Thank you for your response! It seems that pin 34 (orange label) acts as a walkie-talkie switch, when its pushed, the chip listens to AT commands, when released it doesnt and it just communicates with the connected device over serial.
I have also been looking into the nRF24L01+ you mention on your site. I have two of them here and I was wondering if there are any plans to make use of the Gazell Link system from Nordic? Also, I read the module code on git and I can't find any way to get the RSSI from that. Its a shame because it would really be a great option for us. Are there any future plans to incorporate these features? For now I'll stick to serial connecting and RFduino to the espruino.
Regards,
Alex
PS. if the USB cable is connected, bluetooth becomes Serial1, if I solder pins B6 and B7 to use the USART1 TX RX to talk to a RFduino, which Serialx do I use?
Espruino is a JavaScript interpreter for low-power Microcontrollers. This site is both a support community for Espruino and a place to share what you are working on.
Hi Gordon,
Thank you for your response! It seems that pin 34 (orange label) acts as a walkie-talkie switch, when its pushed, the chip listens to AT commands, when released it doesnt and it just communicates with the connected device over serial.
I have also been looking into the nRF24L01+ you mention on your site. I have two of them here and I was wondering if there are any plans to make use of the Gazell Link system from Nordic? Also, I read the module code on git and I can't find any way to get the RSSI from that. Its a shame because it would really be a great option for us. Are there any future plans to incorporate these features? For now I'll stick to serial connecting and RFduino to the espruino.
Regards,
Alex
PS. if the USB cable is connected, bluetooth becomes Serial1, if I solder pins B6 and B7 to use the USART1 TX RX to talk to a RFduino, which Serialx do I use?