There is no single OBS bitrate that is right for every Indian broadband connection. Choose YouTube’s recommended bitrate for your resolution, frame rate and codec, then test whether your connection can hold that upload continuously to YouTube.
An advertised plan speed, or even one fast speed-test result, does not prove that OBS can maintain the stream overnight. For a 24/7 channel, the useful question is not “What speed do I pay for?” but “What upload capacity remains stable when this network is being used as it will be during the broadcast?”
Why Indian broadband does not have one answer
“Indian broadband” describes a large range of connections. Your result depends on the ISP, city, local network, route to YouTube, router, connection type, household usage and the time of day. It also depends on whether the streaming computer is connected by Ethernet or Wi-Fi.
Two subscribers on plans with similar advertised speeds can therefore have different results in OBS. One may hold its configured bitrate with no dropped frames. The other may show instability when the household starts a video call, a cloud backup begins, or local congestion affects the route to YouTube.
Download speed is not the measurement you need. Streaming from OBS sends data out, so the relevant figure is sustained upload capacity. YouTube’s encoder guidance recommends running a test for your upload bitrate, while OBS connects bitrate selection with a stable upload speed. You can read the official YouTube live encoder guidance and compare it with the OBS connection troubleshooting guidance.
A speed-test result is also only a snapshot. It may show a high peak while the connection is quiet, but it cannot by itself show whether the path will remain steady for hours. For a continuous channel, test on the actual connection and, where possible, at the busier time when you expect the stream to run.
Use Ethernet where practical. A Cat 6 Ethernet cable can connect the streaming computer directly to the router and remove one possible source of wireless variation. It cannot fix ISP congestion, a poor route to YouTube, a failing router or a power cut, so treat it as a sensible connection choice rather than a guarantee.
Your content also matters. A devotional image with gentle movement, a lofi visualiser, a news loop and a workout class do not place exactly the same practical demands on an encoder and viewer. The chosen resolution and frame rate should reflect the material people will actually watch, not just the highest setting available in OBS.
Start with YouTube’s codec and output recommendation
For a broadly compatible starting point, use H.264 with constant bitrate, or CBR, and a two-second keyframe interval. YouTube lists H.264, H.265 and AV1 for RTMP or RTMPS ingestion, recommends RTMPS, and supports frame rates up to 60 fps. The exact available options can depend on your encoder and workflow.
The following figures are YouTube’s H.264 live-ingestion recommendations, checked on 3 October 2026. They are platform guidance, not a measurement of Indian broadband performance and not a promise that a particular connection can sustain them.
| Output | Frame rate | YouTube H.264 bitrate recommendation | What you still need to check |
|---|---|---|---|
| 720p | 30 fps | 3 Mbps | Sustained upload, dropped frames and stream health |
| 720p | 60 fps | 8 Mbps | Sustained upload under representative network load |
| 1080p | 30 fps | 5 Mbps | Whether the connection can hold the target continuously |
| 1080p | 60 fps | 14 Mbps | Whether the higher frame-rate target is necessary and stable |
The higher 60 fps settings require more bitrate than their 30 fps equivalents. That does not make 60 fps automatically better for a 24/7 channel. A still devotional loop, study timer or slow ambience scene may not gain much from the extra frame rate, while a workout class or fast-moving local news presentation may benefit more from smoother motion.
If you choose a different ingestion codec, do not automatically copy the H.264 figures. Return to YouTube’s current encoder documentation and check the recommendation for the codec, resolution and frame rate you intend to send. Platform documentation can change, so check the official page again when you change the setup.
YouTube also transcodes live streams into multiple output formats for viewers. That means your encoder-side bitrate is not the same thing as the bandwidth every viewer must receive. Even so, a source that reaches YouTube reliably can still be difficult for viewers on weak or congested connections to play. A lower output setting may be a reasonable audience decision even when your own upload connection can handle more.
Do not choose a resolution simply because your source file has that many pixels. If your connection is stable at 720p30 but unreliable at 1080p30, the former is the more useful choice for an always-on broadcast. You can revisit the setting after observing a real stream rather than making the first night a test of the highest possible output.
Compare the target with sustained upload capacity
Once you have selected a target, measure the connection that will carry it. Test the upload path from the streaming computer, not from a different device in another room. Use the same router, wired or wireless arrangement, VPN settings and background applications that will exist during the broadcast.
YouTube recommends testing upload bitrate with movement and audio resembling the intended stream. That distinction matters. A quiet test scene can hide problems that appear when a video contains a scrolling ticker, camera movement, animated graphics, loud audio or several scene sources.
OBS Project gives a practical starting point of 75% of total upload speed for bitrate selection in its troubleshooting guidance, dated 30 September 2024. Treat that as troubleshooting guidance, not as an engineering guarantee or a rule that applies equally to every route. It does not account for every form of jitter, congestion, interference or long-duration failure.
The comparison should look like this:
- Choose the YouTube target for the intended output.
- Measure upload performance on the actual streaming connection.
- Repeat the test when ordinary household or business traffic is present.
- Leave room for variation rather than setting OBS at the entire measured peak.
- Confirm the result with OBS and YouTube stream-health indicators.
For example, if your planned output is 1080p30, YouTube’s H.264 recommendation is 5 Mbps. The next question is not whether your broadband package is advertised as faster than 5 Mbps. It is whether the connection can maintain that outbound stream, with room for ordinary network variation, while the stream contains its normal motion and audio.
Do not convert the table into a promise that a plan with a matching number will work. An advertised upload speed may be a service headline rather than the sustained capacity available to your computer at every moment. A speed-test peak may also be higher than what the route to YouTube can hold during a busy period.
If the result is close to the target, test more conservatively. For a 24/7 stream, a lower output that remains stable is usually more useful than a sharper stream that repeatedly loses frames. You can also compare the wired setup with Wi-Fi, but OBS advises that Wi-Fi can be unstable for streaming and recommends a wired connection where possible.
Set OBS bitrate and keyframe interval
In OBS, select the output resolution and frame rate you have chosen, then set the encoder to use CBR for the YouTube workflow. Set the keyframe interval to two seconds. YouTube says the keyframe frequency should be two seconds and should not exceed four seconds.
Use the bitrate recommendation as the target to test, not as evidence that your connection is ready. If your measured stable upload does not leave enough room for that target, return to the output choice and consider lowering the resolution or frame rate before starting a long broadcast.
Keep the encoder settings consistent during testing. Changing the resolution, frame rate, codec or bitrate halfway through makes it harder to identify which part of the setup caused a problem. Record the settings in a short note so you can reproduce a successful test after a restart.
The encoder is only one part of the path. OBS must render the scenes, encode the video, send it through the network and maintain the connection to YouTube. A computer can have enough upload capacity but still struggle if rendering or encoding is overloaded. Watch OBS’s performance indicators as well as its network statistics.
If the computer is running a 24/7 channel beside other work, close or schedule applications that upload heavily. Cloud sync, large file transfers, operating-system updates and security software can change the available capacity. A household connection may also be used by other people during the night, so test under the conditions that matter rather than only when the network is empty.
Keep your YouTube stream key private. If you need to plan for a key change, the guide to stream key rotation on a 24/7 channel covers why a change can interrupt a running setup and what to prepare before making one.
Test with motion and audio before going live
A still image is not a representative test for a 24/7 video stream. Build a short test scene from the material you expect to broadcast. Include the movement, text overlays, transitions, camera footage or visualiser that will run during the real channel. Add the audio at its normal operating level and listen for dropouts or processing problems.
YouTube’s guidance specifically points to testing with movement and audio like the intended stream. This is particularly relevant to channels built from loops. A bhajan channel may look almost static for part of a song and then show animated lyrics or a changing background. A local news loop may add a scrolling ticker. A study channel may include a timer, clock or subtle animation. Test the busiest representative section rather than only the quietest one.
Run the test from the same room and network position used for the real broadcast. If you normally stream over Wi-Fi, test that arrangement, but also check whether Ethernet is practical. Put the expected household load on the connection if the stream will share it with phones, televisions, work calls or other uploads.
A short successful test is useful but limited. It shows that the settings can work under those conditions for that period. It cannot prove that the ISP route, local power, router or computer will remain available through the night. For a long-running channel, continue watching the stream after launch and keep a record of when problems occur.
You may be building from an existing catalogue rather than creating new material every day. The 24/7 cooking recipe loop guide discusses the content side of turning recorded material into a live channel. The same principle applies to bitrate testing: test the actual catalogue and its most demanding visual sections.
Read OBS and YouTube stream-health indicators
OBS’s dropped-frame indicator is one of the clearest signs that the connection is not delivering the configured stream reliably. OBS explains that dropped frames can mean the connection is unstable or unable to keep up with the bitrate. It also points to Wi-Fi, network equipment, software interference and ISP-side conditions as possible causes.
Look at the pattern rather than reacting to one isolated change. Dropped frames that begin when another device starts uploading suggest competition for capacity. Problems that appear at a particular time may suggest congestion or routing conditions. A steady rise can indicate that the selected bitrate is too demanding for the current connection.
YouTube’s stream health view provides a second perspective. Check whether YouTube is receiving the stream normally and whether it reports warnings. OBS can look healthy while the route beyond your local network has a problem, so use both sets of indicators where available.
If you see dropped frames, first avoid changing several things at once. Note the current bitrate, output, connection type and time. Stop unnecessary uploads, check whether the computer is using Wi-Fi, inspect the router and network software, and then repeat the test. If the service offers another ingest option, OBS lists trying a different server as one possible troubleshooting step, but do not assume that changing it will solve every cause.
OBS also describes dynamic bitrate as a way to reduce quality while managing congestion. It can prevent the configured bitrate from being maintained at the same level, but it does not repair the underlying route or make an unstable connection stable. For a channel where predictable quality matters, identify and address the cause where possible rather than relying on a changing output as the only plan.
For longer-running operations, write down the time, symptom and action taken. This helps distinguish a repeatable network issue from an isolated interruption. It also gives you useful information before you change hardware, contact the ISP or select a lower output.
Lower the output when the test fails
If the target fails under representative conditions, reduce the demand in a controlled order. You might lower the frame rate from 60 to 30, lower the resolution from 1080p to 720p, or reduce the configured bitrate in line with a revised YouTube target. Which change makes sense depends on the content.
For a slow ambience station, moving from 1080p60 to 1080p30 may remove an unnecessary demand while keeping the same dimensions. For a mostly static devotional loop, 720p30 may be an acceptable practical output if 1080p30 produces dropped frames. For a workout class, frame rate may affect the viewing experience more than it would for a still study scene, so test before deciding.
Do not keep the resolution label while quietly sending an under-tested bitrate and assume the result is equivalent to YouTube’s recommendation. Treat YouTube’s figures as targets for a chosen output, then choose an output your measured connection can sustain with room for variation.
Check the source as well. If the original video is low resolution, increasing the OBS canvas does not create additional detail. If the source has complex animation, reducing unnecessary overlays or scene motion may reduce encoder work, although it does not remove the need to test the upload path.
Broadcaster stability and viewer playback are separate decisions. A very high bitrate may be stable for your upload connection but less convenient for viewers with limited data or congested mobile connections. YouTube’s transcoding helps create different playback formats, but you should still consider the audience and device mix when selecting the source stream.
If you are operating the channel alongside work or family commitments, include maintenance in the plan. The realistic weekly time budget for a 24/7 channel explains why an always-on broadcast still needs checks, content preparation and recovery time. A bitrate test is part of that operating routine, not a substitute for it.
Make the result repeatable for a 24/7 channel
Once a setting passes a representative test, save the OBS profile and note the resolution, frame rate, codec, bitrate, keyframe interval, connection type and test conditions. If you later move the computer, change the router, add a household upload or switch ISP, repeat the test rather than assuming the old result still applies.
Check the broadcast during the first operating period and at the times when the connection is most likely to be busy. A stream that reaches YouTube at midday may behave differently when local networks are congested or when other people are using the connection. There is no bitrate that guarantees uninterrupted uptime, and no short test can establish future power or ISP continuity.
Consider local resilience separately from upload capacity. A UPS may provide backup power for the router and streaming computer, but it does not fix a network fault or guarantee that YouTube will continue receiving the stream. Likewise, an Ethernet cable can remove wireless uncertainty but cannot correct congestion outside your home.
If keeping a local computer on, connected and monitored is the main difficulty, StreamNeo removes that specific day-to-day burden by letting you upload the file once, add your YouTube stream key and have the broadcast run with your computer switched off, with automatic monitoring and restart when the stream drops. It remains a YouTube-only workflow, so you still need to check the content, channel and YouTube settings yourself.
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 1080p30 on YouTube?
YouTube’s H.264 recommendation is 5 Mbps for 1080p at 30 fps, checked on 3 October 2026. Use it as a platform target, then test whether your actual upload connection can sustain it with representative motion, audio and network load.
Is a fast Indian broadband plan enough for 24/7 streaming?
Not necessarily. The advertised plan speed or a single peak result does not prove that the upload path to YouTube will remain stable, so test from the streaming computer and watch dropped frames and YouTube stream health.
Should I use Wi-Fi for an OBS 24/7 stream?
Ethernet is preferable where practical because OBS identifies Wi-Fi instability as a possible streaming problem. A wired connection cannot solve ISP congestion, routing issues or power loss, so test the complete setup rather than treating the cable as a guarantee.
What should I change first when OBS drops frames?
Check whether the connection is unstable or unable to keep up with the configured bitrate, then remove competing uploads and investigate Wi-Fi, network equipment and software interference. If the issue remains, lower the bitrate or choose a lower resolution or frame rate, and repeat a representative test.