If you are streaming at 1440p and 60 frames per second, use 24 Mbps with AV1 or H.265, or 34 Mbps with H.264. Set bitrate mode to CBR, use a 2-second keyframe interval, and send the stream over RTMPS.
Those figures describe the live feed sent to YouTube, not the settings for uploading a finished video. Before relying on 1440p60 for a long broadcast, test the upload connection and encoder with the same movement and audio that your real stream will contain.
A practical 1440p60 checklist
Start with the following values in your encoder or streaming application:
| Setting | AV1 or H.265 | H.264 |
|---|---|---|
| Resolution | 2560 × 1440 | 2560 × 1440 |
| Frame rate | 60 fps | 60 fps |
| Recommended video bitrate | 24 Mbps | 34 Mbps |
| Listed minimum video bitrate | 6 Mbps | 8 Mbps |
| Rate control | CBR | CBR |
| Keyframe interval | 2 seconds | 2 seconds |
| Protocol | RTMPS | RTMPS |
| Audio for stereo | AAC or MP3, 44.1 kHz, 128 Kbps | AAC or MP3, 44.1 kHz, 128 Kbps |
The bitrate figures in the table are YouTube's encoder recommendations for a 1440p60 incoming live stream. They are not a promise that a connection will carry the stream reliably, and they are not a universal measurement of the upload speed you need at a venue.
YouTube also lists 6 Mbps for AV1 or H.265 and 8 Mbps for H.264 as minimum settings at this resolution and frame rate. A minimum is not the same as the recommended target. If you are trying to keep an overnight devotional loop or ambience channel stable, begin with the recommended value when your encoder and connection can support it, then investigate lower settings only when the test shows that the higher rate is not practical.
For SDR content, YouTube's advanced settings list Rec. 709 colour space and 8-bit depth. Stereo audio can use AAC or MP3 at 44.1 kHz and 128 Kbps. If you are sending 5.1 surround through RTMP or RTMPS, YouTube's guidance specifies AAC, 48 kHz and 384 Kbps. Keep the audio choice consistent with the material you are actually sending rather than selecting surround settings for a stereo programme.
If your encoder asks for a stream key and server separately, copy both from YouTube Studio carefully. The guide to entering a YouTube stream key in FFmpeg is useful when you are working without a graphical encoder.
Choose the bitrate by codec
The direct answer to “What bitrate do I use for a 1440p 60fps YouTube live stream?” depends first on the codec.
Use 24 Mbps as the recommended video bitrate when the encoder sends AV1 or H.265, also called HEVC. Use 34 Mbps when it sends H.264. Do not replace these with one compromise number simply because both streams use the same 1440p resolution and 60 fps frame rate.
The reason for the difference is that codecs compress the same pictures differently. A codec that represents motion and detail more efficiently may need less data for a comparable result, while another may need more. The useful decision is therefore not “which bitrate is highest”, but “which codec can the encoder produce reliably, and what bitrate can the real connection sustain?”
| Your situation | Sensible starting point | What to check |
|---|---|---|
| Hardware or software supports AV1 and the workflow is stable | AV1 at 24 Mbps | Encoder support, system load and YouTube recognition of the incoming codec |
| Hardware or software supports H.265 reliably | H.265 at 24 Mbps | Whether the complete workflow accepts HEVC and remains stable over a long test |
| Broad compatibility is more important, or H.264 is the available option | H.264 at 34 Mbps | Whether the upload connection can carry the higher recommended rate |
| The connection cannot sustain the selected recommendation | Test a lower setting or a different format before scheduling the broadcast | Picture quality, dropped frames and stream health during representative movement |
YouTube lists H.264, H.265 and AV1 as supported live video codecs in its encoder guidance. Your own encoder may not expose all three. A computer, capture device or cloud workflow can support one codec but not another, so check the settings available where the stream is actually being produced.
For a mostly static prayer image, a lower data rate may appear acceptable during a short test. That does not prove it will remain clean when the video contains scrolling text, moving artwork, a camera feed, rain, water, traffic or a fast game scene. The more the picture changes between frames, the more important it is to test with the real material.
Do not describe 24 Mbps or 34 Mbps as the upload speed your broadband plan must guarantee. YouTube's figures concern the encoder's outgoing stream. Your connection also needs to remain stable while carrying that stream, and the available upload rate can vary with Wi-Fi conditions, other users and the service at the location.
Use CBR and a two-second keyframe interval
Set rate control to constant bitrate, or CBR. In practical terms, the encoder should aim to send the selected video rate steadily instead of repeatedly expanding and contracting the data rate according to each scene.
For the keyframe interval, enter 2 seconds. YouTube says not to exceed 4 seconds. If the encoder offers a choice between an interval in seconds and a keyframe distance in frames, 2 seconds at 60 fps means a distance of 120 frames. Use the seconds field when it is available, because it is easier to verify when you change the frame rate.
A keyframe is a complete reference picture from which later frames can be decoded. The encoder sends other frames as changes from reference material. Regular keyframes help the receiving service and playback system establish a fresh reference without waiting too long for one to arrive.
The setting is separate from bitrate. Choosing H.264 at 34 Mbps does not automatically configure CBR or keyframes, and choosing AV1 at 24 Mbps does not remove the need to check them. Treat resolution, frame rate, codec, bitrate mode and keyframe interval as separate fields in the encoder.
Variable bitrate can be useful in some file-encoding workflows because it gives complex scenes more data and quiet scenes less. That is not the same as YouTube's live encoder recommendation. For this live ingest, CBR gives you a clearer target when you compare the outgoing feed with the tested upload capacity.
If a preset hides advanced controls, open the encoder's advanced output settings or create a dedicated live profile. Save the profile with a name such as “YouTube 1440p60 AV1” or “YouTube 1440p60 H.264”. A named profile makes it less likely that you will accidentally reuse a 1080p, 30 fps or variable-bitrate configuration on the next broadcast.
Choose RTMPS and a supported codec
YouTube lists RTMP and RTMPS as live ingest protocols and recommends RTMPS, the secure extension of RTMP. Select RTMPS when your encoder provides it and use the server address supplied by YouTube rather than typing a remembered address from an old setup.
RTMPS does not change the required picture resolution or turn an unsuitable connection into a suitable one. It describes how the live feed is sent to YouTube. You still need the correct stream key, the right ingest address, a supported codec and a stable upload path.
The official YouTube encoder settings guidance lists the supported protocol, codecs, frame-rate limit and bitrate recommendations. Check that page again before changing a long-running channel, because platform settings can change and the page is the authoritative place to confirm current values.
YouTube's default recommendation is to let Live Control Room detect resolution and frame rate automatically. That is a reasonable starting point when you are still testing the connection or when the encoder's output can change. If you need to select the resolution manually, YouTube says to create a custom stream key and enable manual settings under stream resolution.
Manual control is useful when a channel must remain at 1440p60 and you do not want an automatic choice to reduce the format unexpectedly. It also creates another setting to verify. If the preview is not 1440p60, check the encoder output first, then check the stream key's manual resolution setting in Live Control Room.
A rejected publish attempt is usually worth troubleshooting before changing several quality settings at once. Check the stream key, server address, protocol and account state separately. If YouTube reports that the key is invalid or publishing is rejected, this stream key and publish-error guide can help you isolate the connection problem from the video settings.
Test upload capacity at the actual location
A 1440p60 profile is only useful if the connection at the streaming location can carry it consistently. Run an upload speed test at the venue, at the time of day when the channel will operate, and over the same network path that the encoder will use.
YouTube recommends testing the upload bitrate before streaming. It does not define one universal headroom figure above the selected stream bitrate in the cited encoder guidance. Treat any extra margin you choose as practical planning rather than as a YouTube rule.
For example, if you select AV1 at 24 Mbps, compare that setting with the upload result and its stability, not only with the headline speed shown by a single test. If you select H.264 at 34 Mbps, the connection has a larger data requirement. A result that briefly reaches the target but falls below it repeatedly may be less useful than a lower, steady profile that matches the actual service.
Test with other activity present if it will exist during the broadcast. A family member watching video, a shop using cloud systems, a camera uploading files or another device running a backup can reduce the capacity available to the live encoder. The test should resemble the conditions during the real stream, not an unusually quiet moment.
A wired Ethernet connection can remove one variable when the current setup uses unreliable Wi-Fi. It cannot add upload capacity to the broadband service, and it cannot repair congestion outside your home or venue. If you try a cable, test the complete path again rather than assuming that the connection is fixed.
A useful pre-broadcast test includes all of the following:
- the selected resolution and 60 fps output
- the chosen codec and recommended bitrate
- CBR and a 2-second keyframe interval
- the intended audio source and level
- movement similar to the live programme
- the same network, encoder and power arrangement used during the broadcast
Leave the test running long enough to expose recurring drops, overheating, encoder overload or a changing upload service. The purpose is not to prove that one short clip looked clear. It is to find out whether the whole setup continues producing the intended feed when the content changes and the connection is no longer at its best.
Read YouTube's stream health messages
After the stream starts, monitor YouTube's stream health rather than relying only on the local encoder preview. The preview can look smooth while the outgoing connection is losing packets or the receiving service is reporting a problem.
YouTube advises monitoring stream health and reviewing the messages shown during the broadcast. If a warning appears, note when it started and what the encoder was doing at that moment. A problem that appears only when the picture becomes busy points to a different investigation from one that appears while the source is static.
Check the encoder for dropped frames caused by the network, skipped frames caused by an overloaded system and lagged frames caused by rendering or processing pressure. The labels vary between applications, but the distinction matters. Reducing the video workload may help an overloaded encoder; changing the network may be necessary for upload-related drops.
Look at the actual output values as well. Confirm that the stream is still 2560 × 1440, 60 fps and using the intended codec. A source file may be 1440p while the encoder outputs a different resolution, or the encoder may fall back to a lower frame rate under load.
Audio deserves its own check. Listen for clipping, silence, a delayed microphone or a source that stops when the loop changes. A technically correct video stream can still be unsuitable for a bhajan, news or study channel if the audio disappears during a scene transition.
If the stream is unstable, do not change five settings at once. Record the current profile, then test one controlled change: the codec, bitrate, frame rate, resolution or network path. This gives you a better chance of learning what solved the problem and what merely hid it for a few minutes.
For a channel that must continue while your main computer is unavailable, the operational question is separate from the 1440p60 settings question. An uploaded programme can be sent to YouTube without leaving your desktop running; StreamNeo removes the need to keep that particular computer switched on by running the uploaded file as the live channel and restarting it automatically if the broadcast drops.
You can also review this guide to encoder-side and viewer-side buffering fixes when viewers report pauses. First establish whether the issue is in the outgoing feed or in an individual viewer's playback connection.
Live ingest is not finished-video upload encoding
The settings above apply to live ingest: the video that an encoder sends continuously to YouTube while a broadcast is running. They should not be copied into a finished-video export preset without checking the separate upload guidance for that workflow.
A live encoder has to produce pictures in real time, maintain a regular outgoing stream and meet YouTube's ingest requirements while the event is in progress. A file encoder can spend longer analysing a finished programme and can use a different bitrate strategy. The two jobs may use the same resolution and frame rate, but that does not make their recommended settings interchangeable.
This distinction matters for loop channels. Suppose you have a 1440p60 master file for a local news loop. If you upload that file as a normal YouTube video, its upload encoding choices belong to the finished-video workflow. If you send it as a live broadcast through an encoder, the 24 Mbps AV1/H.265 or 34 Mbps H.264 guidance applies to the outgoing live feed.
It also matters when a cloud-based workflow accepts an uploaded file and turns it into a live broadcast. The uploaded source is still a file, while the broadcast delivered to YouTube is live ingest. Check which stage a setting belongs to before changing it. Do not assume that the source file's bitrate is the live stream's bitrate.
YouTube's general live streaming help is a useful place to check the current setup flow alongside the encoder page. Use the current official documentation when YouTube changes its Studio controls, supported options or account requirements.
For a continuous channel, keeping the source file available is only one part of the plan. You also need the stream key, the selected ingest settings, a tested network or delivery method, and a way to notice a stopped broadcast. If you are comparing a local computer with a managed workflow, how to keep a YouTube live stream running without a PC covers the operational trade-off without changing the technical requirements above.
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 1440p60 on YouTube?
Use 24 Mbps for AV1 or H.265, or 34 Mbps for H.264, as YouTube's recommended live encoder settings. YouTube lists lower minimum values, but you should test the chosen rate against the upload capacity and stability at the actual streaming location.
Is 24 Mbps enough for 1440p 60fps?
It is YouTube's recommended bitrate for AV1 or H.265 at 1440p60. It is not the recommended H.264 value, which is 34 Mbps, and neither figure guarantees that a particular internet connection can sustain the stream.
Should YouTube live use CBR or VBR?
Use CBR for the live encoder and set the keyframe interval to 2 seconds. YouTube says the interval should not exceed 4 seconds, so verify both fields rather than relying on an encoder preset.
Should I use RTMP or RTMPS?
YouTube lists both protocols and recommends RTMPS. Select RTMPS when your encoder supports it, then verify the server address and stream key supplied by YouTube.