A
Anonymous
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Blurs in LCD are linked to response times measured in m/s just like LCD monitors.Samsung's LCD T220/240/260 PC monitor has a refresh rate of just 5 m/s and that's quicker than their TVs.And as they are small, will never need Motion frame interpolation wizardary to control motion blur.
Samsung are the biggest makers of LCD panels and even Apple went to them when the Apple G MAC 4 came out to secure a constant supply of LCD screen in production for Apple.
LCD TVs on the other hand have a slower response time and could be anything upto 8m/s or 11m/s.
The question is does all the LCD panels in a batch have the same LCD response time? I believe they don't as it varies like silicon wafer yields for semi conductors along with other differentials like..... Unifomity of CCFL lighting across the screen. These are factors that cannot be 100% controlled and determined in the production process. The screen will also have other differences say in the 'colour fidelity' and the how it displays a 'Grey scale'. If you had wondered what the White Balance adjustments are for then it is to compensate for the color space chrominicity variations.However, it is virtually imposible to use the naked eye to calibrate this. Sony had put alot of the tweaks back into the current V,W,Z series.
If you have a TV that has perfect video black screen uniformity; fast response;perfect color chrominicity and grey scale production then that's as close as to the best TV.The Pioneer 8th and 9th Gen plasmas can produce video blacks in near 'perfect dark'. Its academic and not worth spendiong 2k just for that much vaulted talent.
Other TVs like Sony and Samsung can darken more through adjustments.Sony's Adv. contrast setting is an autodimming trick than can take the blackness down to as black an LCD can get [0.01cd/m2] but you can lose some details. It looks great in games where there aren't that much details in the Blacks.
Samsung are the biggest makers of LCD panels and even Apple went to them when the Apple G MAC 4 came out to secure a constant supply of LCD screen in production for Apple.
LCD TVs on the other hand have a slower response time and could be anything upto 8m/s or 11m/s.
The question is does all the LCD panels in a batch have the same LCD response time? I believe they don't as it varies like silicon wafer yields for semi conductors along with other differentials like..... Unifomity of CCFL lighting across the screen. These are factors that cannot be 100% controlled and determined in the production process. The screen will also have other differences say in the 'colour fidelity' and the how it displays a 'Grey scale'. If you had wondered what the White Balance adjustments are for then it is to compensate for the color space chrominicity variations.However, it is virtually imposible to use the naked eye to calibrate this. Sony had put alot of the tweaks back into the current V,W,Z series.
If you have a TV that has perfect video black screen uniformity; fast response;perfect color chrominicity and grey scale production then that's as close as to the best TV.The Pioneer 8th and 9th Gen plasmas can produce video blacks in near 'perfect dark'. Its academic and not worth spendiong 2k just for that much vaulted talent.
Other TVs like Sony and Samsung can darken more through adjustments.Sony's Adv. contrast setting is an autodimming trick than can take the blackness down to as black an LCD can get [0.01cd/m2] but you can lose some details. It looks great in games where there aren't that much details in the Blacks.