IPS panels excel with 178° wide viewing angles and high color accuracy, but have slightly higher power consumption; TN panels have narrow viewing angles and are prone to color shifting, but their p...
AMOLED relies on a TFT active matrix to achieve an ultra-fast response time of less than 1ms, making it the preferred choice for high-definition large screens; PMOLED features a simple structure an...
SPI supports high-refresh OLED displays at rates above 10Mbps. Although it requires 4-5 pins, its performance is far superior to the I2C protocol, which only needs 2 wires for driving but has a ban...
TFT LCD has deeply established itself in the industrial display field with high-brightness backlighting exceeding 1000 nits and excellent cost-durability. Meanwhile, self-emissive OLED has set a ne...
Micro OLED leads the high-end market with over 3000 PPI and 100,000:1 contrast; AMOLED offers low latency but is prone to the "screen door effect," while LCD remains the entry-level mainstream than...
The 8080 parallel port gains high bandwidth by utilizing 8/16-bit lines, SPI reaches high-speed serial communication at 50MHz, I2C saves on pins, and RGB relies on VSYNC synchronization to support ...
By optimizing 0.5mm pitch FPC pins and customizing 1000-nit ultra-high brightness backlights, we can deliver high-precision prototypes of industrial-grade LCD modules supporting wide-temperature op...
Graphic OLED achieves a million-to-one contrast ratio and 10-microsecond response time through self-emittance, while its 1.2mm ultra-thin modules support 180-degree full-view precision display in m...
OLED holds an advantage in high-performance visual interaction with an ultra-high contrast ratio of >10,000:1 and an ultra-fast response time of <1ms, while LCD remains the preferred choice f...