1.3 inch OLED Graphic 128*64 OLED COG Module

FO-1286405 is a Passive Matrix OLED Display, of resolution 128*64 dot matrix in landscape mode. Its Active Area Size 29.42 x 14.7mm, as 1.3 inch OLED and module outline dimension is 34.50 x 23.00 x1.40mm. This 1.3 inch PMOLED is COG module, it is built-in driver TAB IC CH1116G, available supporting 3/4-wire SPI，I2C interface type, connected by 30pin FPC of 40mm length.

The display color of this 1.3 inch PMOLED is white, of white-on-black display effect.

Product Drawing:

Product Specification:

Features:

Landscape Screen Design: This 1.3 inch OLED display is landscape type design, giving a natural advantage in displaying horizontal content. Whether it's for watching videos, playing games, or browsing pictures, the landscape screen provides users with a more comfortable and natural visual experience,

High Resolution: This 1.3 inch PMOLED display features the mainstream 128×64 high-resolution, , presenting users with clear and detailed images and text.

Excellent Display Effect: This 128*64 OLED display boasts vibrant colors and high contrast, providing users with vivid and realistic visual effects. 

Whether it's watching videos, reading text, or browsing pictures, this display can deliver clear and crisp image quality, immersing users in the content.

Low Power Consumption: This OLED display utilizes advanced pixel-level brightness control technology, enabling precise brightness adjustments based on the displayed content, thereby effectively reducing power consumption. 

Applications:

The landscape 1.3 inch 128*64 OLED display, with its unique features of landscape screen, high resolution, excellent display effect and low power consumption, has a wide range of applications. Whether it's used in wearable devices such as MP3, MP4 player, small game consoles and industrial control equipment, it provides users with a superior visual experience. With continuous technological advancements and expanding application scenarios, this 128*64 OLED display is expected to have even broader application prospects in the future.