A DIY FFmpeg process on a VPS can have the lower direct monthly bill for one pre-encoded stream sent only to YouTube, provided the chosen plan has enough compute capacity and outbound traffic. A hosted subscription may cost more in cash but less in setup and maintenance; a fair comparison counts bandwidth, storage, redundancy and your time as well as the headline price.
For an always-on stream from a local computer, electricity is another part of the DIY calculation. The EliteDesk name alone does not tell you its draw: measure the complete setup at the wall, then apply your electricity tariff and actual operating hours. The wattage examples below are hypothetical arithmetic, not measurements or manufacturer-rated streaming consumption for any EliteDesk.
Start with the actual workload, not the product label
An EliteDesk is a family name, not a single bill of materials or power profile. Model, processor, memory, storage, attached displays and peripherals can vary, and the work being done matters too. A machine playing a pre-encoded file and sending it without re-encoding has a different workload from one converting video in real time, rendering overlays or running other applications.
The same distinction matters when comparing a VPS with a subscription. Match the actual output: number of destinations, resolution, frame rate, codec, bitrate, duration, and whether you need scheduling, recording or production tools. If your feed is one prepared video sent to YouTube, a basic FFmpeg workflow may suit it. If you need a playlist scheduler, browser-based production or several destinations, a hosted product that includes those functions is not equivalent to a bare virtual machine.
YouTube’s live encoder settings guidance recommends RTMP or RTMPS, constant bitrate encoding and a keyframe interval of two seconds, not more than four. It publishes recommended H.264 bitrates of 14 Mbps for 1080p30 and 17 Mbps for 1080p60. These are input settings, not a prediction of your computer’s electricity use. YouTube also transcodes the incoming live video for different viewer devices and network conditions; that work does not remove the need to send a stable input stream.
Measure the whole setup at the wall
Use a plug-in energy meter between the mains outlet and the complete streaming setup. Include the computer, its power supply, any display that stays on, and peripherals that remain powered for the broadcast. If a router or audio device would be on anyway, decide whether you are measuring its full consumption or only the extra consumption caused by streaming, and keep that accounting consistent.
A short reading at idle is not enough if the system’s work changes during a day. Measure over a representative period with the stream running in its normal way. Include the ordinary playlist or source, the chosen output settings, and any transcoding or graphics you expect to use. If the meter reports energy in kilowatt-hours over the measurement period, divide that energy by the elapsed hours to find average power in kilowatts, then multiply by 1,000 to express it in watts.
For example, the general calculation is: average watts = measured kilowatt-hours ÷ elapsed hours × 1,000. This is a method, not a result for an EliteDesk. If you use a meter that reports watts directly, record its average over a meaningful operating period rather than relying on a momentary display. Keep notes about the workload and attached equipment so that a later change, such as adding a display or enabling transcoding, does not get mistaken for the same system.
A useful comparison is incremental power: the difference between the equipment’s typical state when it is already on and the state required by the stream. But if the computer is kept running solely for the channel, its full measured draw is relevant to the operating decision. State which approach you use. Neither approach supplies an actual bill until you use your own tariff.
Turn measured watts into cost for your hours
First choose the number of hours you expect the setup to run in the billing period. For uninterrupted operation, use the hours in that calendar month rather than assuming every month has the same length. If you run only overnight, multiply the nightly hours by the number of nights you plan to operate. If there are planned maintenance stops, subtract those hours.
The electricity-only calculation is:
Monthly kWh = average watts × operating hours ÷ 1,000
Electricity cost = monthly kWh × your applicable price per kWh
For a typical day-to-day estimate, take the measured average watts during the stream, multiply by the planned monthly hours, and divide by 1,000. Then multiply the result by the tariff that actually applies to those units. If you have a time-of-use tariff, calculate separately for each rate period rather than applying one blended figure unless your bill gives you a reliable blended rate.
This estimates energy charges for the measured equipment. It does not automatically include fixed charges, taxes, discounts, tiered rates, demand charges or any separate charges on your bill. Those are tariff-specific. If your bill gives different rates at different usage bands, you will need to estimate how the added streaming units fall into those bands; multiplying by the first rate shown may misstate the marginal cost.
The same method works for different operating schedules. A channel that runs for 24 hours on some days and 12 hours on others can use the sum of its planned daily operating hours. If you are budgeting before you have a meter reading, keep the result explicitly provisional: mark the assumed watts, hours and tariff, and replace them with measured and billed values when available.
Treat 10, 20 and 40 W as scenarios, not device facts
To demonstrate the arithmetic, the table uses hypothetical average draws of 10 W, 20 W and 40 W and a 30-day period of continuous operation. These are illustrative inputs only. They are not measured or manufacturer-rated EliteDesk streaming consumption, and the table does not state what your computer or electricity bill will be.
| Hypothetical average draw | Hours in a 30-day continuous period | Estimated energy | Cost at your tariff |
|---|---|---|---|
| 10 W | 720 | 7.2 kWh | 7.2 × your price per kWh |
| 20 W | 720 | 14.4 kWh | 14.4 × your price per kWh |
| 40 W | 720 | 28.8 kWh | 28.8 × your price per kWh |
For illustration, if your own measured average were 20 W and your planned period were 720 hours, the energy calculation would be 20 × 720 ÷ 1,000 = 14.4 kWh. To turn that into money, use the rate for those units on your bill. Without both a measured draw and your applicable tariff, there is no sound basis for stating your actual monthly bill.
The table makes one relationship clear: at equal hours, doubling average watts doubles estimated energy. It does not establish that an EliteDesk draws any of these values, nor that every hour has the same load. If your computer transcodes during some sessions and merely copies a pre-encoded feed at other times, take readings that represent both states and calculate each separately, weighted by its actual hours.
Add the costs that electricity leaves out
Electricity is only one line in the local-computer comparison. Include the computer’s purchase cost or depreciation if it is dedicated to the channel, replacement parts, any meter or storage purchases, and the value of space and equipment you keep available. If it also serves as a normal household computer, assigning its whole purchase cost to the channel would not be a fair comparison; use the share that reflects your decision and explain the assumption.
A DIY VPS has a different cost mix. Check the exact region and plan, whether an address has a separate charge, the included disk and outbound traffic, and the price of extra traffic. A continuous stream can move several terabytes in a month. Using the bitrate guidance above, a constant 14 Mbps output for a 30-day period sends about 4.54 decimal TB, calculated as bitrate × seconds ÷ 8 ÷ 1,000,000. At 17 Mbps the same calculation is about 5.51 TB. These are derived estimates for uninterrupted sending at the video bitrate; protocol overhead, reconnects, other traffic and accounting conventions can change provider billing.
As listed on Hetzner’s site in October 2026, its European Cloud page lists a CPX12 with one vCPU, 2 GB RAM, 40 GB disk and 20 TB of included traffic; its price adjustment schedule effective 15 June 2026 lists €6.99 per month for CPX12 in Germany or Finland, excluding IPv4 and VAT. This is one dated reference point, not a quote for every location or a claim that the plan is suitable for your workload. Do not apply its traffic allowance to another plan: confirm the exact region, plan, billing terms and address charges on the official plan page and price schedule.
A very small VPS price can be misleading if you need to add traffic, storage, a backup or another instance for recovery. Equally, a subscription’s headline rate is not meaningful until you know its channel count, resolution, storage and scheduling limits. As listed on Restream’s pricing page in October 2026, its displayed monthly tiers range from Free at $0 to Standard at $19, Professional at $49 and Business at $239, with different simultaneous-channel counts and features. Those rates are a dated reference, not a like-for-like 24/7 playback quote; check the billing selection and current terms at Restream pricing.
Use a like-for-like monthly comparison
Put each option into separate cash and labour columns. A bare VPS bill is not a total-cost figure if you spend time installing, securing and updating it, setting up the loop, monitoring it, responding to failed processes, and checking traffic use. Conversely, do not price your own time as a cash expense unless you actually value it that way; show your assumed hours and rate separately so the comparison remains transparent.
| Cost or capability | Hosted subscription | DIY FFmpeg VPS |
|---|---|---|
| Recurring charge | Compare the tier with required destinations and features | Compare the exact instance, address, disk and billing period |
| Traffic | Check service limits and fair-use terms | Check included outbound traffic and overage for the chosen region |
| Media handling | Check whether storage, conversion and scheduling are included | Count disk, conversion work and any separate storage |
| Recovery | Understand what the provider monitors and what you must do | Budget for supervision, alerts, restart policy and backup arrangements |
| Operator time | Allow time for content and channel configuration | Allow time for provisioning, updates, troubleshooting and security |
| Production needs | Check whether overlays, recording or multistreaming are part of the tier | Count additional software or services if the workflow needs them |
A service focused on live production or multistreaming is not automatically a substitute for a 24/7 prerecorded loop. For example, as listed on Gyre’s site in October 2026, its Start tier was $49 monthly and included one HD stream and 35 GB storage; higher displayed tiers offered different stream and storage limits, while some playlist and scheduler features were not in Start. Confirm the current scope, trial terms and billing on Gyre’s pricing page before treating a tier as comparable to your workflow.
If a VPS appeals because the cash charge is low, ask whether you are prepared to own its operating routine. For a YouTube-key setup, use a careful checklist such as this guide to setting a stream key for a 24/7 VPS stream. If the plan depends on looping prepared content, distinguish a playlist workflow from repeating one file; this explanation of YouTube Live playlist streaming versus looping a single video helps frame that operational choice.
Decide what the electricity estimate means
An electricity-only estimate answers a narrow question: what energy cost is attributable to the measured setup under the stated schedule and tariff assumptions? It does not decide whether local hardware, a VPS or a hosted subscription has the lowest total cost. A desktop can have a higher electricity expense but no VPS traffic overage; a VPS can avoid running a home machine but carry an instance charge and a large outbound allowance requirement.
Separate the one-off and recurring costs. A computer already owned and in use may have a low marginal cash cost, but a machine bought and left on only for a channel has a different economic case. A VPS subscription is recurring, and traffic charges can vary with use. A hosted plan is recurring too, but might include functions that otherwise require your time or separate products. Taxes and currency conversion depend on your location and payment method, so use actual checkout or bill details rather than combining unlike quoted amounts.
Then consider failure and recovery. A single computer or a single VPS can stop for reasons unrelated to electricity or the monthly price. Think through what happens if power, internet access, the source file or the process fails. A second machine, backup connection or spare instance adds cost, while not having one may mean a longer interruption. For practical examples of the maintenance side, see how to monitor CPU and RAM during a YouTube live loop and how to restore a stream after an instance is reclaimed. The point is not that every setup needs the same contingency, but that recovery has an owner and a cost.
YouTube remains the common ingest destination whichever operating option you choose. Verify live-streaming eligibility and current encoder requirements in YouTube’s official documentation before launch, then test with audio and movement similar to your real programme and monitor stream health. A VPS and a hosted subscription do not change the content rights, channel settings or input quality you need to check.
For a channel that exists only to run a prepared video continuously, the work of keeping a machine awake, supervising the stream and restarting it after a drop may be the part you would most like to remove. StreamNeo removes that specific local-computer and restart task: you upload the video once, provide your YouTube stream key, and the broadcast continues with your computer switched off, with monitoring and automatic restarts if it drops. It is YouTube-only, so it is not a fit if your requirement is a output or live production from cameras and guests.
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
Is a VPS always cheaper than a cloud streaming subscription?
No. It can have the lower direct charge for a simple pre-encoded stream, but traffic, address charges, storage, backups and your operating time can change the comparison. A subscription may include functions you would otherwise provide and maintain yourself, so compare equivalent workflows rather than just monthly headline prices.
How much electricity will my EliteDesk use for a 24/7 stream?
The model name is not enough to establish that. Measure the complete system at the wall while it is doing the actual streaming workload, then multiply average watts by your planned hours and divide by 1,000 to estimate kWh. Apply your own tariff; without measured draw and tariff details, an actual bill cannot be stated.
Does YouTube’s bitrate recommendation tell me my computer’s power use?
No. Bitrate guidance describes the stream input, not a computer’s energy consumption. Whether the system is copying a prepared stream or encoding video, plus its particular hardware and attached equipment, affects draw; measure the running setup rather than inferring watts from bitrate.
What should I check before leaving a stream unattended?
Confirm the channel can go live, validate the input settings and test the actual content before relying on the schedule. Decide who will receive alerts and what happens if power, connectivity or the source fails. A plan that looks inexpensive on paper still needs a recovery process that matches how long an interruption your channel can tolerate.