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INT Tech Co. Ltd., a start-up from Taiwan, is bringing its latest glass substrate high pixel density AMOLED technology, UHPD or Ultra high pixel density to show. Demontrating AR display prototypes at the AWE 2019 tradeshow runnuing from May 29 through to 31rd in Santa Clara, CA.
UHPD (Ultra high pixel density) is a non-silicon based RGB side-by-side AMOLED display technology with a great leap forward in pixel density. The glass substrate makes the display more cost efficient than silicon-based ones, and its eye popping 2,228 PPI RGB side-by-side OLED patterning provides better visual performance compared to WOLED. By improving the optical design, the team also endeavors to simplify AR optical system and makes smart glasses lighter and more compact. It is also feasible to make the display flexible or/and transparent, and be attached to the glasses directly to make the AR design more compact. More importantly and fundamentally, AMOLED is a superior display solution for near-eye applications compared to incumbent displays which used LED as the light source due to its lower hazard blue light emission.
UHPD is said to bring advantages in VR applications. With its ultra high pixel density, at 2-3 inch displays, it eliminates screen door effect, increases image sharpness, and enlarges FOV (field of view). By further increasing pixel density, incorporating LTPS-based eye tracking sensors, and combining with light-field technology, the company goes on; UHPD will be able to create close-to-real viewing experience and reduce VAC (Vergence Accommodation Conflict) significantly. UHPD can also be deployed in high resolution large screen to create glasses free VR experience, INT promises.
UHPD (Ultra high pixel density) is a non-silicon based RGB side-by-side AMOLED display technology with a great leap forward in pixel density. The glass substrate makes the display more cost efficient than silicon-based ones, and its eye popping 2,228 PPI RGB side-by-side OLED patterning provides better visual performance compared to WOLED. By improving the optical design, the team also endeavors to simplify AR optical system and makes smart glasses lighter and more compact. It is also feasible to make the display flexible or/and transparent, and be attached to the glasses directly to make the AR design more compact. More importantly and fundamentally, AMOLED is a superior display solution for near-eye applications compared to incumbent displays which used LED as the light source due to its lower hazard blue light emission.
UHPD is said to bring advantages in VR applications. With its ultra high pixel density, at 2-3 inch displays, it eliminates screen door effect, increases image sharpness, and enlarges FOV (field of view). By further increasing pixel density, incorporating LTPS-based eye tracking sensors, and combining with light-field technology, the company goes on; UHPD will be able to create close-to-real viewing experience and reduce VAC (Vergence Accommodation Conflict) significantly. UHPD can also be deployed in high resolution large screen to create glasses free VR experience, INT promises.