OLED Display

A: OLED displays offer superior image quality with perfect black levels (since each pixel is self-emissive), an extremely high contrast ratio, faster response time for smoother motion, and a wider viewing angle. They are also thinner, lighter, and can be made flexible, enabling more innovative product designs.

A: Absolutely. Our OLED products are developed with high-reliability standards, and our IATF 16949 certification specifically supports our commitment to the automotive industry. They are designed to meet stringent requirements for temperature stability, brightness, and long-term durability in vehicles.

A: We utilize advanced OLED materials and driver technologies to maximize operational lifespan. While OLEDs can be susceptible to burn-in under extreme static content conditions, we implement pixel shifting and other compensation algorithms in our modules to significantly mitigate this risk, making them robust for industrial and automotive use.

A: Yes. Our vertically integrated production lines and R&D focus allow for extensive customization. We can tailor the size, special shapes (cut-outs), interface (LVDS, MIPI, etc.), and even develop flexible OLED solutions to fit your unique mechanical and electrical design requirements.

A: Power consumption depends heavily on the content being displayed. OLEDs are more energy-efficient when showing dark or black images because the individual pixels can be turned off completely. For predominantly bright content, an LCD with a constant backlight might be more efficient. We can help you analyze which technology is optimal for your specific application.

A: Yes. We provide complete solutions by integrating high-performance capacitive touch panels (such as On-Cell or Cover Glass) with our OLED displays. This offers a sleek, integrated module with excellent optical clarity and responsive touch experience for interactive applications.