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BenQ's 6ms 19" Lcd FP91V+

How to be stylish is "Ben's Q"
Personally I prefer to invest in immortal beige.
That monitor could be decent if it came in beige and they removed that ugly swollen growth from the bottom of the bezel.
 
zandor said:
How to be stylish is "Ben's Q"
Personally I prefer to invest in immortal beige.
That monitor could be decent if it came in beige and they removed that ugly swollen growth from the bottom of the bezel.
Click to expand...

Almost every review I have every seen about benq's monitors, they always state.

"it's an ugly pos, but performs well" *for the most part* :p

But they keep spitting out the same crappy designs over and over.

Makes one wonder if they even read reviews or peoples respones.
 
Notice how it says "6ms grey to grey". That seems to be yet another marketing trick by LCD manufacturers. On many new monitors they state the grey-to-grey respone time which is always lower than black-to-white which doesn't make any sense. I guess they noticed that many people started getting aware of the fact that it's grey-to-grey response times that matter most so now they found some useless way to measure that too :rolleyes:
 
Roger said:
Notice how it says "6ms grey to grey". That seems to be yet another marketing trick by LCD manufacturers. On many new monitors they state the grey-to-grey respone time which is always lower than black-to-white which doesn't make any sense. I guess they noticed that many people started getting aware of the fact that it's grey-to-grey response times that matter most so now they found some useless way to measure that too :rolleyes:
Click to expand...
Actually that's not always true. Read the article in the sticky. Basically grey to grey transitions require a smaller voltage change, which can make the panel take longer to respond.
I don't recall the article saying exatly why, but if you figure the relationship between voltage and opacity is probably non-linear, this suddenly starts to make sense.
 
zandor said:
Actually that's not always true. Read the article in the sticky. Basically grey to grey transitions require a smaller voltage change, which can make the panel take longer to respond.
I don't recall the article saying exatly why, but if you figure the relationship between voltage and opacity is probably non-linear, this suddenly starts to make sense.
Click to expand...
Um, that's exactly what I meant. Grey-to-grey transitions always take LONGER that black-to-white ones. That's why specs like "16ms black-to-white and 12ms grey-to-grey" don't make any sense. Unless they mean 16ms response time PLUS 12ms for grey-to-grey which still doesn't mean anything as we don't know between what shades of grey do they measure those transitions.
 
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