If you want to loop a prerecorded video on YouTube, OBS is the local option: it plays and sends the file from your computer. Gyre is the cloud-hosted option: you upload or select your media, configure the broadcast, and its service sends the stream without your computer running throughout.
The practical choice is not which tool promises better channel performance. It is whether you want to maintain a computer and internet connection yourself, or pay for a hosted workflow with less local equipment to supervise.
The main choice: local or cloud
OBS and Gyre solve the same broad problem in different places. With OBS, the video file is available to your computer, OBS plays it, and the computer encodes and sends the live feed to YouTube. If that computer sleeps, loses power, closes OBS, or loses its connection, the local broadcast can no longer continue normally.
With Gyre, the continuing playback and transmission take place through the service after you have configured the stream. Gyre describes its product as a cloud-based tool for 24/7 streaming of prerecorded videos, while YouTube lists both Gyre and OBS in its encoder guidance. You can read YouTube's encoder guidance before deciding which workflow fits your channel.
That distinction matters for a devotional channel running overnight, a lofi station in a spare room, a local news loop that needs scheduled updates, or a small business channel that cannot leave a workstation running. It also matters if you want to adjust every part of the local playback chain yourself.
| Consideration | OBS | Gyre |
|---|---|---|
| Where playback happens | On your computer | In the hosted service, according to Gyre |
| Single-file loop | Media Source with Loop enabled | Configured as a cloud playlist or continuous stream |
| Multiple files | VLC Video source with a playlist | Cloud playlist and scheduling tools advertised by the service |
| Computer during broadcast | Required for the local encoder to keep sending | Gyre says the computer does not need to remain on |
| Main responsibility | Your computer, power, OBS setup and connection | Your uploaded media, account, plan and service configuration |
| Cost shape | OBS is open-source software available at no charge, according to YouTube | Subscription and trial terms that should be checked on Gyre's current site |
The table is a workflow comparison, not a performance ranking. Neither setup by itself guarantees more viewers, longer watch time, revenue, recommendations or approval for monetisation.
Looping one file in OBS
For a single video, OBS has a straightforward path. Create a scene, add a Media Source, point it to the local file, and enable the Loop option. When the file reaches its end, OBS starts it again rather than stopping the source. The OBS Media Sources documentation describes this control and the supported source workflow.
A simple setup might contain one scene with a Media Source, the video itself, and any text or image overlay you want to keep visible. You then connect OBS to a live broadcast in YouTube Studio using the stream key or the connection method shown in YouTube's encoder workflow.
This arrangement suits a channel where the same prayer, ambient visual, information slide or music programme should repeat continuously. It also makes testing easier because there is only one file to inspect. Watch the file from beginning to end before going live and check whether its audio ends cleanly, whether the first frame is suitable for the restart, and whether any fade or title card creates an awkward break.
OBS supports common video formats including MP4, MOV, MKV, AVI and WebM through its media-source workflow. That does not mean every file will behave identically on every computer. A file that plays in a desktop media player may still expose a missing codec, unusual frame rate or audio problem in a live setup. Test the actual file in OBS rather than assuming that a successful local preview is enough.
The local loop is configurable, but it is not independent of the machine. The file must remain available at the same location, the computer must stay awake, and OBS must remain open and connected. For guidance on making a broadcast continue after a video ends, see how to keep a YouTube Live stream running after the first video ends, while remembering that a local OBS setup still needs a functioning computer and connection.
Looping a playlist in OBS
A playlist is more useful when your channel has several episodes, songs, lessons or visual scenes. OBS documents a VLC Video source for this purpose. You add the source, select the files, and use the playlist controls to loop the list. VLC needs to be installed for the VLC Video source to appear and work as expected.
The playlist approach gives you more control than repeatedly playing one file. You can arrange a sequence of bhajans, rotate several study scenes, or place short information clips between longer programmes. OBS also documents shuffle controls for the playlist, so you can choose between a predictable order and a less repetitive sequence.
There are practical costs to that control. Every file needs to be present on the same computer, and the playlist needs to be checked after changes. A renamed, moved or unavailable file can produce a gap or an error. If the files have different dimensions, frame rates or audio levels, the transition may look or sound uneven even though the playlist itself is working.
For mixed libraries, standardise the files before building the final playlist. The useful checks are resolution, orientation, frame rate, audio sample rate, loudness and the presence of black frames at the start or end. If your playlist contains videos made at different sizes, this guide to making OBS playlist videos consistent covers the issue directly.
A playlist also changes how you troubleshoot. With one file, you can usually identify the source quickly. With several files, test each item separately, then test the complete order. Leave the playlist running long enough to cross more than one transition. A stream that looks fine during the first video can still fail when the next file has a different audio track or an unsupported encoding detail.
How cloud-hosted looping differs
A cloud-hosted service moves the continuing playback job away from your desktop. Gyre says that you upload or select files, arrange them in a playlist, configure the stream and schedule it through the service. It also says that the stream is transmitted from its servers, so the computer used to prepare the broadcast does not have to stay on.
That removes a particular overnight problem. You do not need to leave a home PC running in a warm room, keep the display awake, or rely on a household connection for every hour of the broadcast. The local computer can be used to prepare files and then switched off once the service has taken over.
The trade-off is that the workflow depends on a third party. Your media must finish uploading, the playlist must be correct, and the service account must have the necessary capacity for the channel you are planning. Storage, output resolution, simultaneous streams, watermark rules, scheduler features, supported destinations and subscription terms can differ by plan. Check Gyre's current product pages before purchase; these are vendor terms, not fixed characteristics of cloud streaming.
Gyre's own site is the appropriate place to confirm its current cloud streaming features. The vendor's guide also describes support for several destinations, but this comparison is about YouTube. If YouTube is your only destination, do not choose a plan merely because it lists additional platforms that you will not use.
A hosted workflow can be a good fit when the same channel must continue while you are away from the computer, or when you want to manage more than one stream without maintaining a separate local playback machine for each. StreamNeo addresses this same specific problem by turning an uploaded video into a YouTube-only 24/7 stream that continues from the cloud after you paste in your stream key.
Cloud hosting does not remove the need for supervision. You still need to check that the live broadcast exists in YouTube Studio, that the intended file is playing, that the title and visibility are correct, and that the channel's settings match your plans. It removes one class of local failure, not every possible failure.
Computer and connection requirements
The largest OBS requirement is continuous local availability. The computer must stay powered, OBS must remain open, and the internet connection must keep sending the stream. A battery backup can help with short power interruptions, and a wired connection may be more predictable than a congested wireless link, but neither changes the basic responsibility: OBS is sending from your premises.
You should also prevent automatic sleep and updates from interrupting the broadcast. Check the computer's power settings, disable unwanted restart behaviour during the planned streaming period, and make sure the user account will not log out. These are ordinary operating-system tasks, but they are part of running a local 24/7 channel.
The connection needs enough sustained upload capacity for the chosen stream settings, with some room for normal household or workplace use. YouTube's encoder guidance explains the role of an encoder and the process for connecting it to a live stream. Use YouTube's current recommendations for your selected resolution rather than copying a setting from a different channel.
The computer also needs enough local storage for the media library. For a playlist, check the full set of files, not only the first video. If you are using external storage, confirm that it remains mounted after a restart. A playlist path that worked during setup may fail later if a drive letter changes or a network folder is unavailable.
A cloud workflow changes the point at which you need a reliable connection. Your local connection is important while uploading files and configuring the broadcast, but it is not the connection carrying every later frame if the vendor's cloud transmission is operating as described. You still need access to YouTube Studio and the service dashboard for checks and changes.
This is also why an Indian creator deciding between a home computer, an office machine or a hosted service should consider the time zone and support routine. If a local machine is in a shop that closes each evening, it cannot be treated as an always-available encoder. If a cloud account is managed by several people, document who can change the playlist, stream key or schedule.
Choose by workflow and control
Choose OBS when you want direct control over local sources and can keep the computer and connection available. It is suitable for hands-on production, occasional live intervention, local overlays, a single file, or a playlist you want to edit at the source. It also avoids a recurring hosting subscription, although your electricity, equipment and connection still have practical costs.
Choose Gyre when the priority is cloud-hosted, unattended looping and you accept a recurring service relationship. It may suit a channel that needs the home computer switched off, a team that wants to manage uploaded media remotely, or an operation that needs several hosted streams, subject to the plan's current limits.
Do not decide from the word “unattended” alone. Ask what you will do when the playlist needs an urgent change, when a YouTube broadcast has a setting problem, or when a file needs replacing. A local operator may be able to change a source immediately in OBS. A hosted operator may be able to make the change without travelling to the computer. The better answer depends on where your media and people are located.
Consider the content cycle as well. If you broadcast one finished programme for several days, either workflow can be simple. If you publish new local news clips throughout the day, a playlist and scheduling system may matter more than the basic loop function. If you run a devotional stream with a carefully ordered daily sequence, local playlist control may be more important than random playback.
For a Mac-based local setup, this guide to running a 24/7 YouTube stream on a Mac covers the wider operating concerns. For a cloud workflow where files are changed remotely, this guide to uploading new videos to a cloud-hosted 24/7 stream is the closer comparison.
Before choosing, write down the exact routine. Who prepares the files, who checks the first hour, who notices a stopped broadcast, who changes the stream key, and who reviews copyright notices? The tool should fit that routine rather than forcing a one-person channel to behave like a broadcast team.
A sensible test before committing
Start with a private or unlisted broadcast and use a short test file. Confirm that the video reaches YouTube, the audio is present, the aspect ratio is correct, and the restart or playlist transition behaves as expected. Then test the condition that matters most to your choice: for OBS, leave the complete local setup running through the intended period; for a cloud service, upload the files, close the local computer, and verify the broadcast from another device.
Keep a written record of the settings that worked. Include the scene name, source type, file paths, output settings, YouTube destination, playlist order and the person responsible for monitoring. If you later change a file, make one change at a time so you can identify the cause of a problem.
Check the YouTube channel before making the stream public. Confirm the visibility, audience setting, title, description and stream key. If a third-party service is creating or scheduling broadcasts through YouTube, review the channel's authorisation and monetisation defaults in YouTube Studio. Gyre's update dated 29 September 2026 says these defaults can affect how third-party tools handle monetisation, but that is vendor guidance and should be checked against your own current YouTube controls.
Use only video and audio that you have permission to stream. YouTube's copyright guidance for live streams explains that third-party content can interrupt a live broadcast, and an archived stream can receive a Content ID claim after it ends. A loop does not change those rights obligations. If your channel carries music, translations, news clips or religious recordings made by someone else, keep the relevant permission records.
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
Can OBS loop a video on a livestream?
Yes. Add the local file as an OBS Media Source and enable Loop. OBS can also loop a playlist through its VLC Video source, provided VLC is installed.
Can I stream prerecorded videos without leaving my computer on?
Not with a continuing local OBS broadcast, because OBS needs the computer and connection to keep sending the stream. A cloud-hosted service such as Gyre is designed to transmit after setup without the creator's computer remaining on, subject to its current service terms and the health of the YouTube broadcast.
Is Gyre better than OBS for YouTube?
Neither is universally better. OBS gives you local control without a software subscription, while Gyre shifts the continuing playback and transmission away from your computer; choose according to your equipment, monitoring routine, playlist needs and tolerance for recurring service costs.
Will looping a prerecorded video increase views or revenue?
There is no reliable basis for promising that. Reach, watch time, revenue and monetisation depend on the content, audience, rights, eligibility and YouTube's decisions, not simply on whether the loop is run through OBS or a cloud service.