Micropython implementation of popular 433MHz based RF Sockets (i.e. Anslut/Proove/Nexa) using cheapo FS1000A transmitter.
- Get upip for your python3 installation
pip install micropython-upip
- Create "lib" directory on your micropython SDcard/Filesystem
- Install micropython-rfsocket there like this
python -m upip install -p /media/[your-login]/45DE-XXXX/lib micropython-rfsocket
- Use in
from rfsocket import RFSocket
As far as I can tell FS100A transmitter connected to 3V3 seems to be at least twice as strong as the remote sold with the sockets. Stock remote is spotty at best. FS1000A was able to reliably toggle the socket trough multiple walls.
#!/usr/bin/env python3 import pyb from rfsocket import RFSocket p = pyb.Pin('X1', pyb.Pin.OUT_PP) r = RFSocket(p) sw = pyb.Switch() on_led = pyb.LED(2) off_led = pyb.LED(1) toggle = True while True: if sw(): if toggle: r.group_on() on_led.on() off_led.off() else: r.group_off() on_led.off() off_led.on() toggle = not toggle pyb.delay(300)