Monday, January 3rd 2022
PlayNitride Will Kick Off the CES 2022 with a Virtual Exhibition of MicroLED
PlayNitride Display Co., Ltd (PlayNitride) will hold a virtual exhibition of MicroLED, the next generation of display technology at the Consumer Electronic Show (CES) 2022 Las Vegas, from January 5 to 31, 2022. PlayNitride will be showcasing its latest technology online with four major application scenario demos including modular-large size display, transparent display, wearable display, and AR micro-display.
MicroLED is the ultimate new generation display technology with high brightness, ultra-high contrast ratio, transparent, flexible display, seamless tiling, and low power consumption. PlayNitride develops a distinctive MicroLED called PixeLED for high performance and more innovative display applications, such as TFT backplane, PCB, and the silicon chip.
Dr. Yun-Li Li, CEO of PlayNitride said, "PlayNitride has dedicated itself to integrating the MicroLED ecosystem for both existing and emerging applications. Currently, we are one of few companies that is capable of showcasing the readiness of MicroLED displays for various possibilities. With our technology, we can provide solutions to accelerate the growth of MicroLED-based applications across sectors."
Showcasing four advanced solutions by PlayNitride
The first demo that will be showcased online at CES 2022 is the award-winning Modular MicroLED Display, a 37-inch FHD PixeLED Matrix MicroLED display. This technology is based on a PCB board that can be tiled seamlessly. Each unit module can be repaired individually, while the outstanding contrast performance projects the depth of field and wide color gamut performs a delicate picture quality.
Next is the Transparent MicroLED Display. It is a 7.56-inch Transparent PixeLED MicroLED Display with 60% transparency in 114 PPI (pixel per inch) density. It is a see-through display with high brightness and will be part of the future automotive industry for the windshield, side windows, and interior design applications.
The third one is the Wearable MicroLED Display, with a 1.39-inch Circular PixeLED technology, an ultra-high 338 PPI showing retina level performance, and an ultra-bright display offering excellent readability under sunlight. With this, users can see precise and tiny words on a smartwatch similar to a tiny computer on the wrist.
Lastly, PlayNitride will also present the Augmented Reality (AR) MicroLED Display that has a 0.39-inch 1411 PPI full-color µ-PixeLED. It is the key component of Metaverse's AR glasses, which have full color with 50K nits brightness and high pixel density.
"With these virtual demos, PlayNitride showcases our extensive experiences on MicroLED technology, from the traditional display to the advanced automotive applications. Seeing these current shifting needs of display technology, we are confident that the MicroLED will be widely adopted moving forward as the ultimate performance solution for the ever-evolving display industry," said Falcon Liu, Marketing Director of PlayNitride.
PlayNitride's expertise in MicroLED display technology has been acknowledged with a Special Recognition Award from the Society for Information Display (SID) 2020 for Dr. Yun-Li Li, CEO of PlayNitride and team for their contribution to the development and commercialization of MicroLED technology.
For further information about PlayNitride, visit the website www.playnitride.com and Linkedin account PlayNitride for the latest information on the company and MicroLED display applications.
Source:
PlayNitride
MicroLED is the ultimate new generation display technology with high brightness, ultra-high contrast ratio, transparent, flexible display, seamless tiling, and low power consumption. PlayNitride develops a distinctive MicroLED called PixeLED for high performance and more innovative display applications, such as TFT backplane, PCB, and the silicon chip.
Showcasing four advanced solutions by PlayNitride
The first demo that will be showcased online at CES 2022 is the award-winning Modular MicroLED Display, a 37-inch FHD PixeLED Matrix MicroLED display. This technology is based on a PCB board that can be tiled seamlessly. Each unit module can be repaired individually, while the outstanding contrast performance projects the depth of field and wide color gamut performs a delicate picture quality.
Next is the Transparent MicroLED Display. It is a 7.56-inch Transparent PixeLED MicroLED Display with 60% transparency in 114 PPI (pixel per inch) density. It is a see-through display with high brightness and will be part of the future automotive industry for the windshield, side windows, and interior design applications.
The third one is the Wearable MicroLED Display, with a 1.39-inch Circular PixeLED technology, an ultra-high 338 PPI showing retina level performance, and an ultra-bright display offering excellent readability under sunlight. With this, users can see precise and tiny words on a smartwatch similar to a tiny computer on the wrist.
Lastly, PlayNitride will also present the Augmented Reality (AR) MicroLED Display that has a 0.39-inch 1411 PPI full-color µ-PixeLED. It is the key component of Metaverse's AR glasses, which have full color with 50K nits brightness and high pixel density.
"With these virtual demos, PlayNitride showcases our extensive experiences on MicroLED technology, from the traditional display to the advanced automotive applications. Seeing these current shifting needs of display technology, we are confident that the MicroLED will be widely adopted moving forward as the ultimate performance solution for the ever-evolving display industry," said Falcon Liu, Marketing Director of PlayNitride.
PlayNitride's expertise in MicroLED display technology has been acknowledged with a Special Recognition Award from the Society for Information Display (SID) 2020 for Dr. Yun-Li Li, CEO of PlayNitride and team for their contribution to the development and commercialization of MicroLED technology.
For further information about PlayNitride, visit the website www.playnitride.com and Linkedin account PlayNitride for the latest information on the company and MicroLED display applications.
12 Comments on PlayNitride Will Kick Off the CES 2022 with a Virtual Exhibition of MicroLED
Samsung should have some consumer "friendly" versions out this year, that starts at 89".
news.samsung.com/global/samsung-electronics-unveils-its-2022-micro-led-neo-qled-and-lifestyle-tvs-with-next-generation-picture-quality-and-range-of-cutting-edge-personalization-options
4K is heavily overrated even for monitors. 32 inch 1440p and I'm insta buying one for that purpose.
Other stuff is more important than res. Picture quality = contrast, view distance, color space, motion clarity. Resolution comes somewhere way after that IMHO.
Consider the fact OLED has burn in which microLED is very unlikely to have, while still getting near infinite static contrast ratio out of it, and similar motion clarity, plus much wider brightness range.
Refresh rate is certainly not hard to achieve anymore, the standards have evolved to meet 120hz native almost everywhere.Exactly... 89 inch :roll:
4K is amazing to work on, at least for what I mostly do and I wouldn't swap it for anything lower resolution.
That said, so far, we haven't gotten a 4K TV, I mean, our cable TV is 1080i for crying out loud and you have to pay extra for it on streaming services.
What's more amazing to me than 4K is the sheep behaviour in wanting it. Most use cases have absolutely zero purpose for it, while it does make everything more difficult. Scaling, GPU horsepower etc. I'll be honest, if people think 48 inch 4K is somehow a healthy (or ergonomically sound) setup for a desktop, I scratch my head.
Didn't Samsung show 75" 4K MicroLED TV last year on CES, as a technology demonstrator? This year they seem to have actual MicroLED products at 89", 101" and 110"Unfortunately hands-on impressions from Samsung's wall-based screens were not that nice when it came to bright images due to seams being visible at times.
But its great to hear good stories about burn in not happening! We just need a few more years to pass to get a solid verdict. These items should easily last 7 years in good shape, and reach 10 with minor flaws at best.