Brief: Discover how this 0.23-inch Micro OLED display module works in our detailed demonstration. This video showcases the high-resolution 640×400 dot matrix, MIPI+I2C interface, and specialized design for AR/VR headsets and wearable technology applications.
Related Product Features:
Ultra-compact 0.23-inch Micro AMOLED display with 640×400 high resolution.
Silicon-based display technology providing superior brightness and contrast.
Low power consumption design ideal for battery-powered wearable devices.
39-pin interface supporting both MIPI and I2C communication protocols.
Wide viewing angle and adjustable brightness range from 300 to 5000 nits.
Compact outline dimensions of 38.33×9.0 mm with 5.06×3.29 mm active area.
Specifically engineered for head-mounted displays and augmented reality applications.
AMOLED technology enables pixel-level power control for energy efficiency.
Często zadawane pytania:
What are the main advantages of AMOLED technology compared to LCD displays?
AMOLED consumes power per pixel, allowing dark pixels to use less energy, while LCD requires constant backlight power. AMOLED is more efficient for dark content as pixels can turn off completely, and it can adjust brightness per pixel rather than having fixed backlight brightness like LCD.
What interfaces does this 0.23-inch OLED display module support?
This display module features a 39-pin interface that supports both MIPI (1/2 lane) and I2C communication protocols, providing flexibility for various system integration requirements in AR/VR and wearable devices.
What is the brightness range and typical applications for this micro display?
The display offers a brightness range of 300 to 5000 nits and is specifically designed for head-mounted displays, AR applications, smartwatches, and other wearable devices where high resolution and low power consumption are critical.
What are the physical dimensions of this OLED display module?
The module has compact outline dimensions of 38.33×9.0 mm with an active display area of 5.06×3.29 mm, making it ideal for space-constrained applications in AR/VR headsets and wearable technology.