To use preinstalled OMAP3/4 Maverick (10.10) Images apply the following steps


Download the compressed image from

Warning /!\ Check the md5sum to verify the image

Writing the image

You should write the raw image to a blank SD card. Make sure you're using at least a 4G SD card (desktop image is 2G uncompressed).



  1. Place the SD card at your host computer.
  2. Make sure the SD card is not mounted (just umount it if needed)
  3. Identify the correct raw device name (like /dev/sde - not /dev/sde1)

  4. Run the following command to write it:

(replacing omap4 and sde with the right values i.e. just omap for a beagle image.)

zcat ./ubuntu-12.04-preinstalled-desktop-armhf+omap4.img.gz |sudo dd bs=4M of=/dev/sde ; sudo sync

Warning /!\ Some people have reported issues with this method. If this doesn't work, try the following commands:

  1. gunzip ubuntu-12.04-preinstalled-desktop-armhf+omap4.img.gz
  2. sudo dd bs=4M if=ubuntu-12.04-preinstalled-desktop-armhf+omap4.img of=/dev/sde
  3. sudo sync

MAC (OSX 10.x)

Download the image and extract it with the system archive utility, you should get a .img file if the disk is mounted disk1.. disk2.. not - disk0, unmount it with the following code.

sudo diskutil unmountDisk disk1

Then use the following code to write the image to disk1 (not - disk1s1..)

sudo dd bs=4m if=ubuntu-12.04-preinstalled-server-armhf+omap4.img of=/dev/disk1

If you get any errors trying to run the following code then try reinserting the SD card and trying again after unmounting the disk, or try formatting it first with DiskUtilities

Windows (XP/Vista/7)

Download the image and extract it using WinZip or some other archive utility. Then use Win32ImageWriter to write the unzipped img file to your flash device.

Booting the image

On Pandaboard A1 and Beagleboard xM until rev A2

Just switch on the board with the SD card inserted.

On Pandaboard A2 and later

  1. Download

  2. untar with "tar -jxf panda.tar.bz2"
  3. mount the first partition of the imaged SD card
  4. Copy MLO and u-boot.bin (extracted from the tar file) to the mounted partition.
  5. unmount the partition, move the SD card to the panda and boot.

On Beagleboard xM rev A3 and later

  1. Download

  2. untar with "tar -jxf beaglexm.tar.bz2
  3. Mount the first SD card partition at your host PC and copy uImage to it. Unmount
  4. Mount the second SD card partition at your host PC and copy vmlinuz-2.6.35-22-omap to <mountpoint>/boot. Unmount

  5. Switch on the board with the SD card inserted.

This update is needed because of bug A new kernel is in updates, and can be installed after logging in for the first time.

On OMAP4 Blaze

  1. Download

  2. untar with "tar -jxf blaze.tar.bz2
  3. Mount the first SD card partition at your host PC and copy MLO, u-boot.bin, and uImage to it.
  4. Umount it and just switch on the board with the SD card inserted.

On older Beagleboards

Insert SD card with new image into the beagleboard and reset while holding User1 button on system

Warning /!\ On omap3 systems with a modified NAND (i.e. beaglebord C series) do the following:

On a serial console connected to the system, halt any autoboot script and type

setenv bootcmd 'mmc init;mmc rescan;fatload mmc 0 0x82000000 boot.scr;source 0x82000000'; setenv autostart yes; saveenv; boot

The system should start booting (note that this step is only necessary if you have a NAND and the system does not default to reading boot.scr)

Notes about the process

  • An attached monitor, mouse and keyboard are expected for these images, the installation process is all graphical after first reboot and the images will boot into a graphical netbook session.
  • The console is disabled by default, so don't be surprised to see just "Uncompressing Linux... done, booting the kernel." at your console. Please check to understand how to activate it (on Panda just change ttyS2 to ttyO2).

  • The System will expand the root filesystem to fill the SD card on first boot
  • After this process completes the system will reboot and prompt for first boot information (create username/password, region, timezone, language support, etc)
  • Once this information is filled in, the system should continue with the boot process, after which it will ask for the newly created user to login for the first time (or just boot to the netbook session in case you selected autologin during user creation)
  • In case of problems during installation, please join #ubuntu-arm on IRC.

ARM/OMAPMaverickInstall (last edited 2011-07-29 16:42:32 by gruemaster)