To make OBS retry its connection to YouTube after an interruption, open Settings → Advanced, enable Automatically Reconnect, and review the retry count and retry delay. This tells OBS to try its output connection again; it does not repair your internet connection or guarantee that YouTube will keep the same broadcast active.
The setting is useful for brief interruptions, but it is only one part of recovery. You also need to distinguish OBS reconnecting to an ingest endpoint from YouTube continuing to show the existing live broadcast, and from the underlying network or ingest problem being resolved.
What OBS automatic reconnect does
OBS automatic reconnect makes the encoder retry its output connection when that connection drops. In a typical YouTube setup, OBS sends a video and audio feed to the ingest service using the stream URL and key you entered. If the connection breaks, OBS can wait and attempt to send the feed again rather than stopping immediately and requiring you to click Start Streaming yourself. OBS lists automatic reconnect among the controls in its Advanced settings in its OBS Studio overview.
The retry is an action by OBS, not a fix for the cause of the interruption. If the router has lost its internet connection, the computer has gone to sleep, the stream key is invalid, or YouTube has ended the live event, trying again does not change those facts. If the path becomes available again and the stream is still able to receive the encoder, a retry may restore the feed. The outcome depends on both ends and the condition that caused the disconnect.
That distinction matters for a long-running channel. A devotional playlist, local news loop or study stream may appear to be recovering because OBS reports a renewed connection, while viewers still see a waiting screen or an offline broadcast. Conversely, YouTube may retain the live event while OBS is retrying. Check both OBS and YouTube rather than treating one status message as proof that the whole broadcast is back.
If the content itself is a repeating file, reconnect settings do not address gaps or black frames when the video loops. Those are separate playback issues, covered in this guide to looping a video on YouTube Live without a gap. Keep the failure category clear: output connectivity, YouTube broadcast state and media playback are related but different things to diagnose.
Enable Automatically Reconnect in Advanced settings
In OBS Studio, open Settings, then select Advanced in the settings navigation. Find the Automatically Reconnect controls and enable the option. The setting is in Advanced, rather than in YouTube’s Live Control Room, because OBS is the application making the encoder output retry.
The exact screen layout can differ between OBS versions. Look for the reconnect option and its associated controls in Advanced; do not rely on a remembered screenshot or assume that a particular value is the current default. If the setting is not where expected, check the documentation for the OBS version you are running and confirm that you are using the main OBS Studio application rather than a different encoder interface.
After enabling it, note the retry count and the starting retry delay shown alongside the option. These controls are part of the behaviour you are configuring, not incidental fields to leave unnoticed. The count determines how many attempts OBS allows, while the delay sets the initial wait before a retry. Later waits increase, as described below.
You still need to start the stream normally. OBS automatic reconnect is not a scheduler that starts a new broadcast at a planned time, nor does it automatically fix an incomplete YouTube setup. YouTube’s encoder instructions explain how the stream URL and key are used to connect an encoder. Treat reconnect as resilience for a connection that was already started, not as a substitute for configuring and starting a live stream.
For a 24/7 channel operated from a local computer, this is one setting in a wider workflow that includes media playback, power and network access. The practical considerations for keeping OBS and a local video folder running are covered in running a 24/7 YouTube stream with OBS. That broader setup does not change what the reconnect option can recover, but it helps you identify other failure points.
Review retry count and retry delay
Retry count and retry delay solve different problems. Count is the number of reconnect attempts OBS may make; delay is the starting interval before the first attempt and the basis for the later waits. A larger count gives OBS more opportunities to try, while a longer starting delay means it waits longer before its first attempt. Neither setting makes an unavailable network or ingest endpoint respond.
OBS documents these controls in its output API reference. The reference describes a retry count of zero as disabling reconnecting. It also describes the retry interval as doubling after each attempt. These are useful behavioural details, but the API documentation is not a claim about which values your current OBS interface has selected by default.
Choose settings with the likely interruption in mind. If a brief Wi-Fi fluctuation is the main concern, retrying promptly can be useful. If your connection is unstable for longer stretches, repeated attempts may continue while the underlying fault persists; the count and timing determine how long OBS keeps trying, not whether recovery succeeds. For a channel run overnight, decide how you will notice a prolonged failure as well as what OBS should do automatically.
| Control | What it affects | Practical consideration |
|---|---|---|
| Retry count | How many reconnect attempts OBS is allowed to make | A count of zero disables automatic reconnect; a finite count limits attempts |
| Starting retry delay | How long OBS waits before its first retry | A shorter wait tries sooner, but does not shorten a network outage |
| Later retry waits | The intervals after subsequent attempts | OBS documents increasing waits, so attempts do not all happen at the initial interval |
Do not copy values from another creator’s setup without checking your own interface and needs. The research-backed guidance here is the behaviour of the controls, not a universal recommended count or delay. OBS versions and configurations can change, and the supplied sources do not establish a single best value for every internet link, event or channel.
If you are planning a 1080p Hindi playlist stream on a shared connection, retry settings should sit alongside an appropriate output configuration and network diagnosis. The OBS settings guide for a 1080p Hindi playlist on JioFiber is relevant to that wider question. A bitrate or resolution adjustment may reduce strain on a constrained connection, but it is not the same thing as reconnecting and should be considered on its own merits.
Understand the increasing wait between retries
OBS does not necessarily retry at the same short interval over and over. Its output API documents an interval that doubles after each retry, a pattern sometimes called exponential backoff. The purpose given in the documentation is to avoid overloading services with rapid repeated attempts. In practice, the first retry uses the starting wait, and later attempts are separated by progressively longer waits.
This has two consequences. First, a higher retry count does not mean OBS will make all attempts in quick succession. Second, the elapsed time before the final attempt depends on both the starting delay and the number of attempts. Avoid estimating a recovery deadline from the retry count alone, particularly if the delay is changed from its current setting.
The increasing wait can be sensible when an ingest service is temporarily unreachable: repeated immediate requests would not make it available sooner. It can feel less reassuring when you are watching a live control room during an event, because there may be a pause before another attempt. That pause is part of the retry behaviour, not evidence by itself that OBS has stopped trying.
An exponential retry pattern is not a diagnosis. If OBS keeps dropping the connection, look for a persistent network fault, a weak or busy local connection, an issue between your computer and the selected ingest server, or a service-side problem. OBS’s connection troubleshooting guide identifies dropped frames and intermittent disconnections as signs of a network issue between the computer and remote ingest server, and includes changing the server and lowering bitrate among its troubleshooting steps.
Make one change at a time when diagnosing. For example, if the stream drops during evening household internet use, note whether the issue is repeated at that time, check the connection from the computer to the internet, and then consider a lower bitrate or another available ingest server. If you alter retry count, bitrate and server simultaneously, it becomes harder to tell which change mattered. Reconnect remains a fallback attempt, not a replacement for finding a recurring fault.
What happens when retry count is zero
A retry count of zero disables automatic reconnect according to the OBS output API reference. If you have enabled the checkbox but set the count to zero, do not expect OBS to make retries after the output disconnects. Check the numeric field as well as the main enable control when reviewing your settings.
That behaviour can be useful if you explicitly do not want automatic attempts, but it is usually the opposite of what someone means when asking how to make OBS reconnect automatically. If the stream is meant to run while you are away, a zero count can leave the encoder disconnected until someone intervenes. The available documentation establishes what zero means; it does not establish the current default in your installation.
If you find zero and want automatic retries, change the count to a non-zero value in the interface, then check the starting delay and save the settings. Do not set an arbitrarily high count on the assumption that more attempts guarantee a return. The attempts can continue only within the configured rules, and they cannot fix a disconnected router, restore power or renew credentials that no longer work.
Test recovery without assuming broadcast continuity
Test the setup before relying on it for a service, a scheduled local news programme or an overnight playlist. YouTube recommends preparing and testing an encoder workflow, and its live streaming tips for computers discuss testing a backup encoder by stopping the primary encoder or disconnecting its Ethernet cable. Treat such a test as preparation for your particular workflow, not proof that every interruption will preserve the same YouTube broadcast.
A modest test is to run an unlisted or otherwise suitable test stream, confirm that OBS is sending to the intended YouTube event, and observe what happens if the encoder connection is briefly interrupted. If you deliberately disconnect Ethernet or otherwise interrupt the path, do so only when you can restore it and when the test stream is safe to interrupt. Watch OBS’s connection status, the Live Control Room and the viewer-side stream. Record whether OBS retries and whether YouTube continues to present the event; they are separate observations.
YouTube’s Live Control Room has stream settings that include auto-start and auto-stop. These are not the same controls as OBS automatic reconnect. YouTube explains that these options are stream settings and that they are copied when stream settings are reused in its live stream settings help. Check the current setting for your event, because the broadcast’s state and the encoder’s connection can interact with how the stream appears to viewers.
A useful test outcome is not simply “it came back once”. Confirm which indicator changed, how long the interruption lasted, whether the broadcast remained active, and whether sound and video returned cleanly. If YouTube shows the broadcast offline while OBS reports an active output, investigate the state in Live Control Room and the path to ingest rather than promising viewers that the retry setting has solved it. A prolonged outage, an ended broadcast, invalid credentials or a YouTube-side issue may need a different response.
Plan a human fallback for an important live event. YouTube’s backup encoder guidance can help you think through a separate encoder workflow, but failover itself requires planning and testing. A spare computer that is not configured with the stream and ready to take over is not automatically a backup. For a single-computer arrangement, consider who will check the stream if the connection drops and how they will know whether to restart, troubleshoot or announce an interruption.
StreamNeo addresses a different practical pain for channels whose recurring problem is leaving a computer on to carry a prerecorded file: it can run that uploaded file as a YouTube live stream while your own computer is off, rather than relying on OBS staying open locally. It is YouTube-only, and it does not change the need to check YouTube’s broadcast state or the reliability of your own internet when monitoring the channel.
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
Where is Automatically Reconnect in OBS?
Open Settings → Advanced in OBS Studio and find the Automatically Reconnect controls. Interface details can vary by version, so verify the option in the version you are using rather than assuming the screen matches an older guide.
Does OBS reconnect guarantee that YouTube keeps the same live broadcast?
No. OBS retries its output connection, but YouTube’s broadcast state is separate and can depend on the interruption, stream settings and platform status. Test your own workflow and check both OBS and Live Control Room.
What does a retry count of zero mean?
The OBS output API documents zero as disabling reconnect attempts. If you want OBS to retry, use a non-zero count and review the starting delay too.
Why is OBS retrying but viewers still cannot see the stream?
The network path may still be unavailable, the ingest service may not be accepting the feed, or YouTube may no longer be keeping the event active. Check OBS’s output status, diagnose the connection and inspect the Live Control Room before deciding what to do next.