#Television design digital screen on screen guidelines tv#
The dozens of LEDs in your current TV don't emit that much heat, certainly not compared to older technologies like plasma and CRT, but put millions of them right next to each other and things can get toasty. The TV will need a lot more electricity and have to dissipate a lot more heat. Just driving them harder introduces new issues. So you either need to drive them harder, increase their efficiency, or both. One problem is that when you shrink LEDs, the total amount of light they produce goes down. Turns out that process is a lot harder than it sounds. And it could end up in your home sometime in the future, even if you're not rich. Sony has its own version of MicroLED, called Crystal LED, that's currently only for the commercial market, but allows for massive wall-sized screens.Īlthough super-expensive now, MicroLED is on the cusp of being the next great display technology. Samsung has shown MicroLED prototypes at CES for the last few years, ranging in size between 75 and 292 inches, and this year started selling a $156,000, 110-inch model that could display four 55-inch HD images at the same time. LG is the latest company to announce MicroLED displays, with their DVLED wall-size TVs, some of which cost over $1,000,000. Using millions of tiny individually addressable LEDs, MicroLED promises to rival the picture quality of OLED, the current champion, but with better brightness and lower chance of burn-in. It's called MicroLED, and it combines the best features of the current TV technologies into something new - and huge. You can buy one right now if you've got deep pockets. There's a new TV tech on the horizon, and it promises incredible picture quality and even more incredible sizes.
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