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For a long time now, gamers have generally preferred Twisted Nematic (TN) panels for gaming monitors due to their lightning fast 1ms response times. The tradeoff for this level of speed is subpar color accuracy and viewing angles, which led to the development of a better monitor technology: In-Plane Switching (IPS).
Developed by Hitachi in the mid-‘90s, IPS was designed to improve as a solution to some of the problems inherent in TN panels. Many TN displays are limited to 6 bits of depth per primary color, which equals 262,144 total colors. These displays need to use a process called dithering in order to visually increase that to 8 bits (16.7 million total colors), which fools the eye by blending adjacent colors together. IPS panels, on the other hand, start at 8 bits per color and can also use dithering – or a form of dithering called frame rate control (FRC) – to up that to 10 bit. That's the lengthy way to say IPS panels do a better job of displaying more colors than a TN panel, and can produce images that look more life-like.
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For a long time now, gamers have generally preferred Twisted Nematic (TN) panels for gaming monitors due to their lightning fast 1ms response times. The tradeoff for this level of speed is subpar color accuracy and viewing angles, which led to the development of a better monitor technology: In-Plane Switching (IPS).
Developed by Hitachi in the mid-‘90s, IPS was designed to improve as a solution to some of the problems inherent in TN panels. Many TN displays are limited to 6 bits of depth per primary color, which equals 262,144 total colors. These displays need to use a process called dithering in order to visually increase that to 8 bits (16.7 million total colors), which fools the eye by blending adjacent colors together. IPS panels, on the other hand, start at 8 bits per color and can also use dithering – or a form of dithering called frame rate control (FRC) – to up that to 10 bit. That's the lengthy way to say IPS panels do a better job of displaying more colors than a TN panel, and can produce images that look more life-like.
Continue reading…
Continue reading...