To run a continuous YouTube playlist from a Windows PC, first confirm that your channel can livestream, then connect OBS to an encoder stream in YouTube Studio. Add and test the playlist, audio and network under realistic conditions before relying on the setup; one PC and one connection cannot guarantee uninterrupted 24/7 operation.
The steps below use the same YouTube and OBS workflow wherever you are. The official guidance reviewed does not establish a special India-only OBS configuration. Plan separately for power, connectivity, rights to your content and the fact that a long stream may not become a complete YouTube archive.
Check YouTube live eligibility and content readiness
Before tuning OBS, open YouTube Studio and check that livestreaming is available for your channel. YouTube’s current eligibility guidance requires a verified channel with no live-streaming restriction in the previous 90 days, and says a person must be at least 16 to livestream. Check the current YouTube eligibility requirements directly: platform conditions can change, and it is better to resolve an eligibility issue before you prepare a full broadcast.
Then check what the playlist contains. Make sure you have the necessary rights to the video, images and audio you will broadcast. A track that you can play on your own computer is not automatically cleared for a public livestream. YouTube’s Terms of Service set out the responsibilities for content and applicable law; if rights or local requirements are unclear, check the official terms and obtain appropriate advice for your circumstances.
Eligibility to stream is separate from eligibility to earn money. YouTube’s channel monetisation policies apply to livestreams and require original, authentic content. A playlist that repeats material or relies on third-party content should not be assumed to qualify for monetisation simply because OBS can broadcast it. If that is a goal, read the current policy and assess the content itself before building expectations around it.
Create an encoder stream in YouTube Studio
In YouTube Studio, open the Live Control Room and create or select a stream configured for encoder software. The wording and layout can change, so follow the current YouTube encoder streaming guide if a control is not where you expect. Keep the Live Control Room open: it is where you will later check the incoming preview and stream health.
YouTube provides a server URL and a stream key for the encoder connection. Copy both carefully, and keep the key private. It functions like a password: someone with access to it may be able to send a signal to your stream. Do not share a screenshot or document that exposes it. If you think it has been exposed, reset it in YouTube Studio and update OBS with the replacement.
Depending on whether the broadcast is scheduled or started immediately, YouTube may show a preview before you publish it. Check that the stream is connected and that the preview shows the intended scene before choosing Go live. A signal reaching YouTube is not proof that your playlist, sound or overlays are correct, so use the preview as one check among several.
Connect OBS to the server URL and stream key
Install OBS Studio from the official OBS Project site. On first launch, run Tools → Auto-Configuration Wizard. It can help select starting output settings based on the computer and intended use, but treat its result as a starting point rather than a performance guarantee. OBS lists Windows 10 or Windows 11 and a DirectX 10.1-compatible GPU among its basic Windows requirements, while warning that meeting basic requirements does not itself ensure streaming capability. See the OBS system requirements if you need to check a particular machine.
Create a scene in OBS, then open Settings → Stream. Select YouTube as the service and enter or paste the server URL and stream key from YouTube Studio. Some versions or workflows may let you connect an account instead; when using the key method, check each field before applying the settings. Never include the key in a public support post or screen recording.
Once the playlist and scene are prepared, start streaming from OBS and look for the incoming signal in Live Control Room. For a scheduled broadcast, inspect the preview and confirm the scene before you select Go live. OBS starting successfully only confirms that it has begun sending an output; YouTube’s preview and health information help you identify problems at the receiving end.
If you are comparing software for a simple encoder workflow, the OBS and Streamlabs comparison explains the distinction without changing the basic need to test the actual machine and channel.
Add and configure the playlist source
In the scene, add a Media Source and point it to the video file you intend to play. OBS supports looping a media source; enable the loop option if the same item should repeat. If you have a folder or a sequence of separate files, do not assume that adding one file creates a playlist. Decide whether you need a playlist-capable source or an additional tool, and test how it advances from one item to the next. The guide to switching between video playlists in an OBS YouTube stream is useful if your programme needs scheduled changes rather than one repeating file.
Keep the media files in a stable location on the Windows computer. A source can fail if its file is moved, renamed, disconnected on an external drive or made unavailable after a restart. Avoid building a scene around a path that depends on a removable drive unless you have checked that Windows mounts it consistently. For a folder-based rotation, review the folder-of-videos looping guide and confirm that the exact approach still suits your OBS version.
Set the source’s visible size and position in the preview. If the video does not fill the intended frame, use the transform controls rather than stretching it blindly; inspect faces, text and any embedded artwork for distortion or cropping. Add overlays only if they contribute useful information. Each additional source can add rendering work and another potential failure point, so keep the scene as simple as the programme allows.
Test the end of the file as well as its beginning. A loop can reveal a black frame, abrupt audio cut or unexpected pause that is not apparent in a short opening check. If the playlist is meant to advance through multiple clips, watch at least one transition and verify that the next item begins without requiring a mouse click or dialogue box.
Set up audio and test the scene
Watch the Audio Mixer while the media is playing. The relevant meter should move when the source produces sound. If it stays still, check whether the source audio is enabled, whether the correct device or track is selected, and whether Windows is sending sound to a different output. If more than one audio source is active, listen for doubled sound or an unintended microphone feed.
Use headphones to check levels and clarity, then listen to the YouTube preview as well. A meter moving in OBS does not establish that viewers receive clean audio. Listen for clipping, silence between items, abrupt changes in loudness and any sound that should not be in the broadcast. Devotional music, lofi and ambience each have different expectations, but the test is the same: hear the material at its real transitions and make a deliberate level adjustment rather than judging from a still scene.
Review Settings → Output and Settings → Video. YouTube’s encoder guidance recommends H.264 video, CBR (constant bitrate), a 2-second keyframe interval, and AAC or MP3 audio; it says not to exceed a 4-second keyframe interval. See YouTube’s recommended encoder settings for current details. Do not copy a universal bitrate or resolution from another channel. The right output depends on the upload connection, the computer’s encoder capacity, the source material and the demands of your scene.
OBS offers different encoders. Hardware encoding can reduce CPU work by using specialised GPU components, but the result depends on the particular hardware and settings; software encoding can place more work on the CPU. A higher resolution or frame rate can also increase the load. OBS explains these trade-offs in its overview of encoding performance. For a mostly static ambience scene, the practical priority may differ from a fast-moving music video, but any choice should be judged on a representative test rather than assumed from the content label.
Test the Windows PC and network under load
Run a test long enough to encounter the parts of the programme that place the most demand on the system: motion, scene changes, longer audio passages and playlist transitions. OBS itself recommends testing before a first stream. Watch the OBS status indicators and YouTube’s Live Control Room health information together. If dropped frames or warnings appear, note when they occur and whether they coincide with CPU or GPU load, a change in the scene or network activity.
Check upload capacity on the connection the PC will actually use. YouTube advises leaving upload headroom beyond the chosen stream bitrate because network variation can interrupt delivery. A speed test is only a snapshot, not proof of overnight stability. If possible, test at the time and place you expect to stream, while other devices and normal network use are present. Do not raise the bitrate just because one test shows a large upload figure; stability matters more than using the maximum available capacity.
Windows power behaviour needs attention. Set the computer not to sleep during the planned broadcast, and check that closing a laptop lid, a screen timeout or a power profile will not suspend the system. Ensure the playlist file remains accessible and that the disk has room for local recording if you intend to use it. A Windows update, restart prompt, driver issue, power interruption or full disk can stop a long run even when the initial test looks fine.
OBS has an automatic reconnect option in its Advanced settings. It may help OBS recover from some interruptions, but it is a recovery aid, not a promise of continuous availability. Test what happens after a brief, controlled interruption if you can do so safely, and verify that the YouTube stream returns as expected. Do not deliberately risk a public programme if the channel’s viewers would be disrupted; a private or unlisted test can be more suitable for troubleshooting.
No single PC or internet connection can be treated as a guarantee for a 24/7 broadcast. If continuous service matters, decide who will notice a failure, how they will reach the machine, and what the fallback is when the home connection or power is unavailable. For a more involved relay design, the Indian data-centre region guide for a Raspberry Pi relay provides a separate setup perspective, but it is not a substitute for testing your own route and requirements.
Monitor stream health and plan archive backups
During the first live session, keep the Live Control Room and OBS status visible. Check for a stable preview, healthy incoming signal, moving audio and an advancing playlist. For an unattended broadcast, monitoring still has to happen somehow: a person or a process needs to detect a frozen image, silent audio, lost signal, a failed encoder or a computer that has restarted. A schedule alone does not notice these conditions.
Plan recordings separately from YouTube’s archive. YouTube says a stream under 12 hours can be automatically archived, but a stream exceeding 12 hours may not be captured at all. That means a continuous 24/7 broadcast should not be treated as one complete replay in the channel’s archive. YouTube’s archive guidance recommends a local archive backup; check the current page before relying on a particular archive behaviour.
If you need a replay, consider splitting the programme into shorter live sessions and recording locally in OBS. Local recording uses disk space and adds encoding work, so test both outputs together and confirm that the recording file grows, plays back and has sound. Set a routine to move or copy completed files before storage fills. A recording on the same PC is useful against an archive gap, but it will not survive every failure that affects that PC or its disk; keep another copy if the material is important.
Decide what the audience should see during a restart or a planned session boundary. Shorter sessions make archive planning more manageable, but they introduce visible starts and stops and require a process to begin the next broadcast. Weigh that against the value of a continuous watch page and the possibility that YouTube will not capture the whole long stream. The guide to looping a video on YouTube Live 24/7 covers the broader continuity question; the archive limitation remains relevant whichever playback method you use.
For a creator who does not want a Windows PC to remain on and needs the uploaded file to keep broadcasting after setup, StreamNeo removes the need to leave OBS running on that computer. It does not remove the need to check content rights, monitor the channel’s stream health or plan around YouTube’s archive limit.
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 there a special OBS setup for India?
The official YouTube and OBS guidance reviewed supports the same general encoder workflow, not a distinct India-only OBS configuration. Use settings that suit your own PC and upload connection, and check the current official instructions rather than relying on regional bitrate claims.
Can one Windows PC run a YouTube playlist continuously without interruption?
It may run for a long time, but no single computer and connection can guarantee uninterrupted operation. Test under load, prevent sleep, plan for power and network failures, and arrange a way to detect a stopped or frozen stream.
Will YouTube save the whole 24/7 stream as an archive?
Do not count on it. YouTube says a stream exceeding 12 hours may not be captured at all, so split sessions if a replay matters and test local recording as a backup.
Should I use the Auto-Configuration Wizard’s settings unchanged?
Use them as a starting point, then test the actual playlist and scene. Check YouTube’s preview, stream health, OBS load and audio; adjust output settings if the real test shows a problem.