Yes that is a good monitor from all I have read and heard. It is however, just to keep in mind a 6bit panel. I prefer an 8bit panel myself, but as far as gaming goes, you should be happy with its performance in games.
There should be a review on Toms about it I believe.
But seriously, that describes the number of brightness levels for each color 6-bit = 64 levels of color, 8-bit = 256 levels of color. 6-bit does a total of 262,144 distinct colors, 8-bit does ... ... millions... (16.something million IIRC). Usually 6-bit displays use dither patterns to emulate colors that aren't directly addressible.
Basically if you're sensitive to color shadings, a 6-bit display will have colors looking off, 8-bit displays can display more colors than a human eye is supposed to be able to discern.
Mike.
<font color=blue>Outside of a dog, a book is man's best friend. Inside the dog its too dark to read.
-- Groucho Marx</font color=blue>
The number of bits refers to how many shades each individual sub-pixel can produce (for an LCD). Note that CRTs do a full pixel, so an 8-bit LCD is the same as a 24-bit (and 32-bit) CRT.
8-bit is your "true color" i.e. 32-bit in Windows. It means each pixel can produce 16.7M colors. 6-bit can only produce 262k colors, but due to a technique called frame rate control, it can simulate 16.2M colors. Thus 16.2M color monitors are 6-bit.
People say 8-bit monitors have better color quality; I've never noticed the difference, but I'm not a discriminating consumer. What is true though is that 6-bit monitors are cheaper to produce (and hence cheaper to buy), and the response time for 6-bit monitors is supposed to be somewhat better than that of 8-bit monitors.
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