A 24/7 yoga meditation stream running for a 30-day month plays for 720 hours. Using two illustrative hourly rates in a TRAI-hosted 2017 consultation response, that works out to about 180 GB at the example non-HD rate or 1.44 TB at the example HD rate; neither is a measurement or a fixed requirement for every stream or broadband plan.
Those totals are arithmetic based on constant example rates, not a reading from a particular yoga video or your internet connection. Your actual usage depends on playback quality and conditions, the stream itself, and whether you are measuring viewing data or the separate data sent by a broadcaster.
Start with 720 hours in a 30-day month
“24/7” describes a continuous schedule: 24 hours each day, seven days a week. For a 30-day month, multiply 24 by 30 to get 720 hours. To estimate data, multiply the hourly consumption rate you are using by those 720 hours.
The equation is simple:
hourly data use × 24 hours × 30 days = estimated data use for a 30-day month
This assumes the stream is available and playing throughout the whole month, and that its data use per hour stays constant. If the channel is offline for some hours, the total falls. If the stream runs across a 31-day month, the equivalent is 744 hours; a 28-day month has 672 hours. Use the hours that match the period on your bill rather than treating “monthly” as one exact duration.
A useful distinction is whether you mean a channel transmitting a live stream or a viewer watching one. For a viewer, the download data arriving at the playback device is the main household allowance question. The source examples below describe video consumption per hour, so they are useful for an illustrative viewing estimate. The broadcaster’s outgoing traffic is a different measurement and may be accounted for differently by the broadcaster’s provider.
You also need to know which connection you are checking. If the stream is played on a television connected to your home broadband, that viewing contributes to the home plan’s use. If a phone watches over mobile data, the mobile plan is the one to check. A yoga channel owner should separately check the internet plan at the location where the broadcast is being sent from; do not assume that a viewer-side estimate is a complete account of broadcaster traffic.
Use the non-HD example as a scenario
A Telecom Regulatory Authority of India-hosted consultation response from 2017 gives 250 MB per hour as an example for non-HD video. Applying that example to 720 hours gives:
250 MB/hour × 24 × 30 = 180,000 MB, or about 180 GB decimal
The steps are visible: 250 multiplied by 720 is 180,000. With decimal units, 1,000 MB is 1 GB, so 180,000 MB is 180 GB. This is an illustrative calculation using the document’s example rate, not a current tariff set by TRAI, not a measured rate for YouTube, and not a promise about any particular meditation stream. Read the TRAI-hosted consultation response for the source context.
The example can help you frame a question for your ISP: if video use were close to this scenario, how would it sit alongside the rest of the household’s monthly downloads? It cannot answer that question by itself because a plan’s allowance, post-threshold speed and billing period vary. Nor does “non-HD” identify one exact bitrate that every platform or source uses.
If you have access to a stream-specific hourly figure, substitute it into the same equation. For instance, if a service or device reports an hourly amount, multiply that amount by 720 for this month-length scenario. Do not substitute a resolution label for an actual consumption rate unless the source supplies that conversion and its assumptions.
Use the HD example as a separate scenario
The same TRAI-hosted 2017 response gives 2 GB per hour as an example for HD video. For 720 hours, the calculation is:
2 GB/hour × 24 × 30 = 1,440 GB, or 1.44 TB decimal
That figure is also a scenario, not a measurement of a particular yoga or meditation stream. It does not mean every HD stream uses precisely 2 GB each hour, and it does not establish that a given Indian broadband plan must include that amount. The source is historical, and the example should be treated as an input to transparent arithmetic rather than a current, universal streaming rate.
The difference between the two examples is substantial because the hourly inputs differ. The table keeps the assumptions together; it is not a claim that a stream will stay at either rate.
| Illustrative scenario | Example rate from the 2017 TRAI-hosted response | Calculation for 720 hours | Decimal monthly estimate |
|---|---|---|---|
| Non-HD video | 250 MB/hour | 250 × 720 = 180,000 MB | About 180 GB |
| HD video | 2 GB/hour | 2 × 720 = 1,440 GB | 1.44 TB |
For a channel operator, video settings and the chosen source file affect what is being sent, while the viewer’s playback conditions affect what is received and displayed. YouTube’s guidance on recommended sustained playback speeds names different speeds for different resolutions, but those connection-speed recommendations are not direct monthly data-use figures or a measured bitrate for your stream. Keep rate and resolution separate when you make a budget.
If you are preparing a loop file before broadcasting, check its integrity and the version you intend to use; the large-video upload verification guide covers that practical step. It can help prevent a wrong or incomplete source file from creating a separate operational problem, but it does not turn a resolution label into a data-use measurement.
Read GB and TB consistently
The calculation above uses decimal units: 1 GB is 1,000 MB, and 1 TB is 1,000 GB. In decimal arithmetic, 180,000 MB is 180 GB, while 1,440 GB is 1.44 TB. That is why the figures are labelled “about 180 GB” and “1.44 TB” rather than mixing unit systems mid-calculation.
Some software and operating systems display storage using binary units, where each step is based on 1,024 rather than 1,000. A display may label a binary quantity with a familiar “GB” label, or may use GiB and TiB. This can make a device’s displayed size differ from a decimal figure on a plan or in a calculation, even though the underlying amount has not changed. When comparing a plan with a stream estimate, first check whether both use the same convention.
The source figures themselves are rounded examples, so extra decimal places would suggest a level of precision the input does not support. It is more useful to preserve the multiplication, the unit convention and the source date than to imply that a real stream can be predicted to a fraction of a GB from these examples.
You can keep a small worksheet for your own case: month length in days, actual hours online, hourly rate if known, unit convention, and the resulting estimate. If your stream is interrupted, use the hours it actually ran. If you do not know the hourly rate, record that uncertainty rather than filling it with a resolution-based guess.
Why actual use can be different
The 2017 examples are not a current measurement of a yoga stream. Actual delivery varies with the source, its encoding, selected or automatically selected playback quality, the platform, and the viewer’s conditions. Two viewers may not receive the same representation of a video at the same moment, particularly if their screens or connections differ.
YouTube says it can select playback quality based partly on connection speed, screen size, source quality and browser, and that viewers can change the quality manually. Its guidance is useful for understanding why a single fixed figure does not describe all playback, but it is guidance about YouTube behaviour, not a measured rate for every yoga stream. See YouTube’s explanation of video quality.
YouTube also lists recommended sustained connection speeds for playback resolutions including 360p, 480p, 720p, 1080p and 4K UHD. A speed measured in Mbps is a rate of data transfer per second, while monthly data use is a volume over time. A recommendation for a connection capable of playback is not identical to the encoded video bitrate, and it is not a direct monthly consumption estimate. For the resolution guidance, consult YouTube’s playback speed recommendations.
Playback quality can rise or fall during a long session, depending on factors such as connection conditions and the viewer’s quality setting. A viewer who fixes quality manually may experience a different pattern from one whose player adjusts it. Source quality also matters: an old recording uploaded in low resolution does not become a high-resolution source simply because a viewer selects a higher playback option.
Other activity on the connection affects the broadband bill but should not be confused with the stream’s own estimate. Phones backing up photos, software updates, other televisions, and household browsing all draw from a shared allowance where the plan has one. Conversely, if a channel is watched over a separate mobile connection, its consumption does not belong to the home broadband total.
A practical way to learn your own pattern is to note the provider’s usage counter before and after a representative viewing period, while keeping other household activity in mind. A short observation cannot guarantee a full-month result, but it can give you a stream- and connection-specific clue that the historical examples cannot. If the stream is not your own channel, you may not control the viewer’s device, quality selection or connection.
Long broadcasts have operational concerns as well as data accounting. A disconnect can change how many hours actually played, so it is worth understanding what to check when a YouTube loop stream disconnects. That troubleshooting context helps you distinguish time not actually streamed from the full 720-hour assumption; it does not establish an hourly data rate.
Compare the estimate with your broadband plan
In India, look at the exact plan terms rather than relying on the word “unlimited”. TRAI’s broadband FAQ explains that an unlimited plan can have a fair-usage limit: the promised speed applies up to a stated data threshold, and speed is reduced after the limit is exhausted. TRAI says providers must specify the threshold and the speed after it is used. The terms differ by plan, so check the current provider page or your bill. TRAI’s broadband FAQ is a useful starting point for the regulator’s explanation.
For a useful comparison, record the following for each plan you are considering:
| Plan detail to check | Why it matters for a continuous stream |
|---|---|
| Monthly allowance or FUP threshold | Shows the amount available at the stated plan conditions before any threshold applies. |
| Speed after the threshold | Helps you judge whether playback may still be practical after the plan changes speed. |
| Advertised or typical speed | Relevant to whether the connection can sustain the chosen playback, but not a data-volume allowance. |
| Price and billing period | Lets you compare the actual cost and the period covered, without assuming every month is the same length. |
| Availability at your address | Plans and performance can vary by location; a listed option may not be offered where you live. |
A stream estimate alone cannot establish which plan is suitable. Add the likely use of other people and devices in the home, then compare that combined use with the actual threshold. If your household’s usage is near the plan limit, ask the provider how the counter is calculated, when it resets, and what happens after the threshold. Check these details in current terms, because plan conditions can change.
If your plan has no meaningful monthly cap at the speed you need, the estimate may be less important than reliable playback and the rest of your household’s use. If there is a threshold, the estimate can identify whether the continuous stream is likely to be a large part of the monthly total under the chosen scenario. It still cannot predict your bill without the plan’s charging terms and your other usage.
A creator sending a continuous broadcast should also check the broadband plan at the sending location and the platform’s current streaming guidance. Viewing estimates should not be used as a substitute for testing the outgoing connection. For India-specific YouTube channel setup concerns, the guide to channel verification for a 24/7 live stream addresses a separate readiness question; it does not change the usage calculation or guarantee approval.
When the difficult part is keeping a prepared loop running without leaving a home computer on, StreamNeo removes that specific operational burden by running an uploaded video as a 24/7 YouTube stream with your computer switched off. That addresses continuity and power use at your premises, not the viewer’s broadband allowance or the need to check a plan’s terms.
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 streaming use per hour?
There is no single hourly rate for every yoga meditation video. The TRAI-hosted 2017 examples used here are 250 MB per hour for non-HD video and 2 GB per hour for HD video, but they are illustrative inputs, not measured rates for a particular stream. Use a stream-specific figure if you have one.
How much data will a 24/7 stream use in a month?
For a 30-day month, continuous playback is 720 hours. Applying the cited example rates gives about 180 GB decimal in the non-HD scenario and 1.44 TB decimal in the HD scenario; actual use can differ with quality and playback conditions.
Will streaming all day exhaust my broadband FUP?
It depends on the plan’s threshold and speed after that threshold, as well as other use in your household. TRAI says providers must specify the fair-usage limit and post-threshold speed for an unlimited plan, so check your provider’s current plan terms rather than assuming all unlimited plans behave alike.
Does a YouTube playback speed recommendation tell me monthly data use?
No. YouTube’s recommended sustained speeds are guidance about the connection for playback at a resolution, not a direct measurement of monthly data consumed. The player’s selected quality and viewing conditions can change what is delivered over time.