To loop a pre-recorded video on YouTube Live from a Windows VPS, add it to an OBS scene as a Media Source and enable Loop. Then connect OBS to a YouTube broadcast with its stream key, use RTMPS where available, and check YouTube’s incoming preview before relying on the stream.
The loop setting controls playback inside OBS; it does not create a YouTube broadcast or prove that YouTube is receiving one. Treat those as separate checks, and test the exact resolution, frame rate and encoder you intend to use. The available guidance does not establish universal Windows VPS specifications, so you will need to test your own workload.
Check channel eligibility and enable live streaming
Before configuring OBS, sign in to the YouTube account that will host the channel and open YouTube Studio. Use the live-streaming controls to check whether live streaming is available and follow any prompts YouTube presents. Eligibility and activation can depend on the account’s current status, so check the account itself rather than assuming that another channel’s experience applies to yours.
Once access is available, open Live Control Room and create a broadcast or select the workflow you plan to use. You are preparing two things that work together but are not interchangeable: the broadcast destination in YouTube and the encoder that will send video and audio to it. OBS is the encoder in this setup. A Media Source can play successfully even when no YouTube broadcast is selected or connected.
Make sure you are working in the right channel if your Google account manages more than one. The broadcast and stream key belong to a particular channel workflow; copying a key from the wrong one can leave OBS sending to a different destination than the one you are watching. Keep the Live Control Room open while you set up and test so you can compare its status with OBS.
If this is your first pre-recorded stream, it helps to distinguish a live broadcast from a video upload. You are sending a continuous encoder feed to YouTube, and viewers see it as a live event while it is active. For a broader explanation of that distinction and the basic loop concept, see how looping prerecorded videos on YouTube Live works.
Prepare the video on the Windows VPS
Place the video somewhere the Windows session running OBS can access it. If you transfer it to the VPS, wait for the transfer to finish and confirm that the file opens there before building the scene. A path on your own computer is not automatically available to OBS running on a remote Windows machine; the source file needs to be on, or accessible from, that VPS session.
Choose a location that will remain available while OBS runs. Avoid building the source around a temporary download folder, a disconnected mapped drive or a removable device that may not be present after a restart. You do not need to assume a particular storage size from generic advice: file size depends on your video, and the provider’s storage allowance and the rest of your workload need to be checked against your own use.
Play the file on the VPS and check the picture and sound. Confirm that the intended opening, ending and audio are present, and note whether a blank frame, abrupt cut or silence at the end will be noticeable each time it loops. OBS can repeat the file, but it cannot make a poor edit seamless. If a transition matters, prepare the video accordingly and test the transition at the end-to-start boundary.
Keep a known copy of the source file and note its location. If you later replace or move the file, OBS may no longer find it. A simple folder structure can make recovery easier: keep the stream source in a stable folder and avoid renaming it while the scene depends on it. If the channel uses several tracks or episodes rather than one long file, you may want a playlist workflow instead; this guide to streaming a YouTube Live playlist from a Windows PC covers that related approach.
The VPS is useful when you do not want your personal computer to remain switched on for the broadcast, but it introduces remote-session and provider variables. Windows licensing, access to storage, any available hardware encoder, and bandwidth terms differ by provider and plan. Check those details with the VPS provider; do not treat a generic machine description as proof that your particular stream will run well.
Create an OBS scene with a looping Media Source
Install and open OBS Studio in the Windows session where the video is stored. Create a scene for this broadcast, then use the Sources panel to add a Media Source. Give it a descriptive name, such as “Main loop”, so it is easy to recognise if you later add overlays, audio or a second source.
In the Media Source properties, choose the local video file. Enable Loop. OBS documents Media Source as a way to use video files and describes the loop control in its Media Sources guide. With that option enabled, OBS starts the same file again when playback reaches its end. It does not by itself start streaming, reconnect to YouTube or schedule a broadcast.
Check the scene preview in OBS after selecting the source. Make sure the video fits the canvas as intended and is not hidden behind another source. If the picture is cropped, stretched or letterboxed, adjust the source or canvas deliberately rather than assuming YouTube will correct it. Listen for audio in OBS as well; the preview should reflect the picture and sound you expect viewers to receive.
Test the loop before connecting to YouTube. Let the source reach its end and confirm it starts again. Watch the boundary rather than checking only the first few seconds. If the source stops, inspect the Media Source properties and file path. If the sound restarts in an awkward way, decide whether that is acceptable for your content or whether the source file needs editing.
For one repeating video, Media Source is the direct option. If you need several files to play in sequence, OBS also documents a VLC Video Source for media playlists. Its playlist-loop behaviour differs from a single-file loop, and VLC must be installed for that source type to be available in OBS. Choose the source based on the job rather than adding playlist complexity to a one-file stream.
A loop can be technically continuous without feeling varied. For a long devotional or ambience channel, check whether a repeated vocal phrase, visual cut or silence becomes distracting over a complete cycle. If the content relies on a sequence of different tracks, consider a playlist and review ways to avoid repeating the same track too often in a sleep meditation stream. The article concerns a different content pattern, but the editorial question is similar: whether repetition suits the listening experience.
Connect OBS to YouTube with the stream key and RTMPS
In YouTube Live Control Room, create or choose the broadcast and locate its stream settings. Copy the stream key for that broadcast, then open OBS’s stream configuration and select YouTube as the service if that option is available in your version. Enter the key using the supported connection method. YouTube recommends RTMPS for live ingest; consult its live encoder settings and streaming guidance and choose the recommended secure ingest option where your OBS configuration offers it.
A stream key is effectively the credential that lets an encoder send video to the associated stream. Do not paste it into a public chat, screenshot, shared document or command history. If someone else obtains it, they may be able to send a feed to your destination. Use the key for the intended channel and broadcast, and replace or reset it through YouTube if you believe it has been exposed.
The exact labels in OBS and YouTube can change, so follow the current controls rather than relying on an old screenshot. If you use a custom server field, use the ingest URL YouTube provides for the selected broadcast and ensure the connection type matches. Avoid copying a server address from an unrelated tutorial: the stream key and ingest destination need to correspond to the workflow you have opened in Live Control Room.
Save the configuration, but do not yet assume that the channel is live. OBS’s connection settings establish where it should send the encoder output; the Media Source loop only determines what OBS plays. YouTube must still receive that output, and the broadcast status in Live Control Room must be checked separately. That separation is the main diagnostic idea when a looping video appears to work locally but viewers cannot see it.
Start the feed and verify YouTube’s preview
Before you start, look at the OBS preview and confirm the intended scene is active. Then use OBS’s streaming control to begin sending the feed. Watch OBS’s status indicators and Live Control Room together. Wait for YouTube to show that it is receiving the stream and inspect its preview before treating the setup as ready for viewers.
The preview is an important end-to-end check. It tells you more than the local OBS canvas: it confirms that the feed has reached YouTube and lets you inspect what YouTube is receiving. Check that the picture is moving, the expected audio is present, and the correct source is visible. If YouTube reports a connection or stream-health issue, resolve that before relying on the broadcast, even if OBS appears to be playing the file.
Starting the encoder and making a broadcast public are distinct actions in YouTube’s workflow. Review the selected broadcast’s status and visibility in Live Control Room, and use its controls to start or manage the event as appropriate. Do not infer from a successful OBS connection alone that viewers can find or watch the event. Likewise, a scheduled or created broadcast in Studio does not mean OBS is sending a signal.
Run a practical test that includes a complete source cycle if the file is short enough to observe, or at least a deliberate check of the end and restart behaviour before you rely on it. Confirm that the stream does not go silent unexpectedly and that OBS remains connected. For unattended operation, also consider how you will regain access to the VPS if OBS closes, Windows restarts or the remote session behaves differently than expected.
This is a test, not an uptime guarantee. Neither the OBS loop setting nor a successful preview promises that a future broadcast will stay uninterrupted. If you want to understand the difference between a remote computer and a hosted looping workflow, compare what a VPS does with an Android TV box for a low-cost 24/7 stream, then judge the trade-offs against your access and monitoring needs.
Test resolution, frame rate, encoder and VPS workload
There is no universal VPS specification established by the OBS and YouTube guidance for this use. The load depends on the video, output settings, encoder path, audio, other software and the VPS provider’s actual allocation. Do not choose a CPU, GPU, memory, disk or bandwidth figure from a generic checklist and assume it guarantees a working 24/7 broadcast. Test the configuration you intend to run on the specific VPS.
YouTube’s encoder guidance calls for H.264, constant bitrate (CBR), and a keyframe interval of two seconds, which should not exceed four seconds; its cited guidance supports frame rates up to 60 fps. These are YouTube recommendations, not proof that every VPS can encode any chosen resolution and frame rate. Consult the current YouTube bitrate table for the output mode you select instead of applying one bitrate to every stream.
For a useful test, match the intended resolution and frame rate in OBS, then select the encoder actually available in your setup. If OBS offers a hardware encoder, availability alone does not establish that it will be suitable or accessible in the VPS session. If you use software encoding, observe its effect on the machine while the stream is running. Compare options by testing rather than presuming a particular encoder will work best on an unspecified VPS.
Include representative audio and movement in the test. A mostly static image with quiet audio may not expose the same issues as a video with motion, music or frequent scene changes. YouTube’s own guidance advises testing with comparable audio and movement and monitoring stream health. Watch the indicators in OBS and Live Control Room while the test runs; note dropped frames, connection warnings or poor preview quality and change one relevant setting at a time.
Also check sustained upload behaviour from the VPS. A short successful connection does not establish that the machine or provider’s network can maintain your selected output under real conditions. If the connection fluctuates, try a lower output mode or bitrate guided by YouTube’s current table, then repeat the test. The trade-off is picture detail versus the ability to deliver the chosen feed consistently on the connection you have.
Keep a brief record of what you tested: resolution, frame rate, encoder selection, output bitrate, whether the YouTube preview looked correct, and whether OBS remained connected through a loop. That record makes a later change easier to diagnose. If you change the video, encoder, VPS plan, Windows environment or output settings, repeat the relevant checks; a result from one workload does not certify another.
The repeated work in this setup is keeping the Windows VPS session, OBS, source file and YouTube connection in order. If managing the remote machine and recovering OBS are the pain point, StreamNeo removes that specific VPS-and-OBS operating step by turning an uploaded video into a YouTube live stream, with the computer switched off. It is YouTube-only, so this is a different workflow rather than a way to keep the OBS scene running on the VPS.
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
How do I loop a video on YouTube Live with OBS?
Add the file to an OBS scene as a Media Source and enable Loop in its properties. Start the encoder feed, then check YouTube Live Control Room for the incoming preview and stream status; the loop setting alone does not start a YouTube broadcast.
Can OBS keep a video playing on repeat from a Windows VPS?
Yes, the Media Source loop option restarts a file after it finishes, provided OBS can still access that file. Test the end-to-start transition and confirm the VPS, OBS and YouTube connection remain active under your intended workload.
Should I use a Media Source or a VLC Video Source?
Use Media Source for one file you want to repeat. A VLC Video Source is useful for a media playlist; OBS documents playlist looping, and VLC must be installed for that source to be available.
What Windows VPS specifications do I need?
The cited OBS and YouTube guidance does not establish a universal CPU, GPU, memory, bandwidth or disk requirement for this setup. Check the provider’s terms and test the selected resolution, frame rate and encoder on the actual VPS, then monitor the YouTube preview and stream health.