For most people setting up a continuous bhajan stream, OBS is the easier starting point: it gives you a graphical workflow for preparing a scene and sending it to YouTube. Choose FFmpeg when you are comfortable working at a command line and need to control media inputs, looping, filters or output directly.
Neither encoder guarantees a 24/7 broadcast. A stream can still be interrupted by a source file ending, a stopped process, a network or ingest problem, or a broadcast ending in YouTube; the practical choice is the workflow you can set up, test and recover.
The short answer: choose by workflow
If you want to load a video or visual, check what viewers will see, and start streaming through a familiar interface, begin with OBS. YouTube lists Open Broadcaster Software as free, open-source software for recording and live streaming. That makes it a sensible default for a small channel or a volunteer team that would rather manage a visible scene than maintain a command.
If you already understand command-line media tools, FFmpeg may fit better. It lets an operator specify input and output behaviour directly, and its documentation includes a video-loop filter with an infinite-loop value. That is useful for a planned playout workflow, but looping frames does not establish that audio and video playlists will repeat cleanly or that a running process will recover from interruption.
A quick decision rule is: use OBS for graphical setup and hands-on operation; use FFmpeg for scripted, customised media handling when you can manage the command-line workflow. If nobody on the team can diagnose the chosen setup when it stops, neither choice solves that staffing problem by itself.
The source matters too. A live singer or instrumental performance is a different workflow from a prepared bhajan video that should repeat. For live input, you need a stable way to capture and mix it. For pre-recorded material, you need to decide how the video and audio should repeat, what should appear between items, and what to do if playback reaches the end.
What OBS offers for a continuous bhajan stream
OBS is built around a graphical interface and scenes made from sources. You can assemble a scene with a video file, an image, a camera or other available inputs, arrange what viewers see, and inspect the preview before sending it. That visibility is valuable when your broadcast has a devotional image, a title card, a camera feed or more than one visual element.
The workflow is approachable, but it is not automatic just because it is graphical. You still need to configure the source, confirm that its audio is present, set the video and audio output, and provide YouTube’s server URL and stream key. Treat the key as a credential: do not put it in a public screenshot, shared guide or command pasted into an open chat. YouTube’s encoder setup instructions describe using the server URL and stream key to start sending a feed.
For a bhajan video, test what happens when the file finishes. Does your selected playback source repeat as intended? Does the scene remain visible while it changes? Does the audio continue without a silent gap? Verify those behaviours in your actual OBS setup rather than assuming a file will loop simply because it appears in a scene. A static image paired with an audio source may be simpler than a video playlist, but it still deserves a full test.
OBS also has a practical advantage when someone needs to make a visual correction without editing a script. A volunteer can look at the preview, identify an incorrect scene or muted source, and make a change through the interface. The trade-off is that a graphical setup can be easy to alter accidentally; write down the scene and output settings, limit who can change them, and have a second operator practise the basic recovery steps.
A graphical encoder running on a local computer remains dependent on that computer and its connections. A power cut, sleep setting, operating-system restart, update prompt or internet interruption can stop the broadcast or prevent it from resuming. If the channel’s aim is to keep streaming while the operator’s computer is off, StreamNeo addresses that particular burden by running an uploaded video as a YouTube live stream without requiring your computer to remain on. It is YouTube-only; the source media and channel workflow still need to be ready.
For local operation, consider what happens in the room overnight. A UPS can reduce the effect of a brief power interruption, though it cannot fix an ISP outage or a misconfigured encoder. The practical questions in using a UPS with a PC running a 24/7 YouTube stream in India are relevant if OBS will run on a computer at your premises.
When FFmpeg is the better fit
FFmpeg suits operators who want to express media handling and output in a command rather than build the workflow in a graphical interface. You can specify an input, apply filters, and select an output protocol and encoding options. That can be useful when the bhajan stream is one part of a repeatable playout process, or when the source and output need to be controlled in a script.
Its documented video-loop filter can loop video frames indefinitely when its loop count is set to -1. Read that narrowly: it is a control for looping video frames, not a claim that every audio track, playlist or combination of files will loop seamlessly. Build and test the exact input sequence you intend to stream. Listen at the transition from the end to the beginning, check that the image does not freeze or go black, and confirm that the audio remains in step.
FFmpeg also supports RTMPS in its protocol documentation; RTMPS is RTMP over a secure SSL connection. Protocol support alone does not show that a particular build, command or deployment is correct. You need to verify the executable you are using, the output URL, the encoding options and YouTube’s response. The FFmpeg protocol documentation describes the protocol support; YouTube’s current guidance remains the reference for its ingest setup.
Command-line control has a cost. A missing quote, incorrect file path, expired key, unsupported option or wrong audio mapping can prevent a stream from starting or make it look wrong after it starts. Keep a known-good command in a private, access-controlled place, but do not expose a live stream key when sharing it. Document which files it expects and who can safely change the command.
For unattended operation, the encoder is only one component. An operator may need a process supervisor, a restart policy, health checks, safe credential storage and a way to receive alerts. Those are operational choices, not a guarantee built into FFmpeg. If the only person who can repair the command is unavailable, a technically elegant pipeline can still be a poor fit for the channel.
Compare setup, control and operation
The meaningful comparison is not which name sounds more professional. It is whether your team can prepare the source, start the broadcast, recognise a failure and restore the intended output. The table distinguishes documented capabilities from workflow advice; usability is a practical judgement, not a comparative test result.
| Need | OBS | FFmpeg |
|---|---|---|
| Set up a typical stream | Graphical scenes and sources suit a hands-on setup. YouTube lists OBS as free, open-source streaming software. | Specify media input and output in a command; this assumes command-line familiarity. |
| Arrange or inspect visuals | A preview and scene workflow make visible changes straightforward to inspect. | Filters and input choices can be specified directly, but there is no equivalent scene-building workflow in the command itself. |
| Repeat video frames | Confirm and test the selected source’s playback behaviour in your setup. | The documented loop filter supports an infinite video-frame loop using -1; this does not promise seamless audiovisual looping. |
| Make the workflow repeatable | Save the scene collection and record the output settings, then restrict casual changes. | Save and document the tested command and its dependencies; protect any credentials it uses. |
| Recover after a stop | A person or separate monitoring arrangement must notice and act; the interface is not a continuity guarantee. | A supervisor and monitoring may be needed; the process does not become self-healing merely by using FFmpeg. |
For a community channel with a rotating set of non-technical volunteers, OBS is often the more maintainable choice because the setup is visible. That is a workflow recommendation, not evidence that OBS is more reliable. For an operator who already automates media processing and can support the script, FFmpeg’s direct control may be more maintainable than repeating manual steps.
The environment can outweigh the encoder choice. If a PC must stay awake in a home or small office, think through electricity, heat, network reliability and who can respond when it needs attention. An always-on machine may be reasonable if those responsibilities are covered; if not, reassess the operating arrangement rather than expecting a different encoder to remove every dependency. The article on streaming a 24/7 nature ambience video while your PC is asleep helps frame the separate question of whether the broadcast depends on a local computer staying on.
Prepare the source before choosing output settings
Make a short inventory of what is actually going into the stream. Is it a single rendered bhajan video, a static visual with separate audio, a playlist, or a live microphone feed? Note the file formats, intended order, expected transitions, and what viewers should see if the next item cannot play. For a live performance, check the microphone and mix separately from the encoder; for prepared content, test the whole playback sequence from its first frame through its repeat point.
Check that you have permission for the exact recording and arrangement you plan to use. A devotional song may involve rights in a particular recording, performance, arrangement or underlying composition. The fact that a song is devotional does not establish the rights status of your chosen file. Verify the relevant rights before streaming, and do not infer a legal conclusion from the title or source alone.
A useful rehearsal is to run the planned content long enough to encounter its likely failure points. Observe the start, transitions, end-of-file behaviour, audio continuity and return to the start. Ask a second person to follow the runbook without coaching. If they cannot tell what is playing or where to look when audio drops, simplify the setup or improve the written instructions before going live.
Test the chosen encoder with YouTube
In YouTube Live Control Room, create or select the live stream, copy the server URL and stream key into the encoder, and begin sending the feed. Keep the key private. YouTube’s encoder guidance says to test before starting the live stream and recommends checking the actual planned audio and motion rather than relying on a configuration that has not been exercised.
YouTube recommends RTMPS, constant bitrate (CBR), a two-second keyframe interval and no more than four seconds between keyframes, with AAC or MP3 audio. These are platform recommendations, not universal proof that a given connection or encoding profile will work. Match the profile to your source, encoder and available upload connection, then test it in Live Control Room.
For a low-motion devotional visual, 720p at 30 frames per second can be a sensible starting profile when video is wanted. YouTube’s recommended H.264 bitrate for that profile is 8 Mbps; for 1080p at 30 frames per second, its recommendation is 14 Mbps. Those figures are recommendations, not mandatory settings or delivery guarantees. Check your available upload speed and leave headroom rather than selecting a rate that saturates the connection. If your source does not benefit from the higher resolution, sending more data is not automatically an improvement.
Test with representative material: the actual bhajan audio, the visual transitions, any live instruments or voice, and the intended encoder output. Listen on a separate device where possible, because monitoring only the encoder preview can hide problems in the audience-facing feed. Check the stream-health notices and make a short private or otherwise appropriate test before announcing a regular schedule.
YouTube’s encoder help states that streams under 12 hours are automatically archived. If you plan to run longer, do not assume the same rule will produce one automatically archived recording of the whole broadcast. Check current Live Control Room behaviour and decide separately how you will retain or publish the video-on-demand material. Platform interfaces and limits can change, so check YouTube’s current official guidance before relying on a particular workflow.
Check stream health after going live
Once the broadcast is running, verify it from a viewer’s point of view as well as in the encoder. Confirm that the public or intended audience view has picture and sound, then check Live Control Room for stream-health status. YouTube recommends monitoring health; a healthy-looking local preview does not establish that the feed is reaching viewers as expected.
When something goes wrong, identify which part failed rather than restarting blindly. The source may have reached the end of a file; the encoder process may have stopped; the internet connection or YouTube ingest may have dropped; or the live broadcast itself may have ended or been manually stopped. Each failure needs a different response. A loop does not restart a stopped process, and reconnecting an encoder does not necessarily restart a broadcast that has ended.
Write down a simple recovery sequence: who checks the control room, who can restart the source or encoder, where the private key is stored, and how you confirm that the audience-facing stream is back. Test the sequence with the person who will cover the overnight period. If you use FFmpeg, include the relevant command and process checks without exposing credentials. If you use OBS, record which scene and source should be active and how to confirm the output.
If the channel runs other live broadcasts at the same time, check YouTube’s current channel and stream-key limits; the platform lists limits that apply to active streams and keys. They affect the number of concurrent broadcasts, not the choice between OBS and FFmpeg. Avoid building a schedule around a limit without checking the latest official page, since the applicable constraints can change.
Choose an operating plan you can sustain
Your decision should account for the person who will maintain the stream, not just the person who configures it once. A solo creator who is comfortable with a graphical application may be able to check OBS quickly. A technical operator who already manages media commands may prefer FFmpeg. In either case, identify cover for absences, keep instructions current and decide how you will handle a dropped connection or a changed source file.
For a local computer, disable avoidable sleep behaviour, understand how updates and restarts are handled, and check that audio devices do not disappear after a reboot. Do a rehearsal after any material change to the scene, command, source file or network. If you are comparing software for a Windows machine, the guide to choosing streaming software for Windows 10 offers a broader software-selection context; this decision still turns on your particular media workflow and support capacity.
Be realistic about what “24/7” asks of the people involved. Continuous operation is a service arrangement: power and connectivity must be available, content must remain playable, the encoder must keep sending, and someone or some monitoring process must detect trouble. Choosing a documented loop control or a graphical interface helps with one part of that chain, not all of it. YouTube may also change ingest guidance or Live Control Room behaviour, so make checking its current official documentation part of maintenance.
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 keep a bhajan stream running 24/7 on YouTube?
Choose an encoder workflow your operator can maintain, prepare the source to behave as intended at transitions and at its end, and test the full path into YouTube. Continuous operation also depends on power, network service, process recovery and monitoring; no encoder choice alone guarantees it.
Can I loop a bhajan video on YouTube Live?
Yes, but test the exact video and audio workflow you plan to use. FFmpeg documents an infinite loop for video frames, which does not by itself prove that a complete audiovisual playlist will repeat seamlessly; verify transitions and sound in a test stream.
Will the stream stop or archive after 12 hours?
YouTube’s encoder help says streams under 12 hours are automatically archived. Do not assume that rule creates one automatic archive for a longer broadcast; check current Live Control Room behaviour and plan separately for VOD handling.
Is OBS more reliable than FFmpeg for a continuous stream?
The documented capabilities support a workflow distinction, not a universal reliability ranking: OBS offers a graphical setup, while FFmpeg offers command-line media control and a documented video-frame loop. Reliability depends on the whole operating arrangement, including the source, computer or hosting plan, connection, recovery process and monitoring.