Some 24/7 YouTube streaming services accept an incoming RTMP feed from software such as OBS. Others use RTMP only in the opposite direction: they take an uploaded video, create the continuous broadcast, and send the resulting stream to YouTube.
That direction matters. If you want to send a live camera, mixer or OBS feed into a cloud relay, look for documented incoming RTMP or RTMPS support. If you want to upload bhajans, a lofi loop or a local news programme once and leave your computer off, you need a documented uploaded-video workflow instead.
The short answer: sometimes, but ask which way
The phrase “RTMP support” is too broad to settle the question. Restream explicitly documents an “Encoder | RTMP” workflow in which streaming software sends a feed to the service, and the service can send it to YouTube. Its help documentation names OBS, Streamlabs, vMix, ATEM and SlingStudio as examples of compatible sources, and says it supports RTMP and SRT for streaming.
That is evidence of incoming encoder support. It is not evidence that every 24/7 service works in the same way.
A cloud loop service may instead ask you to upload a video file, choose or create a YouTube broadcast, and provide the YouTube stream URL and key. It then plays the file continuously and sends the encoded output to YouTube. YouTube receives an RTMP contribution from the service, but you have not sent an RTMP feed into the service.
Gyre describes a workflow for streaming prerecorded video as live to YouTube and other platforms that accept a standard RTMP signal. StreamNeo describes uploading a video and using YouTube’s RTMP address and persistent key for a cloud loop. The reviewed material does not establish that either service accepts an external RTMP contribution as its input, so you should not infer that from the word RTMP alone.
What RTMP input means here
RTMP is a protocol used to carry an encoded live audio and video stream between an encoder and a destination. In a simple self-managed setup, OBS is the encoder. It takes your scenes, camera, microphone or media source, compresses them, and sends the result to a server address using a stream key.
With an incoming RTMP service, the path looks like this:
camera, OBS or hardware encoder → RTMP relay service → YouTube
The relay service receives a live contribution from you. It may then forward that contribution to one or more destinations, depending on its documented features and plan. If your computer or encoder stops sending, the incoming feed stops unless the service has another source or a recovery process.
This is different from uploading a finished file. An MP4 containing a devotional programme is not an RTMP input merely because it will eventually appear in a YouTube live broadcast. The file is a stored source. The service reads it, encodes or packages the playback as a live output, and sends that output onwards.
For a small business, the distinction is practical. Suppose a shop wants to show a live camera from its premises during opening hours, with a pre-recorded product loop overnight. An incoming RTMP relay may suit the live camera, but it will not automatically solve the overnight schedule unless the provider documents source switching or a fallback playlist. An uploaded-video loop may suit the overnight period, but it will not carry a changing camera feed unless an incoming source is supported.
Before signing up, look for words such as “send your encoder to us”, “RTMP ingest”, “incoming RTMP”, “streaming software input” or “relay your encoder”. Words such as “RTMP destination”, “stream to YouTube via RTMP” or “enter your YouTube stream key” usually describe the outgoing side.
RTMP input versus RTMP output to YouTube
The easiest way to avoid confusion is to draw the arrows. The word RTMP can appear on either side of the service.
| Workflow | What you provide | What the service does | Where RTMP is used |
|---|---|---|---|
| Incoming encoder relay | A live feed from OBS, a hardware encoder or another supported source | Receives your feed and forwards it to YouTube | From your encoder into the service, then usually from the service to YouTube |
| Uploaded-video loop | A video file and YouTube broadcast details | Plays the file continuously and creates the live output | From the service to YouTube |
| Studio connected to YouTube | An existing YouTube event’s RTMP details | Uses a studio to produce or manage the broadcast | The studio sends to YouTube |
| Custom RTMP destination | A broadcast created inside the service | Sends that broadcast to an external platform | From the service to the destination |
The third and fourth rows can also cause confusion. StreamYard documents connecting an existing YouTube live stream by entering that event’s RTMP details on eligible plans. It also documents custom RTMP destinations for sending a StreamYard broadcast to a platform that accepts RTMP. Those are outbound workflows from StreamYard, not proof that StreamYard is a general-purpose incoming RTMP relay for an unattended 24/7 loop.
A provider’s diagram should show the direction clearly. If it shows your encoder → provider, that is the evidence you need for incoming RTMP. If it shows provider → YouTube, it documents output. If the page only says “supports RTMP” without an arrow, ask support before building your channel around it.
You can also ask what happens after the incoming feed drops. Some relay services may reconnect or wait for the encoder to return, but a protocol label does not promise that behaviour. For a devotional channel using a fixed file, automatic playback restart matters more than the ability to receive a camera feed. For a live news contribution, reconnect handling and a clear offline state may matter more than file storage.
If your priority is avoiding a computer running all night, compare the workflow with the advice in YouTube 24/7 Ambient Stream: OBS or FFmpeg for Indian Creators. It helps separate the choice of source and encoder from the question of where the final stream is hosted.
A documented incoming encoder workflow
Restream provides a clear example of the incoming model. Its streaming software instructions describe choosing an encoder mode and sending a feed from compatible software or hardware. The page says, “We only support the RTMP and SRT protocols for streaming.” In context, this is documentation of the feed entering Restream, not merely a statement that YouTube receives RTMP later.
The practical sequence is normally as follows:
- Create or select the destination in the relay service.
- Copy the service’s server address and stream key, or use the connection details it supplies.
- Enter those details in OBS, a hardware encoder or another supported application.
- Start the encoder and confirm that the relay service sees the incoming feed.
- Check the YouTube destination and verify that the broadcast is live.
The exact labels vary, but the direction does not. Your encoder is the source, the relay is in the middle, and YouTube is the destination.
YouTube’s own encoder help describes the final part of this chain. When an encoder does not offer a direct YouTube selection, YouTube says to copy the stream URL into the encoder’s server setting and copy the stream key into its stream-key setting. The key authorises broadcasting to the channel, so treat it like a credential rather than putting it in a public screenshot or chat message.
This workflow suits a live feed that already exists. A local radio programme can send its mixer output through an encoder. A temple can send a camera feed during a service. A small business can send a presentation from OBS. In each case, the cloud relay is receiving a stream that is being generated elsewhere.
It does not automatically provide a 24/7 source. If OBS is running on a home PC, the PC, operating system, internet connection and source media still affect the feed before it reaches the relay. If you need unattended operation, ask whether the service keeps the destination active when the incoming encoder disconnects, whether it retries, and whether it has a backup source. Do not treat the word “cloud” as an answer to those operational questions.
For a locally managed setup, also consider how you will monitor dropped frames and reconnections. The troubleshooting principles in How to Fix Dropped Frames in a 24/7 FFmpeg YouTube Stream are relevant even when the encoder is OBS or a hardware appliance, because the viewer ultimately sees the encoded output rather than the name of the software producing it.
What the reviewed 24/7 services document
The reviewed material supports three different conclusions, not one universal answer.
Restream: documented encoder input
Restream explicitly documents an encoder-based RTMP workflow and lists YouTube as a destination in its YouTube instructions. This establishes that an external encoder can contribute a feed to the service. It does not, by itself, establish a guaranteed unattended 24/7 operation on every plan or for every source type.
If you are considering Restream for a continuous channel, confirm the current plan restrictions, destination limits, reconnection behaviour and any conditions attached to long-running broadcasts. The relevant question is not only “does it accept RTMP?” but also “what does it do when my encoder is silent at three in the morning?”
Gyre: documented uploaded-video output
Gyre describes streaming prerecorded video as live from its service to YouTube and other platforms that accept a standard RTMP signal. That is a vendor-authored description of its own workflow. It supports describing Gyre as an example of a service that creates RTMP output for delivery, not as verified evidence of an external RTMP input feed.
If your source is a finished playlist of bhajans, ambience or regional-language episodes, compare the file and playlist requirements instead. The regional-language podcast streaming guide is a useful reminder that episode order, titles and repeat behaviour can be as important as the transport protocol.
StreamNeo: documented cloud loop requirements
StreamNeo describes uploading a video file, using YouTube’s RTMP address and a persistent key, and running the loop while your own computer is switched off. That removes the particular burden of leaving an encoder machine running overnight when your source is prerecorded. The reviewed requirements do not establish that StreamNeo accepts an external RTMP feed as its input.
That distinction is important for a creator who has an OBS scene, a camera or a live mixer and wants to send it into a cloud service. Ask specifically whether the current product accepts incoming RTMP or RTMPS, rather than relying on documentation about the service sending a stream to YouTube.
StreamYard: connected and custom RTMP workflows
StreamYard documents connecting an existing YouTube stream using that event’s RTMP details on eligible plans. Its documentation also covers custom RTMP destinations, where a StreamYard broadcast is sent to a platform that accepts RTMP. The pages describe outbound connections and require a user-controlled live workflow; they do not document an unattended uploaded-video loop for this comparison.
These examples show why provider names are less useful than workflow descriptions. One provider can support RTMP input in one product mode, RTMP output in another, and neither in a particular plan. Read the page for the exact feature you intend to use.
Questions to ask before choosing a service
Start with the source, not the protocol. Write down whether you have an external live feed, a finished file, or both. A devotional channel built from uploaded recordings has a different requirement from a local news channel receiving a changing camera or studio contribution.
For an external live feed, ask these questions in writing:
- Does the service accept an incoming RTMP or RTMPS feed from OBS or a hardware encoder?
- Is the incoming address different from the YouTube output address?
- Can the feed run unattended, and what happens if the encoder disconnects?
- Does it reconnect automatically, hold the broadcast open, switch to a backup, or stop?
- How many destinations or simultaneous feeds are allowed on the plan you will use?
- Who controls the YouTube title, privacy setting, schedule and stream key?
- Can you rotate or revoke the service-side key without exposing your YouTube key?
- Are there restrictions on resolution, frame rate, audio format or long-running sessions?
For an uploaded-video loop, ask a different set:
- Which file formats, codecs, resolutions and audio settings are accepted?
- Is the file stored once and replayed, or does it need to be uploaded again for each broadcast?
- How are playlists, schedules and restarts handled?
- What happens when a file ends, fails validation or becomes unavailable?
- How many simultaneous channels can you run?
- Does the service create the YouTube event, or must you configure it in YouTube Studio?
- What output resolution and frame-rate options are available?
- What happens if the YouTube connection drops during the loop?
Ask for the answer to be expressed as a path: “I send this source to this address, the service does this, and YouTube receives that output.” A support reply that only repeats “RTMP supported” has not resolved the key question.
Also check whether the service is intended for an always-on channel or simply for producing occasional live events. A service may accept an encoder perfectly well while still expecting a person to start the event, confirm the destination or press Go Live. The reviewed evidence does not provide a cross-provider uptime or quality comparison, so do not infer reliability from a protocol checkbox.
If you are comparing self-hosting with a managed loop, the relevant trade-offs are laid out more clearly in How to Install FFmpeg on an Indian VPS for a YouTube Loop Stream. A VPS can give you direct control over the encoder and files, while also leaving you responsible for updates, monitoring, restarts and the connection to YouTube.
YouTube setup and archive expectations
YouTube’s encoder flow requires a stream URL and stream key. When YouTube is available as a direct option in the encoder, select it; otherwise copy the values from YouTube Studio into the encoder. Keep the key private, and replace it if you believe it has been exposed.
YouTube also requires live streaming to be enabled. The official help information says that first-time live-stream access requires phone verification followed by a waiting period of 24 hours. Check the current YouTube page before launch because platform procedures can change.
Do not assume that a 24/7 broadcast becomes one complete replay. YouTube says there is no stream-duration limit, but only streams under 12 hours are automatically archived. A channel that remains live beyond that threshold should plan its recording and replay expectations accordingly. If your audience needs separate devotional sessions, news editions or podcast episodes, consider creating source files and YouTube events that reflect those units rather than relying on one endless archive.
The same principle applies to stream keys. A persistent key can make a repeatable uploaded-video workflow easier, but it still grants authority to broadcast to the channel. Store it privately, limit who can access it, and confirm which side of the workflow is holding it: your encoder, the relay service, or YouTube Studio.
A practical decision rule
Choose an incoming RTMP service when the thing you need to transmit is already live and changing. That may be a camera, a mixer, a live presenter, a radio output or an OBS scene. Confirm the service’s recovery behaviour separately, because receiving RTMP is only the first part of keeping a channel live overnight.
Choose an uploaded-video loop when your content is already finished and can be replayed without a live encoder. This is often the simpler shape for lofi, ambience, bhajans, educational slides and scheduled programme blocks. You still need to verify file handling, YouTube setup, restart behaviour and archive expectations.
Choose a hybrid only when the provider documents both sides and explains how they interact. For example, you might want a live morning bulletin, a prerecorded daytime playlist and a fallback loop at night. That requires more than RTMP input. It requires source switching, scheduling or a second broadcast process, all of which should be confirmed before you publish the channel link.
A low-power computer can also be part of the decision. The article Can a Low-Power Mini PC Run a 24/7 YouTube Stream Cheaply? is relevant if you are weighing local control against a cloud workflow. The important comparison is responsibility: who supplies the source, who holds the connection, who notices a failure and who restarts the broadcast.
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 send OBS into any 24/7 YouTube streaming service?
No. OBS can send an RTMP feed, but the service must explicitly document incoming RTMP or RTMPS support. A provider that only accepts uploaded files or sends its own output to YouTube is not necessarily able to receive OBS.
Does RTMP output to YouTube prove that RTMP input is supported?
No. RTMP output means the service sends an encoded broadcast onwards to YouTube. Ask the provider whether your encoder sends into the service, and request the incoming server address and key if that is the workflow you need.
Is an uploaded-video loop the same as an incoming RTMP feed?
No. An uploaded-video loop starts with a stored file, while an incoming RTMP workflow starts with a live encoder contribution. Both may result in an RTMP signal reaching YouTube, but they have different setup, failure and monitoring requirements.
What should I verify before running a channel overnight?
Verify the input direction, unattended operation, reconnection behaviour, file or encoder limits, YouTube event controls and stream-key handling. Also check YouTube’s current live-streaming and archive guidance, because a continuous broadcast is not automatically a complete replay.