If your pre-recorded video was made at 24 fps, keep the live encoder output at 24 fps when your encoder supports it. YouTube does not publish a dedicated 24 fps live bitrate row, so use the matching resolution and codec entry in its 30 fps table as a reference, then test quality and stability with representative footage.
That distinction matters: a 24 fps upload recommendation is not a live-ingest bitrate recommendation. Set the stream for the source you have, choose a bitrate your connection can sustain, and check the Live Control Room before you rely on it for an overnight or continuous channel.
Retain 24 fps output where supported
Frame rate is the number of distinct frames shown each second. If a source video contains 24 frames each second, encoding it at 24 fps avoids asking the encoder to create additional frames merely to fit a 30 fps output setting. It also keeps the live output aligned with the source rather than introducing a frame-rate conversion step.
You do not need to convert a 24 fps video to 30 fps just because YouTube’s live bitrate table includes a 30 fps tier. The table’s frame-rate labels describe the published ingest recommendations; they do not require your source or output to use one of those exact rates. YouTube’s live encoder guidance allows up to 60 fps, while its separate upload encoding recommendations say that uploaded content should be encoded at the frame rate at which it was recorded and list 24 fps as a common rate. Keep those two contexts separate: upload advice does not create a live bitrate row for 24 fps.
In your encoder, check both the source properties and the output setting. A file may be 24 fps even if its editing timeline or export settings were different, and variable frame rate footage can complicate an assumption based on a file label alone. If the source is a straightforward 24 fps export, select 24 fps output where available and inspect the preview for judder or repeated frames during movement.
If your encoder only offers common output choices such as 25 or 30 fps, use a test rather than assuming conversion will be invisible. A conversion may repeat or blend frames depending on the software. For a devotional visual with a mostly static image, the difference may be hard to notice; for a panning landscape, candle flame, or moving performer, it is easier to see. The useful question is not whether 30 fps is inherently better, but whether the converted result remains acceptable and stable in your workflow.
Choose resolution and codec
Start with the actual dimensions of your video, then choose a live output resolution that the file and connection can support. YouTube’s live table includes tiers such as 720p, 1080p, 1440p and 2160p, each with its own bitrate guidance. Upscaling a smaller file does not create detail, while sending a higher-resolution output takes more upload capacity and can make a long-running stream less forgiving of connection variation.
Codec choice affects the table row you consult. YouTube lists H.264, H.265 (HEVC) and AV1 among supported live video codecs. Use a codec your chosen encoder supports and that your YouTube live workflow accepts. H.264 is widely supported across software and hardware; a newer codec can be useful if the encoder and delivery path are compatible, but compatibility is more important than selecting a theoretically efficient option that cannot be configured reliably.
For a simple loop of recorded video, software encoding is a valid starting point. Standalone hardware encoders are an option for production workflows that benefit from dedicated controls or a separate device, not a requirement imposed by 24 fps. YouTube describes encoders as software applications or standalone hardware and identifies verified products on its encoder setup page; that list does not mean hardware is necessary for every channel.
Your choice should reflect the footage as well as the equipment. A still devotional image with a slowly moving waveform is less demanding to watch than fast sports footage, but bitrate selection still has to account for resolution and codec. A fixed bitrate that looks adequate on a static title card can show blocking in fine detail, movement, or textured scenes. Include those harder parts in your test rather than tuning only against the easiest minute of the file.
If the source is vertical, do not force it into a landscape canvas without considering how it will appear on phones and televisions. The workflow differs in framing even though the same principle applies: match the output to the intended viewing shape and consult the appropriate resolution tier. For a separate example of that decision, see the guide to vertical 1080×1920 pre-recorded video settings.
Use the 30 fps row only as a proxy
YouTube’s live bitrate table is arranged by resolution and gives 30 fps and 60 fps tiers. It does not show a dedicated 24 fps row. Therefore, use the corresponding 30 fps entry for the selected resolution and codec as a practical reference point, not as a YouTube-published 24 fps prescription or a guarantee of picture quality.
The figures below are YouTube’s published 30 fps live ingest values. They are useful for making an initial encoder choice, but they do not represent measured 24 fps requirements. Check YouTube Help for the current table before a time-sensitive setup, because guidance can change.
| Resolution | AV1/H.265 minimum | AV1/H.265 recommended | H.264 minimum | H.264 recommended |
|---|---|---|---|---|
| 720p at 30 fps | 2 Mbps | 6 Mbps | 3 Mbps | 8 Mbps |
| 1080p at 30 fps | 4 Mbps | 10 Mbps | 5 Mbps | 14 Mbps |
| 1440p at 30 fps | 5 Mbps | 15 Mbps | 7 Mbps | 21 Mbps |
| 2160p at 30 fps | 8 Mbps | 30 Mbps | 11 Mbps | 42 Mbps |
All four rows are 30 fps references. If you are streaming 1080p H.264 at 24 fps, for example, the table’s 1080p H.264 recommendation is a starting reference, not an official 24 fps target. You can test around that reference and choose a result that maintains acceptable picture quality without exceeding reliable upload capacity. Do not derive a new official 24 fps bitrate by scaling the 30 fps number: YouTube has not published such a calculation.
A minimum and a recommended figure are not interchangeable. The minimum is a lower published point for that table tier; the recommended value is the relevant starting point when the connection can sustain it. If your network cannot hold that rate consistently, using the larger number can create drops or congestion rather than improving the viewer’s experience. A stable lower resolution or codec choice can be more useful than an unstable setting chosen only because it appears in the recommended column.
YouTube’s upload bitrate chart is a different guide for files sent to YouTube, not the live-ingest table. Keep it out of this decision. For a 24 fps file that you are relaying live, the relevant process is to use live guidance as a reference, then confirm the result in a representative live test.
Configure the remaining live encoder settings
Set the rate control to constant bitrate (CBR), as YouTube recommends for live encoding. CBR aims to keep the stream’s bitrate steady rather than allowing large swings in response to individual scenes. It cannot repair an inadequate upload connection, but it makes the requested output easier to plan against available bandwidth.
Set the keyframe interval to two seconds. YouTube recommends a two-second keyframe frequency and says not to exceed four seconds. The interval is sometimes called GOP length or keyframe distance in encoder menus; check the software’s help if you are unsure whether it asks for seconds or frames. If the setting is expressed in frames, make sure the resulting interval matches the target time at your chosen frame rate rather than copying a number from a 30 fps tutorial without checking.
Where the encoder and workflow support it, use RTMPS for encrypted delivery to YouTube. YouTube lists RTMP/RTMPS and recommends RTMPS. Follow the current instructions shown for your broadcast in Live Control Room when entering the server and stream key. Treat the key as a credential: do not show it in a screen recording or leave it in a public document.
For advanced video settings, YouTube’s recommendations include square pixels, progressive scan, two B-frames, one reference frame, CABAC, and Rec. 709 for SDR. These options may use different names or be unavailable in some encoders. Do not change obscure controls merely to match a screenshot from another application; use the closest supported settings and confirm that the output is accepted and looks correct. For audio, YouTube lists AAC or MP3. Check that your file’s sound is actually reaching the encoder, with no clipping or silent sections that only become apparent in the live output.
A video loop can be technically live while still having a recurring audio fault. If your stream includes thunder, rain or other loud effects, review the practical checks in this guide to preventing clipping in a 24/7 ambience stream. Likewise, if the source combines separate audio and video files, test their timing together before broadcast; the separate-file podcast workflow covers the sync issues that a single-file loop avoids.
Run a representative test
Do not decide that a setting is good from a static opening frame. YouTube specifically advises testing before a live stream and says the test should include audio and movement similar to what you will stream. Select a portion that contains the most difficult material: a camera pan, moving text, detailed scenery, a singer, or a louder musical passage. For a channel that plays a long video repeatedly, test a segment that includes a loop transition as well.
Start with one resolution and codec, use the corresponding 30 fps table row as the proxy reference, and run a private or otherwise controlled test using the intended encoder path. Check the Live Control Room preview and listen to the audio on another device if possible. Look for stutter, visible frame repetition, soft detail, blocks around movement, audio clipping, delay, and the stream-health warnings. A single clean preview is useful, but it is not proof that the connection will behave identically through a night or under other household network use.
Measure the upload connection under conditions that resemble the actual broadcast. A speed test taken while nobody else is using the connection may overstate what is available at night when other devices are active. YouTube’s streaming tips recommend keeping 20% upload bandwidth headroom and state that the total stream bitrate needs to fit within the available upload capacity. Include audio and any other stream components in the capacity decision, and leave the headroom rather than allocating every measured megabit to the video encoder.
If the test stutters or the health indicator reports instability, change one major variable at a time. Reduce the output resolution or bitrate, test again, and compare. If picture detail is poor but the connection is steady, check whether the source itself has enough detail and whether the selected codec and bitrate are appropriate for the movement. Keeping a short note of each test setting is more useful than making several simultaneous adjustments and then guessing which one helped.
For a continuous channel, consider what happens when your own computer, power or home connection is the weak point. A local encoder gives you direct control and can be economical when you already have a suitable machine, but it depends on that machine remaining on and connected. If keeping the computer awake and restarting a failed broadcast is the recurring pain, StreamNeo removes that particular burden by turning an uploaded file into a YouTube live stream that can run with your computer switched off. Keep the content and rights decisions, channel setup and test process in your own hands.
Check stream health and playback
A good-looking encoder preview is only one check. During the test, watch the health messages in Live Control Room and distinguish between a configuration warning and a connection problem. Confirm that the incoming resolution and frame rate are what you selected, and that the stream is receiving both video and audio. YouTube generally detects the encoder’s resolution and frame rate automatically, but verify what it actually reports rather than assuming the menu selection carried through.
Then watch the public or unlisted playback from a viewer’s perspective. A preview in the same browser as the encoder session may not reveal a device-specific issue. Check a phone on mobile data or another network, and listen for audio level differences. For a 24 fps image, motion should look consistent rather than intermittently juddering; for a fixed illustration, pay attention to text edges, gradients and loop seams as well as movement.
Keep the initial configuration simple enough that you can identify a fault. Record the resolution, codec, bitrate, frame rate, keyframe interval and the network conditions for each test. If a stream drops, note the time and the messages before changing settings. This gives you a practical baseline and helps separate an encoder setting problem from an unreliable upload path.
For an always-on channel, a successful start is not the same as a dependable operating routine. Consider who will notice a stopped broadcast, whether a local machine can restart it, and how you will check status when away. If your workflow uses OBS and you want it to launch reliably after a restart, the article on automatically starting OBS for YouTube reruns addresses that separate operational concern. Whatever method you use, check current YouTube guidance and do a real test before treating the stream as ready.
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 24 fps on YouTube Live?
YouTube does not publish a dedicated 24 fps live bitrate row. Use the 30 fps entry for your resolution and codec as a reference, then test the result against your footage and available upload capacity. The row is a proxy, not a 24 fps-specific prescription.
Do I need to convert my 24 fps video to 30 fps to livestream it?
No, not when your encoder supports 24 fps output. Keeping the source frame rate avoids unnecessary conversion; only consider another output rate if your encoder requires it, and check the result with moving footage before relying on it.
Is H.264 required for a 24 fps stream?
No. YouTube’s live guidance lists H.264, H.265 and AV1, subject to encoder support and compatibility with your workflow. Choose a supported codec and use the corresponding resolution and codec row as the live bitrate reference.
Do I need a hardware encoder for a 24 fps video?
No. Software encoders are supported, and the frame rate alone does not require a standalone device. Hardware can suit higher-production workflows, but choose it for a specific operational need rather than assuming it is necessary for a recorded-video relay.