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To allow payload's hardware to utilize the RN2483 transceiver, drivers need to be developed for the Raspberry Pi microcomputer that Payload is currently using. Our current drivers for the RN2483 chip used in the main stack are written in C and are complete. However, payload uses Python for their software so we cannot use the completed RN2483 drivers as is.
As far as I am aware, there are two solutions:
Develop new drivers for the RN2483 transceiver in Python (Harder)
Create a Python file that can call the completed RN2483 drivers that are written in C (Easier)
To allow payload's hardware to utilize the RN2483 transceiver, drivers need to be developed for the Raspberry Pi microcomputer that Payload is currently using. Our current drivers for the RN2483 chip used in the main stack are written in C and are complete. However, payload uses Python for their software so we cannot use the completed RN2483 drivers as is.
As far as I am aware, there are two solutions:
RN2483-Low-Power-Long-Range-LoRa-Technology-Transceiver-Module-DS50002346F.pdf
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