For a 24/7 Hindi bhajan playlist on YouTube, use OBS’s VLC Video source for a list of files, enable Loop Playlist, and match the video output to your computer and sustained upload capacity. That gives you a repeatable playlist, not a guarantee of uninterrupted broadcasting, a complete archive, or rights clearance.
The reliable workflow is to check every recording and visual first, build and listen to the playlist in OBS, connect it to YouTube Live with the stream URL and private stream key, then run an end-to-end test before making it public. Plan separately for interruptions and replays: a loop setting cannot keep a computer, network or YouTube connection from failing.
Plan the bhajan playlist and secure rights
Start with the material, not the encoder. Make a list of the tracks and visuals you intend to use, and put them in the order you want viewers to hear them. Play each file through before adding it to the broadcast. Check for damaged files, unexpected silence, abrupt cuts and differences in loudness. A playlist that works on your desktop is easier to troubleshoot than one assembled while the stream is live.
A devotional subject does not itself grant permission to rebroadcast a recording. A traditional composition may have a modern arrangement, performance, recording or accompanying image with its own rights. Use material you created, commissioned, or have explicit permission to stream. Keep a record of permissions and check their scope: permission to use a file in a video, for example, may not cover an ongoing live broadcast.
YouTube’s livestream terms require the necessary rights for live content, including music rights. YouTube also scans live broadcasts for third-party matches. Its copyright guidance for live streams explains that a match can result in a placeholder, interruption or termination. Having a licence does not necessarily prevent an automated interruption if the rights owner has not allowlisted your channel through Content ID. Check current guidance and resolve permissions with the rights owner before broadcasting; do not treat a test or a successful first broadcast as clearance.
Include the visuals in this check. A still image, lyric slide, album cover or temple video can have separate permissions from the audio. If you show lyrics, check their rights as well. Choose a visual that fits the source material and remains legible for a viewer who may join at any point in a continuous stream.
Then standardise the files where practical. Keep a clear filename and playlist order, and avoid relying on files stored on removable media that might be unplugged. If you rotate programming, prepare and test the next sequence before replacing the current one. For a broader workflow built around prerecorded files, see streaming prerecorded classes in a YouTube live loop; the same habit of validating source media before going live applies to bhajans.
Choose VLC Video for multiple files
OBS offers two relevant choices. Its built-in Media Source suits one audio or video file that you want to repeat. For several files in a playlist, use VLC Video. OBS documents the multi-file playlist source and its playback controls in the Media Sources guide. The source requires VLC to be installed.
VLC Video is useful when a sequence matters: for example, a morning set of bhajans followed by a longer devotional instrumental section. Add the files in the intended order. Leave Shuffle Playlist off if you want a predictable sequence; shuffle is a separate control, and OBS documents it as off by default. Turn on Loop Playlist if the source should begin again after reaching the end of its list.
These controls govern media playback, not the whole broadcast. If a file is missing, the VLC source may fail to load it. If OBS closes or the network drops, looping the playlist will not reconnect YouTube by itself. For failure planning around a source that cannot load, this guide to recovering when an OBS media source fails is relevant; it is better to plan recovery than assume the source control handles every failure.
The practical choice depends on what you are broadcasting. A single long video with a fixed visual can be simpler as a Media Source with its own loop control. A collection of individual tracks or video files calls for VLC Video, with an explicit playlist and loop setting. Neither choice makes a long broadcast maintenance-free.
Install VLC and configure Loop Playlist
Install VLC before building the OBS source, then restart OBS if the source is not available. In the Sources panel, add a VLC Video source, give it a recognisable name such as “Bhajan playlist”, and open its properties. Add the media files in the sequence you have already checked. Verify the list visually before closing the properties window.
Enable Loop Playlist. Keep Shuffle Playlist off unless you genuinely want the track order to vary. The playlist should now repeat after its final file, but confirm this behaviour before your public launch by letting it run through the end of a short test list. Do not infer that the setting is active merely because the playlist plays once.
Check the source’s visibility and placement in the scene. A VLC Video source that is hidden, covered by another source, or placed outside the canvas can produce a black picture even while its audio is audible. If you see audio without video, compare the source order and visibility before changing encoder settings; troubleshooting black video with working audio covers a related symptom.
Use local file paths that will remain valid. Moving, renaming or deleting a track after setting up the playlist can leave OBS pointing to a file that is no longer there. If you edit the sequence, reopen the source properties and check the files again. For a single-file source, remember that its Media Source loop option is distinct from VLC Video’s Loop Playlist control.
Build a stable scene and verify audio
Keep the scene easy to inspect. For a simple bhajan channel, you may need only the VLC Video source and a background or title graphic. If you add a logo, lyrics or other overlays, check the stacking order and make sure they do not obscure the video or interfere with important text. A scene that is visually simple is also easier to recover if an element is accidentally hidden.
Listen to the complete test output, not only the OBS meters. Confirm that the correct track is audible, that the left and right channels behave as expected, and that no other desktop sound has entered the mix. Watch the audio meters while music plays; they should respond without remaining pinned at the top. If some files are much louder than others, adjust the source material or levels and listen again rather than trusting a meter alone.
Hindi lyrics and devotional music are often listened to for long stretches. Harsh clipping, sudden changes in volume, or abrupt silence at a file boundary can be more distracting over hours than in a quick preview. Check transitions between at least representative tracks, including the last-to-first transition in a loop. If the files have different formats or loudness, listening through the entire set is more useful than testing only the first song.
Keep a copy of the project settings and note where the playlist files live. That makes it easier to restore the scene after an update or a move to another computer. If you are operating a small channel, a dedicated computer running OBS is one possible host, but it still depends on that machine and its network staying available. A managed approach can remove the need to keep your own computer running; StreamNeo is useful when the specific pain is leaving a local computer on solely to keep an uploaded playlist broadcasting, though you should still plan around media rights, YouTube settings and archive limits.
Connect OBS to YouTube Live
Enable live streaming for the channel before the planned launch. YouTube says first-time activation can take up to 24 hours, so do not leave this step until the day you want to go live. In YouTube Studio, create or schedule an encoder stream and check its title, privacy setting and other broadcast options.
In OBS, select YouTube as the service if it is available and enter the stream key from YouTube Studio. If the service setup instead asks for a server URL, copy the stream URL and key from Live Control Room into the corresponding OBS fields. YouTube’s encoder setup instructions describe the connection, while its live stream settings guide explains stream configuration options. Prefer RTMPS when your encoder offers it.
Treat the stream key like a password. Do not put it in a screenshot, public document, chat message or stream overlay. If it is exposed, replace it in Live Control Room and update OBS with the new key. The key tells the encoder where to send the feed and identifies the broadcast connection; it is not a detail to share with viewers.
For a scheduled stream, review auto-start and auto-stop behaviour rather than assuming it will match your intentions. Check latency and DVR choices in Studio as well. A bhajan playlist is usually not an interactive conversation, so low latency may offer little benefit, and YouTube cautions that lower latency can increase buffering. The right choice depends on whether immediate audience interaction matters more than a viewer’s tolerance for buffering.
Choose output settings for hardware and upload capacity
There is no single OBS profile that fits every bhajan stream. Start with the resolution and frame rate of the source artwork or video and what the computer can encode steadily. A static image with audio does not need the same motion handling as a video of performers. Avoid raising output quality simply because OBS offers a higher setting; the computer and connection must sustain it continuously.
Use YouTube’s current encoder settings, bitrates and resolutions table for the resolution and frame rate you select. Confirm that your sustained upload capacity has comfortable headroom above the configured video and audio bitrate, allowing for ordinary network variation and other devices using the connection. A brief speed-test result is not proof that the connection will hold a live upload through the night.
YouTube transcodes an incoming live feed into playback formats for viewers on different devices and network conditions. That does not remove the need for a stable input. If the upload varies or the computer cannot encode the chosen output, viewers may see buffering or degraded playback, and OBS may report dropped frames or performance trouble. Reduce the output demand or improve the connection before launch rather than copying a gaming preset from an unrelated guide.
Choose the encoder based on what your computer supports and can run reliably. Hardware encoding may reduce the work left for the processor, but availability and behaviour vary by machine. Software encoding may be suitable on another computer. Test the selected option while the playlist is playing and watch OBS’s status indicators; do not change several settings at once, because that makes it harder to identify the cause of a problem.
| Choice | Useful when | Trade-off |
|---|---|---|
| OBS Media Source | You repeat one file | Simpler source, but not the documented multi-file playlist workflow |
| OBS VLC Video | You need several tracks or videos in a sequence | Playlist controls are available, but VLC must be installed and files must remain available |
| Computer running OBS | You want flexible scenes and direct playlist control | The computer, power and network must remain operational |
| Standalone or managed encoder | You do not want a local computer to run OBS continuously | It uses a different setup and may involve a different cost; it is not an OBS configuration |
Run a representative private test and monitor health
Before making the stream public, run a representative test broadcast, unlisted where appropriate. Test the actual playlist, selected output profile, computer and network you intend to use. A short preview of a different file or a different connection will not show how this setup behaves under its real conditions.
Check that YouTube receives both sound and picture. Watch the sequence play through to its last item and back to the first. Listen at the boundary, inspect the audio levels, and look at OBS for dropped frames or reconnect activity. Check YouTube’s stream health rather than assuming that a successful connection means a clean feed. The OBS Studio overview documents automatic reconnect as a configurable feature; test how your own setup behaves after a brief, controlled network interruption before relying on it.
Do not test recovery by deliberately interrupting a public broadcast. During the private test, make a note of what OBS shows when the network returns and whether the YouTube stream resumes as expected. If it does not, identify whether the issue is the computer, source, upload connection, stream key or Studio settings before changing the whole configuration.
The test should also include the parts that are easy to miss: whether the intended scene is selected, whether the source remains visible, whether unrelated sounds are captured, and whether the title and privacy are correct. If you make a material change to the playlist, encoder or connection later, repeat the relevant checks. A loop control only tells OBS to replay media; it is not a guarantee that the full chain will remain healthy.
Plan for interruptions and archive limits
An OBS broadcast depends on several things working at once: the computer has to stay on, the media must remain available, the scene must render, the upload connection must hold, and YouTube must accept the feed. Power loss, a restart, a failed source or an unstable network can interrupt it. You can reduce avoidable surprises by disabling sleep, keeping the machine ventilated, using a stable wired connection where practical, and checking that the playlist files remain on the local disk.
Decide how you will notice a problem and who can respond. Automatic reconnect in OBS can help after some connection drops, but its presence does not guarantee recovery from every failure. Check the stream after system updates and planned changes rather than assuming that a computer left unattended is still broadcasting. If no one can monitor the local machine, decide in advance whether the channel needs a different operating arrangement.
Do not rely on YouTube to preserve a complete replay of a continuous 24-hour broadcast. YouTube’s archive guidance says streams shorter than 12 hours can be automatically archived, while longer streams may not be captured at all; YouTube recommends making a local recording as a backup. If a replay matters, consider shorter scheduled broadcasts or a local archive, then verify storage capacity, recording behaviour and the procedure for restarting the next segment. Ending and restarting may affect continuity for viewers, so weigh that against the value of separate archives.
A local recording also consumes disk space and adds work for the computer. Test it during a representative run, check that the file is playable, and make a realistic plan for rotating or backing up files. Do not assume that an archive exists until you have confirmed it. For continuous channel operation without keeping a home computer on, compare the practical trade-offs with ways to keep a YouTube radio stream running when your computer is off; the right arrangement depends on how much direct control and monitoring you need.
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FAQ
Which OBS source should I use for a bhajan playlist?
Use VLC Video when you need multiple files in one playlist, and enable Loop Playlist after adding and checking the files. Use the built-in Media Source when you are repeating a single file. VLC must be installed for VLC Video to be available.
Can I use any traditional bhajan recording?
No. A traditional composition does not automatically clear a modern performance, arrangement, recording, lyric display or visual for reuse. Confirm that your permissions cover live streaming and check YouTube’s current copyright guidance before broadcasting.
What bitrate should I set in OBS?
Choose resolution and frame rate to suit your source and computer, then use YouTube’s current encoder table for the corresponding bitrate. Verify that your sustained upload has headroom and test the actual setup; there is no one profile suitable for every computer and connection.
Will YouTube save the full 24-hour stream?
Do not count on it. YouTube warns that a stream longer than 12 hours may not be captured, and recommends a local recording as backup. Test recording and storage first, or consider shorter broadcasts if separate replays matter.