1.5inch RGB OLED Display Module, 128x128 Resolution, 65K RGB Colors, SPI Interface, Compatible with Raspberry Pi, Arduino, STM32, Includes Development Resources & Examples

I was concerned about the only other 1 star review, but liked the RGB color and 128x128 size of this unit, so picked one up to try out. I spent quite a while with setup and testing, trying out the luma.oled drivers on a Raspberry Pi 3B+ with intermittent success. Sometimes things worked and sometimes they didn't. My own code in python with luma.oled would work perfectly sometimes, and then sometimes the display would not show anything, being completely black.After a while I decided to test the Waveshare demo code, to try and find out if I had somehow killed the display or not. The demo code from Waveshare worked every time. I've posted an issue for the luma.oled developers and hopefully whatever is intermittent can be fixed so this works well for both types of Pi drivers.With the Waveshare demo code, the display looks very nice. Good colors. White is a nice shade and individual colors look realistic (not washed out.) The image demos look pretty good, for a small display of only 128x128 pixels. Overall pleased with this display so far.

I'm using this connected to an ESP32 for a custom ESPHome air quality monitor. I tried another display that I could not get to work, but this one worked on the first try.The display is bright and clear. The cabling is generously long and convent for connecting to header pins of controller boards.I've only used this a few days, so can't yet speak to long-term reliability.

The media could not be loaded. when you start playing with this, it’s important to note that it’s an ssd1351. do all your searching starting there. soon as you understand that, and that waveshare’s sample python code is a mess (kill the i2c refs and only use it as SPI, optimize example and dependencies for python3 vs 2), it works fine…if you understand drivers and python. good luck if you don’t.

Easy enough to get set up, and good colors. Pure black is perfect, as expected from an OLED. Only issue I have is per-pixel writing - it takes about 1.5 seconds for a full refresh with my setup.

Works with ESP32 using either Ucglib or Adafruit SSD1351 libraries. It can run on 3.3v VCC in software SPI mode, but I had to use 5v VCC (from ESP32) for hardware SPI. Hardware SPI is much faster and the way to go. Display is crisp and colorful and fast (using hw SPI). Much nicer than I expected.

I was making the electronic uncanny eyes project listed at Adafruit using a Teensy 3.5 microprocessor (https://learn.adafruit.com/animated-electronic-eyes-using-teensy-3-1). While I had initially used the Adafruit OLED device, I bought 3 of the Waveshare OLED 1.5" 128x128 screens, because they would fit better in the project I was working on that the Adafruit OLED displays or the NewHaven OLED display.This program shows two rapidly moving eyes, one on each display. It uses DMA to refresh each the display as fast as possibleHowever, I find in practice these are fragile displays.I had originally bought two of the displays. One Waveshare display developed a problem where there were lines in the display when running the program after I dropped it by accident. I replaced the display and I reran them for several days continuously, all was fine. I found in practice, I needed to set the SPI bus speed to 18Mhz or slower so the display doesn't glitch. For reference, the Adafruit display needs 11Mhz, and the NewHaven display needed 18Mhz like the waveshare display.I was then rewiring the breadboard. Something I did zapped both of the remaining displays, so they no long work (one doesn't display anything, and the other displays a bunch of messed up lines during the initial sequence and then doesn't display the eye pattern. As I said, I likely did something, but even so I'm not willing to buy more waveshare displays.

The media could not be loaded. I bought these RGB OLEDs specifically for the uncanny eyes project. They worked extremely well and I'm very happy with them

I've been running this display continuously for about a year (at low brightness) and it still looks great. I had little difficulty wiring it up to an Arduino.

It does work with a ESP32. It works a lot faster via the constructor with the SPIClass, but note that the MISO pin is not used, with this SPI device, you only sending data to the oled.// VSPI pins#define SCLK_PIN 18#define MOSI_PIN 23#define MISO_PIN 19#define DC_PIN 21#define CS_PIN 5#define RST_PIN 22SPIClass vspi = SPIClass(VSPI);Adafruit_SSD1351 oled = Adafruit_SSD1351(SCREEN_WIDTH, SCREEN_HEIGHT, &vspi, CS_PIN, DC_PIN, RST_PIN);

convém saber programar em Arduino...

Très bon contraste et rapidité très correcte (sauf sur Arduino, mais ça ce n'est pas nouveau, Arduino doit être issu du croisement d'un aï et d'un escargot :) ).Finesse d'affichage très bonne.

This is an absolutely gorgeous little display. The board is very well made feels good in the hand. The breakout cable is very useful and makes hook-up really easy. The colors are crisp and vivd. Ignore the provided tutorials. Use UCGlib. It took all of 5 minutes to get setup.

Afficheur de bonne qualité et très lumineux. Impeccable (Utilisé avec un ESP 32 c'est très performant)