This is the first time I am hearing the term “[RGB LED](RGB LED)” being used in context of display technologies. Even a quick web search didn’t give results straight away.
Although links via the website do give more info; this is a development for mini-LEDs.
Cheers! Not a fan of video reviews (seems like I am growing older and becoming old school), but I am curious and looking for more info, so I will check it out.
How I understand it, Basically how TVs, except OLEDs work is having a white backlight, which is what you usually see in dark area the light bleed. Local dimming zones try to mitigate this, the more zones you have the less the light bleed can be. Ok but the white backlight goes through colour filters can even be quantum dots, don’t ask me how that works but basically, you started with white light and then filtered the colours until you are left with the desired colour. RGB backlights it seems wants to basically use RGB lights to modulate the colour of backlights so it can shine a blue light and then better filter that blue to give you popping blue colour rather than a desaturated blue light.
I have made numerous errors, I literally just watched one YouTube video with half my attention, and I please ask you to go read more about it but basically it sounds like a way to get a higher spectrum of colours per pixel and also ensure they are bright enough, so the colours look more saturated and pops out more.
This is the first time I am hearing the term “[RGB LED](RGB LED)” being used in context of display technologies. Even a quick web search didn’t give results straight away.
Although links via the website do give more info; this is a development for mini-LEDs.
Go look at LTT, Linus got the new Hisense and they explained the benefits and in the new video the drawbacks, it was the local dimming zones.
Cheers! Not a fan of video reviews (seems like I am growing older and becoming old school), but I am curious and looking for more info, so I will check it out.
How I understand it, Basically how TVs, except OLEDs work is having a white backlight, which is what you usually see in dark area the light bleed. Local dimming zones try to mitigate this, the more zones you have the less the light bleed can be. Ok but the white backlight goes through colour filters can even be quantum dots, don’t ask me how that works but basically, you started with white light and then filtered the colours until you are left with the desired colour. RGB backlights it seems wants to basically use RGB lights to modulate the colour of backlights so it can shine a blue light and then better filter that blue to give you popping blue colour rather than a desaturated blue light.
I have made numerous errors, I literally just watched one YouTube video with half my attention, and I please ask you to go read more about it but basically it sounds like a way to get a higher spectrum of colours per pixel and also ensure they are bright enough, so the colours look more saturated and pops out more.
Will take a look, I am curious about this topic.