Running Ubuntu on Beaglebone Black

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转载最新推荐文章于 2026-07-31 15:20:01 发布 2.5k 阅读 AI 写同款· GEO 优化 ›

BeagleBone Black USB一线通（2）接上篇 http://blog.csdn.net/jamselaot/article/details/17075353 三、网络与ssh终端通过串口终端我们可以看到启动的过程，也能做一些交互操作，比如我们看到了网络接口的状况。其中的usb0已经在随板的系统中配置好了，有一个固定的IP地址 192.168.7.2 。在主机这边，应该也安装好了跟BB-Black相关的驱动程序，其中阅读详情

Images Available

What’s New

The June 9th update below allows the device to be successfully powered from the USB connector. The BeagleBone Black has a current limiter that by default is setup to only allow 1/2 amp of current while powered from USB. The June 9th images reconfigure the current regulator at boot to allow up to 1.3 amps to be sourced from the USB. However, it should be noted that the USB specification is 500 mA of current, so a PC may still limit the current below the full 1300 mA this change allows. Powering from a USB phone charger is the intent of this change. A big thanks to Jordi Guillaumes Pons for pointing this out.

Booting from the Internal eMMC

This image can be directly copied to the internal eMMC memory and booted (it can be copied to the internal eMMC while booted from the external microSD).

The new bootloader is setup to probe the external microSD slot at boot time. If a bootable microSD is detected it will be booted instead. The result is that it is no longer necessary to hold down the USER/BOOT button at power-on to boot from microSD this way — the presence of a bootable external microSD card alone will cause it to boot. A non-bootable microSD still causes it to boot from the internal eMMC so one can be used for additional storage while booted from eMMC.

Booting from SD

If you have not yet applied one of these images, you will need to hold down the USER/BOOT button while powering-on the device to boot the BeagleBone Black from the external SD slot.

Ubuntu Precise 12.04.2 LTS Hard Float Minimal Image

This image uses the Ubuntu 12.04.2 LTS core filesystem from Ubuntu with the minimal meta package applied. The kernel is a Robert Nelson armhf 3.8 kernel. The result is an easy-to-install Linux image that works with both the BeagleBone and the new BeagleBone Black boards. If you want to do this on your own, step-by-step instructions can be found here.

Binary Download

ubuntu-precise-12.04.2-armhf-3.8.13-bone20.img.xz (June 9, 2013)
- md5: 19e81997cce7217a68c04088d8f31edd
- hostname: ubuntu-armhf
- username: ubuntu
- password: ubuntu
- install: xz -cd ubuntu-precise-12.04.2-armhf-3.8.13-bone20.img.xz > /dev/sdX
- Note: This .img.xz can be directly applied to the Bone’s internal eMMC while booted from the external microSD card.
  1. xz -cd ubuntu-precise-12.04.2-armhf-3.8.13-bone20.img.xz > /dev/mmcblk1
  2. power down and remove the microSD card

Installation Instructions

Getting Started with an Ubuntu or Debian .img.xz File

Ubuntu Raring 13.04 Hard Float Minimal Image

This image uses the Ubuntu 13.04 core filesystem from Ubuntu with the minimal meta package applied. The kernel is a Robert Nelson armhf 3.8 kernel. The result is an easy-to-install Linux image that works with both the BeagleBone and the new BeagleBone Black boards. If you want to do this on your own, step-by-step instructions can be found here.

Binary Download

ubuntu-raring-13.04-armhf-3.8.13-bone20.img.xz (June 9, 2013)
- md5: b3883d8d0edd3a157e1ce85f7490d235
- hostname: ubuntu-armhf
- username: ubuntu
- password: ubuntu
- install: xz -cd ubuntu-raring-13.04-armhf-3.8.13-bone20.img.xz > /dev/sdX
- Note: This .img.xz can be directly applied to the Bone’s internal eMMC while booted from the external microSD card.
  1. xz -cd ubuntu-raring-13.04-armhf-3.8.13-bone20.img.xz > /dev/mmcblk1
  2. power down and remove the microSD card

Installation Instructions

Getting Started with an Ubuntu or Debian .img.xz File

Debian Wheezy 7.0.0 Hard Float Minimal Image

This image is based on the Debian Wheezy 7.0.0 core filesystem from Live-Build, with packages equivalent to the Ubuntu minimal meta package. The kernel is a Robert Nelson armhf 3.8 kernel. The result is an easy-to-install Linux image that works with both the BeagleBone and the new BeagleBone Black boards. If you want to do this on your own, step-by-step instructions can be found here.

Binary Download

debian-wheezy-7.0.0-armhf-3.8.13-bone20.img.xz (June 9, 2013)
- md5: 0fceaa0455cc32eb0f42ef10dca68605
- hostname: debian-armhf
- username: debian
- password: debian
- install: xz -cd debian-wheezy-7.0.0-armhf-3.8.13-bone20.img.xz > /dev/sdX
- Note: This .img.xz can be directly applied to the Bone’s internal eMMC while booted from the external microSD card.
  1. xz -cd debian-wheezy-7.0.0-armhf-3.8.13-bone20.img.xz > /dev/mmcblk1
  2. power down and remove the microSD card

Installation Instructions