Looking for any links that would help point out the wiring for a P10 32x16 matrix panel to a ESP8266 (not Mega or Uno). I know this can be done, just need to know what wire goes to where. It is like a secret cult. videos and programs of it working but nothing about the wiring. ahhhhhhh
There are wiring instructions here
# Note ... this library is deprecated and will no longer be maintained
Please use the [PxMatrix](https://github.com/2dom/PxMatrix) library that supports more panels and layouts and contains performance optimizations.
## Overview
This is a Adafruit GFX compatible driver for a single chinese 32x16 or 64x32 RGB LED module.
They are about EUR 15-20 a piece and commonly used for large-scale LED
displays, e.g. see [aliexpress](https://www.aliexpress.com/item/outdoor-320-160mm-32-16pixels-3in1-SMD-1-2-scan-RGB-P10-full-color-LED-module/32707982524.html?spm=a2g0s.9042311.0.0.OMzudS).
This driver currently works with ESP8266 microcontrollers, however, it should be rather straightforward to port it to ESP32 or Atmel-based Arduinos. There are different panels out there - this driver only works with panels using a 4, 8 or 16 (thanks to irazaq) row-step pattern (details below).
## Display structure
The display basically consists of 6 large shift register. On the input connector you will find the inputs to the shift register (two for each color - Rx,Gx,Bx), a 2 to 4 bit latch address input (A,B,C,D), a latch enable input (LAT/STB), a clock input (CLK) and the output enable input (OE).
There are a few basic layouts/patterns: 4 row-step (4RS), 8 row-step (8RS) or 16 row-step (16RS). You can enable the correct pattern for your display in the header file via #define PATTERN4, #define PATTERN8 or #define PATTERN16.
show original
@Jeremy_Spencer You are awesome Jeremy, thank you!!!