Besides the OP's calibration findings, are there any other sources that actually scientifically compare color accuracy? His findings (and of course it's only a sample size of 1) seem to indicate that both LCD's can be calibrated to about equal accuracy.
Why is it 'false' contrast, since he found both LCD's could be calibrated to similar accuracy? (actually the glossy a bit more accurate in his test.)
Now it may turn out that most consumers prefer over-contrasty images, which glossy screens tend to deliver. And there are other reasons for matte screens as well, the primary being reduced reflections. Or perhaps matte screens are generally easier to calibrate/fine tune, I don't know.
But to say that glossy screens all inherently have fake contrast and vividness seems technically inaccurate. All contrast and color is perceived, which is why he went through the trouble of calibrating the screens.
Thanks! Bye!
Why is it 'false' contrast, since he found both LCD's could be calibrated to similar accuracy? (actually the glossy a bit more accurate in his test.)
Now it may turn out that most consumers prefer over-contrasty images, which glossy screens tend to deliver. And there are other reasons for matte screens as well, the primary being reduced reflections. Or perhaps matte screens are generally easier to calibrate/fine tune, I don't know.
But to say that glossy screens all inherently have fake contrast and vividness seems technically inaccurate. All contrast and color is perceived, which is why he went through the trouble of calibrating the screens.
Thanks! Bye!
Can you get a S-IPS with glossy? No.
Thanks; bye.
But seriously, ever wonder why they don't have glossy screens in cars, high-end LCD televisions? It's because they don't need a piece of shiny plastic to give better colors or glare is not an option.
@OP: It's been said; why are S-IPS panels all matte? It's because you don't spend a lot of money on a great display only to have this false contrast ruin it all.