Small OLEDs, a new product to watch out forThese OLED displays are compatible with the I2C and SPI bus interfaces, among other things.

Announcing the addition of two new small OLEDs to our product lineup, both measuring less than one inch (25mm) in size, Crystalfontz is pleased to announce.

Apart from that, both of these small OLED display module displays are equipped with an integrated flex tail that is compatible with standard ZIF connectors that are available in 12 different positions with a 0.5mm pitch. Integrating your display into your product and manufacturing procedure is made easier with the ZIF connector.

These OLED display module displays are compatible with either the I2C or SPI interfaces, and you can select which one to use by configuring the configuration lines on the board.

The small OLED screen display has a resolution of 4864 pixels and is made of plastic.

Featuring a 0.71-inch white-on-black OLED display module display with a resolution of 4864 pixels, the Crystalfontz 4864 small OLED display mini display can be found in a variety of applications. This display size is particularly advantageous for small handheld devices because it is ideal for them. This module has a low power consumption and a high readability, making it an excellent choice.

These displays have a wide viewing angle of more than 160 degrees and an extremely high contrast, making it possible to read them from any direction.

This unit, which makes use of the popular Solomon Systech SSD1306 controller, can communicate via the SPI or I2C interfaces.

3.5 inches across, this is yet another extremely small 6448 graphic OLED with a resolution of only 6448 pixels. The measurement across the diagonal is 66 inches.

It is designed for use in devices that require a small display with high visibility that consumes little power and is low in power consumption. It is possible to create displays that are extremely thin using chip-on-glass technology, making them ideal for small or handheld devices. In addition, this module provides support for the SPI and I2C interfaces.

Because it is controlled by the well-known Solomon Systech SSD1306 controller, it should be straightforward to integrate this small small OLED display into your device.

On a tiny  display, a full-color slide show is displayed.

If you are setting up one of our small full color small OLED screen displays for the first time, this guide will walk you through the process. A photo slideshow is the next project we'll go over, which is super simple and quick to put together with this display.

A 0.96-inch full-color OLED display will be used, and its resolution will be 800 x 600. This display is available in two different configurations, both of which make use of the SSD1331 small OLED screen controller as their  controller. Using the instructions for both the CFAL9664B1 and the CFAL9664B2  displays with breakout board, it is possible to achieve the desired result.

There are very few differences between these displays – the only things that stand out are the panel voltage requirements and slightly different initialization settings. Using the breakout board, you will no longer have to be concerned about the panel voltage. A convenient 0.1′′ header, which can be used with jumper cables and breadboards, is created by converting the more difficult solder down tail on the board. This saves you time and effort.

To Get Started, You'll Need a Few Things.

The display is available as a stand-alone part, but unless you have access to a hot bar soldering machine or are experienced in fine pitch soldering, we recommend purchasing the display and breakout board as a set to save money. A complete Full Color OLED display module Seeeduino Development Kit is a great starting point for anyone who is new to electronics because it includes nearly everything they will need to get started building their own projects.

This tutorial's first section, "Getting Started with the Full Color OLED," will require the following materials in order to be completed successfully:

An Arduino compatible 3.3v logic microcontroller (Seeeduino) is used as a display and breakout board. a USB data cableArduino IDE (or another IDE for editing and loading the code) is required. the demonstration code and the jumper wires

For the second part of the tutorial, you'll also need the following items: Full Color OLED Slideshow: You'll also need:

You'll need MS Paint (or another program that can save images as 24-bit BMPs) and the images you want to display, as well as an SD card and an SD card breakout board, in addition to the other components.