technologies for high quality TVs and monitors

Over the years, we’ve gone through several evolutions of panels for TVs, monitors, mobile phones, handheld consoles and other devices. Just a few years ago, TN was common, cheap, and efficient for gaming, while VA lacked latency but greatly improved contrast. A few years ago, IPS was considered the best, although today it is inferior to OLED screens. Now we find a new term,
QDEL technology which can replace OLED in High quality TVs and monitors.

Although it may not seem like it, technology OLED This has been around for a long time, since 70 experimented with the benefits of using
diodes organic. He wasn’t until then
1987 When Kodak showed the first practical application of this technology to emit light and color. Despite this, it was too early to see anything commercial as only 2003 When was the first active matrix OLED device released?AMOLED) and it wasn’t even a TV, it was digital camera screen. The first ones started to leave here
OLED TV to the market as Sony XEL-1 in 2007 And in 2010 LY began to dominate.

QDEL/NanoLED technology will provide picture quality comparable to OLED at a lower cost.

If it were not for the high price, almost everyone would like to have TVs, monitors and OLED screens on all their devices. In fact, even fewer people have seen the prototype
credit card which supposedly has
OLED panel with backlight. Other companies such as Apple have not yet updated their devices with this technology, although it has been revealed that iPad Pro OLED will arrive at
May 2024. While all these developments are unfolding, we need to talk about who can compete with OLED in the high-end TV space, and QDEL will be its new competitor.

You may not be familiar with QDEL, but it is also referred to as NanoLED, KD-EL,
QD-LED and several options. In the end, to avoid problems, we stayed with QDEL and NanoLED, a technology that has the advantage of maintaining quality similar to or superior to OLED while still allowing reduce production costsalthough it will still be more expensive than the LCDs and LEDs we know.

This will allow for thinner, more flexible screens while maintaining OLED’s pure blacks and greater brightness.

We’ve talked about QDEL many times since a prototype of one of these screens was leaked a little over a year ago. The advantages of QDEL over OLED were announced here, and this results in reducing the number of layers,
price drop or the possibility of creating
thin and flexible screens. This opens up a whole world of possibilities for high-end TVs, PC monitors, smartphones, tablets and the automotive industry.

Screens using QDEL/NanoLED technology have pixels made up of quantum dot subpixels.
(Quantum Dot) red quantum dots, a subpixel of green quantum dots, and a subpixel of blue quantum dots. So they add a subpixel of blue quantum dots, unlike current QD-OLED screens. Of course, we didn’t mean to consider her a rival OLED if it were not able to compete at the same level and therefore we can confirm that QDEL will have the same deep black color than popular technology. In fact, thanks to quantum dots, they should theoretically be able to represent highest color range added to much higher brightness one that OLED TVs and monitors achieve.