Today, Sony is announcing the development of a new type of TV display in which individual RGB LEDs have been used for their backing. Although Sony currently sells high -end mini -LED TV along with O LED models, this new system can connect many of the great features of both, and I recently saw it in action at the company’s Tokyo headquarters.
I am not yet convinced that this tech, which has now named Sony “General RGB LED Back Light Technology” to some extent, will be the best solution to the panel for everyone. But the TV is always coming with trade, and this approach represents a meaningful different solution to the things in the market. It seems that this will be a huge upgrade to the current mini -LED sets.
The mini -LEDs work by deploying a small blue LED array behind the TV panel. These LEDs are larger than the original pixels of the display, but they are so small that the TV can brighten or dark many areas of the high precision screen. In the meantime, OLED TVS is even better worth the contrary because they individually illuminate and switch every pixel, but they cannot usually be as large or bright as the mini LED display.
With Sony’s new RGB LED method, each mini LED back light zone is made of a red, green and blue LED. The main advantage here is that Sony is able to gain better control over color without compromising on brightness, gains 4000 CD/Murm level levels – the company’s professional reference is equal to the monitor and as a result, “color volume” is higher than any commercial TV released to date. Overcoming rising rankings can also help provide wider viewing angles than mini -LED TV, and Sony says panels can be constructed at a large size than current OLED sets.
So, how does it look personally? Unfortunately, Sony did not allow his prototype to be photographed, but I would do my best to explain them.
The first unit was designed to show the back light array. Behind the seat was a wild combination of silicon and cable spaghetti. Only the half -screen was covered by an original LCD panel. The rest of the icon was handled fully by back lighting. Imagine watching a movie where the right half of the picture was played by a 16 -bit pixel art filter, and you are there too much, except that the screen had a much better color than a super -Nintendo.
Of course. This is not practically used, but it shows how precise it is with Sony lighting. In one scene, a bus was driving a bus on a sunny day, and it was possible to detect several different red colors in his paint only from the backlight. Sony says it is translated into a wider and more accurate color.
To demonstrate the original video content, Sony arranged a full screen version of RGB Back Light Proty Type in which you can buy two of your best TVs that you can buy: last year’s extravagant mini -LED -powered Bravia 9, and QD Old A95L in the recent Value Electronic TV Shot -TV Shot -TV Shot Valvo -TV. The award is won, where Stuffy Editor -in -Chief Nile Patel served in the Judging Panel.
Consciously consciously about the flawless comparison, while holding a Sony Engineer Demo, repeatedly turned off its way to make the point that Bravia 9 on the left was a really good TV. Nevertheless, the prototype led by the RGB clearly smoked it.
A scene from Frozen While the blue crystal flew through the air compared to it, almost Almost monochrome was looking, with the prototypes shown the dark colors of purple that were not present on Bravy. It was clear that the backlight worked together with colorful grading to provide more clear picture. The angles of viewing had greatly improved, with a nearly colored shift. In another sequence with a bright red light against a dark background, the tail tail Blavish mini LED Blooming was displayed on Bravia, while the RGB LED prototype illuminated these areas completely red.
This is not to say that it was not open. If you have covered only the red section of the screen with a piece of paper, you will still see a red redness around it, unlike the OLED panel. But in view of the footage in general, the effect was not so different. Although OLED screens do not strictly leak color figures in adjoining pixels, the effect of retina stry light in your eyes means that you still feel the light around the bright points. The ability to restrict the RGB LED’s opening to colors is a major improvement on the mini -LEDs in this regard, even if it is talked about the display of starfields, it will still lose OLED.
RGB LED back lighting is not a completely new ideology, even from Sony. The company launched a ridiculous expensive TV with RGB Back Light in 2004, and recently showed a “crystal LED” prototype TV in CES 2012. Rivasters are also in this case. Hassan in CES this year demonstrated TV led by “Tricoma RGB Back Light” mini, while TCL And Samsung On this idea they had prototypes with their own spin.
“This progress was in our expectations,” says Desko’s head, head of Sony’s home audio and video division, said. Sony is confident that his experience in backlight technology and image signal processing gives him more edge than anything on the horizon.
Sony’s representative, Mara Radcon, emphasized the company’s expertise in the signal processing, Sony’s representative Mara Radcon told Verge, “We believe that we can not only ensure the quality of good Image image but also ensure reliability and stability.” “The knowledge and experience acquired over the years cannot be easily copied.”
If Sony is fine about it, its strongest competition may come from inside the house. The benefits were very clear with his own “King of TV”. The RGB LED prototype can definitely hang with A95L, and it can literally move it forward in terms of brightness. But I would say that the difference between colorful reproduction and viewing angles was excellent wash. I usually prefer OLED image in the most difficult comparison, and I think many OLED TV owners will probably agree.
But this is okay through Sony, which is not indicating that he is planning to get out of the OLED TV market at any time – not surprisingly, in view of the shining welcome to A95L. Maybe I’m happy with my own OLED TV right now, but the tech is not good for every user, whether they are worried about the brightness, size or longevity. If you are waiting to apply 100 -inch plus panels in a large room with too much natural light, this may be your answer.
We have to see how it all shakes once the RGB LED panels come to the original users’ TV. But Sony is a huge step to expect at least the mini -LEDs, and it can be the best alternative to OLED if it is made commercial.
