For a 1080p YouTube stream sent through Livepush, keep Livepush’s input guidance separate from YouTube’s encoder recommendations: the two publishers give different bitrate figures and do not explain how they relate. Choose frame rate to match your source and content, check the relevant codec-specific YouTube recommendation, and test the whole route before relying on it.
The short version is that both services publish guidance for 1080p, while the available pages do not establish a single required bitrate for a Livepush-to-YouTube relay. A number on one page should not be treated as a guaranteed requirement for the other service. Your practical setting depends on the encoder, source material, upload connection and the behaviour of the stream at YouTube.
Start with resolution and frame rate
Resolution describes the dimensions of each frame; frame rate describes how many frames are sent each second. For a 1080p source, the first choice is usually whether to send at 30 or 60 frames per second. Livepush documents support up to 60 fps, and YouTube lists support up to 60 fps. That does not mean every programme benefits from 60 fps or that choosing it automatically improves a stream.
For a devotional channel built from a still image, a lofi station with slow visuals, or a local news loop made from mostly static graphics, 30 fps may match the source and avoid encoding frames that contain little new movement. For footage with fast motion, such as gameplay, dance, or a busy outdoor scene, 60 fps can preserve more temporal detail if the source was made at that rate and the encoder and connection can sustain the output. Do not turn a 30-fps source into a 60-fps stream just to select a larger number; it cannot restore motion that the original did not capture.
Resolution and frame rate also affect the amount of data the encoder must represent. A higher frame rate means more frames to encode, but bitrate is not a simple quality dial that can be set without regard to codec, movement and encoder behaviour. A quiet shot and a rapidly changing scene can behave differently at the same nominal settings. Test with the kind of content that will actually run, rather than judging from a static test card alone.
If your source is a playlist or a prepared video rather than a live camera, make sure the chosen output does not exceed what the source contains. A guide to adding a 4K 60fps video playlist to OBS covers a different resolution, but illustrates why source properties and output settings need to be considered together. For a 1080p workflow, use the same principle without assuming that settings for a 4K workflow transfer directly.
Livepush’s listed 1080p source ranges
Livepush’s Help Center article, “Recommended settings for Live streaming”, lists 2.5–4.5 Mbps for 1080p at 30 fps and 4.5–8 Mbps for 1080p at 60 fps. It presents these as recommended settings when sending a live stream to Livepush. Those are Livepush’s published source-side figures, not YouTube’s codec-specific ingest recommendations.
Livepush also has a product page that lists a separate 4,000–8,000 kbps range for a 1080p live event. That is another publisher’s figure, stated on a different page for a different description of its offering. Do not silently combine it with the Help Center’s ranges or assume the two pages define the same measurement point. The pages reviewed do not explain how this event-page range relates to the input settings in the Help Center.
The unit conversion can be useful when reading the pages side by side: Mbps and megabits per second describe the same kind of bitrate unit, while kbps expresses thousands of bits per second. But making the units look alike does not make the recommendations interchangeable. They remain statements published in different contexts by Livepush, and neither explains how its figures map to YouTube’s codec-based values.
Livepush’s Help Center says H.264 is its recommended input codec. It lists constant bitrate (CBR), a two-second keyframe interval, and AAC-LC or Opus audio, with 128 kbps audio recommended. These are Livepush’s documented input recommendations; the page does not establish that every listed audio and video combination works end to end in every encoder, relay configuration and YouTube ingest path.
If you need to change playlists, sources or overlays while a stream is running, separate that production decision from bitrate selection. A guide to switching between two pre-recorded YouTube playlists in OBS may help with the programme side, but it cannot resolve the difference between Livepush and YouTube’s published bitrate guidance.
YouTube ingest recommendations by codec
YouTube’s live encoder settings guidance lists recommended ingest bitrate settings that vary by codec and frame rate. For 1080p at 30 fps, YouTube lists 10 Mbps for AV1 or H.265/HEVC and 14 Mbps for H.264. At 60 fps, it lists 12 Mbps for AV1 or H.265/HEVC and 17 Mbps for H.264. These are YouTube’s recommendations for ingestion, not Livepush’s input ranges.
| 1080p output | Livepush Help Center source guidance | YouTube AV1 or H.265 ingest recommendation | YouTube H.264 ingest recommendation |
|---|---|---|---|
| 30 fps | 2.5–4.5 Mbps | 10 Mbps | 14 Mbps |
| 60 fps | 4.5–8 Mbps | 12 Mbps | 17 Mbps |
The table is a comparison of what each publisher lists, not a combined target. The YouTube columns specify the codec as well as frame rate; the Livepush column reflects its own stated 1080p source ranges. A sensible reading keeps the labels attached to each value. If you are using H.264, for example, YouTube’s listed 1080p recommendation is not the same number as Livepush’s listed input range.
YouTube’s encoder guidance also lists H.264, H.265/HEVC and AV1. Livepush’s input guide recommends H.264. The pages do not provide a complete compatibility matrix that establishes how every codec passes through Livepush and reaches YouTube. H.264 is therefore the common explicitly documented starting point in these sources, not proof that all other paths are unsupported or that a particular configuration is guaranteed.
For shared settings, YouTube lists CBR and a two-second keyframe interval; it says not to exceed four seconds. Livepush likewise lists CBR and recommends a two-second keyframe interval, with four seconds as its stated maximum. Where two services publish the same setting, it is reasonable to treat it as a common configuration point, while still checking the encoder’s own controls and the actual stream health.
Audio needs the same care. YouTube lists AAC or MP3 and recommends 128 kbps for stereo audio. Livepush lists AAC-LC or Opus and recommends 128 kbps. These lists overlap in part, but they do not prove support for every codec combination across the complete path. If audio is important to the programme, include speech or music in the test and confirm that YouTube receives it cleanly.
Why the published bitrate ranges differ
The figures differ, but the reviewed pages do not say why. Livepush describes settings for sending a stream to Livepush; YouTube describes recommended encoder bitrates for ingest. Those descriptions point to different parts of a workflow, and the publishers do not explain whether the numbers refer to identical segments, encoding assumptions or relay behaviour. Any more definite explanation would be speculation.
It is tempting to pick the lower number because the stream goes through a service first, or to set the encoder to YouTube’s higher number because YouTube is the destination. Neither inference is supported by these pages. The lower Livepush range is not stated as a guaranteed relay requirement, and the higher YouTube recommendation is not identified as a required setting for a stream passing through Livepush. Keep attribution attached to each figure.
The separate 4,000–8,000 kbps range on Livepush’s event product page adds another reason to avoid collapsing the published values into one rule. It is relevant context when considering Livepush’s own pages, but it does not reconcile the Help Center’s recommendations with YouTube’s ingest table. A shared unit or matching endpoint does not establish that two recommendations measure the same stage of the workflow.
Think of the figures as evidence to guide a test, not as a conversion formula. Your source file, encoder, uplink and relay path all contribute to the actual result. A clear, stable local encode does not by itself show that YouTube is receiving the stream correctly; likewise, a bitrate value that appears within a publisher’s range does not ensure that a poorly matched source or unstable connection will behave well.
Choose settings for the actual workflow
Start by writing down the source format and the job the stream needs to do. Is it a camera feed, a looped video, an audio programme with a static image, or a mix that changes during the day? Record its resolution and frame rate, then avoid increasing them without a specific reason. Use 30 fps when that is the source and motion needs are modest; consider 60 fps when the source and fast motion justify the extra detail.
Next, choose an encoder and codec that are actually available in your setup. If you are using H.264, YouTube’s table gives a specific 1080p recommendation for each listed frame rate, while Livepush’s input guide also recommends H.264. Do not infer from those facts that the two figures should be added together, averaged, or substituted for one another. For an alternate codec, check the encoder and relay configuration rather than assuming the Livepush guide has documented the full route.
Make the test resemble the final programme. For a bhajan stream, include the music and any vocals; for news, include spoken segments, titles and moving footage; for ambience, include the visual changes that will occur over time. A still screen may hide issues that appear once the content moves or the audio becomes more demanding. YouTube specifically advises testing with movement and audio similar to the planned live stream.
Test from the same computer or encoder, connection, Livepush configuration and YouTube destination you plan to use. Confirm that the correct YouTube stream is selected, send a private or otherwise suitable test if that fits your workflow, and watch YouTube’s stream-health indicators and messages. If you change resolution, frame rate, codec or bitrate, repeat the test: a result from one configuration does not validate another.
For a long-running channel, plan for what happens when you are not at the keyboard. A useful test is not just a brief check that the broadcast begins; it is also a check that the source continues, audio remains present and the destination continues to report a healthy ingest through ordinary changes in the programme. If you make a loop from audio and a static image, the podcast-to-YouTube live stream guide covers a related source pattern. Its format does not remove the need to check your own sound and stream health.
Keep a note of the exact settings that passed the test, including the encoder’s rate control, keyframe interval, codec, resolution and frame rate. If a problem recurs overnight, that note helps distinguish a change in content or connection from a setting you intentionally altered. It also makes it easier to compare two controlled tests rather than changing several values at once and guessing which one mattered.
Check plan terms and verify output
Technical support for a resolution and entitlement to use it on a particular plan are different questions. Livepush’s Help Center article about resolution, dated June 17, 2024, says the Free plan limit is 1080p. That is dated plan information, not a timeless technical specification. Before relying on it, check Livepush’s current plan information and confirm the terms that apply to your account; do not treat the older statement as verified current policy.
Likewise, the statement that Livepush supports 1080p does not guarantee that every plan, input method or encoder setting is available to every account. Check the current terms for resolution, frame rate, event duration and any other limit that matters to your planned use. The research reviewed for this article does not verify current plan-specific limits beyond the dated Help Center statement, so no present Free-plan cap should be assumed here.
After checking the plan, verify the result at YouTube. Look at stream health and messages while the test is active, confirm the expected resolution and frame rate, and listen for the audio you intended to send. If you see a warning, use the message to guide a single change at a time. Changing bitrate, codec and frame rate together can make the outcome harder to interpret.
YouTube’s advice is to test before starting and to monitor stream health during the event. That matters particularly for a 24/7 channel: a short daytime preview may not reveal a source that stops later, a quiet audio channel or a stream that becomes unhealthy when the programme changes. Build a check into the handover or operating routine, and decide who will notice and investigate a warning when you are away.
For an always-on channel, another practical decision is whether you need your own computer to remain on for the broadcast. If the specific problem is keeping a prepared video running without leaving your machine on, StreamNeo removes that computer-running burden by turning an uploaded video into a YouTube live stream and restarting it if it drops. It is YouTube-only, so this addresses the continuous playback workflow rather than resolving which bitrate interpretation applies to Livepush.
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 1080p YouTube Live through Livepush?
There is no single combined figure in the reviewed guidance. Livepush lists its own 1080p source ranges, while YouTube gives codec-specific ingest recommendations; the pages do not explain how those ranges relate in a Livepush relay. Test the exact encoder, source, connection and destination you intend to run.
What bitrate does Livepush list for 1080p at 60 fps?
Livepush’s Help Center lists 4.5–8 Mbps for 1080p at 60 fps when sending a live stream to Livepush. That is Livepush’s published source guidance, not YouTube’s ingest recommendation. YouTube lists 12 Mbps for AV1 or H.265 and 17 Mbps for H.264 at 1080p60.
Should I choose 1080p30 or 1080p60?
Match the frame rate to the source and the amount of motion that matters. A static devotional image or slow ambience loop may not benefit from 60 fps, while fast movement can make the added temporal detail useful if the source supports it. Test with representative content before settling on a setting.
Does Livepush’s Free plan currently limit streams to 1080p?
A Livepush Help Center article dated June 17, 2024 says the Free plan limit is 1080p, but that dated statement has not been verified as current plan policy. Check Livepush’s current plan terms before relying on it. Technical support for 1080p and access to a resolution on a specific plan are separate matters.