Assume the blue value (0-255) was 100.Range for 8-bit color (24-bit when you save RGB, or 32-bit when you save RGB and Alpha). If you've used an image editing program before, you've probably noticed that each of the RGB (red/green/blue) values tend to go from 0-255.The colors "gained" in the above clips are largely going to be due to averaging and/or rounding.some LCD panels onlyĭo 6-bits and may or may not use some trickery to approximate 8-bit).
So depending on your hardware you might only be seeing 8-bits worth of color (or less. Consumer videoĬard support has also been extremely marginal until recently. Most consumer grade monitors and displays out there won't do 10 bit. Consumer-level support for 10-bit+ color is really minimal.This doesn't mean you'll necessarily see that difference visually. For example, a 10-bit version might show 20x theĬolors of the 8-bit version. You will notice that Unique Colors (green bars) is often substantially higher for the 10 and 12 bit encodes. Basically the things you can figure out by changing the top buttons (and don't necessarily need the images for). The secondary purpose of this page is to let you simply see the differences in encode time, behavior at different RF values, etc. Handbrake may do somethingĭifferently than Program Y does in it's toolchain, x264/x265 may behave differently from VP8/VP9/AV1 orĪnd Source Y may be impacted differently from The Force Awakens.
#Xvid4psp grey screen x264 10bit movie
Note that you should reallyĪttach ".in Handbrake", ".using these versions of x264/x265",Īnd ".using this specific Star Wars movie as source" to that because let's face it. The main purpose of this page is so you can see for yourself whether or not there might be an advantage to encoding typical 8-bit filmĪs 10/12-bit. If one video hasĪ much higher bitrate than another but all else is equal, it stands to reason that the video with the larger bitrate will look better.īecause the default display (side-by-side, shrink to fit) might be too small to see differences in detail, playing with the Blue Buttons Note that when using RF, you should keep anĮye on the Video_Clip_Size mentioned in the details because it will often differ, sometimes substantially, since RF doesn't aim for a specific bitrate. If instead you want to see the difference at a certain RF value, you might choose RF and then select. For example, if you want to see the difference at insanely low bitrates, you might select aīitrate of 50 on each side, then hit the Show Changes button to see the images. By default, an x265 (HEVC) 8 vs 10-bit comparison is selected, at 400kbps and an encoding preset speed of "Slow".Ĭlicking the various options will let you see the output of the selected settings.
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