A custom live-stream layout is the arrangement viewers see: video, artwork, text, camera, and other elements composed into the broadcast. In OBS Studio, you build that output with scenes and sources, then arrange and layer them in the preview.
The word “layout” can also mean the panels and controls arranged inside a streaming application. That workspace is for you, not your audience; changing it does not, by itself, change the video sent to YouTube.
What a custom live-stream layout means
Think of the broadcast frame as a canvas. A layout decides what occupies that canvas, where each element sits, and which elements appear in front of others. For a devotional channel, the canvas might hold a still image, a title, and a small camera view. A local news loop might instead use a video window with a station name and a text panel. These are examples of compositions, not fixed templates.
In OBS, the basic unit for a particular composition is a scene. A scene can gather a background image, a media file, a text label, and a camera or capture source. You can make more than one scene when the channel has distinct moments: a welcome screen, the main programme, a break screen, and an ending. The point is not to add decoration everywhere; it is to make the picture useful and legible for the segment being shown.
Before adding sources, decide what viewers need to see and what they do not. A full-frame video may be all a recorded lecture needs. A music station may need a fixed visual and a concise programme label rather than a camera. If you want a camera inset, make sure it does not cover a face, subtitle, lyric, or other important part of the main picture.
A layout also has to fit the material. If you place a portrait poster over a wide video, the resulting empty areas may be intentional or may distract. Preview the combination rather than assuming that an image or video will automatically fit the canvas in the way you expect.
Scenes and sources in OBS
OBS describes scenes and sources as the way to set up a stream layout and add items such as games, webcams, and other devices or media. A scene is the arrangement; its sources are the separate pieces that make up that arrangement. The OBS Studio overview introduces this relationship, while the OBS sources guide lists the available source types.
The Sources dock is where you add a source to the selected scene. Click the plus button there and choose the kind of material you want. The documented options include audio, browser, display, game, image, media, text, video capture, and window capture sources. A display source captures a screen; a window source is for an application window; a media source can be used for a media file. Choose the source that matches the thing you intend to show, rather than adding several types and hoping one works.
Capture support varies by operating system, and some source types are not available in the same way everywhere. If a capture option is missing or does not show the intended content, check the current OBS documentation and the source’s requirements for your system. The guidance here is based on the official OBS material, not a hands-on test of every computer or software version.
A source belongs to the selected scene. If the same camera or artwork is needed in another scene, consider how you want to manage it there too. A break scene, for instance, may need a different background and text from the main programme. Keep scene names descriptive—“Welcome”, “Main”, and “Break” are easier to recognise than a row of vague names when you are operating the channel.
Add and arrange sources
Select the scene you want to edit, then add only the sources needed for that scene. In the preview, drag a source to position it and use its bounding box to resize it. You can build a simple frame first—for example, a background image with a text title—then add another element only if it has a clear purpose.
The order of sources controls layering. An item higher in the Sources list appears above items lower in the list and can obscure them. OBS’s documentation uses a webcam over gameplay as an example: the camera can sit in front of the game image. The same principle applies to text over artwork or a logo over video. If an important element disappears, check both its visibility and its position in the source order before rebuilding the scene.
Use visibility controls to hide an item when it should not appear in that scene. This is useful when checking a clean background or when a scene has an optional element. It is worth checking visibility deliberately before going live: a source left hidden can make a carefully prepared scene look empty, while an unwanted visible source can cover the content beneath it.
For a camera inset, make it large enough to be recognisable but not so large that it competes with the main content. For text, check the actual preview rather than judging it only by the text editor. A label that looks readable on your monitor may be too small in the broadcast frame. Keep important words away from the edges and avoid placing them over busy parts of an image.
OBS’s overview describes holding Alt while dragging a source bounding-box edge to crop it. Shortcuts and interface details can change between versions, so check the current interface if that action does not work as expected. Cropping can remove unwanted edges from a capture, but it is not the same as resizing: resizing changes the overall box, while cropping trims what is visible within it.
If you are deciding whether to run OBS on a dedicated computer or use a different approach for a continuous channel, the comparison of cloud services for 24/7 YouTube gaming VOD streams discusses the operational distinction. That is a separate decision from composing a viewer-facing frame, but it matters if your own computer would otherwise need to stay on for the broadcast.
Create layouts for different moments
Create a separate scene when the viewer-facing composition needs to change. For example, a channel could use a welcome scene before the main programme, a main scene for its recurring content, and a break scene for pauses. A scene list is useful only if you can tell at a glance which one is appropriate, so use names that describe the moment rather than the order in which you made them.
Start by building the main scene, since it is the one that needs to remain clear for the longest part of the stream. Then make the other scenes with only the sources that differ. A welcome scene could use a static image and a short title; the main scene could bring in the video or display capture; a break scene could use a different background and a concise notice. These are possible arrangements, not requirements. A devotional or ambience channel may have no reason to show a camera at all.
Avoid treating a busy frame as a more professional frame. Every source adds something the viewer has to interpret. If a title, logo, clock, camera, and several panels all compete with the main video, remove anything that does not help the viewer understand the programme. For a study stream, for instance, an unobtrusive label may be helpful, while a large overlay can take attention away from the lecture or work session.
If your content is a recorded programme that repeats, the scene design and the programme loop solve different problems. A scene decides how the programme appears; it does not repair a black frame or audio pop where a file restarts. The guide to fixing loop seams, black frames, and audio pops addresses those restart issues separately.
Make sure each scene has a clear route back to the main programme. A break scene that looks polished is not useful if you cannot identify the main scene quickly. Where a channel is operated by more than one person, agree on names and a simple handover routine so the next operator knows which scene is live and which one is being prepared.
Switch scenes without changing the wrong output
In the ordinary OBS workflow, selecting and editing a scene changes what you see in the preview. To make a different scene appear in the stream, you need to switch the live output to it. This distinction is especially useful when you are preparing a welcome or break screen while viewers are still seeing the current programme.
Studio Mode separates the scene you are editing from the current live scene. Prepare the next scene in Preview, check its sources and framing, then use the transition control to send it to the live view. OBS explains this workflow in its overview guide. The labels and controls may look different in a later version, so use the current guide if your interface differs.
Before making a transition, confirm which side is Preview and which side is live. It is easy to make a last-minute adjustment to the wrong scene if you are looking only at the scene list. Check the output frame, not just the scene name, and confirm that the intended content is visible before sending it to viewers.
For a simple channel with one operator, direct scene switching may be sufficient. Studio Mode is more useful when you need to prepare a new arrangement without immediately replacing what viewers are watching. The trade-off is another step to remember: you must inspect the preview and deliberately transition it. If you do not need that separation, keep the workflow simple; if a wrong scene would interrupt a programme, the preview step can help you catch mistakes before they reach the live output.
Broadcast layout or application workspace?
A common source of confusion is that streaming software may use “layout” for its own interface. Streamlabs Desktop’s Layout Editor rearranges panels and components in the application workspace. That affects how the operator sees the software, not the composition viewers receive on the YouTube stream.
Streamlabs documents a separate workflow for creating broadcast overlays: make a scene collection, create scenes for moments such as Starting Soon, Live, or BRB, and add image files as sources. Its overlay instructions describe that scene-and-source work. By contrast, the Layout Editor instructions are about arranging the application's workspace. Check the current support page and application version before relying on particular menu names or plugin behaviour.
| Your goal | What to change | What viewers see |
|---|---|---|
| Reorganise panels so you can reach controls more easily | The application workspace layout | No change from that action alone |
| Put a title over an image or video | A broadcast scene with image and text sources | The title and image, if that scene is live |
| Show a camera over a programme | A scene with a camera source layered above the main content | The camera inset, if visible and live |
| Prepare a different scene before sending it live | A preview workflow such as OBS Studio Mode | The current scene stays live until you transition |
This distinction applies regardless of whether you choose OBS or Streamlabs for your production workflow. The reviewed documentation does not establish a general winner for performance, quality, or ease of use. Choose based on the source types you need, your operating system’s capture support, and whether you want a separate preview before switching scenes. If the only issue is that a panel is in the wrong place on your monitor, changing the workspace is appropriate; if viewers need a new image, text, or camera arrangement, edit a broadcast scene.
Check what viewers will see
A scene can look correct in the editor and still need a proper check before a live broadcast. Inspect each scene in the preview: are the intended sources visible, is the layering right, and can you read the text? Confirm that the main content is not hidden behind an image or camera box. If your scene includes a browser or capture source, check that it displays the intended material on the computer and operating system you will use.
Test the stream operation and scenes before the first live broadcast. OBS strongly recommends testing as best you can before starting a first stream. That is a recommendation from its guide, not a claim that testing guarantees a trouble-free broadcast. A useful test is to move through every scene you plan to use, check that the intended picture and audio are present, and make sure you know which action changes the live output.
If possible, review the resulting output as a viewer rather than relying only on the production preview. That helps you notice text that is too small, an overlay that covers the wrong area, or a scene that is not the one you meant to send. Keep the check proportional to the channel: a fixed still-image layout is simpler to verify than a frame built from several changing sources, but both deserve a look before the audience depends on them.
For a 24/7 channel, the computer and operator are not always present to correct a scene after a change. If your current workflow relies on an always-on local machine, review the practical trade-offs in using a cloud video playout service for an always-on YouTube channel. StreamNeo can remove the specific burden of keeping your own computer on for a file-based continuous broadcast: you upload the video and provide the YouTube stream key, then the broadcast can run while your computer is off. It does not replace the work of designing and checking a clear viewer-facing layout.
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
Does changing a workspace layout change the live stream?
No. A workspace layout changes how panels and controls are arranged in the streaming application. To change what viewers see, edit the broadcast scene and its sources, then make that scene live.
What is the difference between a scene and a source in OBS?
A scene is an arrangement for a particular broadcast moment. Sources are the individual items inside it, such as an image, text, media file, browser, or video capture source.
Can I prepare a scene without showing it immediately?
Yes. OBS Studio Mode lets you prepare a scene in Preview while the current scene remains live, then transition when you are ready. Check the current OBS interface and documentation, since controls can change between versions.
Do I need a camera to make a custom layout?
No. A camera is just one possible source. A layout can use only a background image, video, text, or other material that suits the channel; add a camera only if it serves the programme.