LEDEnet LED Controller
Available from:
Amazon.com
| GPIO # | Component |
|---|---|
| GPIO00 | None |
| GPIO01 | User |
| GPIO02 | Led1i |
| GPIO03 | User |
| GPIO04 | ALux IrRcv |
| GPIO05 | PWM5 |
| GPIO09 | None |
| GPIO10 | None |
| GPIO12 | PWM2 |
| GPIO13 | PWM3 |
| GPIO14 | PWM1 |
| GPIO15 | PWM4 |
| GPIO16 | None |
| FLAG | None |
Configuration (old format, will be converted to new template when applied)
{"NAME":"LEDEnet","GPIO":[0,255,56,255,147,41,0,0,38,39,37,40,0],"FLAG":0,"BASE":34}Hardware Information (from esptool):
- Chip is ESP8285
- Features: WiFi, Embedded Flash
- Auto-detected Flash size: 1MB
Easily Accessible Serial Pins
Serial Flashing / Hardware Configuration
The LEDEnet Controller has all of the serial IO pins broken out and labeled. Makes flashing very easy to do.
connect FTDI —-> device:
GND —-> GND
GND —-> I0 (GPIO0)
RX ——> TX
TX ——> RX
3v —-> 3v
connect FTDI to USB
Flash BIN with NodeMCU PYflasher
Disconnect FTDI from USB – keep only 3V/ground, reconnect FTDI
connect Wifi to new “Tasmota” AP
192.168.4.1 - configure. done.