I guess, but you’re usually not rapidly rotating models while you’re designing it. At least the workloads I’m familiar with, movements are much more deliberate and even a fixed 50 Hz laptop monitor can handle.
It’s also good for video, as it can play videos at the highest possible Hz multiple of the video’s FPS. So for example 24 FPS video could be played back with 144 Hz, 25 FPS with 125 Hz etc. VRR isn’t technically required for this as many non-VRR monitors support different video modes with different fixed Hz as well, but the transition between Hz is seamless (no need to change video mode).
You lost me here now. Why would want to repeat the same frame four or five times in video? Is that to add post processing effects like motion blur between them?
Other than games, what are the benefits of variable refresh rate?
Maybe it could be integrated into other difficult to run 3D graphics workloads, like CAD or 3D design work?
But yeah pretty much just games tbh
I guess, but you’re usually not rapidly rotating models while you’re designing it. At least the workloads I’m familiar with, movements are much more deliberate and even a fixed 50 Hz laptop monitor can handle.
It’s mainly for games of course.
It’s also good for video, as it can play videos at the highest possible Hz multiple of the video’s FPS. So for example 24 FPS video could be played back with 144 Hz, 25 FPS with 125 Hz etc. VRR isn’t technically required for this as many non-VRR monitors support different video modes with different fixed Hz as well, but the transition between Hz is seamless (no need to change video mode).
You lost me here now. Why would want to repeat the same frame four or five times in video? Is that to add post processing effects like motion blur between them?