3 ms·
Are you sure the panel you are viewing on is in fact also 8bits/color? The only time I have experienced what you are describing was when the panel turned out to
by Ballas 6y ago
Are you sure the panel you are viewing on is in fact also 8bits/color? The only time I have experienced what you are describing was when the panel turned out to be 6bpc - at the time I was working with raw data from a 12 bit sensor.
Of course my experience is only 1 test point...
- kuschku 6y ago> Are you sure the panel you are viewing on is in fact also 8bits/color Yes, if you actually compare a 10-bit and an 8-bit panel next to another, it's immediately obvious. Here's a photo of a 6-bit, 10-bit and 8-bit gradient on a native 10-bit panel without any dithering (Dell UP2718Q): https://i.k8r.eu/VolYbQ.png https://i.k8r.eu/VolYbQ.png
- Ballas 6y agoThanks, that is very informative. Could you give a link to the source, or even the grey level range used here? I am trying to reproduce the results, but I an not having any luck unless I change my brightness/contrast to unacceptable levels.
- kuschku 6y agoThat’s the grey level test of the official VESA DisplayHDR Test application: https://www.microsoft.com/en-us/p/displayhdr-test/9nn1gpn70nf3?activetab=pivot:overviewtab https://www.microsoft.com/en-us/p/displayhdr-test/9nn1gpn70n... Running on a Dell UP2718Q, in HDR10 mode. That said, in person can be – depending on environmental lighting conditions – much more subtle. The test here was done with blinds closed in a mostly dark room. In bright environments 8-bit is enough, and 6-bit with dithering can be close, but in dark environments (such as when watching a movie or gaming) you'll even notice banding in 10-bit content.