#Displaycal settings for 4k hdr gaming how to
#Displaycal settings for 4k hdr gaming driver
#Displaycal settings for 4k hdr gaming full
#Displaycal settings for 4k hdr gaming pro
#Displaycal settings for 4k hdr gaming Pc

NVIDIA GPUs have some quirks when it comes to what bit depths can be output with formats when connected to a display via HDMI.

#Displaycal settings for 4k hdr gaming full

Now launch an HDR game and you’ll see the full 10-bit color depth! Your GPU is now outputting YUV422 10-bit video to your TV or monitor.

Now click on the Output Color Depth dropdown menu and select 10bpc(bits per color).

click on the Output Color Formatdropdown menu and select YUV422.

This will make the switch seamless and does not require you to do any extra work. The recommended setting in this case is YUV422 video, at 10-bit, for both SDR and HDR. At normal TV viewing distances (and even in 4K monitors) it is very difficult to tell the difference between 4:4:4 and 4:2:2. However, if you want to output true 10-bit, then you’ll need to step down to YUV422 signal. The TV will convert the signal back down to 10-bit. If you do require RGB/YUV444, and send a 12-bit signal to the TV, that signal still only is contains a 10-bit signal being sent in a 12-bit container. What does this mean for you? Not much – 12-bit has the same bandwidth requirements as 10-bit. NVIDIA GPUs have some quirks when it comes to what bit depths can be output with formats.

#Displaycal settings for 4k hdr gaming how to

How to output 10-bit video on an NVIDIA GPU

#Displaycal settings for 4k hdr gaming Pc

Your PC is sending the WCG(Wide Color Gamut)/BT.2020 metadata as well as other information to the TV which triggers its HDR mode, but the PC is still only sending an 8bit signal. You might be wondering “But my TV turns on its HDR modes and games look better” this is indeed true – HDR is a collection of different pieces that when working together create the HDR effect. Windows 10, unlike game consoles does not auto-switch the bit depth of the outgoing video when launching HDR games.īy default, both NVIDIA and AMD GPUs are configured to output RGB 8bit. You’ve probably been playing games or watching content in HDR via your PC, while missing a critical component – 10bit video. There appears to be a lot of misinformation and misunderstanding going around (myself included!) pertaining to 8-bit vs 10-bit, RGB vs variations of YCbCr, and what exactly people should be aiming for to tailor their signal and display for the most accurate image quality.Ĭopy pasting something I wrote some time ago.

#Displaycal settings for 4k hdr gaming pro

Meanwhile If I use the control panel to change the colour output to YCbCr422 10-bit, which is the same signal the PS4 Pro sends when outputting HDR, the image quality changes while the display still says it's using HDR. For example, if I plug in my PC to my LG C8 and boot up Gears 5, while leaving the NVIDIA control panel settings to automated, and turn on HDR via Windows, the display output says it is running in HDR and receiving a HDR signal, but the image quality has what appears like extremely crushed blacks more likened to RGB. On my end there are immediately differences if I play with the settings. bolton radrover controller settings smart air conditioner controller susan lucci health. Hello, I own a Huion Kamvas 22 and recently bought an i1 display studio to calibrate it. There's also reports of Windows not always handling HDR appropriately and whatnot. Help interpreting results of Displaycal calibration.Some people leave it totally automated, others opt for specific settings (eg: through the Nvidia Control Panel). The reason I ask is that from my tinkering and research there doesn't appear to be a solid consensus on what PC gamers should be doing.

#Displaycal settings for 4k hdr gaming driver

Main reason being while consoles generally plug-and-play and automate their output accordingly, Windows is notoriously finicky and there's an argument to be had about 8-bit vs 10-bit, and tweaks in GPU driver control panels.ġ) What display are you using for HDR gaming via PC?ģ) Do you allow Windows and GPU control panels to automate output, or are you customising your settings?Ĥ) If the latter, what settings are you using? (eg: RGB vs YCbCr420 vs YCbCr422 vs YCbCr444, 8-bit vs 10-bit vs 12-bit, etc) The game will be outputting at your custom resolution, which means increasing performance over native 4K output, but your GPU will be making use of the full pixel count available at 4K using scaling (and it's a nice compromise, albeit a little softer).I was discussing this a little bit in the LG C9 thread, and am curious about those gaming on PC and the displays and settings they're using. In-game you should now be able to select your custom 1800p resolution, and your GPU will intelligently upscale the image to your 4K display. Leave for a few seconds and it will go back to default.ĭon't forget to set your display back to 60 Hz when you're all finished! If successful you'll see the display update, and when asked if you want to save it click Yes. Set your refresh rate to 60 Hz for HDR displays, 30 Hz on standard 4K, and leave the timings as auto.Ĭlick Test.

Make sure Progressive is the selected Scan Type. In the Horizontal Pixels box enter 3200, and in the Vertical lines box enter 1800. We're going to set up an 1800p resolution for this test. and in the pop-up window, tick Enable resolutions not exposed by this display, and then click Create resolution.