A continuous YouTube stream at 8 Mbps works out to about 86.4 decimal GB a day, or 2,592 GB in 30 days. At 14 Mbps, the estimate is about 151.2 GB a day, or 4,536 GB in 30 days; these are bitrate calculations, not measured Streamlabs Mobile usage.
That tells you the data volume, not the rupee cost. The bill depends on your operator, plan, usable high-speed allowance and any cap or add-on terms, so check those current details before deciding whether mobile data can support a 24/7 channel.
Quick estimate at common YouTube bitrates
YouTube’s H.264 encoder recommendations give a useful basis for estimating upload data. At the recommended 8 Mbps for 720p, a stream running continuously transfers roughly 86.4 decimal GB in a day and 2,592 GB in a 30-day month. At 14 Mbps for 1080p at 30 frames per second, the corresponding figures are roughly 151.2 GB and 4,536 GB.
| Example output | YouTube H.264 recommended bitrate | Approx. data per day | Approx. data per 30 days |
|---|---|---|---|
| 720p, 30 or 60 fps | 8 Mbps | 86.4 GB | 2,592 GB (about 2.6 TB) |
| 1080p, 30 fps | 14 Mbps | 151.2 GB | 4,536 GB (about 4.5 TB) |
| 1080p, 60 fps | 17 Mbps | 183.6 GB | 5,508 GB (about 5.5 TB) |
The figures use decimal units: one GB is 1,000,000,000 bytes. They estimate the data represented by a sustained bitrate and do not include extra protocol overhead or unrelated phone use. YouTube lists 8 Mbps for both 720p 30 fps and 720p 60 fps, so do not assume that raising the frame rate always means raising the recommendation. Its recommended figure for 1080p at 60 fps is 17 Mbps.
You can use the figures as a planning baseline, not as a Streamlabs test result or a carrier billing promise. The practical question is whether the plan provides enough usable high-speed data for the number of hours you will actually broadcast, with room for variation.
How bitrate becomes daily and monthly data
A bitrate is the amount of video and audio data sent each second. To estimate a day, multiply the bitrate in megabits per second by 10.8; the result is approximate decimal GB per day. For 30 days, multiply the bitrate by 324 to estimate decimal GB. These shortcuts assume the stream stays at the same rate for the full period.
For example, 8 multiplied by 10.8 gives 86.4 GB per day. Multiply 8 by 324 and you get 2,592 GB over 30 days. For 14 Mbps, the same arithmetic gives 151.2 GB each day and 4,536 GB in 30 days. The monthly figures are high because even a modest continuous upload sends data every minute of every day.
The calculation follows from converting megabits into bytes and seconds into days. It is not a measurement made on a particular phone, network or app. The estimate is only as representative as the bitrate assumption: if the stream runs below that rate for some periods, the payload estimate falls; if it averages higher, it rises.
A month here means a 30-day planning period, not every calendar month. If you run a channel for fewer hours, scale the daily figure by the fraction of a day you are live. A twelve-hour broadcast, for example, is half the duration of a full day at the same sustained bitrate, so its bitrate-based payload estimate is about half the daily total. Leave additional room for overhead and other mobile use rather than treating that arithmetic as a hard cap.
What 8 Mbps and 14 Mbps mean in practice
The 8 Mbps example is tied to YouTube’s recommended H.264 bitrate for 720p at either 30 or 60 fps. If your picture is a mostly static devotional image with a song, or a quiet ambience scene, you may be tempted to lower the rate. That can reduce the estimate only if the actual sustained bitrate is lower; it may also affect how the picture looks, particularly during movement or detailed scenes. Test the appearance and the stream health rather than choosing solely by the data calculation.
At 8 Mbps, the daily estimate is 86.4 GB. That is around 2.6 TB over a 30-day uninterrupted run. A phone plan with a much smaller high-speed allowance cannot be assumed to carry this without a cap, speed reduction, separate add-on or other terms changing the experience. Check the exact plan rather than interpreting a large or “unlimited” label as proof that sustained live upload is included without restriction.
The 14 Mbps example is for 1080p at 30 fps, not every 1080p setting. It estimates 151.2 GB a day, or approximately 4.5 TB in 30 days. That is about 1.75 times the bitrate and payload estimate of 8 Mbps. The higher resolution may be useful for content with fine detail, but it increases the data requirement substantially; it does not automatically make a channel more suitable for every viewer or network.
For context, YouTube’s recommended H.264 rate for 1080p at 60 fps is 17 Mbps, which calculates to about 183.6 GB per day and 5,508 GB over 30 days. This is a separate case from 1080p at 30 fps. You can compare these bitrate options before choosing a picture setting, then test your own stream rather than treating a recommendation as a mandatory setting.
Why your actual total can differ
Streamlabs Mobile lets you choose output resolution, expected frame rate and maximum bitrate. The maximum is a setting, not a guarantee that the app will send exactly that rate every second. Changes in the settings or adaptive behaviour can alter the actual average, which is why multiplying the configured maximum gives a planning estimate rather than an exact usage forecast. See the Streamlabs Mobile setup guide if you need help locating the relevant controls.
The content matters as well. A static background and a fast-moving scene may encode differently, even when you select the same output settings. Network conditions and reconnects can also affect what is transferred over time. The research basis for the table is YouTube’s recommendation for a given codec, resolution and frame rate, not an observed count from a Streamlabs session. You can check YouTube’s [current live encoder settings] (https://support.google.com/youtube/answer/2853702?hl=en) for its recommendations and adjust your planning if its published guidance changes.
The stream is an upload from your phone to YouTube. The number of people watching does not multiply the phone’s upload data: viewers receive the broadcast from YouTube. If you watch your own live playback on the same phone, however, that playback is a separate download and is not included in the estimates. Background apps, browsing, backups and other use of mobile data are also separate from the stream payload.
Carriers may count data differently, and a phone’s counter may not match a provider’s billing record exactly. The estimate also leaves out protocol overhead and extra transfer around reconnects. For a conservative budget, treat the table as a baseline and add headroom rather than planning to finish exactly at the allowance shown by a counter.
Check your carrier’s usable allowance
First identify the plan attached to the SIM and the rules that apply after its high-speed data is used. Look for the usable data allowance, any daily cap, fair-use or post-cap terms, eligible add-ons, and whether the plan supports the way you intend to upload. Do not convert the table into a rupee amount: no current Jio, Airtel, Vi or BSNL plan price or allowance was verified for this article, and terms can vary by plan and change over time.
Then compare the plan’s usable allowance with the number of days and hours you expect to broadcast. A full 30-day 720p example needs about 2,592 GB by the calculation; the 1080p-at-30-fps example needs about 4,536 GB. If the plan’s relevant allowance is far below that, ask the operator what happens after the cap and whether a suitable add-on exists. Do not assume a plan marketed as unlimited means unlimited high-speed upload for continuous streaming.
You can also make a small, representative test. Note the phone’s mobile-data counter, stream for a known period using the settings you intend to use, and compare the counter before and after. Scale that observed change to your planned daily hours, but remember that a short test is only a guide: bitrate, network behaviour and other phone use may differ over a longer run. Turn off or account for unrelated downloads during the test so they do not confuse the comparison.
Before a 24/7 launch, confirm that mobile coverage is stable in the place where the phone will stay and that the plan’s post-cap behaviour is acceptable. A plan that technically has data remaining may not preserve a usable upload rate once a daily allowance is exhausted. Check current terms with the carrier rather than relying on another customer’s screenshot or an old plan comparison.
When an add-on or different setup may matter
An add-on may help if its current terms provide enough additional high-speed data for your expected use, but its advertised size alone is not enough to judge. Check whether it applies to your base plan, whether it is daily or total data, its validity period, and what happens when it is exhausted. Without those details and a current price, there is no responsible way to say what a 24/7 stream will cost in rupees.
For some channels, reducing output resolution or bitrate may be more practical than buying recurring data. Compare the table’s data totals with the visual quality your stream needs. A local news loop with text and movement may need a different balance from a largely still devotional visual. Make the change in Streamlabs, run a test, and check the resulting picture and stream health before relying on it overnight.
If the phone is also your camera or the stream relies on it being available all day, power and heat become separate operational concerns. Streamlabs advises keeping the phone charged and a charger nearby, while cautioning against charging during a stream if possible because it can strain the battery. A suitable power bank may be useful as an optional power accessory, but it does not reduce data use or guarantee a stable long-running broadcast. Check your phone maker’s guidance and avoid leaving a device somewhere it can overheat.
YouTube’s account requirements are another separate check from data. Its current mobile live-streaming help page describes channel eligibility and activation requirements, and says first-time activation may take up to 24 hours. Requirements for YouTube’s own mobile app should not be assumed to guarantee eligibility in every third-party workflow, so review YouTube’s current mobile live requirements and verify your channel before planning a launch. Streamlabs also documents its YouTube mobile activation steps.
A phone-based setup can suit a short test or a stream that needs a mobile camera. If you need a prerecorded visual to continue while your phone is switched off, compare a workflow built around a long-running file instead; the move from OBS to a cloud service explains that change in setup. For a phone stream, the remote monitoring checklist for an Indian music channel is useful when thinking about checking a broadcast after it starts. Where keeping your own device running is the particular burden, StreamNeo turns an uploaded video into a YouTube live stream, so the broadcast can continue without that phone remaining on.
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
Does Streamlabs Mobile use 86 GB every day at 8 Mbps?
Not as a universal measured result. About 86.4 decimal GB per day is the calculation for a stream sustained at 8 Mbps; actual transfer can vary with the bitrate the app sends, overhead, reconnects and other phone use.
How much data does 1080p use for 24/7 streaming?
For YouTube’s H.264 recommendation of 14 Mbps at 1080p and 30 fps, the estimate is about 151.2 GB a day and 4,536 GB in 30 days. At 1080p and 60 fps, the recommended 17 Mbps calculates to about 183.6 GB a day and 5,508 GB in 30 days.
How much will this cost in India?
There is no single reliable rupee answer without your operator, exact plan and current terms. Compare the estimated data volume with the plan’s usable high-speed data, caps, add-on eligibility and post-cap behaviour, then confirm any price with the carrier.
Do viewers increase the data used by my phone?
No: the broadcast is uploaded from your phone to YouTube, and viewers receive it from YouTube rather than from your mobile connection. Watching your own live playback on the same phone uses separate download data, which these upload estimates do not include.