This is just a suggestion for next releases of Pybricks.
It would be nice to include in the hubs compatible list, other microprocessors that do have python documentation and BLE/USB program upload (through Chrome)
https://www.**fxbricks**.com/docs/python/index.html ... especially for their sound out, infrared receiver, light matrix
https://github.com/PVirie/lego_controller (Buwizz v3) ... especially for having 4 pin and 6 pins connector
https://meet**edison**.com/teaching-resources/EdPy-app-documentation-guide.pdf ??
Maybe in manufactures collaboration, we could use linked models by BLE, USB, Uart or pin set/reset to combine models mixing the advantages of all then
Of course, after the accomplish the new firmware for NXT and EV3, with will allows to make faster programs, integrate wedo1 USB hubs, any I2C or serial uart device, and USB tested gateways for BLE extensions (f.e Microbit boards, or Sbrick plus hub).
This is just a suggestion for next releases of Pybricks.
It would be nice to include in the hubs compatible list, other microprocessors that do have python documentation and BLE/USB program upload (through Chrome)
https://www.**fxbricks**.com/docs/python/index.html ... especially for their sound out, infrared receiver, light matrix
https://github.com/PVirie/lego_controller (Buwizz v3) ... especially for having 4 pin and 6 pins connector
https://meet**edison**.com/teaching-resources/EdPy-app-documentation-guide.pdf ??
Maybe in manufactures collaboration, we could use linked models by BLE, USB, Uart or pin set/reset to combine models mixing the advantages of all then
Of course, after the accomplish the new firmware for NXT and EV3, with will allows to make faster programs, integrate wedo1 USB hubs, any I2C or serial uart device, and USB tested gateways for BLE extensions (f.e Microbit boards, or Sbrick plus hub).