This board isn't listed on the WIKI - but for others looking for a little info, here is what I know so far from the ones I received today.
1) Select Generic ESP8285 from the Arduino Boards manager,
2) As the IDE is compiling the sketch, hold the flash button, release it when the IDE is waiting for the board.
3) The RGB LED on board - RED is pin 12, BLUE is pin 13, GREEN is pin 14. A digitalWrite HIGH will turn the LED off, and a digitalWrite LOW will turn the LED on. PWM works from 0 to 1024.
I've attached a example for the RGB LED - feel free to use it as you see fit.
ESP-Mesh_RGB_Example.zip
4) I've used PainlessMesh for the ESP8266/ESP32 boards with no problems.
https://gitlab.com/painlessMesh/painlessMesh
5) The HelloMesh example included with the ESP8266 boards also works, but you have to remember to set an IP address for each node.
That is all I know.
This board isn't listed on the WIKI - but for others looking for a little info, here is what I know so far from the ones I received today. 1) Select Generic ESP8285 from the Arduino Boards manager, 2) As the IDE is compiling the sketch, hold the flash button, release it when the IDE is waiting for the board. 3) The RGB LED on board - RED is pin 12, BLUE is pin 13, GREEN is pin 14. A digitalWrite HIGH will turn the LED off, and a digitalWrite LOW will turn the LED on. PWM works from 0 to 1024. I've attached a example for the RGB LED - feel free to use it as you see fit. ESP-Mesh_RGB_Example.zip 4) I've used PainlessMesh for the ESP8266/ESP32 boards with no problems. https://gitlab.com/painlessMesh/painlessMesh 5) The HelloMesh example included with the ESP8266 boards also works, but you have to remember to set an IP address for each node. That is all I know.