There is no single dependable monthly INR price for running a 24/7 YouTube stream on an Azure VM in India. Your total depends on the VM size, region and operating system, plus disk and public-IP choices and the outbound data sent to YouTube.
For a useful estimate, calculate 720 hours of compute for a 30-day month, then add the selected storage and networking charges. The worked example below shows how to estimate outbound transfer; it is a planning calculation, not a quote. Confirm your exact setup in the Azure Pricing Calculator before you commit.
Why the monthly total varies
Azure does not charge one flat price for “a 24/7 stream”. You select a virtual machine (VM), and its rate depends on details such as the size or SKU, region, operating system, image and billing offer. Add-ons and data transfer are separate parts of the estimate. Microsoft’s Azure Linux Virtual Machines pricing page describes the available pricing categories; it does not establish one rate that applies to every India-based stream.
A VM running in Central India may not have the same displayed price as one in another region. Linux and Windows are priced separately, and a marketplace image can have a publisher charge. Account terms, eligible offers and applicable taxes can also change what you pay. The calculator is the place to model your own subscription and selections.
The video workload matters too. A modest loop of a devotional image with audio does not necessarily need the same VM as an edited visual stream encoded in real time. A larger VM costs more, but choosing one without testing does not guarantee a stable broadcast. Think about what the machine must do: play a prepared file or playlist, encode it if needed, and send one continuous feed to YouTube.
When comparing VM options, hold the stream workload constant. If you compare one small VM streaming at a lower bitrate with a larger VM streaming at a higher bitrate, the difference in total cost is not just compute. Your estimate should identify the region, OS, SKU, bitrate, disk and IP choice, and billing state so you can understand what caused the difference.
Calculate compute for 720 hours
A 30-day month has 24 × 30 = 720 hours. For an always-on channel, multiply the selected VM’s hourly rate by 720 to estimate a full month of compute, then add other line items. Use the hourly rate shown for your chosen configuration in the calculator rather than a generic INR figure from an old example.
For instance, if the calculator shows an hourly rate of R for your VM, the simple compute calculation is R × 720. This notation is deliberate: the actual rate is configuration-specific. Your estimate may also reflect Windows licensing, a paid image or a discount or commitment that applies to your account. Do not treat a Linux estimate as a Windows estimate, or assume an offer applies unless the calculator includes it.
The 720-hour model assumes the VM remains running and allocated for the entire month. Microsoft’s VM pricing guidance distinguishes a stopped but allocated VM from a deallocated one: allocated cores may still be billed in the former state, while deallocation stops those core charges. Deallocation is useful when a stream is intentionally off, but it is not a way to keep a live channel broadcasting. Plan for the hours you need the stream to run, and do not assume that clicking “stop” removes every charge.
A VM’s compute rate is only the starting point. The stream also uses storage and a network route to YouTube, and the VM configuration you choose should support the workload you will actually run. If you prepare your encoding settings separately, this guide to FFmpeg bitrate and keyframes for YouTube Live can help you identify a real bitrate to use in the transfer calculation. For a specific India-oriented 1080p setup, see FFmpeg settings for a 1080p 25fps YouTube Live stream; neither guide is a substitute for checking whether your selected VM can sustain your own workflow.
Add disk and public-IP charges
The VM may use a managed disk for its operating system and, depending on your setup, additional data storage. Microsoft prices managed disks separately from VM compute. Local temporary storage on some VM types is not charged as a managed disk, but it is not persistent storage. If a local disk is cleared when a VM is stopped, redeployed or otherwise changed, it is a poor place to keep the only copy of a stream file.
Decide where the video will live and how much storage you need before adding a disk to the estimate. A prepared file stored on a managed disk can add a monthly line item even if the VM’s compute estimate looks simple. Disk type and capacity affect its charge, and the calculator should reflect the option you select. If your video is large or you keep several versions, include that storage rather than estimating only for the active file.
Public IP configuration is another choice to check. A VM’s networking setup may use a public IP, and the selected IP option can have a charge. Whether you need one and how it is configured depends on your connection and management needs; do not assume that every deployment’s IP cost is zero, or that a public IP is required in exactly the same way for every setup. Add the option that matches your planned deployment to the calculator.
A practical comparison should show the choices rather than bury them in one total:
| Cost item | What to enter or verify | Why it matters |
|---|---|---|
| Compute | VM SKU, region, OS and 720 runtime hours | The hourly rate changes with configuration and billing terms |
| OS or image | Linux or Windows and any selected marketplace image | Licensing or publisher charges may be additional |
| Disk | Managed disk type and capacity | Managed storage is priced separately from compute |
| Public IP | The IP option associated with your network setup | The chosen public-IP configuration can add a charge |
| Outbound transfer | Continuous bitrate, monthly volume, route and tier | Sending video to YouTube creates egress volume |
This is also where a spare computer can compare differently from a VM. It may avoid a cloud VM’s compute line, but you then need to account for local power, internet reliability, updates and recovery when the computer or connection fails. For a playlist that must continue while your own computer is switched off, StreamNeo removes the need to keep that computer running by turning an uploaded video into a YouTube live broadcast.
Estimate continuous outbound data transfer
A 24/7 stream sends data from Azure to YouTube continuously. Estimate the transfer from the stream’s actual transmitted bitrate, not just its resolution: a 720p stream encoded at one bitrate can send more or less data than another 720p stream. If you know the encoder setting, use that. If not, YouTube’s recommended encoder settings and bitrates provide planning examples by codec, resolution and frame rate. Keep the codec column consistent when choosing an example.
For a 30-day month, a useful decimal calculation is:
Monthly outbound GB ≈ stream bitrate in Mbps × 324.
The factor comes from multiplying megabits per second by the seconds in 30 days and converting bits to decimal gigabytes. It is an approximation for one continuous feed. At 1 Mbps, for example, the stream sends about 324 GB during the month. At 5 Mbps, the same calculation gives about 1,620 GB. These are volume estimates, not bills.
Microsoft’s Azure Bandwidth pricing page lists the first 100 GB per month of internet egress as free, followed by tiered rates that vary by source region, route and volume. Central India, South India and West India are in Zone 2 for bandwidth pricing. The page lists USD rates, and its rates and tiers should be checked at the time you configure your estimate. A free allowance does not make the remaining transfer free, and the exact charge can depend on the route and account terms.
Using the 1 Mbps illustration, subtract the 100 GB allowance from approximately 324 GB to get about 224 GB beyond that allowance. The listed Zone 2 entry-tier rates for the next 10 TB are $0.11 per GB for transit-ISP routing and $0.12 per GB for Premium Global Network routing. At those marginal rates, 224 GB works out to roughly $24.64 or $26.88, respectively, before taxes and other charges. This is an illustration of egress alone, not a complete Azure bill or an INR conversion. The actual applicable rate may differ, so check Microsoft’s current bandwidth page and calculator.
At 10 Mbps, the same arithmetic gives about 3,240 GB in a month. Most of that volume would fall in the next-10-TB tier under the listed schedule, rather than being a fresh first-tier charge for every gigabyte. Microsoft says 1 TB is 1,000 GB on the bandwidth page; at larger volumes, apply the marginal tier rates progressively. Do not multiply all monthly data by the entry-tier rate when your transfer spans several tiers.
YouTube’s encoder guidance recommends RTMPS for live ingest and gives different bitrates for H.264, H.265 and AV1. It also advises constant bitrate encoding. The incoming stream you send to YouTube is not the same as the separate playback delivery YouTube performs for viewers. This estimate concerns Azure’s outbound transfer to YouTube, not the data YouTube later sends to an audience. YouTube’s streaming tips also discuss network headroom; capacity planning and billable volume are related but not identical. Use the bitrate actually transmitted for the volume estimate.
Build a clearly labelled example
Illustrative planning example, not an Azure quote: suppose one VM sends a continuous 1 Mbps stream for 30 days. Compute is the hourly rate shown for the chosen VM multiplied by 720. Add the managed disk and public-IP charges for the options selected. For egress, estimate 324 GB, subtract the listed 100 GB monthly free allowance, then price the remaining 224 GB at the applicable marginal Zone 2 rate and route.
At the entry-tier rates listed above, the egress portion in this example is approximately $24.64 to $26.88 before taxes and other charges. That range only demonstrates the arithmetic for the stated transfer volume and the two listed routes. It is not an INR total: compute, disk and IP are not included, and a different bitrate or tier changes the transfer estimate. Prices and account terms can change, so confirm the current settings and rates rather than relying on this illustration as a budget ceiling.
If your actual bitrate is 5 Mbps, replace the example’s 1 Mbps with 5 Mbps. Monthly volume becomes about 1,620 GB, before accounting for any variation in the transmitted feed. Apply the allowance once and then use the marginal rates that cover the volume. A channel with a 14 Mbps encoder setting would need a much larger transfer estimate still; do not use a 1080p label as a proxy for bitrate when YouTube’s recommended settings distinguish frame rate and codec.
The full estimate can be written as:
Monthly planning total = compute for actual hours + selected disk charges + selected public-IP charges + applicable outbound transfer + any applicable OS/image charges and taxes.
This formula is more useful than a fixed monthly INR claim because you can replace each component with a value tied to your configuration. Include any other Azure services you select, and account for a VM that stays allocated while the channel is intentionally off. If you need to compare a cloud machine with running a playlist from your own equipment, this guide to a 24/7 relaxation stream with a spare PC in India lays out the practical local-computer approach. Compare the costs and the responsibility for keeping the stream running, not just the compute line.
Confirm your setup in the Azure Pricing Calculator
Open the Azure Pricing Calculator and add the VM configuration you intend to use. Select the region, operating system, size and relevant billing option, then set the usage to match 720 hours if you plan a full 30-day run. Add managed storage, public IP and any other services that your design uses. Check whether an image or licence creates an additional charge.
Model bandwidth separately and carefully. Use your bitrate to estimate monthly data sent to YouTube, then select the applicable source region, route and transfer volume in the calculator or pricing details. Check how the free allowance and tiered rates are applied for your account and configuration. If the calculator does not make a route or tier assumption clear, verify it against Microsoft’s current bandwidth pricing page instead of treating the default as a confirmed rate.
Before accepting the displayed figure as a planning amount, check the currency, tax treatment and any offer or commitment shown. Microsoft presents calculator figures as estimates; actual charges depend on selected services and account terms. Save the configuration or note the assumptions, so you can revisit it if the bitrate changes, you add files to a data disk, or you move to another region.
Then test the workload, not just the bill. A selected VM must be able to sustain your playback and encoding workflow, and an estimate does not demonstrate that. If you will be encoding on the VM, confirm your settings and watch the stream after launch; if you are sending a prepared video, make sure the file is stored somewhere durable. YouTube’s ingest guidance and your own test tell you about the feed, while Azure’s calculator helps you model its cost.
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 many hours should I enter for a full 30-day month?
Enter 720 hours for a VM that runs continuously for 30 days: 24 hours multiplied by 30. If the VM is only stopped but still allocated during downtime, core charges may continue; deallocation stops those core charges but also means the VM is not running your live stream.
Is the 100 GB egress allowance enough for a 24/7 stream?
It depends on the transmitted bitrate. At 1 Mbps, the approximate 30-day volume is 324 GB, so about 224 GB is above the 100 GB monthly allowance listed on Microsoft’s bandwidth page. At higher bitrates the outbound volume rises, and tiered pricing and route affect the charge.
Does YouTube’s viewer playback count as Azure outbound transfer?
This estimate covers the feed sent from Azure to YouTube. YouTube processes incoming live video into formats for viewers, so the audience’s playback delivery is separate from the Azure-to-YouTube ingest volume described here. Use your transmitted encoder bitrate to estimate Azure egress.
Can I use this example as my monthly INR budget?
No. The example calculates one illustrative egress component and excludes compute, disk, public IP, taxes and other possible charges. Build your own configuration in the Azure Pricing Calculator and verify current rates and account terms before treating the result as a planning estimate.