OLED vs Mini-LED is the biggest battle in TV world ... Each pixel in an LCD display contains three sub-pixels, which contain red, green, and blue (RBG) color filters, and can combine these ...

There are sub categories of each of these ... OLED TVs suffer from none of the black-level problems of traditional LED TVs. If an OLED pixel isn’t getting electricity, it doesn’t produce ...

Two new technologies, stacked panels and phosphorescent blues, could further improve OLED's already best-in-class picture ...

Imagine watching a movie on your tablet and hearing sounds that come from specific parts of the screen—like a bird chirping ...

This is because most of them use sub-pixels that can only output 6 bits ... the contrast ratio still isn’t in the same ballpark as OLED. Mini-LED allows displays to have thousands of dimming ...

There’s a three-colour sub-pixel assembly over each pixel ... this is rarely an issue. OLED is more common than Mini-LED, and the latter isn’t getting the same sort of market share as its thinner, ...

LED, but what does that mean, and why does it matter? I break down how this tech can make your TVs brighter, more vivid, and ...

Packing everything into a set of RGB sub-pixels for micro-LED adds complexity that definitely can be overcome (OLED phone screens use an RGB sub-pixel structure), but again it just factors into ...

The simple version. If you're TV shopping and just need the briefest breakdown, here it is: OLED displays use pixels that emit their own light individually, which p ...

One of the best mini-LED TVs ... advantage over OLED, a self-emissive display technology that’s better for putting brightness ...

If you're in the market for a new TV, you've probably noticed how many different kinds there are. High end TVs tend to come with OLED or LED technology powering the display, and near the high end ...