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first-steps-beaglebb
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This repository presents the first steps to flash, connect and share internet with your beagle bone black board.
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first-steps-beaglebb/Readme.md

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  1. # Readme

  2. In order to start working with the Beagle Bone Boards, it is highly recommended flash (load) the
  3. most recent system image. 
  4. 

  5. ## Flashing the microSD

  6. 

  7. There are two ways of update the system image: 1)by flashing the onboard eMMC flash or 2) by booting
  8. from the microSD card. I highly recommend the microSD option to have more space for system updates,
  9. installations and packages.  
  10. 

  11. Thus you will first need to download the latest software image. Consider to use tho IoT images if
  12. you want speed and don't need a GUI. Here you can find the [latest image](https://rcn-ee.net/rootfs/bb.org/testing/2022-02-03/buster-iot/bone-debian-10.11-iot-armhf-2022-02-03-4gb.img.xz) tested to work properly  with GNU-Linux, MacOS (Monterey) and Windows. 
  13. 

  14. Then, you will need to flash your microSD using the [App Balena
  15. Etcher](https://www.balena.io/etcher/) and the recently downloaded
  16. image(bone-debian-10.11-iot-armhf-2022-02-03-4gb.img.xz): 
  17. 

  18. ![](https://beagleboard.org/static/images/write-latestimage.png)
  19. 

  20. After Flashing the SD card, eject it from your computer and insert it into the beagle bone
  21. (powered-down)card. Hold down the USER/BOOT button (S2 button on the board for 5 seconds) and
  22. apply power. 
  23. 

  24. Then, the beaglebone board must be present in your system as an external drive (similar to SD
  25. card with `BEAGLEBONE` name). **You can check the Finder(MacOS), File Explorer(Windows) or
  26. Nautilus(GNU Linux).**
  27. 

  28. ## Testing USB connection

  29. The USB connection will be the most used and common kind of connection to the BBB(Beagle Bone Boards).
  30. To test this connection, attach the USB cable to your computer and BBB. Then `ping` the board in the
  31. terminal using (192.168.7.2 for Windows and 192.168.6.2 in MacOS/Linux):
  32. 

  33. ```bash
  34. 

  35. ```
  36. 

  37. This happens because your Beagle is running a DHCP server that will provide your computer with an IP address of either 192.168.7.1 or 192.168.6.1, depending on the type of USB network adapter supported by your computer's operating system. Your Beagle will reserve 192.168.7.2 (in Windows) or 192.168.6.2 (in MacOS/Linux) for itself.
  38. 

  39. 

  40. 

  41.