04-28-2021, 12:14 PM
Thanks for sharing your experiments!
The GPS can be accessed independently from the Lora gateway. It's connected on UART2 on the Pine A64 board. For example, you can listen to NMEA frames using cat:
Alternatively, you can use gpsd and gpsmon to display those frames in a human readable format.
So, the install script from RAK configures the gateway to connect on TTN, right? Do you know if it uses the legacy 'packet forwarder' protocol, or the new Basic Station protocol?
Also, I think the install script for the RPI can optionally install ChirpStack, which is an open source LoraWAN server stack that would be selfhosted on your A64-LTS board. Have you tried it yet?
The GPS can be accessed independently from the Lora gateway. It's connected on UART2 on the Pine A64 board. For example, you can listen to NMEA frames using cat:
Code:
cat /dev/ttyS2
Alternatively, you can use gpsd and gpsmon to display those frames in a human readable format.
So, the install script from RAK configures the gateway to connect on TTN, right? Do you know if it uses the legacy 'packet forwarder' protocol, or the new Basic Station protocol?
Also, I think the install script for the RPI can optionally install ChirpStack, which is an open source LoraWAN server stack that would be selfhosted on your A64-LTS board. Have you tried it yet?
Working on InfiniTime, the FOSS firmware for the PineTime: https://github.com/InfiniTimeOrg/InfiniTime
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Twitter : https://twitter.com/codingfield
Matrix : @JF002:matrix.org