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#Obs studio subregion drivers#
#Obs studio subregion software#

The same way you can add any other sources, for example you can add your webcam, any image, text file, or even donations. It’s pretty easy, doesn’t it? There are a lot of source types. Set mode to “capture specific window” and select a window that you want to capture. Click the “+” icon under the “sources” panel and then click “game capture” or “window capture” depending on your needs. Start OBS and a game or program which you want to capture. By default, the first scene hasn’t any sources. It’s useful when you want to create different scenes for different games or IRL streams, etc. You can create several scenes with different sources and switch between them.

The Scene is your main working area where you can control the view of your stream: add sources such as game, chat or webcam.

You can try to use it if you have performance problems with x264 and QSV. Available only on systems that support those encoders.

AMD Advanced Media Framework (AMF) has a better performance but worse quality than NVENC, QSV, and x264.

QSV may require UEFI/BIOS configuration to enable it (in most cases you need to enable “Multi-Monitor” or “Internal Graphics” setting)You can try QSV if you have performance problems with x264.

Due to the low quality of early iterations of QSV, Intel Core-i-CPU 4xxx (Haswell) or newer is recommended. Intel HD Graphics GPU on Intel Core-i-CPU 2xxx (Sandy Bridge) or newer. Available only on systems with processors that support Intel QSV.

QSV aka Intel Quick Sync Video has medium quality and performance.

Currently, all consumer-level hardware encoders are provided by certain GPUs, as listed below.

#Obs studio subregion software#

They offer minimal performance impact in exchange for a reduction in quality at the same bitrates as NVENC or software ( x264) encoding using the default preset of veryfast. They can be a last resort if NVIDIA NVENC H.264 or software encoding ( x264) is not possible. Hardware encoders (except the NVIDIA NVENC H.264) are generally recommended for local recordings, but not streaming. This is why “veryfast” is recommended as the best balance between quality and performance. All other presets after 3rd have a big difference in performance but almost have not any difference in quality. “ultrafast” has the best performance and worst quality, and “placebo” has the worst performance(very high load of the processor) and best quality.īut in fact, only the first 3 are useful for streaming purposes and have a significant difference in quality. They are arranged in ascending order of quality and descending of performance, i.e. But keep in mind what x264 is the most processor-intensive encoder and you need a good processor to use x264 without lags in processor-intensive games.

x264 is recommended to use for the best quality if NVIDIA NVENC H.264 is not available on your hardware.

NVIDIA NVENC H.264 is the best encoder in terms of quality and performance (as of 2020).

Twitch, YouTube, etc.)Įncoders and Quality Presets Recommended encoders:

Setup of video and audio options which are meet the recommendations of your streaming platform (eg.

Getting and entering of your credentials for streaming service (URL and Stream key).The process of OBS setup for streaming can be divided into two main stages:

#Obs studio subregion drivers#

Intel GPU drivers are usually available from your motherboard manufacturer, but can also be found here.

Please make sure to use the latest drivers for your GPU:

YouTube (streaming guide about this platform coming soon).

We also recommend you read tutorials with specific instructions for your live streaming video platform: This streaming guide is about general OBS settings. In this tutorial we’ll tell you about OBS settings and features, which are you need to know to perform your live streams.