If you mean a playlist that viewers watch in YouTube’s player, arrange and loop it in YouTube; Streamlabs Desktop is not needed to control that order. If you mean several video files playing one after another inside the broadcast scene, do not assume Streamlabs Desktop can load a YouTube playlist URL or automatically advance through local files: the reviewed documentation does not establish either behaviour.
That distinction changes what you should test. YouTube documents playlist ordering and looping in its own player, while the Streamlabs documentation reviewed describes scenes, media sources and Media Share without confirming fixed, ordered multi-file playback. Check your installed version before designing a broadcast around that feature.
First decide where the playlist should play
“Play a video playlist in order on YouTube” can describe two different workflows. In one, YouTube’s player selects a video from a YouTube playlist and moves through that playlist. In the other, your Streamlabs Desktop scene contains video content that becomes part of the outgoing live picture. They may look similar to a viewer, but they are controlled in different places.
With YouTube-player playback, the videos remain individual YouTube videos and the playlist belongs to YouTube. You set the order and, if needed, use the player’s loop control. This is the documented route for a sequence that should advance as a YouTube playlist. It is not the same as adding a playlist link as a source to Streamlabs Desktop.
With scene playback, Streamlabs creates the broadcast picture from sources in a scene. A source might be a capture or media item, depending on the app and configuration. A video displayed in the scene is part of the stream output; it is not automatically the same thing as a playlist that YouTube’s player understands. A scene with several items is not, by itself, proof those items will play as a scheduled sequence.
Before changing settings, write down which result you want. If you want viewers to watch a set of existing YouTube uploads in a chosen order, work in YouTube. If you want the live broadcast itself to show a succession of local recordings, investigate whether the installed Streamlabs build supports that workflow, or choose another verified playback method. For a related example of how YouTube playlists can structure a continuous channel, see this guide to a 24/7 virtual study room playlist.
Arrange a playlist in YouTube’s own player
For the YouTube-player route, create or open the playlist in YouTube or YouTube Studio and make sure it contains the videos you intend to play. On desktop, YouTube Help says you can reorder videos by dragging them up or down in the playlist. YouTube Studio also provides an arrangement choice when creating a playlist. Reordering is not available for playlists made up only of Shorts, so check the playlist’s contents if the ordering control is absent.
After arranging, open the playlist and review the displayed order rather than relying on a remembered sequence. Confirm the first video and the transition to the next one; these are the points most likely to expose a mistaken arrangement. If a video is unavailable to the intended audience, private, or otherwise inaccessible to them, the sequence they see may not match the one you see while signed in. Check the viewing access as well as the order.
To repeat a YouTube playlist, play one of its videos and expand the playlist panel. YouTube Help describes a loop control in the playlist box. Use that control in the YouTube player, then verify the visible state before relying on repetition. This loops the playlist in YouTube’s player; it does not document a loop setting for a Streamlabs media source.
YouTube’s playlist help page gives the platform-specific steps and limitations. Interface labels can change, so use the current Help page if the control appears in a different place in your account. A YouTube playlist’s order is managed there, not by guessing at settings in Streamlabs.
This route is appropriate when the intended experience is a set of YouTube videos playing through YouTube’s player. It may not meet a requirement that the videos be embedded inside a custom live scene, with overlays or a layout composed in Streamlabs. Keep that distinction clear when you describe the plan to anyone helping operate the channel.
A Streamlabs scene is not a YouTube playlist
Streamlabs Desktop scenes are arrangements of sources that contribute to the broadcast output. The current Streamlabs getting-started guide covers setting up scenes and adding sources such as capture sources and widgets. That is useful context, but it does not establish that a scene can take a YouTube playlist URL and play its entries sequentially.
A single media file and an ordered collection are also different requirements. Streamlabs’ media-file caching article discusses media such as MP4, GIF and MP3 as sources and describes looping media. Looping a file means that file repeats; it does not demonstrate that a list of files will advance in a chosen order. Do not translate a “loop” control into a playlist feature without confirming what it loops in your installed build.
Media Share is another distinct feature. Streamlabs describes it as a viewer-requested video widget, typically allowing viewers to request a video when sending a tip. That is not evidence of a fixed playlist that the channel owner has arranged to run from beginning to end. A request queue and a scheduled sequence solve different problems.
For the same reason, adding multiple media sources to a scene does not prove that only one will play at a time, that one will start when another ends, or that a particular order will be retained after a restart. Those details depend on supported behaviour and configuration. Do not build a night-long broadcast around an assumption that the source names or their order in a scene define a playback queue.
If your goal is a video sequence in the actual live picture, use the Streamlabs getting-started documentation to understand the scene-and-source model, then verify sequential playback separately. For a broader comparison of broadcast applications and their roles, the streaming software guide can help frame the choice without implying that a particular feature exists in your build.
Check the installed build before planning a sequence
The exact current Streamlabs Desktop version and platform behaviour for ordered local-file playback is not established by the material reviewed here. That is a meaningful documentation limit, not a missing menu instruction to fill in by guesswork. Do not rely on an instruction that says to paste a YouTube playlist URL into a source field, or that several local files will automatically advance, unless version-specific Streamlabs documentation or a test in your installed build confirms it.
Open the properties for the media source you intend to use and read the available controls. Look for explicit wording about playlists, queues, sequencing, or what happens at the end of a file. A control to loop one item, restart a file, or choose a local path is not enough to establish multi-file advancement. Record the app version and operating system when checking a support article or asking Streamlabs support; the answer needs to match your build.
If the properties offer no clearly documented sequence control, test rather than infer. Use a short, non-public test broadcast or local preview where appropriate, and use two clearly distinguishable clips. Observe whether the second begins without manual intervention, whether the order is stable after you close and reopen the project, and what happens at the end of the last clip. Do not make a public overnight stream your first test.
The Streamlabs Media Share guide can clarify that widget’s intended role; it should not be treated as a guide to fixed-file sequencing. Likewise, the older media-file caching article is relevant only to the narrower point that media files can act as sources and be looped. Neither source confirms a native ordered playlist feature.
A useful test note is plain and specific: app version, operating system, source type, file format, sequence attempted, and the observed transition. That gives you something verifiable to compare with current support guidance. If the behaviour is undocumented and your test is inconclusive, treat it as unsupported for planning purposes rather than assuming it will work unattended.
Preview the intended sequence from a viewer’s perspective
A correct order on paper can still produce a confusing broadcast. Preview the whole sequence in the intended viewing route. For a YouTube playlist, open it as a viewer and check that the first item and following items appear in the desired order. For a scene-based workflow, preview the outgoing scene and observe the full changeover between files, not just a static frame from each one.
Check the start and end of every clip. Look for a blank interval, an abrupt cut, a leftover desktop capture, or audio continuing after the picture changes. If files have different aspect ratios, frame rates or loudness, decide whether the variation is acceptable to viewers before using them in a continuous channel. These are content checks, not evidence of a playlist control.
Keep a simple sequence sheet beside the test: item name, intended position, expected duration, and what should follow. No special spreadsheet is needed. This catches filename sorting surprises and makes it easier to reproduce the order after an edit. If an item changes, check the entire sequence again rather than only the changed file; one substitution can shift the intended transitions.
For a channel built from ambient or music videos, the guide to a looping ambient playlist offers a related YouTube-oriented approach. It does not remove the need to decide whether the playlist is played by YouTube’s player or composed into the live scene. Write that choice into the operating notes so a second operator does not use the wrong control surface.
When the player is responsible for advancing, test with the same account and access conditions your audience will have. When Streamlabs is responsible for the picture, test the transition in the broadcast preview and verify that the source changes are visible as intended. Do not treat one kind of preview as confirmation of the other.
Test transitions and recovery before going live
The risky point in a sequence is often the transition, not the middle of a clip. If you have confirmed that your chosen playback method supports advancement, watch a complete transition from one item to the next. Check whether the next clip starts at its beginning, whether audio overlaps, and whether a transition or blank frame appears. If you have not confirmed that advancement is supported, stop here and choose a documented workflow instead of trying to compensate with scene timing.
Then test a controlled interruption. Close and reopen the project or restart the playback route in the same way you expect to recover after a fault. Confirm what happens to the current position and whether the sequence begins again, resumes, or needs operator attention. Those outcomes matter for a channel that is intended to stay live while nobody is at the computer. Do not assume a restart will preserve position unless you have seen it happen.
Check the stream output as well as the local preview. A scene can look correct on your screen while the broadcast output has the wrong source, missing audio, or an unexpected capture. Use a private or otherwise limited test where appropriate, and verify from a separate viewer session if possible. A short test cannot guarantee every overnight condition, but it can reveal basic routing and transition mistakes before an audience sees them.
Rights are part of the test plan. YouTube’s live-stream terms require you to hold the necessary rights for live and archived content, including applicable music licensing rights. YouTube also scans live streams for third-party content; detected material can result in warnings, interruption or termination. Even when you have a licence, the rights holder may need to allowlist your channel for live use. Read the current YouTube live-streaming copyright guidance and the live-stream terms before using third-party video or music. Do not treat a successful test broadcast as confirmation that rights are covered.
If the sequence is a YouTube playlist, remember that the platform’s loop control and order still need to be set in YouTube. If the scene itself contains media, test the scene’s source behaviour. One workflow’s successful test does not validate the other.
Choose the workflow the evidence supports
Use the route that matches the result you need and that you can verify. The comparison below separates the playback owner from what the cited documentation supports.
| Need | Where order is controlled | What is documented | What to verify |
|---|---|---|---|
| Play existing YouTube uploads as a playlist | YouTube playlist and player | YouTube Help describes playlist ordering and looping controls | Audience access, visible order and loop state |
| Show video content inside a Streamlabs scene | Streamlabs sources and scene output | Streamlabs documentation describes scenes, sources, media files and Media Share, but the reviewed material does not establish ordered multi-file playback | Explicit support in your installed build, transitions, restart behaviour and output |
| Let viewers request videos | Media Share widget | Streamlabs describes a viewer-requested video widget | Whether that interaction fits your channel; it is not a fixed owner-arranged sequence |
If you need an uninterrupted sequence inside the broadcast, and your Streamlabs build does not document or pass a test for ordered playback, do not present it as a working feature. Choose a playback workflow with documented sequencing, or use YouTube’s own playlist player if that produces the experience you actually want. A channel that needs a fixed visual layout may have different requirements from one whose viewers can watch a YouTube playlist directly.
For a long-running channel, simplify what must be operated manually. A workflow with a clear owner for order, playback and recovery is easier to hand over than one dependent on remembering which source should be activated. Keep the approved sequence and restart procedure with the channel notes. Re-test after app updates or project changes, because an earlier test describes only the build and configuration you used at that time.
For a continuous broadcast made from a prepared video, StreamNeo removes the specific burden of leaving your own computer running to keep that file on air: it turns an uploaded video into a YouTube live stream, with the computer switched off and automatic monitoring and restart if the broadcast drops. It does not change the distinction above: it is YouTube-only, and you still need to establish that your chosen file and channel meet your requirements and rights obligations.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
Can I paste a YouTube playlist URL into Streamlabs Desktop?
The documentation reviewed for this guide does not establish that Streamlabs Desktop loads a YouTube playlist URL as a native source. Do not rely on that workflow unless the documentation for your installed version explicitly confirms it or you have verified it in a test.
Will Streamlabs Desktop automatically play local videos in order?
The reviewed sources do not confirm automatic advancement through an ordered set of local files. Check the media-source properties and version-specific guidance, then test transitions and restart behaviour before planning a live channel around it.
How do I make a YouTube playlist repeat?
Play a video from the playlist, expand the playlist panel and use the loop control in YouTube’s player. It is a YouTube player setting, not proof of a loop or playlist feature in a Streamlabs scene.
Is Media Share the right tool for a fixed playlist?
Streamlabs describes Media Share as a widget through which viewers can request videos, typically when sending a tip. That is different from an owner-arranged sequence intended to run automatically, so confirm the feature’s current behaviour before choosing it for another purpose.