Streaming and Recording settings baseline for NVIDIA NVENC H.264 encoding. It all depends on what you’re willing to sacrifice. You can tweak them to the high heavens and get more out of your hardware, but I will use them because they’re a good baseline to work off of.Īnd it’s also important to note that you can run OBS with significantly weaker hardware, especially on the CPU side, if you reduce some of the settings (E.g, CPU Usage Preset, etc.), but it will significantly reduce the quality of the stream/recording. These settings will work fine for pretty much all use cases, but they’re by no means the best of the best. These are the settings I generally use for OBS when it comes to recording and streaming.

Granted, the wiki does make it clear why it’s not addressed, but even so, they could’ve chosen a baseline set of reasonable settings and given recommendations in line with that baseline.īecause that’s exactly what we will be doing. So it’s disappointing to see that they barely even addressed it. Without a CPU that can keep up with your recording or streaming needs, you can run into many problems and slow-downs that can really sour your experience. It’s especially bad because if you don’t use/don’t want to use a GPU encoder, the CPU is immensely important for encoding. It literally doesn’t even list any CPU requirements for two OS platforms. Our Take On the Official OBS System Requirements Taken from OBS Project’s official Wiki, these are the latest system hardware requirements for OBS: So, I will go over everything you need to know when it comes to OBS’ system requirements in this article. Saying that “It can run on a toaster!” doesn’t really help us make an informed decision. If you’ve ever looked up where to start with streaming or recording video, you’ve no doubt heard of it.īut even with its wide popularity, it’s surprisingly hard to find a decent explanation of what you need to run OBS.

Obs windows 10