There is no universal monthly price for keeping a prerecorded 1080p stream on YouTube Live. Your cost depends on what keeps encoding, how much power it draws, your electricity rate, your internet plan and whether you pay for an outside host.
You can estimate the parts separately rather than relying on an all-in figure that may not fit your country or setup. The calculations below use an assumed 30-day month and YouTube’s recommended H.264 bitrates as planning inputs, not as a bill or a guarantee of quality.
Why your monthly price depends on your setup
A 24/7 stream needs a video source and an encoder that stays active, a connection that can sustain the outgoing feed, and a destination on YouTube Live. If your computer is doing the encoding at home, you are responsible for its electricity and the upload on your internet plan. If you use an outside hosting arrangement, some of those costs may be included in its fee, but the plan’s limits and workflow still matter.
There is no single total without your local inputs. A computer you already own has a different cash cost from buying new equipment for the job. Likewise, electricity rates and broadband terms vary by place and provider. Any total that does not say which machine, tariff, internet plan, currency and hosting option it assumes is not a useful quote for your situation.
Do not treat YouTube ingest as a known fixed monthly charge in this calculation. The cited official setup information explains the encoder connection and stream settings, but does not establish a universal creator fee for sending an encoder feed to YouTube Live. Your practical budget is therefore the measurable running costs and any optional service or content costs that apply to you.
It is also worth separating the creator’s upload from the audience’s viewing. YouTube says it transcodes live streams into formats for different viewers and devices. That means the upload calculation for your encoder is based on the bitrate it sends; your encoder does not send another copy for every person watching.
Choose what will keep the feed running
A common arrangement is a computer running encoding software and looping a prepared video file. It connects to YouTube using the stream URL and stream key. That computer must remain on, and the software and network connection must continue sending the feed. YouTube recommends Ethernet for computer streaming, which avoids relying on a wireless link for a task that runs unattended.
A second approach is a rented or managed encoder host. Depending on the offer, it may remove the need to leave your own computer on, but you should check exactly what is included: continuous looping, restart behaviour after a disconnection, upload capacity, data limits, and whether you can access or retrieve recordings. Do not assume “cloud” or “managed” means that every part of the workflow is covered.
| Approach | Costs to include | Questions to settle before relying on it |
|---|---|---|
| Computer at home | Electricity, any incremental data charge, equipment if newly purchased, and your own setup time | Can your connection sustain the upload? Will the computer, encoder and source file keep running unattended? |
| Rented or managed hosting | The provider’s dated fee, any included or excluded data, and any separate production or licensing expense | Does it support your exact looping workflow, and what happens after a disconnect? |
| Direct scheduling device or feature | Current price, any separate service or media costs, and the cost of a fallback arrangement | Is it currently available to you, and has month-long looping suitability been confirmed? |
This is a comparison of responsibilities, not prices: current provider fees and local tariffs were not established here. If you are building a home setup, use the computer’s actual continuous draw rather than its advertised peak power. If you are considering a host, ask for the full terms that affect a month of uninterrupted output rather than comparing only a headline fee.
The video file itself can affect how smoothly the encoder loops, even though it does not change the cost formula directly. For a practical file-preparation checklist, see how to prepare a video for a month-long loop. If your feed is built from a sequence of episodes, the advice on removing gaps when looping podcast episodes addresses a different but related operating problem.
Measure continuous encoder power
The electricity estimate requires average power in watts while the equipment is doing the actual streaming job. A power supply’s rated capacity is not the same thing as the computer’s draw from the wall. For example, a system can have a power supply rated to deliver more power than it normally consumes; using that rating as the monthly load would overstate the calculation.
Use a plug-in power meter if the machine is in a place where that is practical. Measure the complete equipment you intend to leave running, under the encoder workload you expect to use. If you use a separate display only during setup, measure or account for it separately rather than counting it as a continuous load. A meter reading that fluctuates is normal; an average over representative operation is more useful than one momentary reading.
If you cannot measure, look for a defensible manufacturer specification or estimate, but label it as an estimate and allow for uncertainty. Laptop, desktop, and small-form systems can have different power profiles, and settings such as hardware encoding, cooling and other background tasks can change draw. Avoid borrowing a wattage number from someone else’s setup as if it were yours.
Write the measured average as watts, then convert to kilowatts by dividing by 1,000. For a 30-day month, the machine is assumed to run for 720 hours. The basic equation is:
Monthly electricity cost = average watts ÷ 1,000 × 720 hours × your electricity price per kWh.
Use the marginal rate that applies to your household or business, including any relevant tariff component you actually pay per unit. A bill may contain fixed charges that do not change because of this stream; do not assign the whole bill to the encoder. Conversely, if the additional consumption moves you into a different tariff band, account for the rate that applies to that extra use. Rates differ by location, so check your latest bill or supplier’s current tariff rather than substituting a generic figure.
The same method can help compare an existing machine with another candidate. Measure each in the role it will actually perform, including the encoder and any auxiliary equipment required. The cheaper electricity result is not automatically the better choice if that device cannot maintain the intended feed or recover reliably from interruptions.
Calculate electricity for an assumed 30-day month
Suppose your meter reports an average of W watts and your local marginal electricity price is R per kWh. Keeping it on for 720 hours gives an estimated energy use of (W ÷ 1,000) × 720 kWh. Multiply that energy by R to get the electricity cost in your currency. Leaving W and R as your own measured and billed inputs avoids pretending there is one representative tariff for all readers.
For instance, the working should be written with your actual reading and bill rate: “average watts ÷ 1,000 × 720 × local price per kWh”. If the encoder machine averages 100 watts, the energy term would be 72 kWh for the assumed month; that is an arithmetic illustration, not a typical computer measurement or a claim about any particular electricity price. Multiply 72 by your own rate only after checking the applicable tariff.
This formula assumes the equipment runs continuously throughout the month. It does not include the purchase price of the computer, repairs, a backup machine, the router’s existing household use, or licensing for the video and audio. If you buy equipment specifically for the stream, decide whether you want a cash-flow budget that includes the purchase or a recurring monthly operating estimate that treats owned equipment as already purchased. Those are different questions and should not be blended into one number.
A 30-day month is a convenient planning baseline, not every calendar month. For another duration, replace 720 with the hours you expect the equipment to operate. If you have a second encoder or a separate continuously powered device, measure and calculate it separately, then add its energy use. This makes it possible to see which component is responsible for the ongoing electricity rather than attributing everything to the video stream.
Check internet capacity, caps and overages
At the recommended H.264 settings in YouTube’s encoder settings guidance, the bitrate is 10 Mbps for 1080p at 30 frames per second and 12 Mbps for 1080p at 60 frames per second. These are recommended settings, not a measurement of the file or a requirement to use those exact values. The appropriate bitrate depends on the content and chosen output settings; if you send a different sustained bitrate, the data estimate changes with it.
For a continuous 30-day feed, the payload calculation is bitrate in megabits per second multiplied by 2,592,000 seconds, then divided by eight bits per byte. At 10 Mbps that is 3,240,000 MB, or about 3.24 decimal TB. At 12 Mbps it is 3,888,000 MB, or about 3.89 decimal TB. These are derived estimates of video payload, not published measurements of a particular connection’s billed data. They exclude network and protocol overhead and assume the selected bitrate is sustained for the whole period.
Compare the result with the terms of the internet plan used by the encoder. Check whether it has a monthly data allowance, how the provider counts uploads, whether overage charges or speed reductions apply, and whether business and residential terms differ. A flat-rate plan with no marginal data fee may mean the stream adds no direct data charge, while a capped or metered plan could make several terabytes of additional upload consequential. Neither case can be assumed without reading your provider’s current terms.
Capacity is a separate issue from the cap. You need enough sustained outbound bandwidth for the stream and room for the rest of the connection’s use. YouTube’s connection guidance recommends allowing capacity for the primary stream, a backup, and additional headroom, and recommends Ethernet for computer streaming. Do not confuse a speed test at one moment with a guarantee that the connection can sustain an unattended feed through busy periods.
If you are comparing broadband options in India, the upload-speed comparison guide for YouTube loop services can help frame what to check. Include the actual upload rate and data policy, not only the advertised download speed. A wired link can help with reliability, but at the same bitrate it does not reduce the payload volume calculated above.
Separate YouTube ingest from optional hosting
The encoder workflow is to configure the video output, connect to the YouTube stream URL with the stream key, and keep sending the feed. YouTube’s live streaming setup guide is the place to check current instructions and settings. The creator’s equipment or host pays the operational cost of encoding and uploading; YouTube’s processing and delivery to viewers are distinct from that creator-side calculation. Do not add a guessed universal encoder-ingest fee to the spreadsheet.
YouTube’s documentation also names AJA PlayToStream as a way to schedule prerecorded media directly to YouTube Live without a computer. Treat that as an option to investigate, not a verified price or an established fit for a continuous month-long looping workflow. Check the vendor’s current product information and the official YouTube instructions, confirm availability and the exact scheduling behaviour, then determine whether the current price and operating limits suit your case. No current price or month-long suitability is asserted here.
A hosted encoder changes who operates the encoding equipment; it does not automatically make the cost disappear. Ask whether the plan’s charge includes the required upload, whether there are data or duration limits, and what the service does when the feed drops. Check the vendor’s own current terms before using any quoted plan amount in a budget, and record the date you checked it. Any stated price or limit needs attribution to the vendor and the date it was listed; avoid comparing a current quote with an undated recollection.
StreamNeo removes the need to leave your own computer running to encode an uploaded video into a YouTube live stream, which is useful when the home machine and its overnight interruptions are the main source of cost and worry. It is YouTube-only, so it does not replace checking your upload, content rights or YouTube’s current requirements. It is a specific operating option, not a reason to skip comparing the relevant costs and workflow limitations.
Do not overlook the archive and rights questions while pricing the technical setup. YouTube says a live stream lasting more than 12 hours may not be captured as an archive, so a month-long presence should be operated as shorter sessions if a YouTube replay matters, with a local copy kept when you need a dependable record. This affects how you schedule, not the electricity formula.
The right to broadcast the prerecorded material is separate from power, data and hosting. YouTube’s live streaming terms and eligibility information say the content provider must have the necessary rights for live content, including music rights where applicable. The cost of permissions depends on the material and territories involved, so it is not part of the technical estimate until you have established what rights your content needs. If you are unsure about how rights issues can affect a live broadcast, read whether YouTube can issue a copyright strike during a live stream and check the current official guidance.
Build your own monthly estimate
Keep the estimate as separate lines so you can update it when a rate, plan or device changes. First record the average continuous encoder draw, local marginal electricity price, and assumed operating hours. Next record the bitrate and calculate upload payload. Finally add only the incremental internet charge, any dated hosting fee, and any content or production expense that genuinely applies.
A compact worksheet can look like this:
| Input | What to enter | How to verify |
|---|---|---|
| Encoder power | Average watts while encoding | Measure at the wall under representative load |
| Electricity | Local price per kWh | Check the current bill or supplier tariff |
| Operating time | Hours in the month | Use 720 for the assumed 30-day baseline, or your expected hours |
| Upload settings | Sustained bitrate and frame rate | Check encoder configuration and YouTube guidance |
| Data volume | Bitrate × seconds ÷ 8 | Treat as an estimate excluding overhead |
| Internet charge | Incremental fee, if any | Review the current plan’s cap, overage and upload terms |
| Optional host | Applicable fee and limits | Check the vendor’s current terms and note the date |
| Rights or production | Applicable costs only | Confirm what applies to the specific content |
Then ask what would change if the stream stops overnight. A local computer may avoid a host subscription but depends on your own machine, power and connection. A managed option may shift some operating work, but you must verify its looping, restart, recording and data terms. A direct scheduling device may suit a different workflow, but price and month-long fit need current confirmation. A lower visible monthly fee is not enough if it excludes the part of the job you need.
Finally, distinguish recurring cost from setup cost. A one-off computer or storage purchase does not recur every month, though it still belongs in a decision about whether to start. Conversely, electricity and a metered data charge recur for as long as the encoder runs. Keeping these categories separate makes the answer to “what will this cost each month?” clearer and lets you compare self-hosting with rented hosting honestly.
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 24/7 1080p YouTube stream use?
Using YouTube’s recommended H.264 bitrate of 10 Mbps for 1080p30 gives an estimated 3.24 decimal TB of payload in an assumed 30-day month. At 12 Mbps for 1080p60, the estimate is about 3.89 decimal TB. These calculations assume continuous bitrate and exclude network overhead; your actual encoder setting may differ.
Does YouTube charge a fixed monthly encoder-ingest fee?
The official information used for this estimate does not establish a universal creator fee for encoder ingest, so do not add one as a fact. Check current official YouTube terms for your account and distinguish any platform-specific charges from your electricity, internet and hosting costs.
Can a prerecorded video run as a continuous YouTube Live stream?
A computer-based encoder can send a prerecorded file as a live feed using YouTube’s stream URL and stream key, provided your workflow keeps the encoder and connection operating. Plan around the archive limitation: YouTube says a stream exceeding 12 hours may not be captured, so use shorter sessions and retain a local archive if replay matters.
What should I do if my internet plan has a data cap?
Calculate the outgoing payload from your sustained bitrate and the hours you will stream, then compare it with the plan’s current allowance and overage terms. Ask the provider how uploads are counted and whether speeds are reduced after a limit. Leave room for overhead and other household or business traffic rather than treating the payload estimate as an exact bill.