Picture that is more in accordance with the high-bitrate film. Roof makes them obstruct around it for NVENC. You will likewise observe that the white spotlight from the At any rate with regards to the smoothness The CPUĪlternative, in the meantime, doesn’t appear to be excessively unique from theġ60 Mbps H.265 4K encoder in the center. The base right of the picture makes them hinder for the GPU encoding. You can find in the picture underneath that the orange-yellow light on NVENC still appears to battle with moving from dark to In any case, I’ll incorporate some screen capturesīeneath that show both encoders in real life. To see the most ideal examination, you should watch the

IĪdditionally incorporated some HVEC H.265 4K film recorded at 160Mbps. Everything else is the default for OBS Studio. Both likewise utilize the “High” profile and a NVENC may have the edge with regards to what you need for live gushing video.įor this content, I set NVENC and X264 to record at aīitrate of 6 Mbps. So how do these two encoding models pile facing each other What’s more, it is currently possibly superior to X264 from numerous points of view. On the RTX cards, similar to the RTX 2080 Ti, Nvidia has improved its encoder. Without a doubt, yet NVENC used to eat a ton of subtleties Wasn’t practically identical to X264 at 6 Mbps or lower. In any case, the issue in the past was that NVENC’s quality On the off chance that you have a more established, slowerĬPU, in any case, you could utilize NVENC on the GPU. The issue is that in case you’re running an amusement on a similar framework, CPU encoding is going to hurt execution. In any case, X264 is proficient at smushing visual subtleties into that minor space. Twitch has the greatest transfer speed of 6 Mbps, which isn’t a ton when you have to encode 60 edges of 1080p video consistently.

Live gushing expects you to pack a video communicate into a little measure of transmission capacity. CPU versus GPU encoding was generally about quality versus execution.

Obs vs nvidia recording