If you want clips to play one after another in a single OBS scene, use a VLC Video Source playlist. If you want OBS to change between separate scenes at chosen times, use Advanced Scene Switcher; neither method schedules or starts the YouTube broadcast itself.
The practical choice depends on what “switch” means for your channel. A bhajan station might loop several recordings inside one scene, while a local news channel might move from a news panel to a weather scene at a set time. The playback, scene automation and YouTube broadcast controls are separate jobs, and each needs its own test.
Playlist playback or scheduled scene changes?
A playlist is a sequence of media items contained in a source. OBS’s Media Sources documentation says of VLC Video Source: “Unlike Media Source, you can create a playlist of items, similar to an Image Slideshow.” That means you can put multiple media files into one source and let it move through them, without making a different OBS scene for every clip.
Scene scheduling is different. Advanced Scene Switcher can use date and time conditions in macros and perform actions such as switching to another scene. It does not make a playlist out of separate scenes automatically; you define the conditions and actions that form the sequence.
Use the VLC playlist approach when the visual layout can stay the same as the clips change: for example, a devotional stream that plays several locally stored recordings with one persistent logo and set of overlays. Use scheduled scene switching when the content needs a different layout or set of sources at specified clock times, such as a news loop that changes from a headlines scene to a weather scene.
There is a third possibility: switching after a known clip duration. That is not the same as switching at a clock time. It requires you to account for each item’s duration and test whether scene changes meet your intended timing. Do not assume a macro will infer the end of a clip or switch precisely because a file reached its last frame unless you have configured and verified that behaviour.
| Your goal | Starting point | Important consideration |
|---|---|---|
| Play several files in one layout | VLC Video Source playlist | Install a VLC version matching OBS’s architecture and decide what happens when the source is hidden. |
| Change layout at set clock times | Advanced Scene Switcher macros | Create and test date/time conditions and scene-switch actions. |
| Change scenes after a sequence of clips | Scene automation with deliberate timing | Account for media durations and verify transitions in a test run. |
| Start or schedule the YouTube broadcast | YouTube Studio and OBS stream controls | Configure this separately from playlist or scene behaviour. |
| End a live broadcast when media ends | Separate broadcast-stop workflow | Do not assume finishing a playlist ends the broadcast. |
A scene transition can affect what viewers see, but it does not prove that the stream is live, nor does it end the broadcast. For broader planning around an always-on setup, the guide to cloud services for always-on YouTube channels discusses a different decision: where the streaming work should run. It does not replace the OBS configuration described here.
Put a playlist in an OBS VLC Video Source
In OBS, add a VLC Video Source to the scene that should contain the playlist. Add the media files you want in the source’s playlist, arrange them in the intended order, and check that each file can be read from the computer running OBS. A playlist is not a media upload to YouTube; OBS reads and plays the files as part of producing the live picture and sound.
Plan the scene around what should remain on screen between clips. A logo, lyrics panel or background can be separate sources in the same scene. If you run a bhajan stream with lyrics, for example, the playlist can supply the audio and video while other sources provide the persistent text. The practical guide to showing bhajan lyrics on a 24/7 YouTube live stream covers that layout concern; here, keep the playlist’s media and the rest of the scene distinct so you can test them independently.
Check the source preview before using it live. Confirm that the first item appears, its audio reaches the intended output, and the next item follows. If an item has a different aspect ratio, colour or audio level, it can make a playlist transition feel abrupt even though the source advanced correctly. A short test with the actual files is more useful than assuming all clips behave alike.
The playlist lives in the source, not in YouTube’s scheduled event. You can have a correctly configured source while the YouTube broadcast is still waiting to go live. Keep those states separate in your checklist: source playback, scene visibility, OBS streaming connection and YouTube broadcast status are related, but they are not interchangeable.
Install matching VLC for OBS
OBS’s VLC Video Source depends on VLC being installed. The OBS documentation links the source’s playlist functionality to VLC, and the required installation must match OBS’s architecture: if you use 64-bit OBS, install 64-bit VLC. A mismatch can leave the VLC source unavailable or unusable even though VLC itself opens media files when launched directly.
First check which OBS build you have, then install the corresponding VLC build from the vendor’s own VLC download page. Close and reopen OBS after installation so it can detect the dependency. Then add or reopen the VLC Video Source and check that its controls and playlist appear as expected.
This is a dependency check, not a guarantee that every media format or file will play correctly. Test the specific files you intend to use, including audio. If you are preparing on a different computer from the one that will run the stream, repeat the check on the actual streaming computer; VLC being installed on your editing laptop does not satisfy a dependency on another machine.
Keep the files in stable locations. Moving or renaming them after building a playlist can break their paths. For an unattended run, use a test playlist copied to its final location, restart OBS, and verify it still opens and advances. This catches a mundane but costly problem before the intended programme is left running.
Set looping, shuffle and visibility deliberately
The VLC Video Source settings include Loop Playlist and Shuffle Playlist. The OBS documentation lists Loop Playlist as on by default and Shuffle Playlist as off by default. Defaults are a starting point, not a decision about your channel: check the actual setting rather than inferring the sequence from what you expect to happen.
For a station where the order matters, leave shuffle off and arrange files in programme order. For a collection intended to vary its sequence, shuffle may suit the format, but preview enough of the output to confirm the variation is acceptable. Looping determines whether the playlist repeats; it does not mean the YouTube broadcast ends when the list is exhausted. If the list is not looping, do not mistake a stopped source for a stopped broadcast.
The source also has visibility behaviour settings for when its scene is hidden. Depending on the setting, it can stop and restart, pause and resume, or always play. Choose according to whether the playlist should continue progressing off air. If you have a scheduled scene that hides the playlist scene for an hour, a stop-and-restart behaviour may cause the source to begin again when shown; pause-and-resume may preserve its position; always-play may let it continue in the background. Verify the behaviour in your own scene arrangement before relying on it.
This matters when multiple scenes contain media sources or when you switch between a playlist scene and a holding screen. Decide whether you want the clips to progress while hidden, then test by switching away and returning. Check both the video position and the audio: a hidden source that keeps playing could still produce audio if your routing and source setup allow it. Do not leave the intended behaviour to a default you have not examined.
For a nonstop channel, also think through what happens at the last item. With looping enabled, observe a complete wraparound in a test. Without looping, determine what viewers will see and hear after playback ends, and whether another scene or source should take over. An OBS community forum answer says automatic stream termination at playlist completion is not built in; treat that as a limitation to plan around, not as an undocumented setting to discover at the last minute.
Automate separate scene changes with Advanced Scene Switcher
Advanced Scene Switcher is an OBS plugin whose macro system supports date/time conditions and scene-switch actions. That makes it useful when a channel needs to move among separate compositions according to a clock schedule. A macro can express the condition you intend and the action OBS should take, but you still need to create the logic, select the correct scenes and test how it behaves in context.
The plugin listing on the OBS Project forum showed version 1.36.1, last updated August 7, 2026, and an OBS Studio minimum version of 31.1.1 when consulted for this article. These are compatibility facts, not a promise that every current setup will work. Check the listing for current requirements and compatibility before installing, particularly if your OBS version is older or your operating system has a separate plugin package.
Build a macro around a specific transition. For example, a local channel could define a time condition for the planned start of its weather segment and an action that switches to the weather scene. Confirm that both scene names are correct and that the destination scene has the media and overlays you expect. Make another transition only when there is a clear schedule reason for it; a complicated chain is harder to inspect when a change goes wrong.
Clock-based conditions differ from elapsed playback durations. A schedule that changes scenes at a particular time can be tested against the clock. A sequence that is meant to change scene after each clip needs timing that reflects each clip’s length. If one clip is replaced with a longer edit, any dependent schedule can become out of step. Allow for deliberate transitions, check the playlist contents and run the sequence before using it unattended.
Do not describe a timed switch as a guarantee of precise broadcast timing. The plugin’s capability to define conditions and actions does not establish how accurately a particular computer, OBS session or collection of macros will behave under every condition. Test with the actual scenes and media, and retain a manual way to select the intended scene if you are monitoring the stream.
A useful test is to observe the stream output, not just the macro configuration screen. Confirm that the expected scene appears, the previous source is hidden or muted as intended, and no audio continues unexpectedly. If the stream disconnects, scene automation is not the same as reconnecting the broadcast; the practical steps in what to do when a YouTube stream disconnects from OBS on an Azure VM address a separate recovery problem.
Configure the YouTube broadcast start separately
A scheduled YouTube broadcast has its own controls. Creating the OBS playlist or configuring Advanced Scene Switcher does not schedule the event on YouTube, start a scheduled broadcast, or confirm that viewers can see it. Set up the event and streaming details in YouTube Studio separately, then configure OBS to send the stream to the intended destination.
The OBS community guide to streaming to YouTube with OBS Studio describes the distinction between auto-start and manual start. In the guide’s described workflow, when auto-start is disabled, beginning to send a stream from OBS does not by itself make a scheduled YouTube broadcast live; the operator must also use YouTube’s Go Live control. YouTube Studio’s interface can change, so check YouTube’s current on-screen instructions and confirm the broadcast status there rather than relying on an old click sequence.
Before the scheduled start, verify that the right stream destination or key is configured in OBS, the programme scene is ready, and the scheduled event is the one you intend to use. Decide whether auto-start is appropriate for your workflow. If you use a manual Go Live step, make it explicit in the run sheet and confirm the live state in YouTube Studio after starting the stream. An OBS indicator that it is sending data is not a substitute for checking the broadcast’s viewer-facing status.
StreamNeo removes the need to keep your own computer running for an uploaded-file broadcast, which can address the specific burden of leaving an OBS machine on overnight; it does not turn OBS playlist or scene rules into YouTube scheduling controls. It is YouTube-only, so it is not the route for a channel that must send the same broadcast to another platform.
Keep the launch checklist short enough to use: event selected, source playback checked, scene schedule enabled if needed, OBS sending, YouTube status confirmed, and a person or recovery plan identified for interruptions. A playlist ending, a scene switching and a broadcast going live are three different events. Verify each one independently.
Test the whole sequence before leaving it unattended
Run a rehearsal using the final files and scenes. Confirm the playlist order, audio, looping and hidden-source setting. Then test each intended scene change and observe what happens to sources that are no longer visible. Finally, verify the separate YouTube start procedure, including the status shown in Studio. This catches errors that a static check of the settings cannot reveal.
Write down the recovery action for the problems you can reasonably anticipate: a missing media file, unexpected silence, the wrong scene, a dropped connection or a broadcast that remains scheduled rather than live. A recovery plan is not a promise that a stream will never fail. It gives you a clear next action instead of forcing you to infer whether the problem is in the media source, OBS scene logic or YouTube event.
If your goal is to end the broadcast as soon as a playlist finishes, do not treat a scene switch as a stop-stream command. The available OBS forum response says playlist completion does not provide built-in automatic stream termination. A timed scene change may help manage what appears next, but ending a YouTube broadcast is a separate control and needs its own tested workflow.
For a channel that must keep its watch page while recovering, the guide on restarting a 24/7 YouTube stream without losing its watch page covers another operational question. It should not be read as a setting for playlist playback. Keep distinct procedures for changing content, recovering a stream and ending a broadcast.
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FAQ
Can I stream a playlist of local files?
Yes. OBS’s VLC Video Source can play a playlist of media files, provided VLC is installed and matches OBS’s architecture. Test the actual files and their paths on the computer that will run the stream.
Will the playlist continue while its scene is hidden?
That depends on the VLC source’s visibility behaviour. It can stop and restart, pause and resume, or always play; choose the behaviour that fits your scene flow and verify both picture and audio after switching away and back.
Does Advanced Scene Switcher schedule the YouTube broadcast?
No. It automates OBS scene changes through conditions and actions. YouTube event scheduling and the decision to start the broadcast are configured separately, so confirm the live state in YouTube Studio.
Can the stream end automatically when the playlist finishes?
Do not assume so. An OBS community answer says automatic stream termination on playlist completion is not built in; a scene change can alter what viewers see but is not the same as ending the broadcast.