For a 24/7 YouTube stream using IRL Pro, data use depends chiefly on the stream’s total encoded bitrate. As a bitrate-only calculation, each steady 1 Mbps uses about 0.45 decimal GB per hour, 10.8 GB per day, or 324 GB in a 30-day month; these are estimates, not measured IRL Pro results.
Your actual usage can be higher or lower. Audio, transport overhead, bitrate adaptation and network behaviour all affect the amount, while an Indian plan’s allowance and terms determine whether the connection is suitable for continuous streaming.
Why bitrate determines the estimate
Bitrate is the amount of encoded data sent each second. Multiply a steady bitrate by the time you stream and you have a useful baseline for estimating how much data will travel over the connection. A stream set to a higher bitrate sends more data for the same duration; running it around the clock makes even a modest per-hour difference accumulate.
The important figure is the total encoded bitrate, not just the resolution label. Two streams both described as 1080p can use different bitrates because of their codec, frame rate, quality setting and content. A mostly still devotional image, for example, may behave differently from a mobile stream with frequent movement, but the configured output rate remains the starting point for this calculation.
IRL Pro is an app used to send a live broadcast to YouTube. Its data use is not a single fixed figure that applies to everyone: the selected output settings and what the connection actually carries matter. The setup guidance from Enhanced IRL describes IRL Pro as using a single connection without bonding. That makes the stability and data conditions of the connection you are using especially relevant.
For a practical explanation of how a fixed and variable stream rate behave, see this guide to CBR and VBR for YouTube live streaming. Whichever setting you use, use the actual stream output rate where possible rather than assuming a resolution tells you how much data a day will consume.
The bitrate-only calculation
The estimate uses decimal units, where 1 GB equals 1,000 MB, and assumes a steady total encoded bitrate for the whole period. At 1 Mbps, the stream sends 1 megabit each second. There are 3,600 seconds in an hour and 8 bits in a byte, so the hourly total is 1 × 3,600 ÷ 8 = 450 MB, or 0.45 GB. Multiply that by the number of hours and then by the bitrate in Mbps.
That produces these handy rules of thumb:
- Per hour: bitrate in Mbps × 0.45 GB.
- Per 24 hours: bitrate in Mbps × 10.8 GB.
- Per 30 days: bitrate in Mbps × 324 GB.
For a 5 Mbps stream, for example, 5 × 0.45 gives about 2.25 GB per hour. Multiply by 24 hours for about 54 GB per day, then by 30 days for about 1,620 GB, or 1.62 TB. The arithmetic is transparent and scalable: if your actual average rate is 6 Mbps, use 6 in the same calculation.
This is a planning calculation, not a usage reading from IRL Pro or a data allowance guarantee. It treats the listed rate as a steady total encoded bitrate. If a setting refers only to video bitrate, add audio bitrate before using the formula. Then remember that the real connection also carries transport overhead and may not send a perfectly steady stream at the configured maximum.
Hourly, daily and monthly examples
The table shows what the bitrate-only arithmetic gives at several total rates. Monthly figures use 30 uninterrupted days and decimal units. TB is shown as 1,000 GB, so the conversion is consistent with the calculation.
| Total encoded bitrate | Approx. per hour | Approx. per 24 hours | Approx. per 30 days |
|---|---|---|---|
| 3 Mbps | 1.35 GB | 32.4 GB | 972 GB (0.97 TB) |
| 5 Mbps | 2.25 GB | 54 GB | 1,620 GB (1.62 TB) |
| 6 Mbps | 2.7 GB | 64.8 GB | 1,944 GB (1.94 TB) |
| 8 Mbps | 3.6 GB | 86.4 GB | 2,592 GB (2.59 TB) |
| 10 Mbps | 4.5 GB | 108 GB | 3,240 GB (3.24 TB) |
| 14 Mbps | 6.3 GB | 151.2 GB | 4,536 GB (4.54 TB) |
Read the table as a way to compare choices, not as a claim that IRL Pro will use exactly that amount. A steady 5 Mbps baseline is already about 1.62 TB in a 30-day month, before allowances for audio or overhead. At 8 Mbps, the calculation is about 2.59 TB. Those totals help you ask the right question of a provider: what is the high-speed allowance or fair-use policy, and what happens after it is reached?
If your stream runs for fewer hours, scale the hourly number by its run time. If the broadcast is meant to be always on, budget for every day in the billing period rather than looking only at a short test. A billing cycle may not match a 30-day month, so use your provider’s actual cycle when turning the estimate into a plan decision.
What the estimate leaves out
Audio can add data to a video-only rate. YouTube’s encoder settings separate video and audio recommendations, so check what the app or configuration means by “bitrate”. If it is a video-only value, include the audio rate to estimate total encoded bitrate. A continuous music or bhajan stream should not assume audio is negligible simply because the picture is static.
Transport overhead is another addition. Encoded audio and video are carried in network packets, and packet headers and protocol behaviour use some data beyond the media payload. The amount is not fixed by this calculation, so do not add an invented universal percentage. Use the calculation as the baseline, then leave a sensible margin rather than buying exactly to the last gigabyte.
Configured bitrate and delivered bitrate can also differ. An adaptive setting may lower the output when the connection struggles, which can reduce average data compared with multiplying by the maximum setting. A reconnect or unstable network may cause gaps or retries; the effect depends on the stream and the network. A configured cap is therefore not proof of a precise bill, and a lower average is not something to rely on as a saving plan.
The app’s data meter, phone operating system and mobile provider may count usage differently, or report it with a delay. A short trial with the intended picture, motion and audio gives you a way to compare the encoder’s actual output and the provider’s usage meter. YouTube’s guidance says to test the connection and stream health; it is worth following the official YouTube encoder settings guide rather than choosing a maximum by resolution alone.
How to choose a bitrate for your connection
Start with the upload connection at the place and time you intend to stream. A speed test on another network or at a quiet hour does not establish what the connection can sustain overnight. If you plan to use a phone hotspot, test the hotspot in its actual position and with the same device arrangement you will use during the stream.
Choose a modest bitrate that leaves room for fluctuations, then run a test with similar audio and movement. Watch the encoder’s actual bitrate and stream health, not only the advertised download speed. If the stream drops or adapts repeatedly, reduce the target or change the connection before committing to a full month of continuous use.
YouTube’s published H.264 guidance varies by resolution and frame rate: it lists 3 Mbps as a minimum and 8 Mbps as recommended for 720p30, and 5 Mbps recommended for 1080p30, while also listing 14 Mbps for 1080p30 in its encoder settings. These are platform recommendations for specified encoder settings, not universal targets for a mobile IRL stream. Codec, frame rate and the connection’s reliability all affect what makes sense. YouTube itself advises: “Make sure to test before you start your live stream.”
Enhanced IRL’s setup guide also says to set the output under the stream-key cap and to keep an adaptive-bitrate maximum below that cap. Its stated key limits apply to its own stream-key plans, not to every destination or to YouTube as a universal rule. Follow the exact current guidance for your key and test at the location where you will broadcast.
If you are preparing a separate always-on channel from a fixed video file rather than streaming live from a phone, the connection carrying the stream can be removed from the daily workload altogether. StreamNeo can take that recurring computer-and-connection burden out of the way for an uploaded video that runs as a YouTube live stream, which is useful when keeping a local computer online overnight is the specific pain. For the broader trade-offs in that approach, see cloud options for a nonstop YouTube stream in India.
Planning data for an Indian connection
The bitrate arithmetic is the same in India as anywhere else. What changes is what your particular connection permits: data allowance, fair-use threshold, hotspot treatment, coverage, eligibility and sustained upload at the streaming location. A plan described as unlimited does not, by itself, tell you whether it will maintain an always-on upload at your chosen bitrate or whether the use is allowed under its terms.
For mobile data, check the exact plan conditions and location coverage before you base a 24/7 channel on it. Jio’s FAQ says unlimited 5G data requires an eligible plan, a compatible 5G device and Jio True 5G coverage; it does not establish uninterrupted upload performance or suitability for every continuous streaming workload. Read the current Jio FAQ for the plan you actually have, and test where the stream will run.
Airtel’s published terms describe specified prepaid price points as personal, non-commercial use, reserve rights to suspend, modify or throttle service in certain commercial-use cases, and define commercial usage for those price points as data beyond 300 GB in 30 days. Even the 3 Mbps example in the table calculates to about 972 GB per 30 days. That makes checking the exact provider terms important before relying on a mobile prepaid plan for continuous streaming. These are plan-specific terms, not a statement about every Airtel product; check the current Airtel terms.
Fixed broadband can have a different ceiling, but it still needs careful checking. JioFiber prepaid terms state a 3,300 GB commercial-use policy in a 30-day recharge cycle for Truly Unlimited Plans. Airtel terms describe a 3,333 GB fair-use threshold per billing cycle for a specified plan, after which speed may be reduced. At a 10 Mbps bitrate-only estimate, the 30-day total is about 3,240 GB, close to either cited threshold before overhead. Those thresholds are specific to the terms and plans described; confirm the current policy and your own plan rather than treating them as general broadband allowances. See the JioFiber prepaid terms and Airtel terms directly.
For a fixed-location radio or music channel, this guide to setting up a YouTube radio livestream on JioFiber may help you think through the connection as part of the whole setup. Compare candidate connections on sustained upload at the actual location and time, monthly high-speed allowance, any different treatment of tethering, terms for continuous or commercial use, and stream health at your chosen output. Check current official plan information before making a commitment, because provider terms and eligibility can change.
A practical test before running all month
First, note the planned resolution, frame rate, audio setting and target bitrate. Confirm whether the bitrate shown is video-only or total output. Use the total rate in the formula and record the calculated hourly and monthly baseline. This gives you an expectation against which a short test can be compared, without mistaking an estimate for a measurement.
Next, run a test on the connection you actually intend to use, with the same device placement, stream settings, audio and representative motion. Check the app’s output bitrate and YouTube’s stream-health information. Compare the elapsed test time with the provider’s usage meter if it updates quickly enough, but allow for reporting delays and other devices sharing the connection.
Finally, look at the billing cycle and the consequence of reaching the limit. A plan may reduce speed, charge for extra use, or have other usage conditions. A stream that continues at reduced upload may be less useful than one that stops cleanly, so consider what the provider does after the allowance is reached. Keep enough margin for overhead and household use, and retest after changing bitrate, app settings or location.
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
How much data does a typical stream use?
There is no single typical figure without a bitrate and duration. As a baseline calculation, 5 Mbps sustained for a 24/7 30-day month is about 1,620 GB, or 1.62 TB, before audio additions if that rate is video-only and before transport overhead. Treat that as arithmetic, not a measured IRL Pro result.
Does IRL Pro use less data when the picture is still?
The amount sent is driven chiefly by the encoded bitrate and how it behaves, not by a simple rule that a still image always uses less. Encoding settings or adaptation may change the delivered rate, but you should use the observed output during a test rather than assuming a particular saving. Audio and network overhead still matter.
Can I use an unlimited Indian mobile plan for a 24/7 stream?
The word “unlimited” is not enough to establish eligibility, high-speed data conditions or stable upload. Check the exact plan terms, coverage at the stream location, any tethering rules and the provider’s treatment of continuous use. Test the actual connection and compare its usage meter with your estimate.
How should I choose a safe bitrate?
There is no bitrate that guarantees a stable stream on every route. Begin with a modest setting suitable for the resolution and frame rate, test with real audio and movement, and check encoder bitrate and YouTube stream health. Lower the target if the connection cannot sustain it reliably.