Concur on the Dell screens...excellent stuff for a reasonable (for the size) price.
the problem with LCD screens is its light source...current screens depend on a fluorescent tube to provide "white" light...problem is, fluorescent tubes can't do pure white...and where there is a gap in the spectrum, there is a gap in the colour it can reproduce...whereas a CRT, which uses three phosphurs, R, G and B, to produce a single spot of white (you can see this by putting a magnifying glass to the CRT screen... ;p ) can reproduce a wider range of colours, and each colour phosphur (R, G, or B) can be adjusted to adjust the overall colour reproduction, not possible with LCDs where you can only adjust the mask and not the actual colour of the light...this is a simplified explanation of course...
actually there are plenty of screens better than ACD (not ACR which is Adobe Camera Raw
) and the best ones are from Eizo, NEC and LaCie...unfortunately they come with a price tag fitting the quality...in the serious 4 figures...a new technology from NEC called LumiLED, using LEDs instead of fluorescent backlighting is gonna vastly improve colour range though, and has been tested to more or less match Adobe RGB gamut or range of colour...but that is likely to cost near 5 figures... :sweat:
but again, the Dell screens have very good value, with quality comparible to ACDs, but at a lower price...or get the Viewsonic VP191b...excellent 19" monitor with pretty good colour. For LCDs, look for contrast over brightness...but don't just look at the specs...look at the screen itself...does it look crisp, is its brightness even throughout screen...still, CRTs for the moment have the edge, until NEC can get LumiLED screens at a low price...
the problem with LCD screens is its light source...current screens depend on a fluorescent tube to provide "white" light...problem is, fluorescent tubes can't do pure white...and where there is a gap in the spectrum, there is a gap in the colour it can reproduce...whereas a CRT, which uses three phosphurs, R, G and B, to produce a single spot of white (you can see this by putting a magnifying glass to the CRT screen... ;p ) can reproduce a wider range of colours, and each colour phosphur (R, G, or B) can be adjusted to adjust the overall colour reproduction, not possible with LCDs where you can only adjust the mask and not the actual colour of the light...this is a simplified explanation of course...
actually there are plenty of screens better than ACD (not ACR which is Adobe Camera Raw

but again, the Dell screens have very good value, with quality comparible to ACDs, but at a lower price...or get the Viewsonic VP191b...excellent 19" monitor with pretty good colour. For LCDs, look for contrast over brightness...but don't just look at the specs...look at the screen itself...does it look crisp, is its brightness even throughout screen...still, CRTs for the moment have the edge, until NEC can get LumiLED screens at a low price...
