Quote:
Just shine a flashlight into a mirror and then into the wall. Which one reflects more light back into your eyes?


I am stoked about the Chargers win. I really didn't notice motion blur during the game. I can see it if I really focus on it, but is always hard to know if what you are seeing is the compression on the signal (MPEG), the way it was shot, or just the way fast moving objects appear in reality. Just try waving your hand back and forth while holding your head and eyes still. Do you not see your hand blur during the movement? IOW, I haven't notice any unusual artifacts that detract from the viewing experience as regards the motion on this TV. Seeing trails would bother me me to no end, and on some older LCD tv's and monitors, it used to. For my tastes, the motion I see on this TV is very realistic and smooth. I have no complaint in that regard for action scenes this TV. The response specs from the manual state a grey to grey response time of 6 milliseconds, which should be a better measure of actual performance than black to white and back again. There is no commonly agreed upon way to measure response times and therefore not much benefit in comparing response times the way you can with amplifier power and RMS ratings at a stated impedance. There was supposed to be one agreed to by the VESA standards committee last year I think, but as far as I know, nothing has been adopted as yet. Nothing that I have seen quoted in manufacture's published specs. It would be nice if you could rely upon such specs as contrast ratio, and response time etc., but... I remember when I used to spec projectors before there was a standard way to measure the brightness of a projector. You just had to try them in the environment that you were going to use it before you would know that it would be a viable choice. Then they started to use the ANSI lumen spec and you could at least be assured that you were comparing apples to apples...












