SAMPLING AUDIO FROM YOUTUBE INSTALL
SAMPLING AUDIO FROM YOUTUBE WINDOWS

Select Stereo Mix in this drop-down list. The second drop-down list from the left is for the Recording Device (next to microphone icon). There are four drop-down lists located above the middle of the program window. You can select the settings in steps four and five in the main Audacity program window as well. Right-click that device and select Enable.

The Stereo Mix device should now be visible.

In the Sound window, click the Recording tab, right-click in a blank space in that tab, and select Show Disabled Devices from the drop-down menu.

Open the Control Panel on your computer and click Hardware and sound, then the Sound icon in the Control Panel window.

If Stereo Mix is not available, it is likely disabled.

In the Device drop-down list, select the Stereo Mix option.

In the Preferences window, in the Devices section, locate the Recording section.

In the menu bar at the top of the Audacity window, click Edit, then Preferences.

Open Audacity using the shortcut on your desktop, or run it from your Start menu.

SAMPLING AUDIO FROM YOUTUBE INSTALL

Once the download is complete, run the setup program and follow the steps to install Audacity on your computer.Download Audacity from the Audacity official website.It's best to use an online service, as discussed above, to download audio from a YouTube video. Therefore, the steps in this section will not work for you. Personally I hope at least one of the two eventually dies out so we will have only one standard, and seeing that with modern technology 44.1khz is enough and also produces around 7% smaller files I'd vote for that.Д¬onsidering all this it's probably smartest to just set OBS to record/stream at whatever sampling rate your desktop sound is running at, or 44.1khz for youtube since it usually resamples to that.If your computer has an integrated sound card, you'll not be able to download streaming audio. So just as a file format 44.1khz is good enough and doesn't cost you any quality compared to 48khz. The only reason why 48khz was ever created was because of older converters being bad and needing more headroom than 44.1khz would provide, but with modern technology (most notably oversampling) 44.1khz is more than enough. I've done some reading on sampling rates in general ( this for example) and it turns out 44.1khz is more than enough to cover all audible frequencies. My computer came with 44.1khz like Ferret's.

SAMPLING AUDIO FROM YOUTUBE WINDOWS

So if everything you use has the same sampling rate nothing has to do resampling, resulting in recording that is more efficient and less likely to fail due to some bad resampling, right? Now does this mean I should simply set my windows sound devices all to 48khz so OBS doesn't have to resample, or does this simply force my windows to resample my sound instead of OBS?Д®DIT: I'm primarily asking this with my local recording setup in mind, but I assume it would be pretty much the same for streaming anyways.Д¬lick to expand.My guess is it depends on something in your hardware rather than your OS.

Is this the case for OBS or does 48khz provide any other advantages I'm not aware of?ДЄssuming there really isn't any difference between sampling rates in quality the only question would become resampling. I heard that (besides really high frequencies only very young people can even hear) there isn't that much of an advantage of 48khz over 44.1khz, since it already covers pretty much all audible frequencies. What audio sampling should I use in OBS? What does it depend on? So far I've simply been using 48khz since it's the highest setting.

Sampling audio from youtube