Learn more. Search titles only. When you downscale, OBS takes your scene and shrinks it as much as you tell it to before giving it to the encoder. If a game uses a lot of CPU, it can interfere with OBS just as OBS can interfere with the game, so you will need to consider turning down these settings to compensate for the game you're playing. Best you can do is play between these parameters until you find the sweet spot specific to your bandwidth, CPU power and stream quality. The most common way to reduce CPU usage is to downscale your resolution. New posts.
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You may want your base resolution at p, since that's the resolution your content is in, but your CPU may not be able to encode an un-downscaled p video. So you can downscale your resolution to p or lower to keep your image the same, but using a smaller resolution to reduce CPU load.
You can keep your Base Canvas Resolution the same, so that your layout doesn't change, and then downscale the resolution to whatever gives you good performance. The different downscale filters bilinear, bicubic, and Lanczos simply change the algorithm used to shrink the picture: Performance-wise, though they aren't that much different. Feel free to experiment with which filter works best for you.
You may even feel the need to lower your frame rate to something below 30 FPS, in the case that your CPU is really weak and struggling. Change your x preset The video encoder, x, has a number of "presets" that will change your video quality and CPU usage accordingly.
The name of the preset is intended to indicate how "fast" the encoder should run. Faster presets will use less CPU at the cost of quality computations. Slower presets will use use more computations for quality, but will use much more CPU. For example, if you would like to try to reduce CPU usage without modifying your resolution or FPS, you can reduce your CPU usage by changing your x preset to superfast or ultrafast, and x will spend less time trying to make the image look good, and will spare you some CPU cycles.
Be very careful with this setting, because even one step faster or slower can have a huge impact on CPU usage. For example, the preset named "faster" can use twice the amount of CPU as "veryfast", the one right above it. Always set it back to veryfast if you're not sure what to set this to. You can offload encoding load to those hardware encoders at the cost of a somewhat noticeable decrease in quality at the same bit rate.
If you have one of the mentioned hardware encoders, you can see if those options are available to you in Encoding settings. Quicksync is a bit trickier to set up, but here is a guide: If you're using a webcam, check it isn't running at too high of a resolution more than p is rarely needed if it isn't full screen.
Browser sources can also consume CPU if there are complex animations or scripts active. Upgrade your hardware Some CPUs are so weak that they are near-hopeless for getting anything decent working. They might be able to get away with a p stream at 25 FPS using the ultrafast preset, but it certainly won't look good. That's up to you to decide. If you have a Sandy Bridge i5 or i7 or later, or an AMD 6-core or 8-core or later, then you should be able to come up with a decent-looking stream at reasonable resolutions and frame rates.
Unfortunately, on some older or budget model GPUs this can be a bottleneck in your stream's performance. This includes some obvious ones, such as Battlefield 4, and some non-obvious ones, such as games played via emulators. If a game uses a lot of CPU, it can interfere with OBS just as OBS can interfere with the game, so you will need to consider turning down these settings to compensate for the game you're playing.
It's common to give OBS "Above normal" process priority to ensure that OBS is prioritized by the system and running smoothly, though use it with caution. Sets the process priority for OBS. As encoding can consume a lot of CPU, setting this to say "above normal" can sometimes be useful to ensure capturing and encoding is done in a more timely fashion.
Sets the amount of milliseconds the scene is buffered before being sent to the encoder. Only change this value if you know what you are doing. Lowering the value can lead to audio and synchronisation problems.
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This setting completely de-activates the encoder while a preview is running to lower the cpu consumption.
This setting determines how much CPU you want the video encoder selected in your encoding settings to dedicate for encoding. Generally, the best setting is "veryfast", as it arguable gives the best tradeoff between CPU usage and quality. If you have a slower CPU or a CPU with two or fewer cores, sometimes using "superfast" and "ultrafast" are recommended in order to further reduce CPU usage, though at the cost of quality.
Setting it to "faster", "fast", and below is generally not recommended and does not improve quality enough to where the increased CPU usage is justifiable. This will force OBS to output at a constant frame rate, duplicating frames if necessary to achieve this. This is intended to make the video files compatible with editors and decoders that don't properly support variable frame rate.
If you understand x internals, you can override any of the internal x parameters here. It is highly recommended that you do not paste anything that you may have found in any guides, you should almost never actually need to specify anything here. This is mainly for developers or users who understand the x internals.
Allows you set values above 60 FPS on the Video settings. This is an advanced option for people looking to experiment only. This option allows you to use input recording devices to be used for audio input, instead of a playback device. You will not be able to capture your desktop sound while this option is active. This will construct desktop audio timestamps from the video timestamps rather than obtain timestamps directly from windows itself.
Unfortunately, on some older or budget model GPUs this can be a bottleneck in your stream's performance. The different downscale filters bilinear, bicubic, and Lanczos simply change the algorithm used to shrink the picture: Your email address will not be published. Twitch provides the facility to record the live videos, or in other words, it is a live streaming video platform. Run your log through the log analyzer for more advice If there are any other things that could be causing OBS to run slow, you can often find them by running your OBS log through R1CH's log analyzer. Advanced Encoder Settings. New posts.
High CPU Usage/High Encoding/Taking too long to encode? Read this first!:
This will use multiple threads for color space conversion, maximizing benefit from multi-core CPUs. This software works as an encoder that encodes the videos in the proper format so you can put them for streaming. Quicksync is a bit trickier to set up, but here is a guide: StreamElements takes everything possible and puts it all into one single browser source.