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Stack of five BeagleBone Greens that I will use to experiment with network and DevOps tools.

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beagle-pack

Photo of the hardware

Configure BeagleBone

Updated image to Debian 10.3 using eMMC IoT Flasher from https://beagleboard.org/latest-images

Power up the BeagleBone Green Wireless while holding down the small button near the SD slot. You need to keep it pressed until the blue LEDs start flashing wildly.

Set static IP address

Connect BBG via USB. Connect to 192.168.7.2

$ connmanctl services
*AR Wired                ethernet_88c2556c93d9_cable
$ sudo connmanctl config ethernet_88c2556c93d9_cable --ipv4 manual 192.168.1.10 255.255.255.0 192.168.1.1
$ sudo connmanctl config ethernet_689e19a7b79c_cable --nameservers 8.8.8.8 4.4.4.4

Configure gpio 113 and 111 as output

See pinout

Anode is connected to GPIO_20

Red catode is connected to GPIO_49 Green catode is connected to GPIO_117

By default the GPIOs are configured active low

Set anode high

cd /sys/class/gpio/gpio20 && echo out > direction && echo 0 > value

Turn led on (both red and green)

cd /sys/class/gpio/gpio49 && echo out > direction && echo 1 > value
cd /sys/class/gpio/gpio117 && echo out > direction && echo 1 > value

Turn led off (both red and green)

cd /sys/class/gpio/gpio49 && echo out > direction && && echo 0 > value
cd /sys/class/gpio/gpio117 && echo out > direction && echo 0 > value

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Stack of five BeagleBone Greens that I will use to experiment with network and DevOps tools.

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