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Taylor: Avoiding Jitter in Composited Frame DisplayTaylor: Avoiding Jitter in Composited Frame DisplayPosted Dec 3, 2012 12:16 UTC (Mon) by tuna (guest, #44480)In reply to: Taylor: Avoiding Jitter in Composited Frame Display by Jonno Parent article: Taylor: Avoiding Jitter in Composited Frame Display
There are monitors which can accept a 120 fps input, but I do not know of any device that accepts 100 fps input. Do you have any links to such devices?
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Taylor: Avoiding Jitter in Composited Frame Display Posted Dec 3, 2012 16:29 UTC (Mon) by dgm (subscriber, #49227) [Link]
I guess most TV sets sold in Europe would accept it. Here AC frequency is 50Hz, and the TV encoding standard works on multiples of that.
Taylor: Avoiding Jitter in Composited Frame Display Posted Dec 4, 2012 14:12 UTC (Tue) by tuna (guest, #44480) [Link]
Knowing is better than guessing. Can you name any device that accepts a 100 fps input signal?
Taylor: Avoiding Jitter in Composited Frame Display Posted Dec 5, 2012 12:07 UTC (Wed) by epa (subscriber, #39769) [Link]
In the old days there were plenty of CRTs which could manage 100Hz refresh. I tried to drive mine at that refresh rate whenever possible, being sensitive to flicker.
Taylor: Avoiding Jitter in Composited Frame Display Posted Dec 5, 2012 17:14 UTC (Wed) by dlang (✭ supporter ✭, #313) [Link]
refresh works significantly different on LCD screens vs CRT screens.
on CRT screens the image is drawn at one point and fades over time, refresh rate is how many times a second this point goes over the screen. there is always some flicker and high refresh rates minimize this
on LCD screens the image is stable, not 'draw and fade', different levels of brightness are achieved by flickering the pixels at different rates, but each pixel is run at that rate continually. Refresh becomes just the rate at which the image can be changed.
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