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You can use a Linode-hosted RTMP relay in a YouTube livestream workflow with OBS, but that is different from running OBS itself unattended on a Linode. Akamai’s published RTMP example uses OBS on your own computer and a Linode server to relay the feed to YouTube; its 1 GB instance note applies to that example, not to continuous OBS encoding. The sources available for this setup do not establish a supported, reliable recipe for headless OBS on a generic Linode VM. This guide explains the documented relay approach, the checks required before relying on it, and the limits to plan around.
Choose the right Linode and OBS architecture
Akamai’s Linode RTMP-server tutorial describes a relay: OBS runs on your local computer, sends video to an RTMP server hosted on a Linode, and that server forwards the stream to YouTube. The Linode handles relaying; it is not the OBS encoder in this design. Akamai’s separate LiveKit guide also puts OBS on the local streaming machine while a Compute Instance hosts LiveKit.
| Setup | What runs where | What to consider |
|---|---|---|
| OBS sends directly to YouTube | OBS encodes on your computer; YouTube receives the stream. | Your computer, power and internet connection must remain available for the broadcast. |
| OBS sends through a Linode RTMP relay | OBS encodes on your computer; a Linode relays the feed to YouTube. | This adds a server to configure and maintain. It does not remove the local computer as the encoder. |
| OBS runs directly on a Linode | The VM would have to run OBS, encode continuously and deliver the stream. | The reviewed Akamai and OBS documentation does not establish an unattended, headless recipe, suitable instance size or restart procedure for this setup. Validate the graphics session, sustained encoding performance, service recovery and costs before relying on it. |
Akamai describes Linodes, also called Compute Instances, as virtual machines that run supported Linux distributions. Its RTMP tutorial targets Ubuntu 20.04 and says a 1 GB Linode should suffice for a single stream in that relay example. That figure is not a sizing recommendation for encoding video with OBS on a VM. The tutorial’s OBS client runs on the streamer’s own computer.
Check YouTube eligibility and prepare the broadcast
- Confirm channel eligibility. YouTube says a channel needs to be verified and have no live-streaming restrictions in the preceding 90 days. YouTube also states that users must be at least 16 to live stream.
- Review rights to the material. Only broadcast gameplay, music, overlays and other material you have permission to use. A livestream format does not grant rights to copyrighted material. If you plan to monetize, check YouTube’s current reused-content and monetization rules; the cited setup guidance does not establish that looping or relaying content qualifies for monetization.
- Create or schedule the stream. In YouTube Live Control Room, create or schedule the event and open its stream settings. Copy the server URL and stream key shown for that broadcast.
- Protect the key. Treat the stream key like a password. Do not put it in screenshots, public configuration examples, shared logs or command histories. If it is exposed, replace it in YouTube’s controls and update the encoder or relay configuration.
Configure OBS and the Linode relay
Akamai’s documented path is to configure an RTMP server on the Linode and point OBS at it; the relay is then configured to push the stream to YouTube. The tutorial is specifically an Ubuntu 20.04 relay example. Follow its server configuration for the current image and software you choose rather than copying an unverified command sequence: the material available here does not specify the tutorial’s full commands or confirm that they remain suitable for every current Linode image.
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- Set up the relay. Create and secure the Linode, install and configure the RTMP relay using Akamai’s tutorial as the reference, and configure its YouTube destination with the server URL and key from your Live Control Room. Do not expose the key while editing or sharing configuration.
- Set OBS’s service and endpoint. In OBS, choose the available YouTube service preset if it offers the endpoint you intend to use. For a direct YouTube connection, use the stream URL and key shown in Live Control Room. For the relay architecture, enter the relay’s ingest endpoint in OBS and leave the YouTube destination configured on the relay.
- Prefer RTMPS for direct YouTube ingest. RTMPS is YouTube’s TLS-encrypted form of RTMP. YouTube may show the ordinary RTMP URL by default; its instructions say to use the lock control to reveal the RTMPS URL. Use the endpoint actually shown for your stream, rather than assuming a fixed server name. In a relay setup, confirm that the relay supports the secure endpoint you intend to use.
- Set OBS output to match the stream. YouTube lists RTMP/RTMPS, constant bitrate (CBR), up to 60 fps and a two-second keyframe interval (not more than four seconds) among its encoder settings. For H.264 at 1080p30, YouTube lists 5 Mbps as the minimum and 10 Mbps as recommended. Its recommendations vary by resolution, frame rate and codec, so use the matching entry in YouTube’s current encoder-settings guidance instead of carrying the 1080p30 bitrate over to a different profile.
- Leave bandwidth headroom. YouTube recommends 20% upload headroom and says the total stream bitrate cannot exceed available upload bandwidth. Measure the connection actually used by the encoder; for a relay design, also check the Linode’s outbound capacity and any other traffic. Do not infer a guaranteed throughput from the fact that a VM is a Compute Instance. If you use a backup stream, account for the primary, backup and headroom together.
Test the stream before leaving it unattended
- Start the stream and confirm that YouTube Live Control Room receives a preview. Resolve any encoder or stream-health warnings before relying on the broadcast.
- Open the public watch page and verify playback, including on a mobile device. Check that the intended audio and video are present and that the stream is reaching the right event.
- Test the recovery process you intend to use. YouTube’s streaming tips recommend checking a backup encoder by stopping the primary or disconnecting its network. That is a test of the backup arrangement, not evidence that one OBS process on a VM will restart or recover itself.
- If your setup records a local archive, verify that the files are actually being created and can be played. Local recording and a YouTube replay are separate from the relay itself.
For OBS installed on Linux, the OBS Project recommends Flathub for non-Ubuntu distributions and provides Ubuntu installation instructions. Its Linux guidance also lists OpenGL 3.3 or later and recommends an X server version for some features. Those requirements are reasons to check the display environment for a proposed VM setup; they do not prove that every virtual-display or headless arrangement is unsupported. The sources cited here do not document an OBS-as-headless-systemd-service procedure.
Plan for long-stream archives and failure recovery
YouTube’s encoder setup guidance says streams under 12 hours are automatically archived. A continuous 24-hour broadcast exceeds that stated window, so do not count on one complete YouTube VOD for the entire run. The cited guidance does not specify how every stream longer than 12 hours is handled. If you need a complete recording, plan and test a separate recording and rotation strategy rather than assuming the public replay will contain the full broadcast.
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A 24/7 setup also needs an explicit plan for encoder, relay, VM and network interruptions. The sources described here do not establish that direct OBS on a Linode will restart after a crash or reboot, or that a relay alone can restore a failed local encoder. Test the recovery path end to end and decide how you will detect an interruption before treating the stream as continuous.
Troubleshoot the common failure points
- YouTube receives no preview: Check that OBS is using the current event’s stream key and the correct server URL. If routing through a relay, verify that OBS can reach the relay and that the relay is forwarding to the intended YouTube endpoint.
- Stream health shows connection or bitrate problems: Compare the encoder’s configured bitrate with measured upload capacity and YouTube’s recommendation for the chosen resolution, frame rate and codec. Leave the recommended 20% headroom and account for competing traffic.
- OBS cannot use the selected Linux display or graphics setup: Review the OBS Linux installation and graphics requirements for your distribution and environment. Do not assume a generic VM image supplies a working desktop session or that OBS will run unattended without one.
- The stream stops after a computer or network failure: In the documented relay arrangement, OBS still runs on the local computer. The relay cannot keep encoding new content after its OBS input disappears. Test the backup-encoder or restart procedure you have actually configured.
- The YouTube replay is shorter than the broadcast: The automatic-archive statement applies to streams under 12 hours. For a 24-hour stream, use a separate recording plan and verify its output instead of relying on a single complete VOD.
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