0.39″ Micro OLED Display 1920×1080 – MIPI, I2C

0.39″ Micro OLED Display Module 1920×1080

Active Matrix Color OLED utilizing single-crystal silicon backplane technology. Integrates pixel circuits and driving ICs directly on the silicon substrate, yielding a 5644 PPI density for ultra-high-resolution imaging in constrained optical environments.

MIPI & I2C Protocol

Supports purely MIPI video data streaming combined with standard I2C for register writing. Allows independent control of high-fluency mode and gamma calibration without interrupting video data lanes.

Flexible Resolution Mapping

Programmable resolution operation supporting (8*M, M=40~240) x RGB x (8*N, N=30~135) configurations. Hardware-level image scaling matches varied input sources.

Power Management

Integrated Deep Standby mode via I2C commands minimizes quiescent current. Thermal compensation algorithms dynamically adjust voltage to maintain chromaticity across the -10°C to 80°C range.

Augmented Reality Glasses

High pixel density prevents the screen-door effect at close focusing distances. Low weight and minimal footprint fit micro-optical engine constraints.

Medical Imaging Endoscopy

10,000:1 contrast ratio and 16.7 million colors reproduce exact tissue differentiations. Reliable operation under continuous clinical usage.

Thermal & Night Vision

Wide operating temperature (-10°C to 80°C) guarantees ultra-low latency or artifacting in extreme tactical and outdoor environments.