ASUS ROG Swift OLED PG32UCDP: Main Discussion
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- 21010
I just got this monitor. Can I charge and use it at the same time on my MacBook Pro M1 16in (2021) via a usb-c to display port?
- 32120
Not exactly, if you use the full-screen mode of your games, then it’s going to re-handshake at the refresh rate of the game. The best way to keep the refresh rate high is by in windowed mode instead of full-screen so that there’s no handshake.
Borderless/Windowed usually disables G-Sync or makes it randomly turn off if you alt-tab constantly, so I guess there’s no real solution then?
- 32120
So, in this case, if I’m using an Nvidia GPU, would setting the “Preferred refresh rate” setting in the Nvidia Control Panel per game profile to “Highest available” force the monitor to handshake at the max refresh rate, thus avoiding extra input lag?
Not exactly, if you use the full-screen mode of your games, then it’s going to re-handshake at the refresh rate of the game. The best way to keep the refresh rate high is by in windowed mode instead of full-screen so that there’s no handshake.
- 21010
Hey, sorry this is a difficult topic to explain. Basically the input lag depends on what the ‘handshake’ of the signal is. So for example, if you’re using a 480Hz source, and change inputs to a 60Hz source, then it’s handshaking again at 60Hz. So with the 480Hz source, if you use VRR and the refresh rate drops down to 60 fps after handshaking, then the input lag remains low. But as soon as it handshakes again at 60Hz, then the input lag increases. This is also the case if you have VRR on or off - it’s all about the refresh rate that you’re starting at. So if you’re playing at a game at 60 fps without VRR and the monitor handshakes at 60Hz, then the input lag is high.
So, in this case, if I’m using an Nvidia GPU, would setting the “Preferred refresh rate” setting in the Nvidia Control Panel per game profile to “Highest available” force the monitor to handshake at the max refresh rate, thus avoiding extra input lag?