Micro OLED is a silicon-based OLED technology with a pixel density exceeding 3000 PPI and a brightness of several thousand nits. It is small in size, has low power consumption, and offers extremely...
Micro OLED features 3000+ PPI and 5000 nit brightness, completely eliminating the screen-door effect; The 0.01 ms ultra-fast response time solves motion sickness, serving as the performance benchma...
PMOLED manufacturing involves ITO patterning and organic layer evaporation. It features no TFT, relies on row and column scanning, and is suitable for small screens under 3 inches. Materials includ...
COG (Chip-On-Glass) technology utilizes Anisotropic Conductive Film (ACF) to directly bond driver ICs onto the LCD glass substrate through thermal ultrasonic or heat-pressure processes. The core of...
AMOLED is a pixel self-emissive technology featuring an ultra-high contrast ratio of 1,000,000:1. Black pixels do not emit light, making it more energy-efficient with more vibrant colors. It respon...
OLED relies on self-emission from organic layers, with a thickness of approximately 1mm. It features a 1,000,000:1 contrast ratio, a response time of <0.1ms, and a 178° viewing angle. The image ...
Selection requires matching I2C/SPI interfaces; OLED features a 100,000:1 contrast ratio, LCD targets 500 nits brightness; Confirm 3.3V/5V voltage compatibility; Select ISO-certified suppliers that...
Customization requires first locking down the FPC shape and interface, with a prototyping cycle of about 15 days. During mass production, ACF thermal compression parameters are strictly controlled,...
The COG process utilizes Anisotropic Conductive Film (ACF) under thermal compression at approximately 200°C to directly bond the driver IC to the glass substrate. It achieves vertical conduction by...