2 Pieces I2C Display Module 0.91 Inch I2C OLED Display Module I2C OLED Screen Driver DC 3.3V - 5V (White Light)

2 Pieces I2C Display Module 0.91 Inch I2C OLED Display Module I2C OLED Screen Driver DC 3.3V - 5V (White Light)

$ 8.99

Score By Feature

Based on 44 ratings

Easy to read

9.33

Value for money

8.08

OveReview Final Score

How Our Score Is Calculated

Product Description

You will receive 2 OLED screens with classic display colors, and with self-illuminating capability so there is no need for backlighting.

This module comes without pin headers for a more power-efficient display it is also designed for a lower consumption IIC (I2C) communication interface, which simplifies connections please note that the I2C OLED display module is power-saving in nature.

For more details this I2C LCD display is compatible with Arduino, ESP8266, ESP32, STM32 and more. A power supply with 35 volts a working temperature range of -40 to 85 degrees Celsius a resolution of 128 x 32 pixels

The I2C OLED display module is compatible with Raspberry Pi 4B/ 3B+/ 3B/ 2B/ Zero, also with Arduino, and will work with ESP8266, ESP32, STM32 and others.

The product manual specifies the steps to be taken to use the product

Questions & Answers

Can you tell me how far apart the pin holes are?

A standard header distance of 2 inches is considered standard. The difference between 54 mm and 0 mm is It measures one

Does anyone know what the i2c device ID for this module is?

My code was 0x3C, received in June 2021. Here's some information that might be of use In #define OLED_RESET we define "" number (and if Arduino reset pin is shared) *br>#define SCREEN_ADDRESS 0x3C /// Refer to datasheet for address A wire, an LED reset)

Selected User Reviews For 2 Pieces I2C Display Module 0.91 Inch I2C OLED Display Module I2C OLED Screen Driver DC 3.3V - 5V (White Light)

The device could not interface with another I2C device

4/5

I wanted to use it to communicate with a solar panel A cloud-based platform powered by Intel Temperature and humidity meter in place. It is something that I have already tried making. However, the SHT40 sensor would not be compatible with this display. It would be possible to connect up to 127 devices on the I2C bus, but when I add the standard SSD1306, OLED code from the example in the Arduino IDE, the MCU says "the sensor is not present" and nothing shows on the display either. In this display there's no I2C address printed, and in the description there's no mention of an I2C address either. This display works well when I comment out code related to the SSD1306 OLED. However, I got no results after testing 0x3c and 0x3d. Neither the splash screen nor the display has ever lit up for me.

Ocean Walter

| Oct 08, 2020

OLED display that is easy to use

5/5

This is a simple four-step process The display is connected via I2C via a wire. Text and graphics with a strong visual appeal.

Kehlani Rosales

| Sep 13, 2020

This is a simple to use program

5/5

I'll start with a pretty easy one- For SSD1306, you should use a resolution of 128x32. If you're looking to learn more about SSD1306 in the Arduino library, I recommend playing around with the SSD1306 example. It's pretty simple to get the hang of once you've learned how it works.

Kyla Barrera

| Aug 19, 2020

In fact, they do I haven't had an opportunity to test any of these in a project yet, but for fun I tested one and it worked wonderful

5/5

Meghan Cline

| Jan 21, 2021