rfquack
Receiving not working on ESP32 DevKitv1 with cc1101
Hi, I'm a newbie in ESP32 board. I tried to connect the board with cc1101, transmitting is working but receiving is not. Here is the pinout details, I tried to connect GDO0 with a different GPIO pin of ESP32 board but still the receiving is not working -
ESP32 board I'm using-
I'm not getting any receiving signal -
build.env configuration
RADIOA=CC1101 RADIOA_CS=5 RADIOA_IRQ=12
LOG_ENABLED=true
GUESSING_MODULE=true FREQ_SCANNER_MODULE=true MOUSE_JACK_MODULE=true PACKET_FILTER_MODULE=true PACKET_MOD_MODULE=true PACKET_REPEAT_MODULE=true ROLL_JAM_MODULE=true
platformio.ini config
[platformio] default_envs = esp32devkit
I posted about that a long time ago, but basically you will need Syncwords in order to RX with this as it uses an older version of radiolib.
In the more current versions of radiolib I submitted a few pulls one of which was to set PQT (Packet Quality Threshold) to 0 when using promiscuous mode. That enables an RX of everything flying around without syncword. You could edit the rfquack source to set pqt to zero when promiscuous is enabled then build it.
I posted about that a long time ago, but basically you will need Syncwords in order to RX with this as it uses an older version of radiolib.
In the more current versions of radiolib I submitted a few pulls one of which was to set PQT (Packet Quality Threshold) to 0 when using promiscuous mode. That enables an RX of everything flying around without syncword. You could edit the rfquack source to set pqt to zero when promiscuous is enabled then build it.
I tried to edit 'int16_t CC1101::setPromiscuousMode(bool promiscuous) {' based on the new Radiolib cc1101.cpp module but there is build error.
If you can please share more details of what modification do I need to do in Radiolib library it will really help or can share the working RX cc1101 Radiolib module.
I have already posted all the details needed both here and here: https://github.com/rfquack/RFQuack/issues/44#issuecomment-2096026675
I have written my own implementation due to the shortfalls. It won't be published until I fix a persistent hardware issue though.