OBS is the more directly documented choice when you want to loop a local video file and control scenes yourself. datarhei Restreamer documents a publication workflow that sends a source to YouTube, while Restream documents scheduled prerecorded events with looping under stated plan conditions.
These are related workflows, not identical products. OBS runs the encoder on your computer, Restreamer publishes a source through its own interface, and Restream manages uploaded video events. Your best choice depends on whether you value local control, a scheduled service workflow, or less dependence on a computer staying awake.
The products and workflows compared
A YouTube Live broadcast needs a feed from an encoder or streaming service. It is not the same as uploading a video and asking the YouTube player to repeat it for viewers. The viewer's loop setting affects playback for that viewer; it does not create a continuous broadcast for your channel.
OBS Studio is desktop broadcasting software. You add a local media file to a scene, enable its Loop property, connect OBS to YouTube as an encoder, and start the broadcast. Your computer remains responsible for reading the file, producing the video feed and sending it to YouTube.
Datarhei Restreamer is a separate product. Its YouTube guide describes selecting Publication Service, entering a valid YouTube streaming ID, saving the configuration and starting the stream. The guide documents publication of a source to YouTube, but the cited workflow does not specify a looping control. That means you should not assume the same loop setting exists there simply because OBS has one.
Restream is another, different product from datarhei Restreamer. Restream documents scheduled prerecorded events in which an uploaded or recorded video is played as a live event. Its reviewed help page describes looping up to 10 plays and lists the feature for Marathon and Media add-on plans. Those details are subject to change, so check the current event documentation and plan terms before relying on them.
For a broader view of how different tools support long-running broadcasts, see this comparison of ways to run 24/7 streams. It is particularly useful if your real requirement is an always-on devotional, ambience or study channel rather than one occasional prerecorded event.
| Workflow | Where the media is controlled | Loop evidence in the reviewed documentation | Main operational question |
|---|---|---|---|
| OBS Studio | On your computer, inside an OBS scene | Media Source has a Loop property | Can the local setup stay running and connected? |
| datarhei Restreamer | In Restreamer's source and publication workflow | The cited YouTube guide documents publication, not a loop setting | Does your source and publication configuration provide the behaviour you need? |
| Restream | In an uploaded, scheduled prerecorded event | Up to 10 plays, under stated plan conditions | Do the current plan and event limits fit the intended duration? |
This comparison is based on the documented workflows above, not hands-on testing. Treat the product pages as the final authority for current settings, availability and limits.
OBS: loop a local media file
OBS's Media Source is the clearest documented route for repeating a file from your own machine. The OBS Media Sources documentation says that a Media Source adds video and other media files to a scene. It supports common formats including MP4, MOV, MKV, AVI, GIF and WebM, although support can still depend on the file and the software environment.
Add a scene, add a Media Source, choose the file, and enable Loop. OBS describes this property as specifying whether the file plays again after playback has completed. Its documented default is off, so a file can finish unless you deliberately change the setting. Once the source reaches the end, OBS starts it again within the scene rather than requiring you to relaunch the broadcast.
The practical workflow is straightforward:
- Create or select the scene that will carry the broadcast.
- Add the video as a Media Source.
- Confirm the correct file and enable Loop.
- Check the audio level and the visual result at the beginning and end of the file.
- Add your YouTube stream details in OBS and start the encoder feed.
- Watch YouTube's stream health rather than assuming that a successful OBS preview means the public broadcast is healthy.
The important distinction is between looping the source and keeping the broadcast alive. The Media Source can repeat the file, but OBS still has to remain open, the computer must continue producing the feed, and the connection to YouTube must remain usable. If the computer sleeps, restarts, loses network access or encounters a local software problem, the YouTube feed can be interrupted even though the file itself is configured correctly.
You can build more elaborate scenes around the loop. For example, a bhajan channel might use the video as the main source, a static schedule panel as another source and a text element for the current programme. A local news loop might add a corner graphic or switch between several scenes. That control is one of OBS's main strengths, but it also creates more settings to test.
If your use case is a lofi or ambience station, the practical details are similar to those in this guide to running a 24/7 lofi radio stream with OBS. The difference between a short test and an overnight broadcast is operational: you need to observe what happens when the media reaches its end, when audio changes, and when the local machine has been running for a long period.
OBS also offers a distinct VLC Video source with a Loop Playlist setting, according to the OBS documentation. That is not the same source type as Media Source, and it requires VLC. Do not select it merely because it sounds more suitable. Use the source that matches the files and playlist behaviour you have tested.
Restreamer: publish a source to YouTube
Datarhei Restreamer documents a different starting point. Rather than describing a local OBS Media Source, its YouTube guide tells you to select Publication Service, enter a valid YouTube streaming ID, save the configuration and start the stream. The publication service is the part that sends the configured source towards YouTube.
The YouTube streaming ID is a key part of this workflow. You must create or identify the appropriate YouTube live setup and use the correct value in Restreamer. A mistyped ID or an unfinished YouTube configuration can prevent the publication from reaching the intended event, even if the source itself is available.
The reviewed Restreamer guide also warns that interrupting the stream from Restreamer before ending it on YouTube can affect whether YouTube saves the stream to its DVR archive. That is an operational detail worth including in your shutdown checklist. Ending a publication and ending the YouTube event are related actions, but they are not necessarily the same button in the same interface.
What the guide does not establish is equally important. It documents sending a source to YouTube, but it does not specify a looping control comparable to OBS's Media Source Loop property. You should therefore verify the source behaviour in the current Restreamer documentation and your own test before planning an overnight broadcast around it. Do not infer that a publication workflow automatically repeats a file.
Restreamer may suit you when your source is already available in the way its publication workflow expects and you want the publication configuration separated from a conventional desktop scene. It may be less suitable if your requirement is specifically to open one local file, tick a documented Loop box and combine it with several manually controlled OBS sources.
For readers considering a self-managed route, the Docker and FFmpeg 24/7 livestream guide covers a different kind of setup. It is not evidence that Restreamer has the same controls as OBS, and it does not remove the need to check YouTube's current encoder and stream-health guidance.
Restream: managed prerecorded events
Restream should be assessed separately from datarhei Restreamer. Restream's Upload & Stream documentation describes recorded videos being scheduled to appear as live streams. Its prerecorded-event guide describes choosing a video, scheduling the event and allowing the service to play it at the scheduled time.
The reviewed Restream guidance says that videos can loop up to 10 times. It also states that the resulting stream can run for up to 40 hours in the loop guidance, and lists looping for Marathon and Media add-on plans. These are product and plan conditions, not universal properties of every Restream account. They were stated on the reviewed Restream pages as checked on 3 October 2026; verify the current plan and event documentation before committing to this workflow.
The limit changes how you plan a channel. If one uploaded programme is meant to cover a night, calculate its duration and the number of plays needed, then compare that with the current documented limit. Do not assume that a short file can be repeated indefinitely, or that a plan which supports prerecorded events necessarily supports the same looping behaviour.
Restream's model can remove some of the work associated with keeping a local OBS scene open. The event is scheduled in the service, and Restream says scheduled events air automatically at the scheduled time. That can be useful for a business announcement, a local news bulletin loop or a devotional programme prepared in advance.
It is still a managed event, not a general replacement for every OBS production. If you need live scene switching, several local sources, detailed transitions or a custom overlay reacting to a local input, OBS gives you a more direct control surface. Restream's prerecorded workflow is stronger when the asset is already finished and your priority is arranging its delivery as a scheduled event.
Restream also documents video playback in Restream Studio, including adding a video from storage to a scene and looping it after it finishes. That is Studio playback, not proof that an OBS Media Source or a datarhei Restreamer publication has the same behaviour. Keep the product names and workflows separate when you follow instructions.
YouTube settings and the first overnight test
Whichever route you choose, YouTube remains the destination with its own setup requirements. YouTube's encoder setup guide explains how to create a live stream using an encoder. Its encoder settings guide covers supported choices and recommends RTMPS, a two-second keyframe interval and monitoring stream health. It also says the keyframe interval should not exceed four seconds.
Use YouTube's current guidance rather than copying a bitrate from an old tutorial. The correct setting depends on your chosen resolution, frame rate, codec and connection. A stream can appear fine on your local preview while YouTube reports health warnings, so check the destination dashboard during testing.
Run a test that reaches the end of the file. A five-minute preview can confirm that the source opens, but it cannot confirm what happens at the loop boundary. Watch for a black frame, an audio gap, a changed volume level, a frozen image or a source that stops instead of repeating.
Then test the operational failure points relevant to your workflow. With OBS, check what happens after a temporary network interruption, a computer sleep setting or an application restart. With Restreamer, verify the publication service and the YouTube streaming ID, then follow the documented shutdown sequence. With Restream, verify the event schedule, the selected plan condition and the number of permitted plays.
Keep a short written checklist beside the machine or service account. Include the file name, aspect ratio, audio presence, YouTube destination, stream key or streaming ID location, start procedure and stop procedure. A checklist is more useful at two in the morning than relying on memory from the previous setup.
Control, setup and operational trade-offs
The central trade-off is local control versus managed delivery. OBS exposes scenes and sources directly, so you can adjust the broadcast while it is running. That flexibility comes with responsibility for the computer, the local files, the encoder process and the network path.
Restreamer places more emphasis on configuring a source and publishing it to YouTube. The documented workflow is narrower than an OBS production scene, at least in the evidence used here. Its fit depends on how your source is provided and whether the publication process supplies the controls you need.
Restream's prerecorded event workflow moves more of the scheduling and playback process into a service. That can be convenient when the content is complete and the event timing matters more than live scene control. Its loop count and plan conditions mean you must design around the documented boundary rather than treating it as an unlimited channel engine.
| If your priority is... | Start by evaluating... | Main thing to verify |
|---|---|---|
| A local file with a documented repeat control | OBS Media Source | The computer and connection can run for the intended period |
| Publishing an existing source to YouTube | Datarhei Restreamer | The current source and Publication Service workflow, including the streaming ID |
| A scheduled prerecorded broadcast | Restream | Current event, plan and loop conditions |
| Several scenes, overlays or local inputs | OBS | Whether the local production setup is stable enough for the schedule |
| Less dependence on an awake desktop | Restream or another managed workflow | The actual automation, storage and duration limits on your plan |
None of these choices makes content rights, YouTube policies or stream quality irrelevant. Use media you are entitled to broadcast, check YouTube's current rules for your channel, and inspect the live dashboard after starting. No workflow guarantees approval, uninterrupted delivery or a particular audience result.
If your main problem is that the computer must be switched off after setup, a cloud-based workflow can remove that particular local-machine dependency. StreamNeo turns an uploaded file into a YouTube-only 24/7 stream after you paste in your YouTube stream key, with automatic monitoring and restarting if the broadcast drops. It is designed for the case where you want to upload once rather than keep a desktop encoder running, but you should still test the file and confirm that the workflow matches your channel's needs.
Choose for your workflow
Choose OBS when the video is on your computer, you want a documented loop setting, and you need direct control over scenes and sources. It is the most transparent fit for a creator who is comfortable leaving a production machine running and checking its power, sleep and network settings.
Choose datarhei Restreamer when its source and Publication Service workflow matches the way you already provide media and you want to publish that source to YouTube through the documented configuration. Before treating it as a looping solution, confirm the current documentation for the source type you intend to use. The reviewed YouTube guide alone does not establish a repeat function.
Choose Restream's prerecorded event workflow when your video is finished, scheduling is important, and the current plan conditions fit the required number of plays and total duration. It is a different product and a different control model from datarhei Restreamer. Read the current plan page and event help before uploading a long programme around a stated limit.
For a 24/7 devotional or ambience channel, begin with the content schedule rather than the software name. Decide whether you have one long file, several files, or a scene that must change during the day. Decide whether someone can respond to a local failure. Then choose the workflow that addresses those facts instead of assuming that every service handles a loop in the same way.
A channel that needs a local ticker, rotating graphics and manual source changes may justify OBS despite the extra care. A channel that has one finished file and values scheduled delivery may favour a managed prerecorded event. A channel whose priority is avoiding an awake personal computer should investigate a hosted workflow and its exact restart, duration and destination behaviour.
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
Is looping a video in YouTube the same as broadcasting it on repeat?
No. A YouTube player's loop control affects an individual viewer's playback. A live broadcast needs a continuing feed from an encoder or streaming workflow, such as OBS, Restreamer or a scheduled prerecorded event.
Does datarhei Restreamer have the same loop setting as OBS?
The reviewed datarhei Restreamer YouTube guide documents selecting Publication Service, entering a YouTube streaming ID and starting the stream. It does not establish the same Media Source Loop property documented by OBS, so check the current Restreamer documentation for your source and test it before relying on repeated playback.
Are Restreamer and Restream the same product?
No. Datarhei Restreamer and Restream are separate products with different workflows. Restream documents scheduled prerecorded events and, on the reviewed page, looping up to 10 plays under stated plan conditions; that information must not be transferred to datarhei Restreamer.
Which option is best for a computer-free 24/7 channel?
OBS requires the local encoder setup to keep running, so it is not the natural fit if you must switch off the computer. A managed workflow may better match that requirement, but check its current automation, duration, loop and YouTube connection behaviour rather than assuming that every service runs an unlimited loop.