BeagleBone Black################- http://beagleboard.org- TODO: This is a WIPHardware information (Rev A5A)==============================- ARMv7 Architecture- Sitara AM3359AZCZ100 Cortex-A8 CPU @ 1 Ghz- PowerVR SGX530 3D GPU- eMMC Onboard Storage 2GB (MMC1)- SD Card Storage (MMC0)- 512 MB DDR3L RAM- Video Outputs- HDMI Video Output (with audio)- SMSC LAN8710A EthernetSetting up the Haiku SD card============================The BeagleBone Black supports booting from an microSD card while theboot switch is pressed at power on. A MBR file system layout is normallyused as seen below. Partition 1 is all that is required to boot an OS.- partition 1 – FAT32, bootable flag, type ‘c’- partition 2 – BeFS, Haiku filesystem, type ‘eb’Boot Partition--------------Required files~~~~~~~~~~~~~~- MLO- u-boot.img: u-Boot image- uEnv.txt: u-Boot Environment settingsOptional files~~~~~~~~~~~~~~- ID.txt: UnknownCompiling=========- Create your work directory``mkdir generated.beagle; cd generated.beagle``- Build an ARM toolchain using``../configure --build-cross-tools arm ../../buildtools --target-board beagle``- TODOBooting=======1. If the boot switch is not depressed: MMC1, MMC0, UART0, USB02. If the boot switch is depressed: SPI0, MMC0, USB0, UART0Emulation=========The Linaro Fork of QEmu has beagle board (and other OMAP3) support.https://launchpad.net/qemu-linaroIt seems you get this as the default QEmu install on some, but not all,Ubuntu versions. For other distros (or Haiku), you’ll have to compile ityourself.Additional information======================- `CircutCoWikiPage <http://circuitco.com/support/index.php?title=BeagleBoneBlack>`__- `BeagleBone Black A5ASRM <https://github.com/CircuitCo/BeagleBone-Black/blob/master/BBB_SRM.pdf?raw=true>`__