For a standard stereo YouTube livestream, set OBS to AAC audio at 128 kbps and 44.1 kHz. Those are YouTube’s stereo live-encoder recommendations; a Hindi music loop does not call for a different bitrate in the reviewed guidance.
Add the track to OBS as a Media Source and enable Loop, then test a representative passage before relying on the stream. A correct setting is a starting point, not a guarantee of good sound: listen for the qualities you care about and check YouTube’s stream health as well.
Set OBS audio to AAC stereo
Open OBS and go to Settings → Output. Set the streaming audio bitrate to 128 kbps. The precise control labels can vary with OBS version and output mode, so look in the Output settings rather than assuming every installation presents identical wording. If you use Advanced output mode, OBS lets you configure streaming and recording settings independently; check that you are changing the streaming configuration, not only the recording one.
For the encoder, choose AAC if the option is available. OBS documents AAC as its default, widely supported audio codec, and YouTube lists AAC and MP3 as supported live audio codecs. AAC is a practical choice for this setup; you do not need to select an unusual codec just because the programme is Hindi music. See the OBS overview of streaming output settings and YouTube’s live encoder settings for the current documentation.
Set the audio sample rate to 44.1 kHz for stereo. You will find sample-rate options in OBS’s audio settings, though the route and labels can depend on your version. Confirm the setting before a test broadcast, especially if you have changed it for another project. Sample rate and bitrate are different controls: the first describes how frequently audio is sampled, while the second is the amount of encoded data allocated to it.
Keep the channel layout stereo unless you have a deliberate 5.1 production and a playback path intended for it. A music loop intended for ordinary stereo listening does not benefit simply from being configured for more channels. YouTube’s settings distinguish stereo from 5.1; they do not give a separate audio target for Hindi, bhajan, film music or lofi.
If you also record locally, do not assume that a recording setting is automatically the live setting. With OBS Advanced output mode, inspect both the streaming and recording tabs or sections and verify the live output specifically. A local recording can be useful for listening back, but it does not replace confirming what reaches YouTube.
Use YouTube’s stereo bitrate and sample-rate guidance
YouTube’s live encoder guidance gives stereo audio a target of 128 kbps at 44.1 kHz. It lists 384 kbps and 48 kHz for 5.1 surround sound. For the usual two-channel music loop, use the stereo values rather than borrowing the larger 5.1 figures. The channel layout and intended playback matter; a bigger number is not automatically a better fit.
The same YouTube guidance lists AAC or MP3 as supported audio codecs. OBS’s AAC option is therefore a straightforward selection that sits within both tools’ documented capabilities. Matching the platform’s stated stereo target makes it easier to configure and troubleshoot the stream; it does not certify that a particular source file, mix or playback device will sound the way you want.
The guidance reviewed for this article gives no Hindi-specific bitrate. That is a limit of the published settings, not proof that every track has identical perceived sound. Language does not define the encoder setting, but musical arrangement, recording quality, compression already present in a file, and the listener’s equipment can all affect what you hear. Treat the platform figure as the delivery target, then judge your material by listening.
If you are setting up a broader continuous music channel, the playlist workflow for a 24/7 YouTube stream using OBS covers the surrounding process. This page focuses on the audio controls and the test that helps you catch issues before a long run.
Understand OBS’s broader bitrate guidance
OBS’s general streaming overview recommends around 160 kbps for audio, or a lower setting if upload speed is limited. That is broad guidance for streaming, while YouTube’s encoder page specifies settings for its own live platform. They have different scopes, so they are not two competing universal rules. For this YouTube stereo case, follow YouTube’s platform-specific 128 kbps target.
This distinction is useful when reading setup advice written for a different service, a recording workflow, or streaming in general. A recommendation may be reasonable in its original context without being the right instruction for a particular platform. Here, your goal is not to average the two figures or to choose the larger one by instinct. Use the target supplied for the destination and output format you actually intend to stream.
OBS notes that a lower audio bitrate may be appropriate when upload speed is limited. That observation does not turn a reduced bitrate into a troubleshooting cure for every unstable stream. Audio and video compete for available connection capacity, and drops can come from the connection, encoder load, configuration or other causes. If YouTube reports an issue, inspect the stream health information and test changes rather than making several unrelated adjustments at once.
For a comparison that includes video settings for Indian music streams, see how to configure YouTube encoder settings for 24/7 Indian music streaming. Keep that separate from this audio choice: the video encoder settings do not change YouTube’s stated stereo audio target.
Add the music as a looping Media Source
In OBS, add a Media Source to the scene that will be live. Browse to the audio file you intend to use, then enable the source’s Loop property so playback starts again when it reaches the end. OBS documents common audio inputs including MP3, AAC, OGG and WAV. Use a file format your version of OBS can read and make sure the file path remains accessible for the whole time you expect the scene to run.
Give the source a recognisable name, such as “Main bhajan loop” or the programme title. This is a small practical help when a scene contains background audio, an opening slate or other sources. Before broadcasting, check that the right file is attached and the source is not muted in the OBS mixer. A visible meter moving when the music plays is a useful check that OBS is receiving the source, although listening remains necessary to judge the sound.
Looping repeats the same file from its start; it does not smooth the transition for you. Listen near the end and beginning to check whether the join is acceptable. If the final note cuts off, the opening is abrupt, or there is a silence between sections, a listener may hear that on every repeat. Choose or prepare a track whose ending and opening work together, and test the transition instead of assuming that the Loop setting creates a seamless edit.
For a collection of tracks rather than one file, decide how you want the sequence to behave before you build the scene. A single Media Source loop is simple, but it repeats that same item. Playlist management and transitions are a separate concern; the guide to running a YouTube radio stream with multiple lofi playlists is relevant if you are building a changing programme rather than repeating one continuous file.
OBS’s Media Sources documentation describes the source and its properties. Check the documentation for the OBS version you have if a control is named or arranged differently. Do not rely on a saved scene alone as proof that the file will still load: open the scene and verify playback on the machine or setup you will use.
Test representative audio before going live
A useful test uses the actual file and a representative part of the programme, not only a brief sound check with a different track. Listen to a passage with the range of sound you expect: for example, a quiet harmonium introduction, vocals with tabla, and a busier musical section if those appear in the loop. The point is not to test every possible audio quality in one moment; it is to hear whether this particular source is acceptable and uninterrupted in the real output path.
Make a private or otherwise controlled test stream before the scheduled broadcast where your channel setup permits. YouTube recommends a test that includes audio and representative motion, and OBS also advises testing before the first live stream. Monitor the received stream on YouTube, not only the OBS preview. A short local monitor can reveal source problems, while YouTube’s received playback checks the result after encoding and delivery to the platform.
Listen for several practical faults. Is the music present in both left and right channels as expected? Is one source unexpectedly louder than another? Does the file begin cleanly, remain audible through the passage and restart at the loop point? Is there crackling, a sudden level change, an unwanted gap or a cut at the end? These observations do not prove that every listener on every device will hear the same result, but they are more useful than assuming a bitrate value settles the question.
If something sounds wrong, change one relevant setting at a time and repeat the test. Check that the intended Media Source is selected, unmuted and playing; inspect the OBS audio meters; confirm the streaming bitrate and sample rate; then listen again on YouTube. If the source itself has distortion or an awkward edit, raising the encoder bitrate will not repair it. Conversely, an issue in the live encode or transmission should be investigated through the output settings and stream-health evidence rather than blamed on the language or genre.
For a 24/7 channel, think beyond the first few seconds. Let the test run long enough to pass through a representative section and, where practical, the loop boundary. If your actual programme has several scenes or planned changes, test those too. A static scene that plays well at the beginning can still be affected later by a source stopping, a scene change, or a file that is no longer available.
Monitor YouTube stream health
When the live event is running, keep YouTube Studio’s stream-health information in view. YouTube’s encoder guidance explicitly recommends monitoring stream health during the event. Use the status information as evidence about the incoming stream, and listen to the live output as well: a healthy indicator cannot tell you whether the chosen track’s mix, edit or musical balance suits your audience.
If health warnings appear, avoid changing several settings at once. Note what YouTube reports, check whether OBS still shows the source playing and whether its audio meter is active, then make a targeted adjustment and observe the result. A warning may concern more than audio bitrate, so do not treat every problem as a reason to raise or lower the audio value. Keep a record of the configuration that you tested successfully so you can return to it if later changes make the result worse.
For a long-running stream, the practical question is whether the file continues, repeats as intended and reaches YouTube without interruption. Check after starting and again after material changes, such as replacing the file or changing OBS settings. If you use a separate computer or service to keep a channel running, consider how you will hear a test and inspect YouTube Studio even when you are not beside the streaming setup.
StreamNeo is useful when the specific nuisance is keeping a computer switched on just to repeat an already-prepared video on YouTube: you upload the file once and can keep your own computer off while the broadcast runs, without installing software locally. The audio still needs to be prepared and checked, and YouTube stream health still merits attention; moving the repeat job does not decide whether a music loop sounds right.
Choose stereo unless you have a 5.1 workflow
The YouTube figures make stereo the clear fit for most single-file music loops. The platform lists a higher bitrate and a different sample rate for 5.1, but that is relevant only when the content, output configuration and intended listening path are actually 5.1. Choosing it because its figures look larger adds configuration and playback considerations without a clear benefit to a stereo audience.
Before selecting a channel layout, ask how the source is mixed and what your viewers are expected to hear. If your file is a standard two-channel track and the stream is intended for ordinary phone, laptop or speaker playback, stereo is the straightforward choice. Do not attempt to create 5.1 by changing an OBS setting if the source and production are not made for that format.
This is also why the word “Hindi” in the title does not alter the configuration recommendation. The published live settings distinguish channel formats, not languages or music categories. A bhajan recording, a Hindi film-song programme and an instrumental loop can differ greatly in source quality and arrangement, so the listening test remains important even when all use the same stereo delivery target.
For a continuous channel where a single laptop must remain running, the choice of broadcast method is a separate decision from audio configuration. This comparison of a continuous YouTube stream using PRISM Live Studio may help you assess that workflow. Whichever method you use, retain the same discipline: verify the source, test the received stream and monitor its health.
Put the settings into a repeatable checklist
Before each new loop goes live, verify the few items most likely to change. In OBS, confirm the scene, Media Source file, Loop property, unmuted mixer state, streaming audio encoder and bitrate. Confirm the stereo sample rate as well, particularly if you have reused a profile for another project. A short checklist prevents a file replacement from silently becoming a different source or a saved profile from carrying over an unsuitable output choice.
Then run the test in the same general way each time: start the source, watch the OBS meter, listen to a representative passage, check the loop boundary if relevant, and view the received stream and YouTube’s health status. If the setup behaves as intended, note what was tested and avoid changing the profile without a reason. If it does not, isolate whether the problem is in the source file, OBS playback, the live encoding settings or the connection.
This process is deliberately modest. You are not proving that a stream will never fail or that every listener will hear identical sound. You are confirming that the particular file and configuration work together in a test, and giving yourself a clear way to notice a change. For an always-on channel, that is more dependable than treating a single bitrate number as the whole audio plan.
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FAQ
What audio bitrate should I use for YouTube Live in OBS?
For a standard stereo YouTube livestream, use 128 kbps audio at 44.1 kHz, with AAC as a practical codec choice. YouTube’s live guidance is platform-specific; OBS’s broader overview mentions around 160 kbps for streaming, but that is not a reason to override YouTube’s stereo target here.
Does Hindi music need a special audio bitrate?
The reviewed YouTube live settings do not state a Hindi-specific bitrate; they distinguish stereo and 5.1 audio. That does not mean all source recordings sound alike, so listen to representative material and check the stream you receive.
How do I loop music in OBS?
Add the audio file as a Media Source and enable its Loop property. Test the end-to-start transition as well as ordinary playback, because looping repeats the file but does not edit a seamless join.
Is 128 kbps enough to guarantee good sound?
No bitrate alone guarantees that a particular music file will sound good. Source quality, the mix, the playback path and whether the stream is uninterrupted all matter, so test and listen rather than relying only on the setting.