A 24/7 YouTube stream from OBS on Linux Mint can play local video files in sequence and repeat them through OBS’s VLC Video source. It only continues while the computer, OBS, and internet connection remain available; a loop is not a guarantee of uninterrupted broadcasting.
This guide is for a playlist of files on your Linux Mint computer, not a YouTube watch playlist. A YouTube watch playlist organises videos for viewers to watch on YouTube; it does not feed those videos into an OBS live broadcast. Before configuring the encoder, confirm that the channel is eligible for live streaming and install VLC, which OBS needs for its VLC Video source.
Confirm that your channel can go live
Check channel eligibility before arranging a long session or tuning encoder settings. YouTube requires a verified channel and says it must not have live-streaming restrictions during the past 90 days. If you have never enabled live streaming, YouTube says the initial activation can take up to 24 hours, so do not leave it until the evening you intend to start.
Open YouTube Studio and try to create a live stream or visit Live Control Room. Follow any verification or eligibility prompts shown for your channel. Availability and account status are determined by YouTube, not by OBS, and successful setup does not guarantee that a particular stream or its contents will be approved under YouTube’s policies. Check YouTube’s current live-streaming eligibility guidance before you plan the broadcast.
Keep the distinction between a file playlist and a watch playlist clear. In this workflow, the media files live on your computer and OBS sends their playback as one live video feed. If your aim is simply to group existing YouTube videos for viewers, make a YouTube playlist instead; that does not require running OBS or broadcasting a live event.
Eligibility is only one part of readiness. Decide who will notice a failure, how long the computer can remain powered, and what should happen if the internet drops. If no one can restore the local setup, a scheduled start alone will not make a stream run continuously.
Install OBS and VLC for the playlist source
OBS Studio is the programme that combines your scene and sends it to YouTube. The VLC Video source is a particular OBS source type that can play multiple media files as a playlist. It is different from adding one ordinary Media Source at a time: the VLC source provides a playlist control and a Loop Playlist setting.
Install OBS using the current OBS Project Linux installation instructions. The project recommends Flathub for non-Ubuntu distributions, while Linux Mint releases and package setups can vary. Follow the instructions appropriate to your Mint release rather than assuming a particular Ubuntu PPA command applies to every installation. After installing, start OBS once and check that it opens normally.
Install VLC on the same Linux Mint system before looking for the VLC Video source in OBS. OBS documents that the source is available on Linux when VLC is installed. If you open the source list before VLC is present, the expected source may not be available; install the dependency, close and reopen OBS, then check again. For the source behaviour and current interface details, see the OBS media sources guide.
Create a new scene for the broadcast, with a name that makes its purpose obvious, such as “Overnight playlist”. Add a VLC Video source to that scene and give it a similarly recognisable name. Keep the source visible in the scene. If your layout includes a logo, title, or background, add those as separate sources and arrange their order deliberately so an opaque image does not cover the video.
Do not treat a successful installation as a successful test. The source must load the files, display the picture at the intended size, and produce the intended audio. A brief local recording is a useful first check before exposing the stream to viewers.
Build the playlist from local video files
In the VLC Video source properties, add the local media files you intend to play. Arrange them in the order in which viewers should see them. The source reads files from the computer’s storage; it does not fetch videos from a YouTube watch playlist and does not turn YouTube URLs into local media.
Choose a stable folder for the files before building the playlist. Moving or renaming a file after adding it can leave the source pointing to a location that no longer works. Keep a copy of the intended sequence in a simple note as well, particularly if the playlist is long: that makes it easier to compare the order in OBS with the order you planned.
Check the actual media, not just the filenames. Play each item in a desktop player or through OBS and listen for unexpected silence, clipped starts, or different loudness between files. Watch for a transition that might reveal a blank frame or a black screen. If some files have a different aspect ratio, decide whether you want bars around the image or a crop; stretch only if you are comfortable with changing the picture’s proportions.
The scene canvas and the output resolution should suit the material. A vertical clip in a landscape scene may leave empty space, while a source larger than the output can be scaled. You can fit the source to the canvas in OBS, then inspect the result rather than assuming the preview will preserve every edge. Where the video itself has letterboxing, fitting it may leave extra bands; cropping can remove them but may also cut off useful content.
A repeated sequence should make sense at its join. For a devotional programme, for example, a sequence that ends with a short pause and begins with an introductory visual may feel deliberate. For lofi or ambience, an abrupt change in volume or colour between the final and first clip can be more noticeable over hours than during a quick preview. Editing a clean transition into the files is often better than trying to repair a poor join with scene changes.
If the material is a lecture series, the same local-file principle applies, but lesson order and audible transitions matter. The guide to an OBS playlist for a 24/7 lecture stream covers a closely related use case. For a radio-style channel where tracks have a schedule rather than a simple repeating sequence, compare that with running a lo-fi station with scheduled tracks.
Enable looping and test playback
Open the VLC Video source properties and confirm the playlist order, then enable Loop Playlist. OBS documents that this option is on by default, but verify it rather than relying on a default that may have been changed. Start playback and let it reach the final item if practical; confirm that the first item begins again and that playback does not stop at the end.
Test the scene locally before starting the live event. Make a short recording or use OBS’s preview workflow to see the broadcast composition and hear its audio. Check the beginning of a file, at least one transition, and the end-to-start loop. A preview that shows a moving picture does not prove that the audio is routed correctly, so listen using the same output path you expect viewers to hear.
Check audio meters in OBS while the files play. If there is no movement, inspect the source’s audio settings and the OBS mixer before broadcasting. If the meters move but the recording is silent, check the selected audio track and recording configuration. Avoid making several changes at once: change one setting, record again, and identify which change fixed or altered the result.
Also test the scene at the actual output resolution and frame rate you plan to use. A file that plays smoothly on its own may be harder for a modest computer to scale and encode while OBS is working. Watch for stuttering, dropped frames, or audio that falls out of sync. A short test cannot establish that a machine will cope indefinitely, but it can catch obvious problems before viewers rely on the stream.
Create the YouTube event and connect OBS
When the channel is eligible and the local scene has passed a test, create or select the live event in YouTube Live Control Room. YouTube provides the stream connection details there. In OBS, open the stream settings, select YouTube as the service if that is offered by your installed version, and enter the server URL and stream key from the event. You can also use the custom server option if your workflow calls for pasting those details directly.
Treat the stream key like a password. Do not put it in a screenshot, a public configuration file, a tutorial, or a message to someone who does not need access. If it is exposed, use YouTube’s controls to reset or replace it and update OBS with the new key. The key connects an encoder to your live event; it is not a public link for viewers.
YouTube recommends RTMPS, a secure extension of RTMP. Use the current server URL and key supplied for the event, rather than copying connection details from an old setup or another channel. YouTube’s encoder setup guide explains how to connect an encoder and monitor the event preview.
Choose output settings based on the source material, the computer’s ability to encode, and the upload connection’s stable capacity. YouTube’s published H.264 recommendations include 1080p at 30 frames per second with a minimum of 5 Mbps and a recommended 14 Mbps, and 720p at 30 frames per second with a minimum of 3 Mbps and a recommended 8 Mbps, as listed on YouTube’s encoder settings page in October 2026. These are published encoder recommendations, not a test of your connection or a promise that your computer can sustain them.
YouTube recommends constant bitrate (CBR) and a keyframe interval of two seconds, not over four seconds. Match the encoder settings to the resolution and frame rate selected in OBS. If the machine struggles at a higher setting, reducing the output resolution can be more useful than repeatedly trying to hold a setting the hardware cannot encode reliably. For a fuller explanation of the resolution trade-off, see the pre-recorded stream bitrate and resolution guide.
Before starting publicly, inspect the event preview in Live Control Room. Check that the right scene is visible, the audio is present, and the stream health indicator does not show an issue. If the event is intended to be unlisted for a test, make sure you have selected the correct visibility and understand who can access it. Test configuration and audience access are separate decisions.
Keep Linux Mint and the upload connection available
A local OBS broadcast depends on the computer that is playing and encoding the files. Linux Mint must remain running, OBS must remain open and connected, and the network must be able to upload the stream. If the computer is shut down, loses power, or loses its connection, the local playlist cannot continue reaching YouTube. Loop Playlist only controls what happens to the media source while OBS is running; it does not restart the operating system or restore a failed connection.
Plan power and access before you leave a channel unattended. Disable sleep or automatic suspend for the period of the broadcast using the settings available in your Mint release, and ensure the display can turn off without suspending the computer if that is the arrangement you want. Check how the computer behaves after a power interruption rather than assuming it will restart into a working OBS stream. Do not make a change to power settings immediately before a long run without testing it.
The upload connection should have room beyond the encoder’s chosen bitrate. YouTube recommends keeping 20% upload headroom, as listed in its streaming tips in October 2026. That recommendation leaves capacity for variation; a speed test taken once does not show how a shared connection behaves at night, during household use, or when an ISP connection fluctuates. Prefer a wired connection where practical, and test during conditions resembling the planned broadcast.
Do not choose bitrate from download speed. The stream travels from your computer to YouTube, so upload capacity and stability matter. If other people or devices share the connection, account for their use. A lower but stable setting can be a better fit than a higher setting that repeatedly causes dropped frames or an unhealthy stream.
The choice between local OBS and a hosted streaming service is an operational trade-off, not merely a software preference. Local OBS gives you direct control over files and scenes using a computer you already have, but that computer and its connection must stay available. A hosted service can reduce dependence on your own machine staying on, but you then rely on that provider’s current features, terms, costs and service performance. YouTube’s encoder guide names Gyre as a cloud-based option for prerecorded 24/7 streams; that mention is not an endorsement or a verification of its current terms.
For a comparison of the operational model, the article on cloud hosting for an Indian radio channel is a useful counterpoint. Whichever route you take, arrange a person or alerting method to notice that the broadcast has stopped. Do not assume OBS or YouTube will automatically restart a failed local process.
A long broadcast also raises a replay question. YouTube says streams under 12 hours are automatically archived, as stated in its guidance in October 2026. That wording does not establish what will happen to a single 24-hour stream, so do not promise viewers one complete replay from an all-day broadcast. If an archive matters, check YouTube’s current guidance and plan a separate way to publish the source videos or shorter recordings.
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FAQ
Is this a YouTube playlist playing directly inside OBS?
No. This method plays local files from your Linux Mint computer using OBS’s VLC Video source, then sends the resulting scene as a live stream. A YouTube watch playlist is a collection of YouTube videos for viewers and is not the input to this local OBS workflow.
Why can’t I see VLC Video in OBS?
The VLC Video source depends on VLC being installed on the same system. Install VLC, restart OBS, and check the source list again; also consult the current OBS media-source documentation if the interface or package behaviour differs on your Mint release.
Will the playlist keep streaming if I turn off the computer?
No. With this workflow, the local computer must remain powered on, OBS must keep running, and the connection must remain usable. If any of those fail, the broadcast may stop; Loop Playlist does not provide recovery for a machine or network failure.
Will YouTube save one replay of a 24-hour stream?
Do not rely on that. YouTube’s cited automatic-archive guidance covers streams under 12 hours, and it does not establish that one complete replay will be available for a single 24-hour broadcast. Check the current YouTube guidance and arrange a separate archive plan if viewers need the files later.