To put a countdown slate between gaming VODs on YouTube Live, arrange the videos and slate in OBS, then send OBS’s output to YouTube. You can place slate media in an explicit playback sequence or switch to a separate slate scene at each boundary; a VLC playlist does not, by itself, promise to insert a separate scene after every video.
The distinction matters if you plan to leave a channel running unattended. Build the order you actually want, then rehearse the full sequence—including video endings, countdown restarts and sound—before making it public.
Install OBS Studio and VLC
OBS Studio is the software that combines your video sources into scenes and sends the finished programme to YouTube. For this workflow, you can use OBS’s VLC Video source to play a list of gaming VOD files. That source requires VLC to be installed on the same computer as OBS. If you use 64-bit OBS, install 64-bit VLC as well, as the OBS Project notes in its Media Sources guide.
Install OBS from the OBS Project’s official site, and get VLC from its official distribution. Avoid downloading either from an unfamiliar software bundle: you need the ordinary player and broadcasting tools, not an extra package that adds unrelated software. The VLC requirement is specific to the VLC Video source; it does not mean every video source in OBS depends on VLC.
After installation, open OBS and check that it starts normally. Keep your VOD files and countdown asset in a folder you can find again. If you move or rename a file after adding it to OBS, the source may no longer point to the file at the location it expects. A tidy folder also makes it easier to review the intended order before a long broadcast.
OBS is useful when you want to compose a show locally, change scenes, or mix video with a title and other sources. If your aim is simply to run pre-recorded content continuously, compare this hands-on arrangement with the workflow in how to livestream pre-recorded videos on YouTube 24/7. The right setup depends on whether you need OBS’s scene control and whether you can keep the machine running for the planned broadcast.
Add a VLC Video source
Create a scene for the gaming VOD playback. In the Sources panel, add a VLC Video source and give it a clear name, such as “VOD sequence”. OBS scenes are collections of sources; the OBS Sources Guide covers source types and how they fit into a scene. Naming sources plainly helps when you return to a project and need to identify which playlist or image is on screen.
In the VLC source’s properties, add the files you want to play. The source supports a playlist of local media, along with controls for looping and shuffle. For a programme with a planned order, leave shuffle off. Decide whether looping is appropriate: looping the list repeats the sequence, while a single pass is better for a one-off broadcast. Check the actual controls shown by your installed OBS version rather than relying on a remembered setting.
A source’s size and position also affect what viewers see. Fit the gameplay to the canvas, and inspect the result in the OBS preview. If the VOD aspect ratio differs from the stream canvas, you may see empty space or cropping. Choose a layout deliberately: a clean background behind a smaller gameplay image can be preferable to cutting off interface elements at the edge.
Do not assume that playlist playback controls the rest of your programme. The VLC source is responsible for its media list; a separate countdown scene is a separate part of the OBS composition. The reviewed OBS guide documents playlist playback, loop and shuffle controls, but does not state that OBS automatically changes to a separate slate scene after every playlist entry.
Load gaming VODs in playback order
Before importing files, write down the order in which viewers should see them. A useful working list includes each VOD’s filename and the title you want to recognise in OBS. Filenames such as match-01, match-02 and match-03 are easier to audit than a folder full of dates or camera defaults. The names do not need to appear on screen; they are there to reduce mistakes during setup.
Add the VODs to the VLC playlist in that order. Then inspect the playlist itself rather than assuming it sorted the way you intended. Test the beginning of the first file and the transition at each boundary. If the source has loop enabled, confirm what repeats; if shuffle is enabled, turn it off for a show whose order matters. Playlist behaviour should be checked in your project, not inferred from the order of files in a folder.
Think about what viewers will hear as well as what they will see. A slate may need silence, a short musical bed, or a brief spoken prompt, depending on the channel. Ensure the countdown asset’s audio is intentional, and listen to the change from the end of a VOD to the slate and back. A black gap, a sudden audio jump or an unintended second soundtrack can make an otherwise correct sequence feel broken.
This is also the point to decide whether one long playlist is the right structure. A single VLC playlist makes the VOD order visible in one place. Separate sources or scenes give you more direct control over individual items, but require more setup and more checks. If you are considering a longer-running playlist rather than a short gaming programme, how to rotate playlists on a YouTube 24/7 stream without repeating the last video discusses a related ordering problem. It is not a substitute for verifying how your chosen OBS arrangement handles each transition.
Create a countdown slate scene
Make the slate in a separate OBS scene so it is easy to preview and operate. You can use a countdown video as a Media Source for an animated timer, an Image source for a static graphic, or a Text source for editable wording. OBS scenes can combine sources, so a slate might include a background image, channel name, a “next match starts soon” line and the countdown media. Keep important text inside the visible canvas area and large enough to read at the size people are likely to watch.
A still image is the simplest choice, but it does not count down by itself. You can display a fixed message such as “Next video shortly”, or use a separate timer source if your setup provides one. Verify any timer mechanism in your own OBS installation; do not label a static image a countdown and expect it to change on screen.
For an animated countdown, add a local video file as a Media Source in the slate scene. In the source’s playback settings, look for the option to restart playback when the source becomes active. That setting can help the countdown begin at its start when the source is activated, rather than resuming part-way through. The exact behaviour is worth checking in rehearsal: activate the scene, leave it, then activate it again and confirm whether the file starts where you expect.
Keep the slate’s duration in mind when you create or select its media. If the countdown file ends before you switch back to gameplay, OBS may show the source’s configured end state, which could be a blank frame or a held image depending on settings. If the countdown should remain visible for longer, configure and test the ending behaviour rather than assuming the final frame will remain on screen. A short title card with a clear transition is often easier to operate than an elaborate slate with several moving parts.
For a channel that serves viewers who join partway through, the slate should explain what is happening without requiring them to have seen the previous VOD. A simple message naming the next match or saying that the next video is about to begin is more useful than a bare timer. Keep the design consistent with the gaming content, but do not let overlays obscure the game when you switch back.
Choose how the slate appears between videos
There are two practical approaches: include slate media in the ordered sequence, or switch scenes at each video boundary. These approaches provide different kinds of control, and neither should be mistaken for automatic insertion by the VLC playlist.
| Approach | What you arrange | Main trade-off |
|---|---|---|
| Slate embedded in the sequence | Put the slate media between the VOD files in an explicit ordered sequence | The intended order is visible, but you must confirm that the source arrangement plays every item in the required order |
| Separate slate scene | Switch from the VOD scene to the countdown scene between videos, then return to the VOD scene | You control the scene change directly, but a person or tested control must trigger it at the right boundary |
| Separate sources or scenes per item | Set up individual VOD sources and slate transitions | Individual transitions are easier to manage explicitly, but the project has more sources and more setup to review |
An embedded sequence can make the order easier to read: VOD A, slate, VOD B, slate, VOD C. But do not assume that adding a separate scene to the VLC playlist is possible or that the playlist will activate a different OBS scene between files. Build the sequence using media sources that your chosen setup can actually play in order, then test each hand-off. The OBS guide supports VLC playlist playback; it does not establish automatic scene insertion after each item.
Scene switching is more direct when you want a person to control the boundary. You can use OBS scene controls, or configure hotkeys and practise using them. A hotkey is only useful if it is reliable in your operating conditions: make sure the keyboard focus, key assignment and operator are all accounted for. A missed key can leave the slate up or move the show on too early. For a small channel, a written run sheet with the order and switching cues may be enough; a macro pad or other controller is optional, not a requirement.
If you need a genuinely unattended sequence, do not build your plan around a manual switch unless someone will be present to operate it. Choose an explicit media sequence that you can test, or another workflow whose documented behaviour meets the requirement. The research reviewed for this guide does not settle whether a plugin, macro or particular configuration can automatically trigger a separate slate after every VLC playlist entry. If you experiment with automation, validate that exact setup over the complete sequence before trusting it on air.
Send OBS output to YouTube Live
When your scenes are ready, configure OBS to send its encoded output to your YouTube Live channel. YouTube’s official guide, Create a YouTube live stream with an encoder, describes software and hardware encoder workflows and includes gameplay and advanced production among the uses for an encoder. OBS is a software option for assembling and sending a broadcast; dedicated encoder hardware is not inherently required for the arrangement described here.
Follow YouTube’s current instructions to create or configure the live stream and connect your encoder. Keep your stream key private: it gives access to the broadcast connection, so do not include it in screenshots, public notes or a shared scene collection. Enter it only in the appropriate OBS connection settings. YouTube’s interface and requirements can change, so use the current official setup flow rather than an old screenshot or a third-party checklist.
Before starting a public broadcast, confirm the OBS preview shows the scene you intend to send, the correct microphone or media audio is selected, and the stream output is going to the intended channel. A configured encoder connection is not proof that the right scene, sound or order is being sent. YouTube can receive an encoder stream, but the content and transitions still depend on how you assembled them in OBS.
If you are deciding whether OBS should stay on a local computer for a long-running stream, consider the practical consequence of needing that machine and its power and internet connection to remain available. A local OBS setup gives you direct control and makes sense when someone is operating the show or you want its scene tools. For a file-based stream where the aim is to avoid leaving your own computer on, StreamNeo removes that particular burden by taking an uploaded video and running it as a YouTube live stream without your computer having to stay switched on. It is YouTube-only, so it is not a replacement for OBS scene control when you need to assemble this particular multi-scene sequence yourself.
Test transitions before going live
Run the show from the first VOD through every slate and back to the next VOD. Do not test only the opening scene: the failure you need to catch may happen when one media file ends, when a countdown is activated again, or when you switch back to gameplay. Check the video, the audio and the order together. If the project will be operated by someone else, let that person practise the same sequence.
A private or otherwise non-public rehearsal is a sensible way to check your production before relying on it live. Confirm YouTube is receiving the intended picture and sound, and use the current YouTube controls for managing the test stream. A private test still needs careful handling of the stream key and channel settings. The rehearsal is practical production advice; no guide can guarantee that a specific transition will behave exactly as expected in your installation.
Use a short checklist that matches the workflow you built:
- Does the first VOD start at the intended point and fill the canvas correctly?
- Does the VOD order match your run sheet, with shuffle and looping set deliberately?
- Does the slate appear at every intended boundary, and does its countdown restart from the beginning?
- Is slate audio present only if intended, and does it transition cleanly from the VOD sound?
- Does the next VOD start only after the slate, and does the show return to the correct scene?
- If a manual switch is part of the plan, can the operator perform it reliably without losing track of the sequence?
For audio faults, check what OBS is mixing and what the receiving stream is actually getting rather than relying only on the local preview. The walkthrough on telling whether YouTube is receiving RTMP audio and video separately is relevant when you need to distinguish an encoder or audio-path issue from a scene-transition problem.
Finally, decide what you will do if a VOD or slate does not play as expected. With a person present, that may mean switching to a holding scene and correcting the source. For an unattended sequence, the failure path must also be tested or the show may remain on an unintended frame. Keep the project files, media and a written order together so you can restore the intended arrangement without rebuilding it from memory.
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FAQ
Can OBS show a countdown between videos in a YouTube livestream?
Yes, if you arrange a countdown video or slate scene and make it part of the playback sequence or switch to it between VODs. The VLC playlist does not itself document automatic insertion of a separate scene after each item, so test the exact arrangement you plan to use.
Will a VLC playlist switch to my countdown scene after every gaming VOD?
Do not rely on that behaviour. OBS documents VLC playlist playback, looping and shuffle, but the reviewed guide does not say that a separate OBS scene is automatically inserted after each playlist entry. Use explicit sequence media or a tested scene-switch workflow instead.
Can I use a static image as the countdown?
You can use an Image source for a static slate, but the image will not count down on its own. For an animated timer, use countdown video media or another timer mechanism and verify that it starts and ends as intended.
Do I need a hardware encoder to send OBS to YouTube Live?
No dedicated hardware encoder is required for the software workflow described here. YouTube’s encoder instructions cover software as well as hardware encoders; OBS can assemble the programme and send its output, provided you configure the channel and test the broadcast.