They mix red, green, and blue to make different shades. This makes them great for spaces where you want a colorful environment like living rooms, or bedrooms. If you need white light along with ...

Infrared, red, and even green LEDs were “easy”, but blue LEDs require a much larger bandgap, and therefore required more exotic materials. The puzzle behind making a high-brightness blue LED ...

With Sony’s new RGB LED method, each Mini LED backlight zone is made up of a red, green, and blue LED. The core advantage here is that Sony is able to achieve finer control over color without ...

Sony has announced its next-gen RGB mini-LED TV backlight tech, and from our eyes-on experience it looks like a winner.

Instead of the white or blue LED backlights we typically see on QLED, QNED and traditional LCD TVs, these prototype TVs used an RGB LED-based backlight. That’s a separate LED element for each of the ...

Sony's new take on an old idea could lead to TVs with better, brighter color. Here's why it could be cool. Sony says it's ...

For example, when red, green and blue LEDs are combined, they produce white light. Another method uses a blue LED and yellow or red phosphors. THIS DEFINITION IS FOR PERSONAL USE ONLY. All other ...

If you know the red, green, and blue components of the light that correspond to maximum reflectance, then you know the color of the object. Their sensor uses a four-lead RGB LED, but we suppose a ...

Sony's new High Density RGB LED Backlight technology provides red, green and blue control per LED, allowing for specific colour intensity control. The technology is cheaper and easier to scale than ...