Hard to tell if fast moving content changed much if at all. Apparently 30/40 series are close enough they can release first, but 20 will need different code.ĭid some brief testing on my 3070 earlier.ģ60p YouTube of real world content (possibly VHS source) upscale to 720p looked like it had a sharpen filter on it but it also enhanced artefactsġ080p YouTube of real world content upscale to 1440p - no obvious differenceġ080p Twitch gameplay upscale to 1440p - Higher contrast and fine detail UI elements looked much better, like native rendering. Let me know what you guys think of this, maybe I'm overhyping something that is just more of the same from Nvidia.īefore anyone asks about Turing (20 series) they're working on it. It's interesting to think about using this on Netflix or Floatplane where you'd normally pay for a 4K tier and I'd be interested to see some testing done to see differences.

I would like to see some more, unbias, comparisons of footage using the upscaling and one not using the upscaling (I did some comparisons using Edge and Firefox and noticed slight differences where Upscaled Edge looked better but I'm not expert) Hoping they bring it to Firefox in the future but I understand that doing Chrome first killed two birds with being able to get Edge on there as well. Imagine how much lower bandwidth consumption could be with AV1 Encoding + This tech for 4K, super curious to see that one. Need to save bandwidth but love that 4K look? Go to 1080p and upscale that bad boy to 4K. You will still lose out on minor details but the benefits of something like this could be very nice for some people. The image you'll see is not TRUE 4K in a similar vein to DLSS upscaling to 4K isn't. This seems like a huge win to me but with some caveats. I'm always easily impressed by these Upscaling initiatives Nvidia does. All 30 and 40 series RTX GPUs are able to comfortably upscale using quality level 1, and xx70 class or higher are able to play most content at quality level 4. Higher quality levels require additional GPU resources, so if users need more horsepower to run creative apps or games while playing video, the quality level can be adjusted. Higher quality levels will result in sharper images and improved artifact reduction. Users can specify quality levels between 1 (lowest) to 4 (highest).

This improves video sharpness and clarity, and lets people watch online content – whether from Twitch, YouTube, Netflix or Hulu – in its native resolution on high-resolution displays up to 4K. Available today with the new Game Ready Driver, RTX Video Super Resolution uses AI and RTX Tensor Cores to improve the quality of video watched in a Chrome or Edge browser by removing blocky compression artifacts and upscaling video resolution.

Rtx voice performance impact