A 24/7 YouTube stream at a sustained 10 Mbps uses about 108 GB of outgoing stream data per day, or about 3.24 TB over 30 days, before network overhead and other traffic. Those figures estimate what you send from your streaming setup to YouTube; they are not a prediction of viewers’ data use or an exact reading from your broadband provider’s meter.
There is no single broadband cost for this workload in India. Your monthly charge depends on the plan available at your address, its upload capacity and terms, and any applicable taxes or fees. Use the calculation below to judge data volume, then check your local provider’s current conditions rather than assuming “unlimited” settles every question.
What your outgoing stream data measures
When you send a live feed, your encoder packages video and audio and uploads it to YouTube. For a sustained stream, the amount sent is driven mainly by its bitrate and the time it runs. A stream held at a higher bitrate sends more data each hour; running all day and night multiplies even a modest hourly amount.
This is the creator-side connection: the traffic travelling from your streaming computer or other streaming arrangement to YouTube. If you run an encoder at home, that traffic uses your home connection’s upload capacity. If the stream is instead sent from a cloud-based service, the ongoing broadcast traffic does not travel out through your home broadband connection, although uploading the source file and normal household internet use still do. That distinction matters when you are estimating a home plan’s use.
The calculation is not the same as a broadband bill. Providers may measure traffic differently, apply fair-use or commercial-use terms, or reduce speeds after a stated threshold. Nor does the calculation measure data sent to viewers. Treat it as a planning estimate for the encoded stream payload, and verify the actual plan conditions with your provider.
A high data total alone does not tell you whether a connection is suitable. You also need enough sustained upload speed, stability, and room for other devices using the connection. YouTube advises that stream bitrate must fit within available upload bandwidth and recommends leaving headroom; its streaming tips also emphasise testing upload rather than relying on download speed. A 10 Mbps stream is not a sensible target on a connection that can only just reach 10 Mbps upstream.
The assumptions behind the arithmetic
For a constant bitrate, a convenient decimal estimate is:
- GB per hour = bitrate in Mbps × 0.45
- GB per day = bitrate in Mbps × 10.8
- GB per 30-day month = bitrate in Mbps × 324
The conversion starts with megabits per second, multiplies by the number of seconds in the period, and divides by eight because a byte contains eight bits. The result is expressed in decimal gigabytes, where 1 GB is 1,000 MB. These are writer calculations from the bitrate, not figures published by YouTube as measurements of household data use.
The estimate assumes the stream stays at the chosen bitrate for the full period. It represents the encoded payload before protocol and network overhead, variation in bitrate, reconnections, and unrelated traffic. YouTube recommends constant bitrate (CBR) in its encoder settings guidance, but even a recommended CBR setting does not turn the arithmetic into a precise meter reading.
For a 30-day month, the calculation assumes 24 hours of streaming each day for 30 days. A calendar month may be longer or shorter. If you expect interruptions or only broadcast for part of each day, use the actual planned hours instead: the hourly estimate is the most flexible starting point.
Estimated data by hour, day and month
The table applies the formula to three H.264 settings listed in YouTube’s encoder guidance: 720p30 at 6 Mbps, 1080p30 at 10 Mbps, and 1080p60 at 17 Mbps. The daily and monthly quantities are calculated estimates, not YouTube measurements or guaranteed readings from an ISP.
| Example setting | Bitrate | About per hour | About per day | About per 30 days |
|---|---|---|---|---|
| 720p30 | 6 Mbps | 2.7 GB | 64.8 GB | 1,944 GB (1.944 TB) |
| 1080p30 | 10 Mbps | 4.5 GB | 108 GB | 3,240 GB (3.24 TB) |
| 1080p60 | 17 Mbps | 7.65 GB | 183.6 GB | 5,508 GB (5.508 TB) |
The scale is easier to picture in hourly terms: each additional 1 Mbps held continuously adds about 0.45 GB per hour, 10.8 GB per day, and 324 GB over 30 days, before overhead. That is why a change that looks small in the encoder can become important when you leave a channel running around the clock.
Choose a setting for the material you actually broadcast, not simply the highest number on the list. A static devotional image with audio may not benefit from the same resolution and frame rate as a moving local news loop. YouTube’s recommendations vary by codec, resolution, and frame rate; they are settings guidance, not a universal requirement. For a practical look at a channel that loops prepared material, see how to stream a pre-recorded playlist in a specific order.
Worked examples at common bitrates
At 6 Mbps, the arithmetic is 6 × 10.8, or about 64.8 GB per day. Over 30 uninterrupted days, it comes to about 1,944 GB, which is 1.944 decimal TB. A broadcaster considering 720p30 can use that figure to ask whether their plan’s terms and their monthly data expectations fit the workload.
At 10 Mbps, the daily estimate is about 108 GB. Multiply by 30 and the result is about 3,240 GB, or 3.24 TB, over a 30-day month. That is not necessarily a bill for 3.24 TB: a plan may be advertised as unlimited, but you should still check the precise tariff’s fair-use or commercial-use wording and what happens after any threshold.
At 17 Mbps, the estimate rises to about 183.6 GB per day and 5,508 GB, or 5.508 TB, over 30 days. The higher bitrate increases both the data sent and the upload capacity you must sustain. If your content does not need 60 frames per second, compare the viewing result and operational demands before choosing that setting.
These examples describe an encoded payload at the listed bitrate. Actual network traffic can be higher, and a setup that varies its bitrate will not match the constant-rate arithmetic exactly. To estimate a different setting, put its bitrate into the formula rather than interpolating from a plan price or assuming all 1080p streams use the same amount.
Allow for overhead and bitrate variation
The formula deliberately stops short of claiming exact metered usage. Internet protocols add information around the media payload, and reconnects can add traffic. A variable bitrate can rise and fall with the scene; a constant-bitrate setting aims for a steadier rate but does not remove all network variation. Your router or provider’s usage display may also include other devices, uploads, downloads, and background updates.
There is no reliable universal overhead percentage to add from the information here. Rather than invent one, treat the result as a baseline and leave a margin in your plan assessment. If your provider provides a usage dashboard, compare it over a representative period when the stream is running and other household traffic is understood. Do not use a single short test to assume the next month will be identical.
The network requirement is separate from data volume. YouTube says the total stream bitrate should not exceed available upload bandwidth and recommends 20% headroom. For a 10 Mbps stream, that guidance yields a basic target of at least 12 Mbps available upload (10 Mbps plus 20%); a shared or variable connection can need more to remain stable. Check actual upstream speed at the location and at the hours the stream will run, not just the advertised download figure.
Before leaving a channel unattended, test with representative movement and audio and watch YouTube’s stream health indicators. A quiet still image may behave differently from a video with frequent motion. If the recurring problem is a feed dropping rather than the data total, this guide to what to do when a YouTube live stream keeps disconnecting in India is more relevant than increasing bitrate by guesswork.
Estimate the broadband cost from your own plan
For most households, the practical monthly cost is the recurring price of a suitable local plan and its associated charges, not a simple per-GB fee calculated from the table. The data estimate helps you assess terms and workload, while upload speed and continuity determine whether the connection can carry the stream. Ask the provider for the exact plan conditions at your address.
Provider pages illustrate why a nationwide price claim would mislead. Airtel’s official broadband page lists examples of ₹499 per month for up to 40 Mbps and ₹799 per month for up to 100 Mbps, describes them as unlimited, and says taxes are extra, as listed on Airtel’s site in September 2026. Jio’s Delhi NCR page lists ₹399 plus GST per month for 30 Mbps and ₹699 plus GST per month for 100 Mbps, also described as unlimited, as listed on Jio’s site in September 2026. These are page-specific examples, not quotes for every locality or guarantees that the listed download speed is also available upstream: check Airtel’s plan page and Jio’s Delhi NCR plan page for current terms.
Use a provider’s plan page as a starting point, then confirm the tariff with the local sales or support channel before ordering. The wording, tax treatment, availability, and conditions can change. “Unlimited” is not enough information on its own to establish that continuous broadcasting is unaffected by every fair-use or commercial-use rule.
| Check before choosing | What to ask or verify |
|---|---|
| Upload speed | Is the stated speed upstream, downstream, or both, and what can be sustained at your address? |
| Stability | Can the line hold the stream at the hours it will run, including when others use the connection? |
| Fair-use terms | Is there a threshold, reduced speed, or separate commercial-use condition? |
| Total monthly charge | Are taxes, installation, equipment, or other fees additional? |
| Availability and duration | Is the plan offered in your locality, and does it require a contract or a particular renewal period? |
If you broadcast from home, first test the upload connection and check whether ordinary household use competes with the stream. If you have a connection that is fast on paper but unreliable overnight, improving line stability or moving the always-on sending task away from your household connection may matter more than buying a higher advertised download tier. A guide to running a nonstop YouTube stream from a Raspberry Pi in the cloud can help you understand that alternative’s operating shape; it is not a substitute for checking the setup and costs that apply to you.
If the pain is keeping a home computer switched on and recovering the broadcast when it drops, StreamNeo removes that particular task: you upload the video once, provide your YouTube stream key, and the broadcast runs with your computer off. It is YouTube-only, so it does not answer questions about streaming to other platforms; you still need to choose and prepare the content and check the channel’s requirements.
Creator upload is not viewer playback
The calculations above are about the feed sent to YouTube. They do not tell you how much data a viewer uses to watch it. Each viewer receives playback over their own connection, and their consumption depends on factors such as the playback quality selected and how long they watch. The creator’s upload total and the audience’s downstream data are separate traffic paths, so do not add viewer estimates to your home broadband calculation as if they were sent by your encoder.
Likewise, the channel’s view count does not multiply the creator’s outbound stream data in the table. Your encoder sends its feed to YouTube; YouTube distributes playback to viewers. Audience size can affect platform delivery, but it does not mean your home connection must upload an individual copy to each viewer. This is why the primary planning questions for your own line remain the outgoing bitrate, operating duration, actual upload speed, and plan terms.
For a creator setting up a continuous channel, also plan the broadcast around the source material and channel workflow rather than treating bandwidth as the only constraint. YouTube’s encoder instructions explain how to create a live stream with an encoder. Its guidance says streams under 12 hours are automatically archived; do not infer from that statement that one uninterrupted 24/7 broadcast will be archived as a single complete video or run indefinitely without interruption. Check YouTube’s current official guidance for the precise behaviour relevant to your channel.
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 10 Mbps 24/7 stream use?
At a sustained 10 Mbps, the estimated encoded payload is about 4.5 GB per hour, 108 GB per day, and 3.24 TB over 30 days. These are decimal calculations before overhead and other traffic, not exact ISP-meter readings.
Does an “unlimited” Indian broadband plan mean continuous streaming has no restrictions?
Not necessarily. Check the exact local tariff for fair-use thresholds, any reduced speed after a threshold, commercial-use terms, taxes, and upload capacity. Provider pages and availability can differ by locality and change over time.
Do viewer streams count against the creator’s home upload data?
The table estimates the creator’s feed to YouTube, not each viewer’s playback. Viewers receive playback on their own connections, so their data use depends on their quality and viewing time rather than being copies uploaded from your home line.
Is the recommended YouTube bitrate compulsory?
No single bitrate applies to every channel: YouTube’s recommendations depend on codec, resolution, and frame rate. Choose a setting suited to your material and connection, then test stream health with representative content before relying on it overnight.