Based on recent news reports, it sure seems like the VR industry is moving away from Fresnel lenses to Pancake® optics and switching from glass-based OLEDs or LCDs to microdisplays based on OLED-on-silicon. And major display makers seem to be getting the message too. LG Display used DisplayWeek to showcase their new OLED-on-silicon microdisplay and […]
One of the key debates within the OLED industry is the best way to improve current efficiency as measured in candelas per ampere (Cd/A). Some say the direct patterning of red, green and blue materials is the way to go while others favor stacking 2 or more white emitting layers coupled with a color filter. […]
Kopin has developed a new backplane and frontplane architecture for OLED-on-Silicon microdisplays which can be used for AR/VR/MR applications. This new architecture brings together a number of innovations into one platform and offers a number of “firsts” in this display category. This includes: First duo-stack OLED with wide color gamut performance 10-bit processing for HDR-capable […]
Kopin used CES 2018 to introduce a new OLED panel, showcase a new headset for video viewing, and provide some insight into how it sees the AR/VR market shaping up in 2018. In OLED microdisplays, Kopin announced a new 1280×720 resolution OLED-on-Silicon panel in a 0.49″ diagonal form factor. This follows the 2Kx2K OLED-on-Silicon panel […]
One of the display technologies that is being used in Virtual Reality (VR) headsets is OLED-on-Silicon. Recently, a new partnership was formed between US-based Kopin and two Chinese partners: BOE and Olightek. The three have agreed to form a Joint Venture (JV) to build new state-of-the-art OLED-on-Silicon manufacturing facility in China to serve anticipated needs […]
At CES 2017, Kopin released a new 1-inch OLED microdisplay panel, branded Lightning, with a resolution of 2048×2048 and a fast 120 Hz frame rate. Both are firsts for the VR industry and will raise the bar on performance. I and many others have said for some time that resolution, frame rate and latency in […]
