According to news on May 16, LG Display will bring many next-generation OLED new technologies to the SID Display Week 2024. The exhibits cover OLEDoS new technologies for VR, large-size OLED panel technologies that exceed the limits of image quality, and the most suitable for SDV (Software Defined Vehicles). Vehicle display solutions.
Among them, LG Display’s innovative OLEDoS technology for VR, which debuted at this exhibition, has significantly improved screen brightness and resolution compared to current technology, and has industry-leading image quality. Although it is only 1.3 inches in size like a coin, OLEDoS technology reaches the DCI-P3 color set by the Digital Cinema Initiative (DCI) with its ultra-high brightness of 10,000 nits, 4K-class 4,000ppi ultra-high resolution, and color performance accuracy. Domain standards exceed 97%, which can bring users a more realistic virtual reality experience.
OLEDoS is a technology that deposits OLEDs on silicon wafers used in semiconductor production. It can be used to present ultra-high image quality on small-size screens. Therefore, the application of this product in AR/VR device display products has attracted much attention. Compared with ordinary display products, in order to improve the user's immersive experience when external light is blocked, VR device displays need to have higher picture brightness and resolution. The OLEDoS technology unveiled this time combines LG Display's exclusively developed light-maximizing release technology - MLA (Micro Lens Array) - on newly developed high-performance OLED components, successfully increasing the screen brightness by approximately 40%. Utilizing a pattern of tiny convex lenses invisible to the eye, MLA technology completely releases a large amount of light that is lost due to internal reflection, thereby achieving higher brightness.
Source:LG Display
The original article was first published on the WeChat official account (Aibang VR Industry News):LG Display showcases new OLEDoS display for VR with brightness of 10,000 nits