • short-pressing (~1s) the power button turns the board on, long-pressing it (~3s) turns it off. If it gets stuck while halting, press the reset button. If it does not boot (ie the white led does not come up), reset, then power on.
  • if you experience USB3 storage lack of reliability (error messages followed by filesystem corruption), check your power supply, usb cable and connectors and disk/ssd. All these factors can lead to undervoltage issues (some ssd could produce power consumption spikes triggering undervoltage).