For a pre-recorded video sent live through OBS, set the outgoing canvas and output to 2560×1440 at 60 fps, then match the bitrate to the codec YouTube will receive. Use CBR with a two-second keyframe interval, and test the complete path in YouTube Studio before relying on it for a scheduled broadcast.
Those are starting points, not a universal preset. OBS controls and hardware encoder choices vary with your version and computer, and YouTube’s ingest recommendations do not promise a particular viewer-side quality or uninterrupted stream.
A practical OBS baseline for 1440p60
A prerecorded file does not bypass live-streaming requirements. OBS plays the file as a source and encodes an outgoing live feed for YouTube, so the resolution, frame rate, codec, bitrate and keyframes you configure apply to that feed. Source playback and ingest settings are related, but they are not the same control: a file can play smoothly locally while the encoded stream or upload connection struggles.
Start with this baseline, then adjust only after a representative test. YouTube’s encoder settings and bitrate table is the authority for its current ingest recommendations; use the entries for the codec, resolution and frame rate you actually choose.
| Setting | Starting point | What to check |
|---|---|---|
| Output resolution | 2560×1440 | The source and encoder can sustain it |
| Frame rate | 60 fps | The source is genuinely suitable for 60 fps and the computer can encode it |
| Rate control | CBR | The OBS encoder exposes constant bitrate control |
| Keyframe interval | 2 seconds | The interval is set in seconds or the equivalent frame count |
| Codec | H.264, H.265/HEVC or AV1 where supported | OBS and the YouTube stream configuration agree |
| Colour for SDR | Rec. 709, 8-bit | Source and output are not unintentionally mismatched |
| Stereo audio | AAC or MP3, 128 kbps, 44.1 kHz | Audio is present and levels are sensible |
YouTube also lists progressive scan and square pixels for the video signal. If you are streaming ordinary SDR video, Rec. 709 is the relevant colour baseline in YouTube’s guidance. A different source format or HDR workflow may require different choices, so do not change colour controls merely because a menu offers them.
The best baseline is one your equipment can maintain, not the highest value displayed in a settings page. If the file is only 30 fps, sending it at 60 fps does not create new motion detail. If your encoder or upload path cannot sustain the chosen output, a lower resolution or frame rate is a more useful test than repeating a failed 1440p60 attempt.
Set output resolution and frame rate
In OBS, distinguish the canvas resolution from the scaled output resolution. The canvas is the working space for sources and scenes; the output is what the encoder sends. For a simple prerecorded source, set both to 2560×1440 if the file and system suit that workflow. If the file has another native size, scaling may be involved, and the result should be checked in preview rather than assumed from the numbers alone.
Select 60 fps only when the source has suitable motion detail and your system can decode and encode the content continuously. Sports, scrolling text, animated music visuals and fast camera movement make frame pacing easier to judge than a static title card. A still devotional image with audio may not gain much from 60 fps, while a moving background can expose dropped frames or judder.
OBS’s exact menu labels can vary between releases and encoder selections. Look for the video settings and output encoder configuration in the installed version rather than following a screenshot from a different machine as if it were definitive. If the available frame-rate or resolution fields differ, confirm the resulting stream in the preview and monitor statistics during a test.
If the output stutters, change one variable at a time. First check whether OBS reports rendering or encoding lag; then try a lower output resolution or frame rate, or a different encoder supported by your hardware. Do not assume a codec switch is an automatic improvement: it changes which bitrate recommendation applies and may change the controls available in OBS.
For a channel that plays a sequence of recordings rather than one file, source behaviour deserves its own test. The practical distinctions between a playlist workflow and a single continuous feed are covered in running a YouTube livestream from a playlist file. Check the current OBS interface or documentation for adding, looping and timing media sources; those playback controls are separate from YouTube’s ingest requirements.
Choose bitrate by codec and ingest mode
At 1440p60, use the bitrate row for the codec being sent, not a generic 1080p figure or a range copied from another setup. YouTube’s table gives H.264 a minimum of 8 Mbps and a recommended bitrate of 34 Mbps at this size and frame rate. For AV1 or H.265/HEVC, it gives a minimum of 6 Mbps and a recommended bitrate of 24 Mbps. These are YouTube’s figures as accessed on 3 October 2026; they are ingest guidance, not a promise about playback quality.
| Ingest codec at 1440p60 | YouTube minimum | YouTube recommended |
|---|---|---|
| H.264 | 8 Mbps | 34 Mbps |
| AV1 or H.265/HEVC | 6 Mbps | 24 Mbps |
Do not treat the minimum as the ideal setting. It is a floor in the table, while the recommended figure is the target YouTube publishes for that combination. At the same time, selecting the recommended number is not sensible if your connection cannot keep the full outgoing feed steady with headroom. The actual decision is constrained by both the codec-specific recommendation and the sustained upload available at the broadcasting location.
YouTube recommends leaving 20% upload-bandwidth headroom, as described in its streaming tips. Count audio and any other traffic sharing the connection as part of the picture. A household upload speed test taken while nobody else is online does not prove that the same bandwidth will be available at night, when backups, cameras or family devices may also be active.
If you cannot sustain the recommended bitrate with that margin, reduce the output demand rather than entering a bitrate that looks right on paper and hoping it holds. Test at the time and location you intend to stream. A stable lower-resolution stream is more useful than a nominal 1440p60 configuration that repeatedly loses connection or accumulates encoder lag.
The codec choice depends on what OBS and your YouTube stream configuration support. Do not assume every encoder option appears on every system. YouTube lists H.264, H.265/HEVC and AV1 for live ingest, but the actual menu choices and hardware support depend on your setup. When comparing choices, use the table row that matches the stream’s configured codec, and confirm that the outgoing encoder is indeed using it.
Configure CBR and keyframes
Set rate control to CBR, or constant bitrate, when that control is available for the selected encoder. In practical terms, CBR aims to keep the encoded stream near the bitrate you set rather than varying it substantially with each scene. YouTube recommends CBR for live ingest. It helps make the outgoing data rate predictable, but it cannot compensate for insufficient upload capacity or an overloaded encoder.
Set the keyframe interval to two seconds. YouTube recommends a two-second interval and says not to exceed four seconds. Some OBS encoder interfaces describe this as a time interval; others may expose a frame count or a differently named field. At 60 fps, two seconds corresponds to 120 frames if the interface requires a frame count. Check the unit before entering a value, since typing “2” into a field expecting frames would not mean two seconds.
The rest of the encoder panel is not identical across hardware. Preset names, profile fields and additional quality controls can differ between software and hardware encoders. The research supporting this guide does not establish one preset as best for all computers, so leave unfamiliar advanced options at a sensible supported default unless you can test the effect and understand the trade-off. The priority is a valid codec, a sustainable bitrate, CBR and the keyframe interval.
For SDR, keep the signal’s colour handling coherent: YouTube lists Rec. 709 and 8-bit depth. For stereo audio, its guidance lists AAC or MP3 at 128 kbps and 44.1 kHz; for a 5.1 mix it lists AAC at 48 kHz and 384 kbps. Choose the audio path that matches the programme. A mono devotional recording does not need to be converted into 5.1 to meet a video resolution target.
Before changing settings for a long-running broadcast, save or note the working configuration and test a short private or otherwise controlled event. If you discover that a specific encoder’s controls do not expose the expected setting, consult the current OBS documentation for that encoder rather than mapping a control from another codec or operating system by name alone.
Connect OBS to a scheduled YouTube Live event
Create or schedule an encoder-based event in YouTube Studio. YouTube’s guide to creating a live stream with an encoder explains the stream URL and key workflow. Copy the values for the intended event into OBS’s streaming configuration, choose RTMPS where available, and keep the key private. RTMPS is YouTube’s encrypted version of RTMP.
A scheduled event and an active broadcast are distinct steps. Configure the event, connect OBS, start the encoder feed and wait for YouTube’s preview to appear. Then use Live Control Room to check the feed and start the event when ready. YouTube says scheduled streams can be promoted and viewers can receive reminders, which is useful when the programme has a fixed start time.
Do not treat a green or connected status in OBS as proof that the event is ready for viewers. Check that the expected event is selected in Studio, that the preview shows the correct picture and sound, and that the control room indicates the stream health you expect. For a sermon or music station, a wrong source, silent audio or an accidentally selected old event is a workflow problem that bitrate settings will not solve.
For a continuous programme, also decide how the media source should behave if the file ends or the playlist reaches its end. Test the transition while the event is still controlled. If the channel rotates sermons, the workflow for rotating sermon recordings is a relevant planning reference; it does not replace checking your present source settings in OBS.
A local OBS workflow is useful when you need scenes, overlays, scheduled operator actions or other local production controls. It also means the computer and connection must remain available for the broadcast. YouTube’s encoder documentation mentions a cloud service for continuous prerecorded streaming as a different workflow; that does not establish a cost or reliability comparison. Decide based on whether you need local scene control or simply want a prepared file to run continuously. For the latter, comparing continuous-streaming workflows can help frame what to evaluate.
Test motion, audio and connection stability
A repeatable test should use the actual media, encoder, connection and event path you intend to use. YouTube advises setting up the encoder event at least two hours ahead, starting the encoder at least 15 minutes before the scheduled event, checking the Live Control Room preview, testing representative movement and audio, and monitoring stream health during the event. These are practical checks, not a guarantee that a later broadcast cannot fail.
Use a test clip that includes the difficult parts of the programme: moving artwork, scrolling text, cuts between scenes, quiet speech, louder music and any transitions between files. Watch the preview for judder, black frames, scaling problems and audio that is clipped or missing. Listen on a separate playback device if possible; audio that sounds acceptable in the control room on the production computer can mask a routing mistake.
Check OBS’s statistics during the test. Look for rendering lag, encoding lag and dropped frames, and note whether a problem starts with motion, a scene change or a network fluctuation. A speed test is only a point-in-time observation. Repeat checks under ordinary household or venue load and make sure the upload has the headroom YouTube recommends. If other people rely on the connection, agree on a test window before scheduling a long broadcast.
Keep the test reproducible: record the resolution, frame rate, codec, bitrate, encoder choice and any change you made after a failure. Change one important setting at a time so you can tell whether the outcome improved. If 1440p60 does not remain clean, compare a lower output demand using the same clip and connection. That gives you a useful operational decision rather than an untested assumption about the computer’s capacity.
During the event, keep Live Control Room open long enough to see health warnings and confirm that the feed remains present. Arrange a way to notice problems if you are not sitting at the computer. If the broadcast needs to continue while your own computer is off, OBS is not doing that job by itself; the local workflow depends on the machine and connection staying active. StreamNeo removes that specific need to leave your computer running by turning an uploaded video into a YouTube live feed that continues in the cloud and can be monitored and restarted if it drops.
If you also save a local recording, verify the resulting file after the test rather than assuming that a live feed created a usable archive. YouTube archiving and local recording are separate concerns. The considerations around duration and archiving for a YouTube radio station livestream can help you plan what to retain, but test the archive process for your own programme.
When the settings and source are ready, decide whether local OBS operation or a continuous-file workflow best fits the way you will actually run the channel.
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 Live?
Use the figure for the ingest codec: YouTube recommends 34 Mbps for H.264 and 24 Mbps for AV1 or H.265/HEVC at 1440p60. Its table also lists minimums of 8 Mbps and 6 Mbps respectively. Choose a rate your upload can sustain with YouTube’s recommended headroom, and confirm the configured codec in OBS.
Should I stream a prerecorded video at 60 fps?
Use 60 fps when the source and system can sustain it and the programme benefits from that motion cadence. A 30 fps source does not gain new motion detail merely because OBS sends an output at 60 fps. Test a representative section and compare the output for smoothness and encoder load.
Does setting 1440p in OBS guarantee viewers receive 1440p?
No. These settings describe the feed sent to YouTube, not a guaranteed viewer-side playback resolution or codec. YouTube’s ingest recommendations do not establish what an individual viewer will see; check the live preview and stream health to confirm your outgoing feed is configured as intended.
Can OBS run a 24/7 prerecorded stream without the computer staying on?
A local OBS broadcast relies on the computer and network connection remaining available. For continuous playback without leaving that computer running, compare a cloud-based continuous-file workflow with local scene-based production, and test the chosen process before relying on it for a long event.