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Seeya Competes Near Eye Display Market with 7 OLED Micro Displays
OLED micro display developer Seeya Information Technology established in 2016 and has an OLED 300 mm micro display production line with a monthly capacity of 9,000 300 mm wafers). The company claims to be the world's largest OLED micro display maker by volume and have a micro display with a pixel density of 3,000 PPI (the 0.49" display is 4,500 PPI) and brightness of 1,800 nits. The display structure is white OLEDs with color filters (single stack). The IC process is si based with 80 or 110-nm features. They currently list 7 OLED micro displays.
Seeya competes with veteran micro display companies, Sony, Kopin and eMagin and trails in terms of resolution and luminance so the company must increase the pixel density to get to 4K displays and ~30,000 nits. They plan to upgrade the display structure to a tandem stack architecture with a refresh rate of 120Hz and the backplane at 55-nm. In Seeya's roadmap, the OLED structure will be a direct-emission one (RGB, no color filters) which will drive brightness and efficiency much higher, 6K resolution (6,000 PPI) and an IC process of 40nm.
OLED micro display developer Seeya Information Technology established in 2016 and has an OLED 300 mm micro display production line with a monthly capacity of 9,000 300 mm wafers). The company claims to be the world's largest OLED micro display maker by volume and have a micro display with a pixel density of 3,000 PPI (the 0.49" display is 4,500 PPI) and brightness of 1,800 nits. The display structure is white OLEDs with color filters (single stack). The IC process is si based with 80 or 110-nm features. They currently list 7 OLED micro displays.
Seeya competes with veteran micro display companies, Sony, Kopin and eMagin and trails in terms of resolution and luminance so the company must increase the pixel density to get to 4K displays and ~30,000 nits. They plan to upgrade the display structure to a tandem stack architecture with a refresh rate of 120Hz and the backplane at 55-nm. In Seeya's roadmap, the OLED structure will be a direct-emission one (RGB, no color filters) which will drive brightness and efficiency much higher, 6K resolution (6,000 PPI) and an IC process of 40nm.
