Changing from one game to another during a single YouTube broadcast is usually done by switching between scenes in OBS. Each scene contains the capture source, audio and overlays for one part of the programme, so the live broadcast can move from one game to another without creating a new stream.
“VODs” can also mean recorded video files played one after another. That is a different workflow. OBS can organise scenes and sources, but it does not automatically combine or rotate recorded VOD files simply because they have been added to a scene. You need to decide which workflow you mean before building the setup.
First decide what “mixing VODs” means
There are two practical interpretations of this question.
The first is a continuous broadcast with live game input. You might play one game for an hour, show a holding screen while changing consoles, and then move to another game. In this case, OBS scenes are the useful organising layer. You create a scene for each game and switch the programme output between them.
The second is a broadcast made from previously recorded gameplay files. You might have a Rocket League recording, a Minecraft recording and a racing-game recording saved on the computer, and want them to play in sequence while you are away. That requires media playback and some form of playlist-capable workflow. It is not the same as switching between live captures.
This distinction matters because a scene is a collection of sources that defines what OBS displays. It is not, by itself, a queue of video files. OBS documents game capture, video capture, media and other source types in its Sources Guide, but that documentation should not be read as a promise that OBS automatically chooses the next recorded VOD when the current file ends.
For live game changes, OBS is often the straightforward choice when you want overlays, a webcam, alerts, a holding screen or manual control. For a file-based channel that must keep playing while you are away, a playlist-oriented workflow deserves separate testing. If your wider channel includes long-form scheduled material, the best playlist format for a 24/7 YouTube music radio stream explains why file order and transitions need to be planned rather than assumed.
Plan the broadcast as scenes
Start with a written scene plan instead of adding sources at random. A simple gaming broadcast might use these scenes:
| Scene | What viewers see | Typical use |
|---|---|---|
| Starting | Branded still, countdown or short message | Before you begin the programme |
| Game A | The first game capture, game audio and chosen overlay | Main gameplay segment |
| Break | Holding graphic, music or a short message | Changing console, profile or setup |
| Game B | The second game capture, audio and overlay | The next gameplay segment |
| Ending | Closing graphic or final message | When the broadcast is finished |
Name scenes for their purpose rather than leaving names such as “Scene 2” and “Scene 3”. Names such as Starting, Game - Minecraft, Break - Changing Console and Game - Racing make manual operation easier, especially after several hours.
Keep the scene structure simple at first. You do not need a separate scene for every small overlay variation. If the camera, logo and chat frame remain the same, you may be able to reuse those sources. Create separate scenes when the capture source, audio arrangement or layout genuinely changes.
A holding scene is useful even when the game switch takes only a moment. It gives you somewhere controlled to go while changing a console input, closing a game, signing into another profile or checking that the next capture has appeared. It also prevents viewers from watching a frozen frame while you troubleshoot.
Decide how much information belongs on screen. A game title in a corner can help viewers understand the change, but it should not cover health bars, subtitles or important interface elements. If your channel alternates between games for long periods, update the stream title and relevant game details where appropriate. Do not assume that changing a setting in YouTube will immediately update every viewer-facing surface.
For a broadcast that stays on air overnight, the operating problem is broader than scene design. A useful companion is this guide to why 24/7 YouTube live streams lose viewers after a few hours, particularly if your schedule includes long breaks or repeated holding screens.
Add the capture source for each game
Once the scenes are planned, add the source that actually supplies the picture. The correct source depends on where the game is running.
For a Windows game running on the same computer as OBS, Game Capture may be suitable when the game and operating system support that route. A window or display capture can be an alternative when Game Capture does not show the application correctly. Choose the source based on the game and your computer rather than assuming one capture method works for every title.
For a console, the game’s picture needs to reach OBS. A console can stream directly using its own supported broadcasting controls, or its video can be routed into a computer through a capture device. A capture card is therefore conditional, not a universal requirement.
YouTube describes direct streaming from modern PlayStation, Xbox and Nintendo consoles, while its encoder guidance covers computer-based production with gameplay layouts and additional equipment. Read the current YouTube live-streaming guide before choosing the route that suits your console and production needs.
The practical choices look like this:
| Setup | Suitable when | Main trade-off |
|---|---|---|
| Direct console stream | You want the console’s native broadcast controls and do not need OBS composition | You may not have the same scene, overlay and production controls as a computer encoder |
| Computer encoder with OBS | You want scenes, overlays, hotkeys, a webcam or more deliberate switching | You must configure capture, audio and the streaming computer |
| Console routed through a capture card | You want console video inside OBS | You add hardware, cabling and another point to test |
Create one scene for each distinct input. For example, Game - Console A might contain the capture-card source for one console, while Game - PC contains Game Capture for a computer game. Do not expect one source configured for Console A to become Console B merely because you rename the scene.
Add the source to the intended scene and check its properties. If you duplicate a scene, confirm that the duplicated source points to the correct device or application. A copied source may still refer to the original window or capture input, which can leave the second scene showing the wrong game.
Audio needs the same attention as video. Check whether game sound is arriving through the capture source, a desktop-audio device or a manually selected input. Watch the audio mixer while the game is producing sound. OBS’s Quick Start Guide recommends checking the mixer and selecting devices manually when the meters or device choices indicate a problem.
If both a capture source and desktop audio are carrying the same game sound, you may hear an echo. Test with headphones and watch the mixer rather than relying only on what you hear from the game display. Keep microphone, game and music levels understandable before adding more scenes.
Switch games with OBS controls or hotkeys
The simplest manual workflow is to click the required scene in OBS. When you finish Game A, select the break scene, change the hardware or application, confirm Game B is visible, and then select the Game B scene.
You can also assign a hotkey to switch directly to a specific scene. This is useful when your attention is on the game or when OBS is on a second monitor. A compact keyboard, a programmable control pad or another input device can invoke the hotkey, but none is required. The important part is that each command has one clear destination.
Use distinct keys and write them down during the first tests. For example, one key can select Game - PC, another can select Break, and another can select Game - Console. Avoid assigning a frequently pressed game key unless you are certain the focus and hotkey behaviour will not cause an accidental switch.
Hotkeys reduce mouse movement, but they do not verify that the next source is working. Pressing the Game B hotkey may change the scene while the capture device is disconnected, the console is asleep or the game window is minimised. A hotkey changes the selected scene; it does not repair a missing input.
If you operate the stream for long periods, keep a small run sheet beside the keyboard. Record the order of games, the scene name for each one and the action required during the break. This is more reliable than trying to remember whether the next segment uses a display capture, a capture card or a media source.
Prepare changes with Studio Mode
Studio Mode is useful when you want to prepare the next scene without immediately showing it to viewers. OBS provides a preview area and a programme area. You can select and adjust the next scene in preview, then use the transition control when it is ready.
This separates preparation from transmission. You can check whether the correct game is visible, move an overlay, inspect the crop and confirm that the scene is not blank before sending it live. Without that separation, clicking a scene can reveal an unfinished layout or an empty capture source immediately.
Choose a transition that matches the change. A cut is generally clear when moving from one game to another. A short fade can make a deliberate break feel less abrupt, but it does not hide a long period in which the capture device is still changing. If the physical setup needs time, send the break scene first and only bring the next game live after it is ready.
Do not treat Studio Mode as an interruption-proof mechanism. It helps you prepare a scene, but it cannot guarantee that a capture card, game window or network connection will remain available. Scene switching also does not guarantee an uninterrupted broadcast. Test the actual equipment and keep a holding scene available for faults.
For a continuous stream using a YouTube stream key, check the connection between OBS and the broadcast before changing the programme. The guide on using a YouTube stream key for a continuous OBS stream covers the wider stream-key workflow and is relevant when your goal is to keep one broadcast active while the displayed game changes.
If the files are recorded VODs
If you mean recorded VOD files rather than live game captures, do not build the setup around scene switching alone. A scene can contain a media source, but playing one file and deciding what happens next is a playback problem, not a scene-selection problem.
OBS supports media sources, and its source documentation describes playlist use with VLC when VLC is installed. That may provide a route for handling a sequence of files, but you should verify the current behaviour on your own computer. Confirm what happens at the end of a file, whether the next file starts as expected, how audio behaves, and what viewers see if a file is missing or cannot be decoded.
A file-based workflow should answer these questions before it is trusted overnight:
- Are the files in a predictable order, or does the playback tool choose an order you have not checked?
- Does the next file begin automatically, or does someone need to intervene?
- What appears between files: a cut, a frozen frame, a black screen or a holding scene?
- Does the resolution and frame rate change between recordings?
- Are the recorded game sounds and microphone tracks balanced?
- What happens if the computer is restarted or the media source loses its path?
Keep the distinction visible in your documentation. Game - Live Capture and VOD - Media Playlist are clearer than calling both sources “Game”. If you want an unattended channel that rotates uploaded files, a playlist-capable workflow may be more appropriate than relying on OBS scene hotkeys. OBS remains useful as part of a production setup, but it should not be described as an automatic VOD rotation service without testing the exact arrangement.
Recorded gameplay also brings a rights and platform question. YouTube says live streams are scanned for matches to third-party content. If third-party material remains after a warning, the live stream may be interrupted or terminated. YouTube also explains that archived live streams can receive Content ID claims after the stream ends in its guidance on copyright issues with live streams.
Do not assume that putting a recording into a different scene, muting one audio track or holding a licence automatically prevents enforcement. Check the current official guidance for your material and keep evidence of permissions where relevant.
If StreamNeo is the chosen route for a finished, file-based YouTube broadcast, it removes the need to leave your own computer running after you upload the video and connect the channel, while still leaving the responsibility for the file, rights and channel settings with you.
Test the complete sequence before going live
A test should reproduce the actions you will take during the broadcast, not merely confirm that OBS opens. Start with the stream settings and inspect each scene in order.
First, check that the selected output resolution and frame rate suit the weakest part of the setup. Then open each game or connect each console input. Confirm that the correct scene shows the correct picture, and that the audio meter moves only when the intended source is producing sound.
Next, test the change itself. Move from Game A to the break scene, change the input or application, prepare Game B in Studio Mode and transition it to the programme output. Repeat the sequence in the opposite direction if the broadcast will return to the first game. Test every hotkey rather than assuming that similar names mean similar actions.
OBS recommends testing settings for a few minutes in its Quick Start Guide. A short private or local test can reveal a blank capture, duplicated audio, a wrong crop or an overlay that hides the game interface. It cannot prove that a much longer broadcast will never fail, but it is a useful way to remove avoidable faults.
Watch the test recording back with headphones. Check the first seconds after each transition, because a source may look correct in the preview while its audio takes time to appear. Also check that the break screen is readable on a small display and that important game text is not covered by branding.
Write down recovery actions. If Game B is missing, the operator should know whether to return to the break scene, reconnect the source, reopen the game or end that segment. If the internet connection drops, use the documented recovery process for your encoder and YouTube broadcast rather than assuming the scene layout will reconnect by itself.
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FAQ
Can I switch between two games without ending one YouTube live stream?
Yes, when the stream is being produced through an encoder such as OBS, you can switch between scenes while the same broadcast remains active. Each scene must already contain the correct capture and audio sources. The switch itself does not guarantee uninterrupted output, so use a holding scene and test the capture path.
Do I need a capture card to switch between console games?
Not always. You can use a console’s supported direct-streaming route, or route console video into a computer if you want OBS scenes and overlays. A capture card is needed only for the particular setup in which the console’s video must enter the computer as a capture source.
Can OBS automatically play recorded VODs from different games?
Do not assume that scene switching does this. OBS supports media sources and can work with playlist functionality in a suitable setup, but recorded-file playback needs its own testing for order, end-of-file behaviour, audio and failures. Treat it as a playlist workflow rather than as automatic scene rotation.
Is Studio Mode required for a mixed-game stream?
No. You can switch scenes directly from the OBS interface or with hotkeys. Studio Mode is useful when you want to inspect and prepare the next scene before sending it to viewers, especially when a game source or overlay needs adjustment.