Just for completeness, a NULL DISPLAY is a video out that is not used by an user, and cannot be seen.ĭid I miss anything, because I think I summed it up nicely, and I am going to move on to some gaming, and finish setting up all my new storage I just installed in my laptop. On the Describe your issue box, type in Contact support then click on Get Help. Once complete, you can now enjoy GSync gaming and have your home theatre audio. 2: To make sure you are using the correct locale of the page, click the Globe icon on the lower-left corner of the page then select the country you are in. One apparent advantage of S/PDIF is that the audio signal remains digital as it travels to the receiver and is only converted to analog in the receiver before it is amplified and reaches the listener's ears. If you do, you will only see half of your display while gaming, which is extremely pointless. Digital audio connectors use the S/PDIF format high bandwidth digital connections capable of receiving many channels of audio from one cable. You are NOT using multiple displays, so you do not need to configure anything. That is for setting up multiple monitors as a single display. You do not do anything with Display Surround. You arrange the NULL DISPLAY out on a corner, so you don't accidentally move the mouse pointer onto a NULL DISPLAY. In NVCP, under Multiple Displays, you enable the monitor display as primary, since this is the only real display. However, you do NOT have to connect a monitor or tv to the receiver to have the HDMI connection supply the AUDIO to the receiver. Whenever HDMI is connected to a GPU, it will output both video and audio you cannot output only audio. This will cause Windows to think you have 2 displays, but in reality, you are only using one display, and the receiver display is a NULL DISPLAY OUTPUT. Since GSync does NOT work over HDMI, and your receiver has no Displayport passthru capability, you will need to connect the audio receiver AND the monitor to your video card. To my knwoledge, no other vendor has announced a 4K LUT box, it seems that eeColor is also currently not working on one. 24 fps and 30 fps would be standard (in up to 10 or 12-bit), maybe higher frame rates with chroma subsampling or a drop in bit-depth. Problem: You want to use a GSync Monitor with GSync enabled, and use your receiver to have a surround sound setup. HDMI 2.0 is 18 Ghz so it can handle higher bit-depth (10 / 12 bit) and full chroma (444). Let's me compile all this into a simple list, you seem to be getting confused: My primary display is an external 4K monitor with Freesync connected to my laptop via mini-Displayport, with GSync Compatible enabled. SINCE YOU USE NVIDIA, YOU CAN'T HAVE GSYNC ON HDMI. ONLY AMD DOES VRR OVER HDMI VIA FREESYNC. You mentioned before that you did not understand. I simply showed you a monitor setup where the displays are touching at a corner. I used to, which is why I know how this works.
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