OLED panels are seriously amazing and technology is one of these few people, really, Really Hope for more PC gamers becomes rapidly achieved. But there are still flaws with OLED monitor (and no, I’m not talking about the problem of astronomical prices). There is a potential risk of burning and, even more, they cannot be as bright as other panels can.
This is mainly because of the problem of blue OLED lighting on all pixel levels, and this is a problem that LG is now ready to start fixing. The company says it “has become the first company in the world to verify the commercialization level performance of the Blue Phosphorus OLED panels on a large -scale production line.”
Earlier, you may have heard of the Blue Phosphorus OLED panels – which LG has been identified as “Dream OLED” – because we heard the word of this tech last year.
The problem is, before, Blue OLEDs had to be fluorescents instead of phosphorus obligatory, as LG explained, it “demanding the lowest wavelengths and the greatest energy” – Florus to produce the same light requires more energy than the Florus Olyed.
However, fluorescent lighting uses more power because it requires permanent energy, as there is no talk, and that means they produce more heat. To reduce the risk of burning, fluorescent OLEDs are forced to run with less brightness. Blue, therefore, is usually somewhat obstructed for OLED screens.
The original OLED panels were used separately red, green and blue OLED for each pixel, but this caused major problems in burning over time. The alternative that LG found with the Wold was to use white OLEDs exclusively for each pixel and keep it through color filters, but when it improves the brightness, it causes the washed colors.
The solution to the Samsung used with QD -led was to use blue OLEDs and then pass through the quantum dot layer to convert the light to red or green, but all pixel setting causes problems like text fringing, the fact that blue Olyeds must be fluorescent.
Basically, there is no perfect solution to this problem because phosphorus Blue has not been an option. So far, according to LG, namely, thanks to its new “Dream O LED” tech, which uses a decorated compound of phosphorus and fluorescent blue O LEDs – a “hybrid tandem” approach – which is claimed that it uses 15 % less power than traditional OLED.
We should not expect that the PC gaming monitor will come with such a tech for a while. The first panel of such a panel that is displaying is applied to smartphones and tablets. But the company says: “Since more products require high definition and high performance, such as AIPC and AR/VR devices, the application of blue phosphorus technology is expected rapidly.”
If and when such a tech comes to the PC, we can bet that some excellent gaming monitors will be equipped with it. It is hoped that more bright OLED panels will be allowed to be more efficient and will allow the colorful accuracy and dynamic of QD-run instead of color. Anyway, that’s the hope.
