Quote:
Originally Posted by Bambooben 
I'm not a pro calibrator but I have played with a bunch of TVs in my time, including the 2 LCD set up I'm using for my computer, and I've never seen a set that didn't have side effects when the brightness/backlight was cranked to the max. Even my CRT out in the living room now doesn't look good during dark scenes and in between commercials if the brightness is maxed and the room is dark.
So the fact that the article even states that you have to turn the backlight down to a reasonable level is kind of stupid. Most people should already know that, unless they like eye strain and headaches.

I'm not a pro calibrator but I have played with a bunch of TVs in my time, including the 2 LCD set up I'm using for my computer, and I've never seen a set that didn't have side effects when the brightness/backlight was cranked to the max. Even my CRT out in the living room now doesn't look good during dark scenes and in between commercials if the brightness is maxed and the room is dark.
So the fact that the article even states that you have to turn the backlight down to a reasonable level is kind of stupid. Most people should already know that, unless they like eye strain and headaches.
Bambooben, I agree with you. My point is that, of course no one cares if it's cranked to max....
But if you have to turn it down below where you would normallly like it, you haven't proved anything.
The linked article gives a strong impression they turn the backlighting down all the way to the point of making the clouding and flashlighting disappear. That really proves nothing; you can do that on nearly any LCD TV.
What I'd like to know is when the backlight it set for, say, 40ish ft/L, how are those issues. And the linked article gives us no insight there.






















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