A Windows PC can send a repeating Gurbani recording to YouTube Live through OBS, provided the computer, source and network stay available. You will need media you have permission to broadcast, a looped OBS source, the stream URL and key from YouTube Studio, and settings suited to your actual upload connection.
That setup can keep a broadcast going while OBS is running, but it does not grant rights, guarantee uninterrupted operation or ensure YouTube saves one complete archive. Treat those as separate tasks: confirm permissions, plan for failures and keep a recording workflow if you need a dependable copy.
Prepare Gurbani media and confirm permissions
Start with the exact audio or video recording you intend to broadcast. The fact that a recording contains Gurbani, is devotional, or is available online does not establish that you may rebroadcast it continuously. The recording, performance, arrangement and accompanying artwork may each have different rights holders or terms. Check the source’s licence or obtain permission that covers live streaming on YouTube and the way you intend to use it.
Keep a record of the permission and its scope. For example, a licence might allow use in a personal video but not continuous public broadcasting, or it might require attribution. Do not infer permission from a download button, a social media post, or the absence of a copyright notice. If you cannot establish that the recording is cleared for your planned use, choose another source or ask the owner before going live.
YouTube says it scans live streams for third-party content. A detected match may lead to a placeholder, interruption or termination. YouTube also notes that licensed material may still need the rights holder to add the channel to its Content ID allowlist. Permission and platform detection are therefore related but distinct: one does not automatically prevent the other. Read YouTube’s guidance on live-streaming copyrighted content and follow the current instructions for the recording’s rights holder.
Check visuals as well as sound. If the stream uses a static image, logo, album cover or video, confirm that you may use it in the same broadcast. A simple original title card can avoid relying on artwork whose terms are unclear. If you plan to show lyrics, confirm the rights for those too. Keep the stream focused on material you have checked rather than assuming that a visual is free to use because it is already attached to an audio file.
For a first test, use a short sample you are authorised to broadcast, or keep the test private where that is appropriate. Do not use a public test as a way to find out whether a recording is permitted. You can test the OBS scene and connection without treating a successful connection as evidence of rights.
Set up a looping source in OBS on Windows
Create a scene in OBS for the broadcast. A scene is the collection of sources that make up the picture and sound sent to YouTube. Give it a useful name, such as “Gurbani live”, then add the visual you intend to show. That could be a rights-cleared still image or a video file. Check the preview to make sure it fills the intended canvas and does not expose an empty desktop or another private window.
For one local audio or video file, add a Media Source and browse to the file on the PC. In its properties, enable Loop. OBS’s Media Source supports local media and has a Loop property; its Media Source documentation describes the available controls. Start playback in OBS and confirm that you hear the audio through the mixer meters. If the file includes a picture, check that it appears in the preview as expected.
A single file is straightforward, but the ending may not join smoothly to the beginning. Listen to the transition before you stream. If the file has silence or a noticeable change in volume at the end, the same gap or change will recur every time it loops. Edit a source copy with appropriate rights, or use a playlist if you need several recordings in sequence. Do not alter a recording in a way that conflicts with its licence or the owner’s terms.
For a multi-file playlist, OBS offers a VLC Video source. It can play a playlist and loop it, but it requires VLC to be installed; OBS’s documentation notes that the matching 64-bit version is needed with 64-bit OBS. Add the files in the intended order, enable playlist looping, and test transitions and audio levels. This option gives you a sequence rather than repeating one file, but it adds another application dependency and more items to check if a file is moved or renamed.
| Source approach | What it suits | What to check |
|---|---|---|
| Media Source with one file | One long recording or a simple repeated programme | Loop enabled, file path valid, and end-to-start transition acceptable |
| VLC Video playlist | Several local files played in sequence | VLC installed, compatible build, playlist order and loop behaviour tested |
Keep the media in a stable folder rather than moving it after configuring OBS. If Windows cannot find the file when OBS restarts, the source will not play as planned. Before a long broadcast, close and reopen OBS once to confirm that the source path, loop and audio routing still work. For another perspective on repeated media behaviour, see how to loop a video on YouTube Live without a gap.
Connect OBS using YouTube stream details
First make sure the channel can go live. In YouTube Studio, open the Live Control Room and create or schedule an encoder stream, following the current on-screen flow. YouTube says that first-time activation of live streaming may take up to 24 hours, so do not leave channel activation until the moment you hope to start. Scheduling can create a watch page in advance, which gives you somewhere to direct viewers before the broadcast begins.
In OBS, open Settings, then Stream. If YouTube is available as a connected service, use the connection flow shown there. Otherwise, choose the option to use a stream key or custom server details and copy the stream URL and key from YouTube Studio into the matching fields. YouTube’s encoder streaming instructions describe the current Studio and encoder workflow; labels may change, so rely on the current page rather than an old screenshot.
Treat the stream key like a password. It authorises an encoder to send a feed to your YouTube broadcast. Do not put it in a public post, screenshot, shared document or recording of your screen. If it is exposed, reset it in YouTube Studio and update OBS before the next broadcast. The URL and key are connection details, not a substitute for selecting the right scheduled stream in the Live Control Room.
When you are ready to test, start streaming in OBS and look for the incoming preview in YouTube Studio. Check that the expected scene and sound are present. A scheduled stream may require you to complete a separate go-live step in the Live Control Room; OBS sending a feed does not necessarily publish the stream to viewers by itself. Use the Studio controls to confirm what viewers can see and when the stream is live.
Do a test with the same source and scene you plan to use, rather than an empty OBS canvas. This lets you catch muted audio, a missing image, an incorrect stream destination or a key that no longer matches. If you have a second person available, ask them to check the public viewing experience while you watch Studio’s preview and status. Do not assume that a successful preview means the full overnight run will be uninterrupted.
Choose and test sustainable output settings
Choose resolution, frame rate and bitrate according to the picture you need and the upload connection you can sustain. A static devotional image with audio may not need the same video mode as footage with movement. More demanding settings consume more upload capacity, leaving less room for fluctuations. Start with the simplest suitable output rather than copying a setting from another channel whose connection and content may differ.
YouTube recommends testing upload speed and provides encoder guidance that varies by codec, resolution and frame rate. Its table includes, for example, H.264 recommendations of 8 Mbps for 720p at 30 fps and 14 Mbps for 1080p at 30 fps; the corresponding AV1/H.265 values are 6 Mbps and 10 Mbps. These are YouTube’s published guidance, not a promise that your line will sustain those settings or that every OBS configuration should use them. Check YouTube’s current encoder settings when configuring the stream, because the table and platform guidance can change.
The same YouTube guidance recommends constant bitrate (CBR), a two-second keyframe interval, and no more than four seconds between keyframes. It recommends RTMPS for the connection where supported. Apply these as platform settings guidance and make sure the selected encoder and output mode in OBS match the stream you are actually sending. If you are uncertain about codec options, use a configuration you can verify in OBS rather than selecting a more complex option simply because it appears newer.
Run an upload speed test at the place and time you expect to stream. A single result is not a guarantee: household use, Wi-Fi conditions and provider congestion can change the available upstream capacity. Choose a mode with headroom rather than setting the outgoing bitrate at the best number you have ever seen. You can find a more detailed comparison of encoder settings for a 24/7 Indian music stream at 1080p, but use the guidance there as a reference, not a replacement for testing your own line.
Run an appropriate private or unlisted test if that fits your channel’s needs, and include representative sound and movement. Watch the stream health indicators in YouTube Studio and OBS. Listen from another device if possible: audio that meters correctly in OBS may still be too quiet, distorted or absent to a viewer because of an output or routing mistake. Make one change at a time, then test again so you know what solved a problem.
Keep the PC and network available
A local OBS broadcast depends on several things remaining in working order: Windows must stay powered and awake, OBS must continue running, the media source must play, and the network must carry the outgoing feed. “24/7” describes the intended schedule, not a guarantee that each component will stay available without interruption. A restart, power cut, crash, disconnected cable or internet fault can stop the broadcast.
Review Windows power settings before the first long run. Set the PC not to sleep while it is plugged in, and check that the display turning off does not put the whole computer to sleep. Keep the PC in a ventilated location and avoid blocking its cooling. If Windows installs updates or requires a restart, choose a time when a break in the broadcast is acceptable. Automatic updates may be necessary for security, but an unexpected restart during a scheduled programme can interrupt OBS.
Use a stable network path. OBS notes that Wi-Fi may be unstable for streaming and recommends a wired connection when connection instability is a problem. Ethernet can remove some wireless variability, although it cannot fix a weak broadband upload connection, a router fault or an upstream outage. If a wired connection is available near the PC, test it and compare the stream health rather than assuming the cable alone solves every issue.
Keep other network use in mind. Large uploads, cloud backups or several video calls can compete with the stream’s upstream capacity. Schedule heavy transfers outside the broadcast if you can, and check what happens when normal household use is present. If the stream drops frames under those conditions, reduce the bitrate or video mode to one the connection can sustain, then test again. OBS’s network troubleshooting guidance explains common dropped-frame causes and steps to investigate them.
A Windows PC also needs routine attention. Confirm that the power supply, storage and audio device are stable, and avoid unplugging or changing the default output device during a broadcast. If the source relies on an external drive, make sure it does not disconnect or enter a power-saving state. Keep a written note of the working OBS scene, output settings and YouTube stream destination so you can restore them after a restart without exposing the key.
A local setup is useful when you want direct control and already have a PC that can remain on. It also means you are responsible for power, updates, software and network recovery. If leaving a computer on is the specific problem, a managed cloud workflow can remove that dependency: StreamNeo can take an uploaded video and stream it to YouTube while your computer is off, so you do not need to keep OBS running locally for that broadcast. It remains YouTube-only, and you still need to settle rights, choose the content and plan for YouTube’s own stream and archive behaviour.
Plan for interruptions and recovery
Before going live, decide what you will do when the picture freezes, the sound stops or OBS closes. Keep the media file and a copy of your scene configuration accessible, note the current YouTube stream setup, and know how to reach the Live Control Room. Do not share or store the stream key somewhere public as part of that recovery note. If the feed stops, first determine whether the problem is OBS, the PC, the network or the YouTube broadcast state rather than repeatedly changing all settings at once.
For a dropped-frame warning, check the connection and the bitrate against the stable upload you actually have. YouTube and OBS can report different symptoms, so compare the OBS status with Studio’s stream health. If the network is the likely cause, lower the bitrate or output demands and test again. If the connection looks sound but the encoder is overloaded, inspect OBS’s performance indicators and reduce an unnecessarily demanding video mode. Keep the audio intelligible; a lower resolution is often a more practical compromise than unstable transmission.
If OBS or Windows restarts, open the scene and verify the source before resuming. A media source might have lost its file path, playback may be paused, or the audio device may have changed. Start with a short check in the preview, then follow the current Studio flow to resume or start the intended broadcast. The process is not automatic merely because the source was set to loop.
For a long-running channel, test recovery deliberately when viewers are not relying on the stream. For example, confirm that you can reopen OBS, restore playback and reconnect after a planned restart. This is a rehearsal, not proof that every failure can be recovered without a gap. A local PC and a cloud-based option have different failure points: the local approach depends on your equipment and internet, while a managed option still depends on the service and YouTube. Choose based on which responsibilities you can monitor and recover from.
Keep a simple incident note: when the interruption happened, what OBS and Studio showed, what you changed, and whether the feed recovered. Over time, this helps distinguish recurring network instability from a source or configuration mistake. It also gives you a safer basis for changing settings than making several guesses during a live interruption.
Check YouTube archive limitations
A live broadcast and a saved copy are not the same deliverable. YouTube says that streams under 12 hours are automatically archived. Its guidance does not promise a complete single archive for an uninterrupted stream longer than 12 hours, so do not plan on one long broadcast producing a complete recording. Check YouTube’s current live-stream archiving help before relying on the platform archive for a particular programme.
If you need a full recording, plan a separate recording or archive workflow and test it with the same duration and storage demands you expect to use. OBS can record locally, but that requires enough disk space and a plan for a PC failure; a local recording is not protected if the machine or drive fails. If preserving the whole programme matters, consider how you will copy and check the file, where it will be stored, and who is responsible for verifying it after the broadcast.
You can also divide a schedule into shorter broadcasts if that suits the channel and audience, but doing so changes the viewing experience and creates additional start and transition tasks. It should not be treated as a guarantee of archive completeness or uninterrupted playback. For the specific question of long streams, see why YouTube may end a 24/7 Indian music livestream after 12 hours and verify the current platform guidance rather than relying on a past result.
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FAQ
Can I loop a Gurbani recording in OBS all day?
Yes, OBS can repeat a local media file when Loop is enabled on its Media Source, or repeat a playlist through VLC Video. That only describes playback behaviour; it does not grant permission to use the recording or guarantee the PC, OBS and network will remain available. Test the source transition and confirm the rights for the exact recording and visuals.
Where do I get the YouTube stream URL and key?
Create or schedule an encoder stream in YouTube Studio’s Live Control Room, then use the URL and key shown for that stream in OBS’s stream settings. Keep the key private because it authorises an encoder connection. If the key is exposed, reset it in Studio and update OBS.
Will YouTube save my full 24/7 stream?
Do not assume it will. YouTube says streams under 12 hours are automatically archived, but its cited guidance does not promise one complete archive for an uninterrupted longer stream. If you need a full copy, plan and test a separate recording or archive process.
Is OBS on a Windows PC a guaranteed 24/7 setup?
No. The broadcast depends on the computer staying powered and awake, OBS and the media source continuing to run, and the network sustaining the chosen output. Test the setup, watch stream health, and prepare a recovery process; none of those steps removes the possibility of an interruption.