If you are using OneStream Live to play a prerecorded video continuously on YouTube, its source-video guidance recommends 1080p at 30 fps, H.264 video and AAC audio, with video bitrate from 1500 to 6000 Kbps. That is not the same workflow as sending a live encoder feed directly to YouTube, where YouTube recommends 10 Mbps for H.264 at 1080p30.
The distinction matters because one number describes a file you upload for managed playback and the other describes an encoder’s live output. OneStream’s documented 24/7 feature is for YouTube, requires Enterprise, and supports scheduled durations of up to 30 days; its general video guide does not define a separate 24/7 bitrate profile.
Start with the workflow, not the bitrate
First decide which signal path you are setting up. With OneStream’s prerecorded workflow, you choose a finished video file from your device, OneStream storage or supported cloud storage, then connect a YouTube channel and schedule playback. You are preparing a source file for the service to play, not configuring a local encoder to transmit a live feed.
A direct encoder workflow is different. Software such as OBS, or a hardware encoder, sends a live audio-and-video signal to YouTube using an ingest protocol and the settings YouTube documents for encoder streams. In that case, your computer or encoder and network connection are part of the ongoing broadcast path.
This article keeps the two profiles separate. Use the OneStream figures when checking an uploaded source file for its prerecorded workflow. Use YouTube’s encoder table when configuring a direct encoder feed. A bitrate number cannot be transferred from one path to the other just because both result in a YouTube live broadcast.
If you are still choosing between local encoding and managed playback, the practical differences are explored in this guide to setting up a continuous YouTube live stream with a cloud playout service. The relevant question is not only which setting looks best on paper, but which workflow you can prepare, monitor and recover when something goes wrong overnight.
OneStream’s source-video profile for 24/7 playback
OneStream’s general recommended-video-settings guide gives a usable starting profile for a prerecorded source: MP4, MOV or M4V container; 1920×1080 resolution; H.264 video; 30 fps; AAC audio; video bitrate between 1500 and 6000 Kbps; and audio bitrate of 128 Kbps. OneStream also says videos should be at least one minute for the best streaming experience.
These are source-file recommendations, not a special profile labelled specifically for 24/7. The fact that a video may be scheduled as part of continuous playback does not change the guide into a different set of bitrate figures. Start with the documented general file guidance, then check the file you actually intend to upload.
| Setting | OneStream prerecorded source guidance | What to check |
|---|---|---|
| Container | MP4, MOV or M4V | Confirm the file is in one of the listed formats |
| Resolution | 1920×1080 (1080p) | Use the dimensions of the encoded file, not just the project canvas |
| Video codec | H.264 | Check export settings or file properties |
| Frame rate | 30 fps | Keep the file’s frame rate consistent with the export you intended |
| Video bitrate | 1500–6000 Kbps | Treat this as the source-video range, not YouTube ingest guidance |
| Audio | AAC, 128 Kbps | Listen through the finished file, including its quietest and loudest passages |
For example, a devotional channel could export a 1080p30 bhajan programme as H.264 video with AAC audio and inspect whether its video bitrate is within OneStream’s stated range. That is a clearer first check than trying to force the file to match YouTube’s direct-encoder 10 Mbps recommendation.
The bitrate is not the only part of the source that affects the result. A still image with a song, a slow devotional montage, a study timer with minimal movement and a rain scene with fine moving texture do not use image detail in the same way. A bitrate setting is a constraint on the encoded file; it cannot restore detail that was lost before export or make an unsuitable source look clean.
If your playlist depends on a large collection of local media, file organisation is a separate operational task. This walkthrough on using a NAS to store videos for a 24/7 Indian music YouTube stream may help with the storage side, but a NAS does not change the source settings OneStream publishes.
YouTube’s direct encoder ingest profile
For a direct encoder stream, YouTube’s official encoder settings and bitrate table provides a separate reference. Its H.264 recommendations include 4 Mbps for 720p30, 6 Mbps for 720p60, 10 Mbps for 1080p30, 12 Mbps for 1080p60, 15 Mbps for 1440p30, 24 Mbps for 1440p60, 30 Mbps for 2160p30 and 35 Mbps for 2160p60.
These are YouTube recommendations for encoder ingest, not file-export targets for the OneStream prerecorded path. The contrast at 1080p30 is therefore not a contradiction: OneStream’s 1500–6000 Kbps figure applies to its source-video guidance, while YouTube’s 10 Mbps figure applies to a live H.264 encoder feed.
YouTube’s encoder guidance also covers details beyond resolution and bitrate. For direct encoder streaming it lists RTMP or RTMPS, H.264, H.265/HEVC or AV1 video, frame rates up to 60 fps, constant bitrate (CBR), and a recommended keyframe interval of two seconds that should not exceed four seconds. It recommends RTMPS for encrypted transport. The stated audio codec choices include AAC or MP3, with 128 Kbps guidance for stereo audio.
Do not apply that entire encoder checklist to a video that you upload for managed prerecorded playback. Those encoder controls belong to a path in which an encoder is transmitting to YouTube. If you are building a local system with OBS, you can use this guide to OBS audio mixing and equalisation as a separate audio-production reference, but it does not replace YouTube’s current encoder documentation.
Why the bitrate recommendations differ
A prerecorded file is encoded before it is sent into the playback workflow. Its bitrate describes how much data was used to represent the video in that file. A direct encoder’s bitrate describes the outgoing stream being sent to YouTube in real time. Both are measured in bits per second, but the values are tied to different stages and responsibilities.
With an uploaded source, your immediate checks are whether the format and encoding are accepted by the service and whether the visual and audio quality are adequate in the finished file. You can inspect, replay and replace the source before scheduling. With a local encoder, the setting must also suit the encoder’s ability to produce a steady feed and the available upstream connection while the stream is running.
That distinction explains why choosing the larger number is not automatically a quality improvement for every 24/7 channel. If a source was exported at a lower bitrate, changing the field in another application cannot recreate texture or fine detail that is no longer in the encoded file. If you are transmitting directly, a high bitrate your connection cannot sustain can contribute to congestion rather than improving the viewing experience.
YouTube says it transcodes incoming live streams into formats suited to different devices and network conditions. A viewer may therefore receive a rendition appropriate to their device rather than your original encoder signal. The encoder recommendation remains useful for setting the incoming feed, but it is not a promise that every viewer will receive that exact bitrate or resolution.
For a direct encoder, YouTube also advises leaving upload bandwidth headroom: its streaming tips say 20% is recommended. That is a practical buffer for other traffic and variation, not an uptime guarantee. If other people in the premises use the connection, or cloud backups run at night, test at the time and under conditions when you expect the channel to operate.
Audio and resolution choices for a long-running channel
For the OneStream source path, the published starting point is 1080p at 30 fps, with H.264 video and AAC audio. That gives a specific target to check against rather than an invitation to increase every export setting. A 1080p source may suit a channel whose visuals include text, a temple image or a steady camera view; higher resolution is not automatically better if it makes the production or transfer less manageable.
Audio deserves its own check because a picture can appear correct while a continuous channel remains difficult to listen to. OneStream’s guidance specifies AAC audio at 128 Kbps. Listen to the exported file on ordinary headphones or speakers, especially at transitions and between tracks. For bhajans, lofi music or ambience, check that the beginning and end of each clip do not produce an abrupt silence or a sudden level change when the playlist moves on.
For a direct encoder, YouTube’s audio guidance is a separate part of the ingest profile. Do not assume a file’s audio export settings alone tell you whether a local encoder is configured correctly. If the source sounds distorted, clipped or unusually quiet, fix the mix before relying on a bitrate change; a higher video bitrate cannot repair audio problems.
The right resolution is also tied to what viewers need to see. If a local news loop uses captions, test that the text remains readable on a phone. If a study channel mostly shows a timer and a still background, make sure the timer is legible and the image is not visibly damaged. Export a representative section with the actual movement and text, then review it at the viewing size you expect.
24/7 eligibility and scheduling limits
OneStream’s help article for starting 24/7 live streaming describes a workflow in which you choose the 24-hour stream option, add videos from a device, OneStream storage or supported cloud storage, connect your YouTube channel, enter stream details and choose an immediate or scheduled start. You then set a duration in days and schedule the broadcast.
The documented boundaries are important before you spend time preparing a playlist. OneStream says its 24/7 streaming feature is available only for YouTube destinations, requires an Enterprise plan, and can be scheduled for up to 30 days. The guide does not establish that the same feature is available for other destinations, or that one scheduled broadcast can run beyond that maximum. Check OneStream’s current help page and plan details before you depend on the feature for a calendar or operating commitment.
A schedule is not the same as a guarantee that the programme will be uninterrupted. Before starting, make sure the videos are in the order you intend, that the channel and destination are correct, and that the opening and ending sections make sense when played as a loop or sequence. If your channel depends on a specific event time, leave time to verify the scheduled state in the service and on YouTube.
For a local encoder alternative, consider what happens if the machine loses power, an application closes or the network drops. A second-encoder backup for a 24/7 devotional stream can be relevant to a locally operated setup, but it is a different workflow from scheduling a prerecorded source through OneStream. Compare the recovery steps you can actually perform, rather than assuming a particular bitrate will prevent a drop.
A practical check before you schedule or go live
For a OneStream prerecorded channel, begin with the file rather than the YouTube encoder settings. Confirm that the container is MP4, MOV or M4V; check that the export is 1920×1080, H.264 and 30 fps; verify AAC audio at 128 Kbps; and compare the video bitrate with OneStream’s 1500–6000 Kbps guidance. Then play the whole source or at least inspect representative sections, including transitions and the end of the file.
For a direct encoder, use YouTube’s table for the resolution, frame rate and codec you have actually selected. Configure the encoder-specific items such as CBR and keyframe interval in the encoder, choose the recommended secure transport where appropriate, and ensure the connection can sustain the stream while retaining headroom for other traffic. YouTube recommends testing with representative audio and motion before a live broadcast.
YouTube’s live stream settings guidance and its streaming tips are useful references for the channel and network side. While a direct encoder is live, monitor YouTube’s stream health messages. Testing and monitoring can help you find avoidable issues; they cannot guarantee uninterrupted playback.
If the burden is repeatedly keeping a computer on, reconnecting a local encoder after a drop and checking whether it has resumed overnight, StreamNeo removes that specific computer-on-and-restart task for a YouTube channel using an uploaded video: you upload the file once, provide the stream key, and can switch off your computer while the broadcast is monitored and restarted if it drops. It is YouTube-only, so it is not a substitute for OneStream when you need its documented scheduling workflow or another destination.
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
What bitrate should I use for a 1080p YouTube live stream?
For a direct H.264 encoder stream at 1080p30, YouTube recommends 10 Mbps. For a prerecorded source uploaded for OneStream playback, OneStream’s general guide recommends 1500–6000 Kbps video bitrate. Use the figure for the workflow you are actually running.
What resolution is best for a 24/7 YouTube stream?
OneStream’s general prerecorded-file recommendation is 1920×1080 at 30 fps. For a direct encoder, use YouTube’s guidance for the resolution and frame rate you have selected, and consider whether your upload connection can sustain it with headroom. There is no separate 24/7-only profile in the OneStream guide cited here.
Can OneStream Live stream 24/7 to YouTube?
OneStream documents 24/7 streaming to YouTube, with an Enterprise plan requirement and scheduled duration of up to 30 days. Its help article describes selecting prerecorded videos and scheduling the broadcast. Check the current official help page for the applicable workflow and account requirements before planning around it.
Are OneStream source settings interchangeable with YouTube encoder settings?
No. OneStream’s figures apply to a prerecorded source video, whereas YouTube’s bitrate table and encoder requirements concern a direct live encoder feed. Do not raise or lower a source-file bitrate simply to match an encoder recommendation.