![]() It would come at the cost of space, but realistically not that much more than what you'd need on VBR/CBR to get anywhere close to the same quality.Įven running 100 Mbps on my shadowplay, it isn't enough for some scenes, but wastes a ton of data in others. In their specific scenario now understanding the AMD card in the streaming PC, I recommended to them VBR-CQ or CQP on NVENC for the recording. Though, in a dedicated machine that's not much of a problem. In my opinion, the next highest quality is a codec like ProRes, which requires significantly more CPU budget.ĬRF is generally the best balance between quality and size, where you can get higher quality than CBR or VBR with less data, at the cost of CPU. CRF provides very high quality with the smallest possible file size. I had originally assumed OP had an Nvidia GPU for their streaming PC, so I gave my normal advice. CRF provides the highest quality, less CQP on NVENC and then visually lossless codecs like ProRes. The goal of recording locally is to have the highest quality. I specifically have my temp folder on an SSD to prevent encoding lag or any other issues, and then my 8 TB for storage. I currently have about 40 GB of Tarkov clips for example, where I had 150 GB and purged most of it. Though, I have an 8 TB drive and will frequently purge and useless footage. I use 100 Mbps at source res, 60 fps, for 2 minutes with shadowplay and it is about 1.5 GB. For example, Genshin Impact can usually sit sound 10-25 Mbps, but Tarkov may be 30-60 Mbps, or sometimes above 100+ Mbps with grass.Įither that, or use Nvidia shadowplay/recording with 100+ Mbps bitrate. You may get bitrates in excess of 50 Mbps, but the simpler the game looks the lower the bitrate will be. But they can improve quality in something that has a more leisurely pace.But my personal opinion: source resolution, 60 fps, X264 veryfast/faster preset with CRF 18 or lower, as well as I444 at full range for more color data if you want. B-Frames use a ton of bitrate, so fewer is better for fast-moving shooters like Apex Legends. Alternatively, if you are playing a non-competitive slower game like Tomb Raider or Assassin’s Creed, you can turn up the “Max B-Frames” from 2 to 4. This changes the B-frame dynamically, which can be useful for getting sharper quality from low-motion games. Reduce “Max Quality” to “Quality” and then to “Performance.” This will reduce the load on your GPU.Īlso, if you’re playing a game with very little motion, like a strategy game, you can check the “Look-ahead” option. If you need to make adjustments, start with the Preset. These settings will work best on RTX cards, but you should probably start here with older GTX models as well. And for 5,500 or higher, use 1080p at 60 fps. ![]() Keep in mind that you’ll need to adjust your resolution and framerate under the video tab to match your bitrate. Then set a speed that is 25 percent slower than your upload speed. Bitrate: For this, you’ll need to run a speedtest.Then choose “Nvidia NVENC H.264 (new)” from the Encoder drop-down menu.Choose “Advanced” from the drop-down menu.Here’s what you need to do to ensure you get the most from your broadcast. So you have an Nvidia GPU and you want to get better livestreams. How to set up OBS 23 to get better Twitch streams with NVENC If you are running a GeForce 600-series or newer, you will see improvements in OBS 23.0. While RTX cards, including the $3, all have the improved hardware NVENC, Nvidia and OBS also squeezed new optimizations for every recent generation of GeForce GPUs.
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