If you want to loop videos stored on a NAS and send them to YouTube Live, OBS Studio is a self-hosted route: a computer reads the files, plays them repeatedly and encodes the live broadcast. Gyre offers a cloud-hosted route for uploaded files and scheduled looping, so your home computer does not have to remain the encoder.
The choice is mainly about where the broadcast runs and what you must keep working. OBS documents loop controls for a single file and a VLC playlist, but that does not establish that a particular NAS share or an unattended, long-running stream will work without checks.
Choose between self-hosted and cloud looping
First separate two jobs that can sound similar. Playing a playlist from a NAS on a television or through a media server is local playback. Sending that media as a continuous YouTube Live broadcast requires an encoder connected to a YouTube live event. A playlist that repeats successfully on your network does not, by itself, create a live stream.
With OBS, the media can remain on your NAS or on storage accessible to the computer running OBS. That computer reads the files, encodes the programme and sends it to YouTube. It must stay awake, retain access to the media and maintain an internet connection for the broadcast to continue. OBS is available for Windows, macOS and Linux, but the resources needed depend on the encoder, resolution, frame rate and scene complexity; see the OBS system requirements before deciding whether an existing machine is suitable.
A cloud workflow moves the broadcast operation away from your home computer. Gyre describes uploading videos to its storage, arranging a looping playlist and scheduling a live stream. You trade the need to keep a local encoder running for reliance on the provider’s current workflow, storage and plan features. Those are different operating arrangements, not proof that one will be more reliable or cheaper for every channel.
| Consideration | OBS reading media from a NAS | Gyre cloud workflow |
|---|---|---|
| Where the media is read | By your OBS computer from storage it can access | From files uploaded to the provider’s storage, as described by Gyre |
| What sends the broadcast | OBS on a compatible, continuously available computer | The scheduled cloud service, according to Gyre’s product description |
| What you must maintain | Computer power, NAS access, internet, OBS and YouTube event settings | Account, uploaded files, playlist and schedule under the provider’s current terms |
| Playlist setup | VLC Video source can contain an ordered media list and loop it | Gyre describes building a playlist and scheduling it to loop |
| Main uncertainty | Whether your NAS share, files and host behave as required over time | Current plan availability and the service’s workflow for your account |
If you already have a computer that can read the NAS and remain available, OBS lets you control the local playback and encoder settings directly. If avoiding an always-on home encoder is the main goal, Gyre’s documented cloud workflow is closer to that need. Neither description answers how your exact files, network or channel will behave, so verify those before committing.
A practical starting point is to decide whether you need a public YouTube broadcast at all. If your aim is to watch or organise files around the home, a media library may be simpler. If you need continuous live output, plan for both media playback and the live encoder. The guide to how long a YouTube live stream can run is useful context for thinking about resets and the difference between a loop and an uninterrupted broadcast.
Use OBS Media Source for one video
For a single video that should repeat, OBS’s Media Source is the direct control to inspect. Add a Media Source to a scene, choose the file path that the OBS computer can open, then enable its Loop option in the source properties. OBS describes Media Source as a way to play media files, with playback options such as looping; consult the OBS Media Sources documentation for the current interface and controls.
The path matters. If the file is on a NAS, the computer running OBS needs a mounted share or a network path it can access under the account OBS uses. A path that works in a file browser while you are logged in may not necessarily be available after a reboot or under a different user session. The documentation confirms the source’s loop control, not compatibility with every NAS, file system, permission arrangement or network configuration.
Check the media before using it as the whole broadcast. Confirm that the selected file opens in OBS, that its audio is present at the intended level, and that the image is framed correctly in the scene. Seek through the file rather than relying on a thumbnail, then allow it to reach the end and observe whether it begins again as expected. These are checks you can perform on your setup, not claims that a NAS stream has been tested here.
For a devotional channel with one long bhajan programme, for example, a single source may be easier to inspect than a playlist. It also means a source-file problem affects the whole loop: a corrupt section, silent ending or unexpected black frame will recur. If you want different programmes through the day, a single repeated file does not offer the same arrangement flexibility as a playlist or a schedule.
Use OBS VLC Video for a playlist
For several files in a defined sequence, use OBS’s VLC Video source rather than creating a separate scene for every file. Add the files in the order you want them played and enable Loop Playlist. OBS’s documentation says this source can play playlists and defines the Loop Playlist control as whether the source restarts when it has run out of media files. It is enabled by default in the documented properties, but inspect the setting in your own source rather than assuming it was retained.
The VLC source has a dependency: VLC must be installed for the source to appear in OBS. OBS also cautions that 64-bit OBS requires 64-bit VLC. Check the current OBS instructions and match the VLC installation to the OBS build on the machine you intend to use. Installing or changing either application can affect the source, so include this in a pre-broadcast check.
A playlist entry is not the same as a YouTube playlist URL. Here, the OBS source is a list of media files it can read. If the files are on the NAS, verify each path and the order from the encoder computer. A playlist that includes files from a disconnected share, a renamed folder or an unsupported media format may not behave as you intend. The provided documentation explains the source controls, but does not guarantee every combination of file type and NAS access.
Make the order meaningful before you go live. A small channel might place a station ident between longer music programmes, or arrange a set of study tracks to avoid an abrupt change from a quiet piece to a loud one. Listen to transitions and check any title cards, aspect ratios and audio differences. If the content comes from a playlist of videos originally found on YouTube, check permission and the platform’s current terms before reusing it; the technical ability to play a file does not settle rights or policy questions.
If you need to troubleshoot a playlist that behaves differently on YouTube after it is encoded, distinguish the stages. First verify the VLC source’s local sequence, then check the OBS preview and YouTube event. The guide to a YouTube playlist that starts over instead of continuing addresses a related viewer-facing loop problem, but it is not a substitute for checking what OBS is sending.
Connect OBS to a YouTube live event
OBS playback and YouTube Live are separate parts of the setup. Create or schedule the live event in YouTube, then configure OBS as the encoder for that event using the connection details YouTube provides. YouTube explains that an encoder sends data to a configured live event in its live streaming help. Follow the current event and encoder instructions in your account; do not assume that a locally looping source is already broadcasting.
YouTube says live streaming must be enabled for the channel, and the reviewed help page notes that first-time enablement may take at least 24 hours after the request. Channel verification and eligibility conditions can change, so check YouTube’s current official guidance before setting a launch time. A schedule in OBS or a playlist in the source cannot bypass channel requirements.
Before the intended start, check the selected stream key and event in OBS, then confirm that YouTube receives the encoder signal and displays the expected preview. Keep the stream key private; anyone who obtains it may be able to send a stream to your channel. If you update or rotate a key, also update the corresponding encoder setting. For a separate encoder-key issue, the Wirecast stream-key guide covers the general need to keep the software’s key aligned with the one YouTube expects.
Do a short private or unlisted rehearsal where appropriate before making the event public. That gives you a chance to check the picture, audio, title, event visibility and source transition without treating a successful local preview as proof of a successful YouTube broadcast. Be clear about what the rehearsal demonstrates: it verifies the tested path at that time, not continuous operation for days or the behaviour after a later network interruption.
What Gyre’s cloud workflow offers
Gyre’s product page describes a workflow in which you upload videos to Gyre Storage, arrange them into a playlist and schedule a live stream. It also describes the playlist restarting as part of continuous streaming. Those are vendor statements about its product; check Gyre’s own page for the current feature description, supported workflow and plan terms before you choose it.
The operational difference is that the uploaded copy and schedule are handled through the service rather than being read continuously by your home OBS computer. That can remove the specific task of keeping your own computer on as the encoder. It does not remove the need to prepare media, configure the YouTube destination, confirm the schedule and review current service requirements. Nor does the product description establish that every NAS playlist can be used without uploading or preparation.
This distinction is important if your source collection changes often. With OBS, changing the local list means updating the media source or files that the encoder reads. With Gyre’s described process, the content needs to be available in its cloud workflow and the playlist or schedule needs to reflect the change. Decide which maintenance pattern is easier for you and who will be responsible for it when a file changes.
Do not compare the options using an unsupported promise about uptime, picture quality or total cost. Those depend on factors not established by the available descriptions, including your network and machine for OBS, and the provider’s current plan and operation for Gyre. If price or upload capacity is decisive, inspect each vendor’s current terms directly; no fixed price or limit is assumed here.
Consider adjacent tools only for the job they document
Jellyfin and Youtarr can be relevant if “looping a YouTube playlist from a NAS” means managing a library locally rather than publishing a continuous live stream. Jellyfin documents a personal media server and live-TV features, including supported tuner and M3U use cases. That makes it a possible fit for organising and playing a home library, not evidence of a direct YouTube Live encoder workflow for NAS files.
Youtarr’s documentation describes downloading selected YouTube playlist items and synchronising playlists to media servers such as Plex, Jellyfin and Emby, with an M3U fallback. That may help someone mirror a collection into a local library. The reviewed project documentation does not establish Youtarr as a one-click service that continuously broadcasts NAS files to YouTube Live.
The distinction avoids building the wrong system. For local viewing, start with the media server’s documented playback capabilities. For a YouTube broadcast, identify the encoder and event workflow. A media server might still be part of a broader setup, but do not assume that library support automatically includes a live encoder or YouTube publishing.
Verify NAS access and long-run behaviour
The NAS is a source of files, not a guarantee that the encoder can read them continuously. Confirm the network route, permissions and path from the exact computer and account that will run OBS. Check that the machine is connected to the same reachable network, that the share is mounted or resolvable after a restart, and that the media remains available if the NAS sleeps, reboots or changes network state. The particulars depend on your NAS and network; no model-specific compatibility has been established here.
Then verify the operational chain in stages. Open each file in the chosen OBS source, test the repeat or playlist end, inspect the encoder preview, and confirm YouTube receives the event. Once a rehearsal works, leave the setup running long enough to check the behaviours that matter for your channel: whether the computer stays awake, the NAS remains reachable, audio stays present, and the stream recovers as you expect after an interruption. A brief check can expose obvious problems, but it does not prove that the arrangement will run indefinitely.
Plan for routine changes as well as failure. Operating system updates, power interruptions, NAS maintenance and internet drops can stop or disturb a self-hosted encoder. Decide who will notice a stopped stream, how they will check the event, and what steps they will take to restart it. If you are using OBS over a connection that sometimes drops, the guide to recovering an OBS stream after a brief ISP drop can help you think through the reconnection task, but your own tests should determine what happens on your connection.
For a 24/7 channel, treat the machine as an operating dependency, not as an optional detail. OBS does not eliminate the need for a compatible computer that remains available and can reach both the media and the internet. Existing hardware may be enough, but assess it against OBS’s published system guidance and your chosen encoding settings rather than buying a particular model on the strength of a general recommendation.
Cloud hosting changes which dependencies you manage; it does not make preparation unnecessary. Keep a copy of source media, review the provider’s current upload and scheduling workflow, and check the live event before relying on it. Choose the approach whose failure modes and routine work you can actually monitor.
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
Can I loop videos from my NAS on YouTube Live?
Yes, if a computer running an encoder such as OBS can read the files and send the stream to a configured YouTube live event. OBS documents repeat controls for a single Media Source file and a playlist loop control for VLC Video. You still need to confirm NAS access, channel setup and the behaviour of your own long-running arrangement.
Is OBS a complete alternative to Gyre?
It can serve a related purpose when you want to use a local computer as the encoder and can keep that computer connected to the NAS and internet. Gyre describes an uploaded-file, cloud scheduling workflow that avoids your home computer being the encoder. The operational requirements differ, so decide based on where you want the work and dependencies to sit.
Can Jellyfin replace Gyre for a 24/7 stream?
Jellyfin documents media-library and live-TV functions, but the reviewed documentation does not establish a direct, turnkey workflow for broadcasting a NAS playlist continuously to YouTube Live. It may suit local library playback. For YouTube output, identify and test a separate encoder path.
Does a successful OBS loop mean the stream will keep running?
No. A local loop only shows that the source repeated under the conditions you checked. The host must stay available, retain NAS and internet access, and continue sending data to the YouTube event; test the full chain and plan how you will notice and respond to interruptions.