If latency isn't an issue, OBS and Xsplit provide settings to minimize connection variability with stream delay (increasing the delay between streaming and viewing).
If required, opt for the latest generations like WiFi 6x for better bandwidth, reliability, and streaming performance. Use a wired network, focus on UPLOAD speed and VARIABILITY in speed tests, not download speed or peak bandwidth.Īvoid WiFi unless necessary. Refer to the guide below for resolutions and bitrates. Enable the B frames checkbox or set the maximum number of b-frames to 4 if available (dependent on your GPU). Set the keyframe interval to 6 seconds and choose the High profile (most GPU-intensive).
Choose the hardware encoder (options vary depending on your PC, such as GPU, NVENC, Intel Quicksync, Apple VT H264 Hardware encoder, etc.). In OBS > output, set the output mode to advanced. However, it can enhance your performance if your PC isn't dedicated to streaming. Hardware encoders typically use a medium preset, resulting in lower quality than x264 slow or slower presets. Limited CPU but powerful GPU or using a single PC for both operations and streaming?Įnsure your CPU isn't strong enough, as CPU settings offer better quality. Set the keyframe interval to 6 seconds, select the High profile (most CPU-intensive), and enable the b-frames checkbox if available. If slow mode is still too demanding, opt for a GPU/hardware encoder (see below). Monitor your CPU usage while transcoding it should never exceed 90%. If your CPU isn't powerful enough, consider using slow mode. Choose x264 as the encoder and set the fixed CPU usage preset to slower. If you have a robust CPU or device, use CPU x264 encoding for optimal quality fine-tuning. Have a powerful CPU or hardware-encoding capture card as a source?
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