Vertical Divider
Kopin Produces A 35K Nit Green OLED Micro Display
Zuckerberg didn’t mention the significance of displays for AR, but Kopin® had a landmark announcement with the world’s first > 35,000 nits, high-dynamic-range (HDR), green OLED micro display on silicon. This HDR 1”-diagonal SXGA (1280 x 1024 resolution) OLED micro display is currently in development, with performance data measured on initial engineering samples. The OLED micro display incorporates Kopin’s duo-stack OLED structure for ultrahigh brightness and a unique pixel structure and backplane architecture for super-high dynamic range operation (14 bits). Dr. John C. C. Fan, CEO of Kopin said, “We are working to achieve much higher brightness approaching 100,000 nits.” Our OLED micro displays have reached, the luminance levels of current LCD display used in high-brightness AR applications.
The demonstration of 35,000 green nits is a major accomplishment, but it only accents the challenge to get to full color with less efficient red and especially blue. This type of structure will also require a color filter to pixelate the white emission, but it is a major step leading to an AR micro display
Zuckerberg didn’t mention the significance of displays for AR, but Kopin® had a landmark announcement with the world’s first > 35,000 nits, high-dynamic-range (HDR), green OLED micro display on silicon. This HDR 1”-diagonal SXGA (1280 x 1024 resolution) OLED micro display is currently in development, with performance data measured on initial engineering samples. The OLED micro display incorporates Kopin’s duo-stack OLED structure for ultrahigh brightness and a unique pixel structure and backplane architecture for super-high dynamic range operation (14 bits). Dr. John C. C. Fan, CEO of Kopin said, “We are working to achieve much higher brightness approaching 100,000 nits.” Our OLED micro displays have reached, the luminance levels of current LCD display used in high-brightness AR applications.
The demonstration of 35,000 green nits is a major accomplishment, but it only accents the challenge to get to full color with less efficient red and especially blue. This type of structure will also require a color filter to pixelate the white emission, but it is a major step leading to an AR micro display
