For 720p at 30 frames per second, YouTube recommends 8 Mbps for H.264 live video, or 6 Mbps for AV1 and H.265/HEVC. Those are encoder recommendations, not a promise that a 4G connection in India can sustain them; test upload at the place and time you will stream, then choose a rate that remains workable when conditions vary.
If you use H.264, treat 8 Mbps as a reference point rather than a starting setting you must reach. YouTube lists 3 Mbps as the H.264 minimum, but that minimum is not a guarantee of stable service. The practical setting depends on measured outbound capacity, competing use of the connection, and how much movement your stream contains.
Recommended 720p30 bitrate by codec
YouTube’s live-encoder guidance gives different rates for the codec you select. Use the live table, not the separate guidance for uploading a prerecorded video file.
| Video codec | YouTube-listed minimum for 720p30 live video | YouTube-recommended bitrate |
|---|---|---|
| H.264 | 3 Mbps | 8 Mbps |
| AV1 | 2 Mbps | 6 Mbps |
| H.265/HEVC | 2 Mbps | 6 Mbps |
These are video bitrate settings for the encoder. Audio is separate: YouTube’s live settings guidance lists 128 Kbps stereo audio. Your total outgoing stream therefore includes audio as well as video, and you should leave some capacity for that and for ordinary variation rather than treating the video figure as the entire network requirement.
Select the codec before choosing a bitrate. H.264 is a common choice and is supported by a broad range of streaming software and devices. AV1 or H.265 may be available in your encoder, but compatibility and processing requirements depend on the equipment and workflow you use. The table is useful only when the selected codec matches the row you are relying on.
YouTube’s current reference is in its live encoder settings and bitrate table. Check the current official guidance when you configure a stream, since recommended settings can change. The figures here describe YouTube’s input guidance; they do not describe a particular Indian carrier, handset or location.
Minimum and recommended are different
A minimum is the lower end of the published configuration range, not a field-tested promise that your particular connection will behave well at that number. A recommendation is a reference for configuring the encoder, not a requirement that every stream or every mobile uplink can sustain it. YouTube advises creators to test upload bitrate and choose quality suited to connection reliability.
For H.264, 3 Mbps is the published minimum and 8 Mbps the recommended rate at 720p30. If your upload test is inconsistent or leaves little capacity above the encoder rate, trying to force 8 Mbps may produce interruptions or a degraded feed. A lower setting may be the sensible compromise, while a rate below YouTube’s listed minimum falls outside that stated range and should not be described as a stable solution.
For AV1 or H.265, the corresponding figures are 2 Mbps minimum and 6 Mbps recommended. Do not transfer H.264’s figures to another codec, or assume a lower setting is automatically better simply because its number is smaller. The relevant question is whether the encoder can produce the chosen format and whether the real connection sustains it during representative use.
There is also a common source of confusion: YouTube’s prerecorded upload guidance lists 5 Mbps for 720p at standard frame rates. That is for a video file being uploaded, not the live encoder input. The two tables answer different questions. Use the prerecorded upload encoding guidance when preparing a file for upload, and the live guidance when sending an ongoing broadcast.
Measure outbound 4G where you will stream
A 4G symbol does not tell you the upload capacity available to your encoder. Coverage, congestion, the device, the carrier and the time of day can all affect the connection at a particular location. A test at home may not represent a shop, temple, office, roadside location or another room, and a result from a quiet afternoon may not reflect a busy evening.
Measure upload, not only download. YouTube notes that inbound bandwidth is often greater than outbound, so a fast download result is not evidence that the stream can be sent reliably. Use a speed test that reports upload and run it near the actual streaming setup. If possible, repeat it at the times you expect to broadcast and while the same devices and network uses are active.
Record more than the best result. Pay attention to whether upload measurements are repeatable and whether they dip substantially between tests. One unusually high reading can be misleading for a stream that must continue without interruption. The purpose is not to turn a speed test into a guarantee; it is to find out whether your chosen rate has a credible margin in the conditions you plan to use.
Also check what shares the connection. A phone used as a hotspot may be serving the encoder alongside phones, laptops or other household devices. YouTube points out that other users sharing a network can limit the bandwidth available to an individual connection. Ask people not to start large uploads or downloads during the test and broadcast, or disconnect devices that do not need access.
A separate 4G LTE hotspot or router can be worth testing if you need a dedicated connection for the encoder. It does not create better coverage where the signal is poor, and it cannot guarantee throughput. Check that the device works with your carrier and test it in the actual location before relying on it. Start with the no-purchase steps of testing and reducing competing traffic.
Leave room for connection variation
The encoder needs a connection that can keep sending data, not merely reach the selected rate in a short test. If the measured upload sits close to the video bitrate, there may be little room for audio, protocol overhead, other network activity or a temporary slowdown. YouTube does not publish a specific 4G headroom percentage for this situation, so avoid treating any invented buffer rule as official guidance.
Instead, compare the chosen video rate with repeated upload tests under representative conditions. If your tests fluctuate around the planned rate, reduce the encoder bitrate and test again. If the connection remains comfortably above it across the conditions you expect, you have better evidence for that setting, though it is still not a promise that a future network change cannot affect the stream.
The trade-off is picture detail. A lower bitrate gives the encoder less data with which to represent each second of video. Static devotional artwork, a slowly moving landscape or a fixed study scene may be easier to encode than a camera feed with people moving, fine detail, smoke, leaves or water. That does not change YouTube’s codec table, but it does affect how the same setting may look.
Do not solve a constrained upload by changing several things at once. Keep the resolution and frame rate at 720p30 while you test a lower bitrate, then assess the result. If the image is still acceptable and the stream health is steadier, that may be more useful than a sharper picture that repeatedly buffers or drops frames. If it is not acceptable, reconsider the resolution, content movement or connection before returning to a rate the link cannot sustain.
Choose a sustainable bitrate
A practical choice follows from codec, measured upload and content. First decide which codec the encoder will use. Then use YouTube’s corresponding minimum and recommended rates as boundaries for interpreting the test. Finally, choose a setting that has room above it in repeated real-world upload checks, rather than choosing a rate solely because it is printed in the recommended column.
For example, suppose an H.264 test at the intended site gives inconsistent upload results, with some readings near the planned 8 Mbps video rate. That pattern is a reason not to assume 8 Mbps will hold. Try a lower setting within YouTube’s published H.264 range, test the actual feed with your normal audio and visuals, and observe whether the live connection remains healthy. The example is about the decision process; it is not a universal 4G result.
If your tests are consistently strong and the stream looks better at the recommended rate, you can test that rate before depending on it. For a channel intended to run overnight or continuously, a setting that survives the less favourable periods may be more useful than one that looks best in a brief test. Recheck after moving the setup, changing the carrier or equipment, or changing the time and circumstances of use.
A bitrate setting is only one part of the encoder configuration. YouTube’s guidance includes constant bitrate (CBR), RTMP or RTMPS delivery, a two-second keyframe interval (not more than four seconds), and 128 Kbps stereo audio; it recommends RTMPS for secure delivery. Apply settings supported by your encoder and consult the current YouTube live settings instructions rather than assuming bitrate alone resolves feed problems.
For a prerecorded channel, the computer and the mobile connection are separate practical concerns: the encoder must keep sending the feed, while the connection must carry it. If running a local encoder around the clock is the difficulty, StreamNeo removes the need to leave your own computer on by turning an uploaded video into a YouTube live stream, but it does not change the need to choose suitable content and confirm the channel setup.
Test and monitor the live feed
Before relying on a setting, test a stream at the real location, using the real device, encoder and network arrangement. Include audio and movement similar to what viewers will see. A still image with no sound is a poor test for a moving camera feed with music, just as a quiet network test is a poor representation of a busy shared hotspot.
Watch the encoder’s outgoing bitrate and YouTube’s stream health messages during the test. Look for instability, dropped frames, connection warnings or a feed that repeatedly disconnects. If a problem appears, change one setting at a time and repeat the test long enough to include ordinary variation. A clean short test helps, but it cannot establish how the connection will behave through every later hour.
If the live feed is already running and its health deteriorates, reduce the video bitrate rather than making several unrelated changes under pressure. Check the physical signal and whether other devices are using the connection. If upload is poor across tests, a new encoder setting cannot fix a coverage problem; consider a different location, a different time, or another tested connection path.
For channels that use a computer and OBS, it helps to separate encoder configuration from the question of whether the computer itself will remain available. The guide to keeping a YouTube stream running when OBS is minimised addresses that local workflow issue. If your plan is to run OBS remotely, the guide to setting up a 24/7 stream on a rented Windows server covers a different operating arrangement; neither removes the need to assess the outbound connection between the encoder and YouTube.
Keep a brief record of the bitrate, codec, test time, location and whether other devices were active. If the same arrangement later becomes unreliable, those notes help identify what changed. For a channel that depends on uninterrupted audio, the audio codec and sample-rate guide can help with a related encoder decision, while the bitrate test remains focused on whether the connection can carry the live feed.
Put the setting in context
A suitable bitrate is a local decision, not a property of India-wide 4G. Two creators using the same codec and resolution can need different settings because their locations, network load and content differ. No national upload figure in the guidance establishes what a particular connection can sustain, so avoid choosing based on a general claim about a carrier or on the 4G label alone.
For an always-on stream, reliability has a cost in image detail: lowering the video rate may make complex motion softer, but a stream that stays connected is often more useful than one configured for a number the link cannot maintain. You can make this choice deliberately by testing the actual content, not just a speed-test screen. If acceptable quality and sustained transmission do not coincide, reassess the connection or the video format rather than expecting the published minimum to guarantee stability.
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 720p30 YouTube Live on 4G in India?
YouTube recommends 8 Mbps for H.264, and 6 Mbps for AV1 or H.265. Treat those as codec-specific references, then test outbound upload where and when you will stream; choose a rate the connection sustains in representative tests rather than assuming every 4G link can meet the recommendation.
Is YouTube’s minimum bitrate guaranteed to be stable?
No. YouTube lists a minimum of 3 Mbps for H.264 and 2 Mbps for AV1 or H.265 at 720p30, but those figures do not guarantee stable service on an individual mobile connection. Test the live feed and monitor its health.
Should I use download speed to choose the bitrate?
No. The stream is sent from your encoder, so outbound upload is the relevant measurement, and download can be faster than upload. Test upload on the actual network and account for devices or people sharing it.
Does the 5 Mbps 720p upload figure apply to a live stream?
No. The 5 Mbps figure is in YouTube’s guidance for uploading a prerecorded video at 720p standard frame rates. For a live encoder, use the separate codec-specific live recommendations and test your connection.