LCD screens have an array of pixels constantly lit by a backlight. The constancy of the light removes the type of flicker found in CRT screens (phosphors pulsing with each refresh cycle). Instead, an ...

There are three major types of LCD panels used in computer monitors ... Red, blue, and green pixels are combined in a sub-pixel array, and combined at variable brightness to create the desired ...

Since CCFLs are larger than LED arrays, CCFL-based LCD TVs are thicker than LED-backlit ... result in very subtle blocks or bands of lighter pixels within or around areas that should be dark.

Liquid crystal displays (LCD), as their name implies, use an array of liquid crystals to produce ... These panels use pixels that emit their own light, avoiding the need for a backlight.

IPS, LCD, and more, it's enough to glaze over the ... These displays arrange their emissive layers into a sub-pixel array, where each pixel has a red, blue, and green color inside that can be ...

Full array local dimming is the best of both ... Traditionally this meant they were duller than LCD LED TVs, but their per-pixel control means that contrast is near infinite, and better even ...

I've yet to see an LCD monitor with local dimming ... orders of magnitude better than the thousands of pixels per zone of any existing full-array dimming PC monitor we've reviewed.

FALD, or full-array local dimming, is a fancier kind of LCD. Instead of employing lights ... in favor of illuminating each individual pixel as needed. This somewhat cheats the system because ...

Well, that comes down to the screen tech. This is a 4K resolution dual-LCD panel, capable of producing very nuanced colors and OLED-like pixel-perfect contrast. It works by placing two LCD panel ...