Sometimes the small origin happens BigLead is at least a matter of development in LED technology. For a bright, clear picture, the OLED screens are where. When they talk about the price, they easily improve the traditional LED display and break the micro-led display bat-however, it is not difficult to do when the appropriate size micro-led screen can easily cost thousands of dollars. We all like a screen that has the right backing lighting, but not so much.
Researchers at Jiang University and Cambridge University have unveiled LED display technology that is Even smaller than And a terrifying look is more effective. I A blog postIt was announced, the team has formed not only microids but also nano -leads, which features “90 nanometers length”. Tom’s hardware) This not only makes them the smallest LEDs in the world, but also means that the tech can potentially be a surprising 127,000 pixels per inch.
In order to put it in this context, the 27 -inch 4K gaming monitor has only one Puffing 163 pixels per inch. Even if you start counting individual sub -pixels, one for each color channel, you are still getting less than 1000 per inch.
So, what is the secret sauce of these small LEDs? Peruvian, a mineral that is commonly used in the solar panel (not contrary to this solar -powered laptop from Lenovo). Similarly, researchers refer to their twisted, Peruvian-based LEDs as “Nano Paleids” and claim that unlike traditional micro-lades based on the III-V semiconductor, micro/nano-paledes showcase the minimum performance. ” Talk about small but powerful.
The development of these nano -pale was difficult, though, because pyroskite is very fragile to cope with photoshophic processes that are usually needed to make an LED display. To put it in very straightforward words, the researchers instead deployed a basic process that “deployed windows in an additional insulated layer” to protect Peruvian in such a way that it does not compromise on the quality of the image. For a very long response, the team recently wrote about the process in an article published in the scientific journal Nature.
When you discuss the future of this technology, gaming is clearly mentioned by the team. To rewind briefly, Micro Leds are a compelling option for VR headset Despite their costs. However, you need a screen to complete the virtual reality’s illusion, you can develop an image that can be examined at a blinking distance.
Unfortunately, when you really try to hide the suture by making the seventions very small between the pixels, the micro -led display performance is dealt with. For this time, the LCD and the micro -O LEDs rule VR roast, but Nano Paleidas may succeed instead where Micro’s leadership has so far failed.
“The micro -led performance falls rapidly when the pixel size is smaller than 10 micrometers, which is the desired pixel size for advanced, with advanced, with advanced sections,” said Jiang University professor Xiao Budan in a blog post.
For the Virtual Reality Dreams now, the team has contributed with Linksel, a company based in Hangzhou, so that “a prototypeable active matrix microple is driven by the microphil display (which (that (thin-film transistor) is driven by a backpack.” Say, the future looks bright. Lot Little
