RGB LED Matrix Panel 64×32, 2048 DOTS Pixels 3mm Pitch,Compatible with Arduino/Raspberry Pi Pico/ESP32,Allow Displaying Text, Colorful Image, Animation, Adjustable Brightness Chainable Design

Great quality and surprisingly affordable for what it is. Literally zero issues. Slap a matrix portal on this and it's seamless

No indication that it works when power is applied. Tech support said the Raspberry Pi 5 isn't supported - and further research indicates it's a software issue from what Waveshare points users to in their Wiki. But until I can get working software for my Pi 5, I'm unsure if I got a dud or not. Online instructions not clear on what version Pi to use until you dive into the GitHub site. Will update if/when I get it working on the Pi 5. UPDATE: It truly needs a Raspberry PI 4 or below to work. Got a Raspberry PI 3 for another project I'm working on - wired it up, loaded up some software and ran some tests and sure enough... it works!! So giving it a 'four' - and taking off one for lack of a better description here on Amazon. So get a PI 3 or 4 and enjoy!!

Buen panel led no ha fallado nunca

I have bought 6 of these both in the 3p and p2 configs and have tried with both the adafruit bonnet and direct wired to rpi's from the 1b to the 3 and all are defective in different ways. DO NOT BUY FROM WAVESHARE

Nice panel, code worked first time

I've been working on an RGB LED Matrix project to displays all kinds of stuff on these matrixes and had used other brands 64x32 displays. I wanted more pixel density and thought 96x48 could be a good step up. However, the documentation is not too great and you are very "on your own" to make it work . Using the Adafruit RGB Matrix Bonnet for Raspberry Pi I was able to get this to display by soldering the "E" pad on the bottom of the bonnet to "8". These were the display settings I used: "display": { "hardware": { "rows": 48, "cols": 96, "chain_length": 1, "parallel": 1, "brightness": 95, "hardware_mapping": "adafruit-hat-pwm", "scan_mode": 0, "multiplexing": 0, "row_address_type": 0, "panel_type": "FM6126A", "pwm_bits": 9, "pwm_dither_bits": 1, "pwm_lsb_nanoseconds": 130, "disable_hardware_pulsing": false, "inverse_colors": false, "show_refresh_rate": false, "limit_refresh_rate_hz": 120 }, Want to run the same software or need a video guide? Checkout ChuckBuilds LEDMatrix on Github.

The panels are very nice but the factory packaging provides no corner protection for the display. I'm not referring to the packaging that amazon uses to ship, but rather the box that the displays are packaged in from the factory. I ordered two panels and BOTH had the exact same broken pixel on the corner. Both displays have a damaged dead pixel on the corner. It is silly that they can't provide a little more foam on the SIDES of the box to protect against this. I did plug the panels in and the rest of the panel looks very nice. I'm using a Teensy 4.1 and Smartmatrix display driver. I've arrange the two 64x64 panels side by side to create a 128 pixel wide by 64 pixel high panel. The panels provide a very nice bright image and I didn't see any issues with these other than the two dead pixels due to shipping damage. The included hardware for mounting was not very helpful for me. The screw in studs have only a magnet on the end. So unless you are going to mount this on your fridge, you'll need to provide your own standoffs and hardware. It did include a ribbon cable to connect to your display driver (or chain between panels) and also a breakout ribbon cable. The power cable provided includes TWO panel connectors, so this is ideal if you chain two panels together like I did, but leaves one dangling if you only intend to use a single panel.

The 3MM pitch 64x64 panel has a labeling mistake. Pin 'D' is mislabeled as 'GND'. I couldn't get the library they suggested working, but ESP32-HUB75-MatrixPanel-DMA works fine on this panel. In the example "2_PatternPlasma", I just had to set 'E' to 32 and it worked.