Feature

●Emissive Brilliance: Unlike traditional screens, this organic luminescent diode module is not sensitive to backlight. Instead, it emits a unique light and provides a vivid visual experience and saves energy
●IMPROVED CONTRAST: In low-light conditions, such as dark rooms, the organic luminescent diode screen provides superior contrast over traditional LCD screens
●FAST RESPONSIBLE: Significantly faster response time compared to LCD, this organic emitting diode display ensures smoother operation and no delay performance
●DISPLAY TECHNOLOGY: Experience the future of display with 1.3" Organic Light Emitting Diode Display Module. Boasting a crisp 128x64 resolution and SH1106 driver IC for seamless I2C communication
●VERSATILE APPLICATIONS: This display module is compact in size, making it ideal for devices such as MP3 players, functional cell phones, smart health devices and more, enhancing the user experience throughout a variety of applications. Upgrade your device today with this organic luminous diode technology


Description

Function:
This is a 1.3 inch organic luminescent diode display module with a resolution of 128x64. Luminous electroluminescent layer is a membrane of organic compounds. Glows when it reacts to current. The organic emitting diode display module that operates without backlight, emits light on its own. In low ambient light conditions, such as a dark room, the organic emitting diode screen can achieve a higher contrast ratio than an LCD. Organic luminous diodes provide much faster response time than LCD.
The small display is very suitable for MP3, multifunction cell phone, smart health device etc.
Specifications: Display Size: 1.3 inches
Letter Color: White Resolution: 128 x 64 Driver IC: SH1106
Input Voltage: 3.3V/5V
Pins:
GND: Earth
VCC: (Power Supply)
SCL: (Clock) SDA: (Data cable)
Package Content: 1 x Organic Luminous Diode Display Module
Note: This kit requires expertise and ability. Be sure to understand how to wire and how to use. Please be aware that this product will be shipped randomly from the new and old type.