No. AWS Elemental MediaPackage does not document RTMP as a supported live input, so an FFmpeg RTMP stream cannot be sent directly to a MediaPackage channel using a documented ingest protocol.
If your destination is YouTube Live, publish the encoder stream to the server URL and stream key shown in YouTube Live Control Room. If you need AWS packaging and delivery, use MediaLive as the RTMP input stage and configure its output for the appropriate MediaPackage generation.
Short answer: MediaPackage is not an RTMP ingest target
The answer is no for both MediaPackage generations documented by AWS. MediaPackage v2 lists HLS and CMAF as input types pushed over HTTPS. MediaPackage v1's live input documentation lists HLS ingest over HTTPS or WebDAV. RTMP does not appear in those supported live-input lists. See AWS's MediaPackage v2 input documentation and MediaPackage live input documentation before configuring a channel, because product documentation can change.
This distinction is easy to miss because a MediaPackage channel has ingest endpoints, and FFmpeg can publish a stream using RTMP. An endpoint is not a promise to accept every streaming protocol. The input type and protocol configured for the AWS service have to match what the encoder sends. An RTMP URL and key cannot be made compatible with an HTTPS HLS or CMAF ingest endpoint simply by pasting them into FFmpeg.
Also separate two different goals. MediaPackage is used to package upstream content and serve it through origin endpoints for playback workflows. YouTube Live is a destination for an encoder feed. If YouTube is the only audience destination, inserting MediaPackage is not the documented route for publishing that feed. YouTube's encoder instructions tell you to configure the encoder with YouTube's server URL and stream key.
Check the MediaPackage generation and input type
Before changing an FFmpeg command, identify whether your AWS workflow uses MediaPackage v1 or v2. The generations have different documented ingest choices, so the words “MediaPackage endpoint” are not enough to decide how the source should connect. Check the channel or account configuration and the relevant AWS documentation for the generation you operate.
For MediaPackage v2, AWS documents HLS and CMAF inputs over HTTPS. These are distinct input types, not names for RTMP. A v2 channel's input type is set when the channel is created and, according to AWS's channel documentation, is not something to treat as a switch you can casually flip later. Decide which supported input your upstream workflow will provide before building around that channel.
For MediaPackage v1, the live input documentation describes HLS ingest. That means an FFmpeg RTMP output still does not match the documented input. Do not assume that a v1 endpoint accepts RTMP because it is a live channel or because an encoder exposes an RTMP output option.
| Goal or generation | Documented high-level route | What to check |
|---|---|---|
| FFmpeg feed for YouTube Live | FFmpeg or another encoder to YouTube Live Control Room URL and key | Select the current destination details from your own Live Control Room |
| RTMP source into an AWS packaging workflow | FFmpeg RTMP to MediaLive RTMP input, then a MediaPackage output | Match MediaLive input codecs and the output group to the chosen workflow |
| New MediaPackage v2 workflow | MediaLive output to MediaPackage v2 using CMAF ingest over HTTPS | Confirm the channel's configured input type and current AWS instructions |
| MediaPackage v1 workflow | MediaLive to the applicable MediaPackage v1 HLS ingest workflow | Use the v1-specific live input path rather than an RTMP target |
This comparison is about protocol fit, not a recommendation to move every source into AWS. If your task is just to put a prerecorded loop or encoder output on YouTube, the direct path has fewer services to configure. If your task is to package and distribute a live source to playback endpoints, the AWS workflow may be appropriate.
Why an FFmpeg RTMP publish fails at MediaPackage
When FFmpeg publishes RTMP, it opens an RTMP connection to the server address supplied in its output configuration and sends media using that protocol. MediaPackage's documented live input paths instead describe content arriving through HTTPS-based HLS or CMAF workflows, with the v1 documentation also naming WebDAV for HLS. The protocol mismatch is before the question of whether video and audio codecs are suitable.
A typical symptom is a connection or publish failure even though the FFmpeg process starts. A process can be running while its destination is wrong, inaccessible, or unable to accept the protocol being offered. A successful local encode therefore does not demonstrate that MediaPackage has accepted the stream. Check the log for a completed publish and confirm activity in the receiving service rather than relying on the process staying open.
Do not take a MediaPackage ingest URL and substitute it for a YouTube RTMP URL, or the reverse. The services have different roles and expect different connection details. YouTube provides its stream destination and key in Live Control Room. MediaPackage exposes inputs for its selected HLS or CMAF workflow. Neither endpoint becomes a generic relay by adding a stream key or changing the URL scheme.
If you have a long-running FFmpeg process on a virtual machine, troubleshoot the layers separately: source file and encode, network connection, destination protocol, then platform-side status. The guide on keeping FFmpeg running after an SSH disconnect covers process continuity, but a persistent process cannot correct a protocol mismatch. Likewise, confirm that your channel has been enabled for live streaming before diagnosing an encoder destination; YouTube's verification requirements for Indian mobile numbers are a separate account-readiness issue.
Use MediaLive when you need AWS packaging
If you want an RTMP source to enter an AWS packaging workflow, the documented bridge is AWS Elemental MediaLive. MediaLive supports an RTMP input, and AWS documents a MediaPackage output group. At a high level, the route is FFmpeg publishing RTMP to MediaLive, MediaLive processing the input and delivering an output to MediaPackage, then MediaPackage serving a packaged stream through an origin endpoint for the intended playback path.
This route has distinct input and output stages. The FFmpeg connection is to MediaLive, not MediaPackage. MediaLive's RTMP input has its own supported codec constraints; AWS's input codec table identifies H.264 video and AAC audio for RTMP. The MediaPackage output is configured separately and uses the output group and ingest method appropriate to the target MediaPackage generation. Read AWS's MediaLive supported input codecs and MediaLive delivery to MediaPackage guidance while designing the path.
For a new MediaPackage v2 workflow, AWS recommends the MediaLive CMAF ingest output group. That does not mean FFmpeg is publishing CMAF directly to a MediaPackage RTMP input; it means MediaLive accepts the upstream feed and emits the appropriate output for the v2 channel. For a v1 workflow, use the applicable HLS ingest path. Confirm the generation before creating channels and outputs, since the available settings and configuration steps differ.
This architecture costs more effort to operate than a direct encoder-to-YouTube setup. You need to manage the input, output group, channel, credentials or endpoints, monitoring, and downstream playback destination. That effort is justified when packaging and distribution are part of the requirement, not merely because MediaPackage appears in an AWS account. If you are comparing a managed cloud workflow with running a machine yourself, this overview of cloud services for always-on YouTube streams helps frame the operational difference, but it does not change the protocol requirement.
Send FFmpeg to YouTube for YouTube Live
For YouTube Live, configure FFmpeg as the encoder and set the destination to the server URL and stream key provided for your live event in YouTube Live Control Room. YouTube's encoder setup instructions describe that destination workflow. Do not copy a URL or key from an example article or another channel: use the current values associated with your own stream.
The practical route is encoder to platform, not encoder to MediaPackage and then an assumed forwarding hop. MediaPackage is not documented as an RTMP relay to YouTube. YouTube's setup is intended to receive the encoder feed itself, and its control room shows the stream status so you can tell whether the platform is receiving media.
No generic FFmpeg command can safely be prescribed without knowing the FFmpeg build, input media, codec choices, frame rate, and the exact destination settings issued for the stream. A command with a fabricated server URL or key would be unusable, and a command that works for one input may fail for another. Use the values shown in your own control room, then inspect FFmpeg's output and YouTube's stream health together.
For a prerecorded file, also think about how the file will behave when it reaches the end: a live encoder feed does not automatically imply a seamless repeat. Choose and test the loop behaviour deliberately, especially for an always-on channel. If the source is a large file uploaded over a limited connection, the guide to reducing an MP4 upload for mobile data in India may help with preparation, though the actual live encoder output still needs to follow YouTube's requirements.
Choose RTMP or RTMPS for the destination
RTMP and RTMPS are related, but they are not interchangeable endpoint labels. RTMPS is RTMP carried over TLS/SSL, so the connection to the receiving service is encrypted. YouTube recommends RTMPS for encoder delivery. Use the protocol and server address supplied by YouTube for the stream rather than changing a destination URL by guesswork.
YouTube's current encoder guidance lists supported video and audio codecs, frame-rate guidance, constant bitrate (CBR), and keyframe interval recommendations. It gives bitrate guidance by resolution and frame rate rather than one universal value. Check the current encoder settings and bitrate table for the output you intend to send. Treat those values as YouTube-specific publishing guidance, not as MediaPackage input requirements.
For a MediaLive-to-MediaPackage path, the RTMP or RTMPS choice concerns the connection from FFmpeg to the MediaLive input, where the configured endpoint and input settings determine what is accepted. The next hop is a MediaLive output configured for MediaPackage, with its own format and ingest requirements. Changing the first hop to RTMPS does not turn the second hop into RTMP, and it does not alter which input type a MediaPackage channel supports.
You may find guides that discuss stream keys as recurring credentials for a channel, but the key's role is still destination-specific. Keep the stream-key guidance for recurring YouTube broadcasts in that context: a YouTube stream key belongs in the encoder's YouTube destination setup, not in a MediaPackage ingest field unless AWS documentation for a particular supported workflow explicitly says otherwise.
Validate the endpoint before a long run
Test with a short session before relying on an overnight or continuous broadcast. First write down the intended destination and protocol: YouTube with the current Live Control Room server URL and key, or MediaLive with an RTMP input that leads to a separately configured MediaPackage output. This simple distinction catches the most common design mistake before you spend time tuning bitrate or restarting the same failing command.
Then check the receiving service's own status. For YouTube, confirm that Live Control Room reports an incoming stream and review any encoder warnings. For AWS, confirm the MediaLive input is receiving the expected source and that its output is configured for the MediaPackage generation and input type in use. A healthy encoder log on its own only tells you that the local process is active; it does not prove the remote service has accepted and processed the media.
Check media properties against the relevant destination documentation. For a MediaLive RTMP input, verify the codec combination against AWS's table. For YouTube, consult its current codec and bitrate recommendations for the chosen resolution and frame rate. Avoid copying settings from a different platform, resolution, or workflow just because the values look familiar.
Finally, test the failure you expect to encounter: disconnect and reconnect behaviour, source-file end behaviour, audio presence, and whether the destination recovers after a brief network interruption. Do not infer that a service will restart or resume in a particular way unless you have observed it in your configuration and checked the service's current documentation. For a 24/7 channel, a planned test window is safer than discovering a bad endpoint after the audience expects the stream to be live.
If the operational problem is not AWS packaging but keeping a file-based YouTube channel running when your computer is off, a cloud-operated workflow can remove the need to keep a local FFmpeg process and machine running. StreamNeo turns an uploaded video into a YouTube live stream and monitors and restarts the broadcast if it drops; that addresses the local process continuity problem, not MediaPackage compatibility, and it is YouTube-only.
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 point FFmpeg's RTMP output at a MediaPackage URL?
No, not as a supported live ingest route documented by AWS. MediaPackage v2 documents HLS or CMAF over HTTPS, while v1 documents HLS live ingest; use a supported input path rather than treating the endpoint as a generic RTMP server.
Can MediaLive receive FFmpeg RTMP and send it to MediaPackage?
AWS documents MediaLive RTMP input and a MediaPackage output group, so that is the supported high-level AWS route. Configure the input and output separately, check codecs and generation-specific ingest details, and confirm the current AWS instructions for your workflow.
Do I need MediaPackage to stream FFmpeg to YouTube?
No. YouTube's encoder workflow uses the server URL and stream key from Live Control Room. Send the encoder feed there directly, using the current settings recommended by YouTube.
Should I use RTMP or RTMPS for YouTube?
YouTube recommends RTMPS, which encrypts the RTMP connection using TLS/SSL. Use the destination URL provided in Live Control Room and check YouTube's current encoder guidance rather than modifying the URL yourself.