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One free scan finds every outdated or missing driver and matches the right update for your exact hardware.Free scan · exact hardware matchFFmpeg’s reconnect flags help only with certain input failures; they do not restart a process that has exited or reliably repair a failed YouTube output connection. First identify whether the break is on the input, during processing, at YouTube ingest, or because FFmpeg stopped. If the failing input is HTTP(S), options such as -reconnect 1 and -reconnect_streamed 1 may help. The right fix depends on the failure and protocol, so capture the log before changing the command.
Diagnose which part of the stream failed
A 24/7 music stream has several separate links: FFmpeg reads the source, processes it, sends an output to YouTube, and must remain running. “Reconnect” in an error message does not by itself identify which link failed.
- Save the evidence. Keep the complete FFmpeg command and a timestamped log covering startup through the interruption. Note whether FFmpeg is still running, exited with an error, or reported a successful exit. Record the input protocol and whether its URL is temporary or expires. Keep stream keys private; redact them before sharing logs.
- Locate the failure in the log. Errors while reading an HTTP(S) source point to the input leg. Errors sending to the YouTube destination point to output or network conditions. Decoder or encoder errors point to processing. If the process has ended, input retry options cannot restart it.
- Check YouTube separately. Review the stream’s health messages in YouTube Live Control Room at the interruption time. A working input does not prove that YouTube received a healthy output.
FFmpeg’s documented reconnect controls discussed below are HTTP protocol options, not a universal retry system for every input or output. See the FFmpeg protocol documentation and the current HTTP protocol option declarations. Available options and defaults can vary by installed FFmpeg build.
Use HTTP reconnect options only for an HTTP input
What the main flags do
-reconnect 1tells the HTTP protocol to reconnect after a disconnect before the input reaches EOF.-reconnect_streamed 1enables reconnect handling for streamed, non-seekable HTTP inputs.-reconnect_at_eof 1treats EOF as an error and attempts to reconnect. Use it only when the source is intended to continue indefinitely and reaching EOF should request it again.
These are different cases: an interrupted connection before EOF is not the same as a source that has ended normally. If a playlist or file is supposed to finish, treating EOF as an error may produce an unwanted repeat request rather than the intended end.
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Put options before the input they control
This illustrative pattern shows placement for an HTTP input. It is not a complete production command, does not configure a particular YouTube output, and does not guarantee continuous service:
ffmpeg -reconnect 1 -reconnect_streamed 1 -reconnect_at_eof 1 -i "HTTP_INPUT_URL" [output options] "OUTPUT"
In FFmpeg, input options go before the -i input they govern. Do not copy -reconnect_at_eof 1 blindly: omit it if EOF should remain a normal end condition. Before relying on a flag, check the installed build with ffmpeg -h protocol=http and compare its output with the documented HTTP options.
Bound retries and check the source URL
Retry timing, maximum retry count, and the total time spent retrying affect how long a failure can persist and whether recovery is useful. FFmpeg has separate controls for network errors and HTTP status responses; choose a bounded policy for the actual failure rather than assuming the three flags above cover every response. Consult the installed build’s HTTP help and protocol documentation for the exact controls it supports.
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When the problem is YouTube output or a stopped process
If input continues but the YouTube connection fails
- Check that the output address uses the ingest protocol and server address YouTube currently provides for the stream.
- Confirm that the stream key is current and correctly configured. Never include it in public logs, screenshots, or command examples.
- Check outbound connectivity and available upload capacity, then compare the encoder’s actual output settings with YouTube’s recommendations.
- Use YouTube’s stream-health messages to distinguish ingest or network trouble from problems at the input.
YouTube recommends RTMPS and advises leaving upload-bandwidth headroom. Its streaming tips recommend keeping 20% bandwidth room; that is platform guidance, not a guarantee that a connection will remain stable. Test the connection and any failover plan rather than assuming a retry option will cover an outage.
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If FFmpeg exits
Find the final error and exit status before restarting it. A supervisor or other external process manager can relaunch a process, but it is separate from FFmpeg’s HTTP reconnect behavior. Choose a restart policy that avoids an uncontrolled rapid restart loop, and verify that the input, output address, and stream key are still valid after a restart. No particular supervisor configuration can be prescribed without knowing the operating system and how FFmpeg is launched.
Check encoder settings and stream health
Reconnect logic cannot compensate for an output configuration or network that YouTube cannot ingest reliably. Match the encoder settings to the resolution and bitrate you actually plan to send, and use settings supported by YouTube for the chosen codec and ingest setup.
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- Keyframes: YouTube recommends a 2-second keyframe interval and says it should not exceed 4 seconds.
- Rate control: YouTube’s encoder guidance includes CBR. Select a bitrate appropriate to the output resolution rather than treating one bitrate as correct for every stream.
- Codec and ingest: Use a supported codec and an ingest protocol YouTube accepts; YouTube recommends RTMPS.
- Monitoring: Watch Live Control Room health during a test stream and confirm that the stream remains healthy under the network conditions in which it will run.
For the current codec choices, bitrate guidance, and resolution-specific settings, consult YouTube’s live encoder settings, bitrates, and resolutions. Its network guidance also recommends testing stream health and failover.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Account for music rights and long-running events
A technically healthy FFmpeg process does not guarantee that a music livestream can stay available. YouTube checks live streams for third-party content matches, and copyright detection or a rights issue can interrupt a stream independently of input reconnection. If you have licensed third-party music, check whether the rights holder needs to allowlist the channel. See YouTube’s guidance on copyright issues with live streams. The applicable rights depend on the music and permissions involved; FFmpeg settings do not resolve them.
There is also an archive limit to plan around: YouTube’s encoder setup guidance says streams under 12 hours are automatically archived. It does not promise one complete archive for a continuous event longer than that. If retaining the full programme matters, plan and verify local recording and event handling separately.
Common reconnection failures and what to do
| Symptom | Likely area | Next step |
|---|---|---|
| HTTP input disconnects before EOF | HTTP input connection | Check the source URL and network; verify that -reconnect 1 is supported and placed before that input. |
| HTTP source is streamed or non-seekable and does not resume | HTTP input behavior | Check whether -reconnect_streamed 1 is available in the installed build and applies to the source. |
| HTTP input reaches EOF and FFmpeg stops reading it | End-of-input handling | If the source is meant to be endless, consider -reconnect_at_eof 1; otherwise allow EOF to end the input normally. |
| HTTP server returns an error response or the URL no longer works | HTTP status or expired input URL | Inspect the response and URL validity. Use the separate HTTP status/network retry controls supported by the installed build; replace an expired URL instead of retrying it indefinitely. |
| Input keeps reading, but YouTube reports an ingest problem | Output connection or network | Verify the output address and private stream key, check outbound capacity, and use YouTube’s health messages to guide the next change. |
| FFmpeg process is no longer running | Process exit | Use the log and exit status to diagnose why it ended. A process supervisor may relaunch it, but reconnect flags alone will not. |
| Stream is interrupted despite healthy encoder behavior | Platform or content rights | Check YouTube Live Control Room for platform notices and review the stream’s music permissions and any required allowlisting. |
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