Scheduling a YouTube livestream around videos stored on a NAS takes two separate jobs: creating the event in YouTube Studio and sending the video-and-audio feed with an encoder. You can keep the files on the NAS, but a computer or supported NAS process still has to read and encode them for YouTube.
If you have two streaming PCs, treat each one as a separate encoder installation. The Studio event does not synchronise local OBS scenes, NAS mounts, playlists, stream keys or restart behaviour between machines. Plan and test those settings on both PCs before relying on one as a backup.
Why two streaming PCs do not automatically share settings
A NAS is a shared place to store files; it is not, by itself, a shared control panel for the computers that use them. Each PC has its own operating system, encoder installation, account permissions, local scene collection, media paths and network connection. A folder may be available on one PC and missing or read-only on the other.
For example, PC A might open a media folder mounted as M:\Bhajans, while PC B uses a network path such as \\NAS\Media\Bhajans. Those are different paths from the applications’ perspective. If an OBS playlist or media source points to the first path, copying the same source configuration to PC B does not make that path valid there. You need to map and test the folder on that machine, or configure the source to use a path that both PCs can access consistently.
The same separation applies to the encoder itself. YouTube Studio does not transmit an OBS profile from one PC to another. It does not arrange the playlist order, select the next file, or make a second computer take over when the first loses its NAS connection. Those are local operating decisions, even when both computers send to the same YouTube channel.
NAS media apps can make this distinction easy to miss. Synology Video Station and QNAP Video Station describe ways to organise or play NAS-stored files; that does not establish that a media playlist can be encoded and sent directly as a YouTube Live feed. Synology’s documented Surveillance Station live-broadcast workflow is for a selected camera feed, not a folder of videos. Check the current documentation for your exact device and software before planning around a NAS app as the encoder.
If you are deciding how to build the local playback chain, the comparison of OBS and FFmpeg for pre-recorded streams may help frame the choice. Neither tool makes a shared folder or a second PC behave as a coordinated failover automatically.
Distinguish the broadcast event from the stream configuration
A scheduled event is the YouTube page and event record: it has a title, scheduled time and audience-facing URL. The stream configuration is the connection information and encoding destination an encoder uses to send a feed. The encoder supplies the actual picture and sound. Creating the event does not cause YouTube to fetch files from your NAS.
YouTube’s encoder guide describes creating a scheduled stream in Live Control Room and connecting an encoder with the stream URL and key. In practical terms, the encoder reads the media, produces a live feed and sends it to YouTube. Studio receives that feed, lets you inspect its preview and provides the event controls.
A stream key is sensitive. YouTube says stream keys are like the stream’s password and address, so do not publish one in a public script, screenshot, shared document or repository. Give access only to people who need to configure the encoder, and know how to replace the key if it is exposed. Do not assume two machines have safely or correctly received the same configuration just because they use the same channel.
YouTube’s stream settings guidance covers options such as auto-start and auto-stop. Those options can automate aspects of starting or ending the event, but they do not read the NAS folder or run an encoder in place of your computer. A feed still has to arrive. Consider event control and feed production as two linked but distinct parts of the workflow.
Schedule the event in YouTube Studio
In YouTube Studio, open Create, choose Go live, then use Manage to schedule a stream. Add the event details and set its intended start time. YouTube documents scheduled streams as a way to share an event page in advance and let viewers set reminders. Confirm that the time zone and date shown in Studio are the ones you intend to publish.
Before the event, check that your channel is currently eligible to livestream. YouTube’s live-streaming requirements describe eligibility conditions, and requirements can change. Check the current official page and your account’s Studio status rather than assuming an older event proves the channel remains eligible.
Once the event exists, open it in Live Control Room and note which event you are preparing to feed. The encoder connection settings may be shown there or associated with the event, depending on the workflow and settings available to your account. Follow Studio’s current instructions, using the displayed stream URL and key. If the stream is meant to use RTMPS, YouTube’s RTMPS setup instructions explain where to reveal the RTMPS URL and copy the key.
Keep the event URL separate from the encoder’s stream URL. The event URL is what you share with viewers. The stream URL and key are connection details for the encoder. Confusing them can leave you with a scheduled page and no incoming feed, or a feed sent to a different destination than the one you meant to prepare.
For an event that needs a true live feed, schedule the event and then arrange for the encoder to send content at the appropriate time. If you only want viewers to watch a finished video together and do not need a live encoder feed or live-program behaviour, consider whether a YouTube Premiere is a better fit. A Premiere is a different format, not a substitute name for a scheduled livestream.
Configure each encoder for the intended broadcast and stream
For a straightforward local design, let the NAS store the media and let one networked computer run the encoder. Give that computer stable access to the required folder, then configure the encoder’s source or playlist using paths available on that machine. Test that it can read every file in the intended order. A file-oriented pipeline may suit a repeatable playback job; OBS can suit a production that needs scenes, overlays or operator controls. The choice depends on the job, not on the assumption that one tool can control all machines.
Repeat the configuration deliberately on the second PC. Record the source path, playlist order, audio expectations, output settings, event destination and start/stop procedure in a private checklist. If you export or copy an OBS collection, treat it as a starting point: verify that sources resolve, that media files are accessible, and that the correct account and event details are selected. OBS settings do not synchronise through YouTube scheduling, and using one channel does not coordinate either PC’s local state.
Do not infer a universal NAS encoding feature from a NAS media player. Model-specific packages, containers, codecs, processor capacity and software versions differ. If you want the NAS itself to run the encoder, verify that the exact model and installed software support your intended files and unattended process. Check file access, encoding capacity, audio handling, restart supervision and the path to YouTube before relying on it overnight.
YouTube recommends RTMPS as an encrypted form of RTMP. Use the connection type supported by your encoder and follow the current Studio instructions. HLS is another option for supported encoder and codec combinations, but its segment requirements are more involved and should not be treated as mandatory for a normal RTMPS setup. Unless you have a specific reason to use HLS, keep the first test as close as possible to the documented workflow for your encoder.
A practical setup record can be simple: which PC is primary; where the NAS folder is mounted; whether the playlist repeats or ends; which event the encoder targets; who can access the key; and how to stop the old encoder before starting another. This does not make the two machines identical. It makes their differences visible before an operator has to troubleshoot them during a scheduled broadcast.
If repeated handoffs or local-host maintenance are the problem, a cloud-hosted prerecorded-stream workflow can remove the need to leave a home computer running. StreamNeo fits that specific pain when you want to upload a video once, connect your YouTube channel, and avoid maintaining a local encoder; you still need to check that the workflow matches your playlist and event requirements.
Decide whether stream reuse fits the schedule
A single stream configuration may be reusable across events, depending on the settings YouTube offers for your channel and the encoder workflow. Reuse can reduce repetitive setup, but it does not mean events, encoder state or local playlists have become one shared object. Check Studio’s current event options and verify the destination before each broadcast.
A useful distinction is whether you are reusing a connection configuration or trying to reuse a broadcast event. A recurring channel with one continuous programme may have different requirements from several separately scheduled events with different titles, start times or content. Do not assume an earlier event’s URL, key or state applies to a later event; check what Live Control Room displays and connect the intended encoder to the intended event.
For example, a devotional channel could use one event for a long overnight bhajan programme and a separate event for a morning programme. The NAS may hold both sets of files, but the operator still needs to select the correct playlist and event. If the morning event is a distinct audience-facing page, reusing a local encoder profile does not make the event page or playlist selection correct by itself.
Stream reuse is a poor fit when the team cannot tell which event is active, when content changes substantially between broadcasts, or when a stale local configuration could send the wrong programme. In that case, make event selection an explicit checklist step and verify the feed in Studio preview before taking the event live. If the channel’s need is a simple continuous playlist, see the practical points in scheduling a 24/7 playlist around match days, while still adapting them to your own source and event setup.
Coordinate playlist and failover responsibilities
Write down who owns each part of the path. One person can maintain the NAS files and their order; another can confirm the Studio event; an operator can start the primary encoder and watch the preview. On a small team, one person may do all three, but separating the checks on paper still helps prevent a missed handoff.
Decide what the playlist should do at its end. It might repeat, stop, or require a person to choose the next programme. Do not rely on a player’s preview behaviour as proof that the encoder’s playlist will loop correctly. Confirm the chosen behaviour with the actual files and encoder, including how it handles an unreadable file, a disconnected NAS or a file whose audio format differs from the others.
Failover needs particular care. If PC A drops, PC B may be ready to send a feed, but that does not mean YouTube or OBS has automatically transferred control. Before starting the backup encoder, establish whether the first one is still publishing, which event is selected, and what the audience will see during a switch. Avoid two operators independently starting encoders with uncertain destinations or keys. Define who decides to switch and who confirms the old feed has stopped.
A checklist for two PCs should include:
- Both PCs can reach the NAS and read the same intended files.
- Each encoder’s local media paths resolve, and the playlist order is known.
- The intended event and encoder destination are confirmed in Studio.
- The stream key is handled privately and stored only where needed.
- The primary and backup operators know who can authorise a switch.
- The team has tested what happens after an encoder restart or temporary NAS loss.
- The scheduled event’s preview, audio and audience-facing page are checked before handoff.
If you are building a file-looping workflow rather than an event sequence, a guide to looping videos with FFmpeg on YouTube Live is relevant background. Treat its implementation details as a starting point, then test against your own NAS paths and encoder version. No generic playlist recipe establishes that every NAS and every backup machine will recover in the same way.
Test both PCs before switching
Test the full route, not only whether the scheduled page exists. YouTube’s streaming tips say to set up an encoder at least two hours before an event and start it at least 15 minutes before the scheduled time. These are YouTube’s operational recommendations, not a guarantee that a particular NAS, network or encoder will be ready. Build in time for a real preview and correction.
Run a private or unlisted test if that suits the intended audience and account settings. On each PC, confirm the NAS is mounted with the right permissions, the first files play, the playlist order is correct, and the loop or stop behaviour is what you expect. Confirm the encoder is sending to the intended event and that Live Control Room shows the expected picture and audio. Check the audience-facing page on another device as well.
Test the scheduled-event handoff, not merely a manual test feed. Verify who presses Go live if Studio requires that action, and determine how the event behaves when the encoder starts early or late. If you plan to leave the process unattended, simulate a controlled encoder stop and restart, and if practical a brief NAS or network interruption. These are your own resilience tests; they are not platform guarantees.
For a planned change from PC A to PC B, rehearse the sequence while the stream is not serving an important audience. Record how the old encoder is stopped, how the backup operator confirms it has stopped, how PC B is checked against the event and playlist, and what viewers may see during the transition. YouTube’s preview helps you inspect incoming video, but it does not certify that the local playlist will continue correctly after a failover.
After testing, keep the working checklist where the operator can reach it without exposing the stream key. If files are replaced or renamed, update and retest the local sources on both machines. If you change the NAS account, network mount, encoder version or YouTube event, repeat the checks affected by that change rather than assuming the previous test still applies.
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FAQ
Does scheduling in YouTube Studio sync OBS settings between two PCs?
No. Scheduling creates the audience-facing event, but each PC retains its own OBS configuration, media paths, playlist state and local operating conditions. Configure and test both computers separately.
Can a YouTube event read videos straight from my NAS?
Not by scheduling alone. An encoder must be able to access the NAS files and send the resulting audio-video feed to YouTube. Confirm that your chosen computer or supported NAS software can read and encode the files before relying on it.
Can I use the same stream key on both computers?
Do not treat a shared key as a failover plan. Follow the destination and key shown in Studio, keep the key private, and avoid starting a second encoder until you know what the first one is doing and which event the backup is configured to send to.
Is a NAS video playlist the same as a YouTube Live playlist?
No. A NAS media app may organise and play files for its own clients, but that does not prove it can encode those files into a YouTube Live feed. Verify the exact model, software and encoder workflow, then test the complete path to Studio preview.