A Hetzner Cloud instance can cost less than running a spare desktop, but its advertised compute price is not the whole bill. To compare fairly, add the cloud’s applicable network, IP, tax, storage and backup charges, then weigh that total against your desktop’s measured power use, any incremental home connection costs and the time needed to keep it running.
There is no universal cheaper choice. Your stream settings, location, electricity tariff and existing equipment matter, as do your tolerance for maintenance and dependence on household power and internet.
Compare like with like
The comparison here is between two ways to send the same prerecorded loop to YouTube Live around the clock. In one case, you configure an encoder on a Hetzner Cloud virtual machine and maintain that system. In the other, you run the encoder on a desktop you already own at home. A new PC purchase should not be charged to the second option if the machine is genuinely spare, but its electricity and upkeep are not free.
Keep the content and workload identical on both sides: video resolution, frame rate, bitrate, audio settings, operating hours and number of destinations. A quiet devotional loop at modest settings is not the same workload as a high-resolution music visualisation or a changing camera feed. The resource requirement depends on how the video is encoded and transmitted. Neither a particular small instance nor a desktop should be assumed to handle every stream without testing.
YouTube publishes its live encoder settings and bitrates, and recommends RTMPS for ingestion. Use those settings to define a plausible profile before pricing either machine. Then test the actual stream for dropped frames and encoder health rather than buying or renting capacity on an assumption.
If your stream is a playlist, the content workflow matters too. The guide to using a playlist for a 24/7 stream helps separate the job of preparing a continuous programme from the job of keeping an encoder online. That distinction affects what you need to maintain on either platform.
Build the complete Hetzner bill
Hetzner’s official price-adjustment page lists a CX23 in Germany and Finland at €5.49 per month, excluding IPv4 and VAT, and a US-region CX23 at $6.49 per month, also excluding IPv4 and VAT. Those are regional listed prices, not all-in monthly bills; the adjustment page states that its new prices for new orders and cloud instance rescales took effect on 15 June 2026. Check the current configurator and your account’s terms before ordering, because region, tax and selected services change the amount you pay. Hetzner’s price-adjustment page is the source for those listed figures.
Build your estimate line by line rather than treating the compute figure as a total:
| Cloud cost item | What to check before comparing |
|---|---|
| Instance | The current monthly charge for the region and configuration you actually select |
| IP address | Whether IPv4 is needed and charged separately for that configuration |
| Tax | VAT or other applicable tax for your location and account |
| Data transfer | Included outbound allowance, counting rules and overage terms |
| Storage | Any additional volume or retained files beyond the instance allocation |
| Backups or snapshots | Whether you will use them and the charge shown for the selected option |
The table is a checklist, not a claim that each item is always charged. Some may be included, unnecessary or handled differently depending on the configuration. Record the values the live configurator shows for your account, and do not add tax twice if the displayed total already includes it.
A continuous stream creates outbound traffic for as long as it runs. Bitrate is therefore relevant to a cloud bill: a higher bitrate sends more data over the same period. Use the service’s current transfer allowance and billing definitions to estimate whether your stream stays within it. Do not assume that transfer is free simply because a compute price is shown prominently. If your channel also sends to another destination, include that traffic too.
Storage and backups are separate decisions. A static loop may need little local storage if the source file fits the instance, but you still need to consider where the original and any recovery copy live. Paying to keep backups may be worthwhile if recreating the stream would be disruptive; it is not automatically required for every setup. Write down what you would actually enable instead of pricing every possible service into the base estimate.
The total cloud cash cost is the sum of the applicable lines after tax, using the same billing period as your desktop estimate. For a month-to-month comparison, use the current monthly figures and terms rather than multiplying a daily rate by an assumed number of days. If you use a longer billing commitment, include the terms that apply to that commitment and consider whether you can accept them.
Estimate desktop electricity from measured use
For a desktop, electricity is often the main direct cost that changes when you leave it on continuously. The calculation is simple once you know its average draw and your tariff:
Average watts ÷ 1,000 × operating hours × price per kWh = electricity cost.
For a 30-day comparison, use 720 operating hours. As an illustration only, a PC drawing 120 W on average would use 0.12 kW × 720 hours, or 86.4 kWh over that period. Multiply 86.4 by your own electricity price per kWh to get an example energy charge. The 120 W figure is an input for the example, not a claim about a typical desktop or a measured result. Your machine may draw substantially more or less depending on components and workload.
If you do not know the draw, a plug-in energy monitor can help you measure it at the wall. Observe the PC while it is doing the same encoding work you intend to run overnight; an idle reading may not represent the stream workload. Include the display only if you plan to leave it on. Once you have a representative measurement, use the tariff on your electricity bill rather than a general online average.
If the tariff varies by time of day, calculate using the rates that apply to the hours the stream runs. If you are charged a fixed monthly amount that does not change with consumption, the incremental cash cost may be different from the amount implied by a simple per-unit rate; check how your bill is structured. This does not make the energy use disappear, but it helps distinguish a new out-of-pocket charge from the broader cost of consuming power.
A low-power desktop may make the home option attractive where electricity is inexpensive and the machine already exists. A more power-hungry computer, a high local tariff or heat and fan noise in the room can make it less appealing. Those are reasons to measure your own equipment, not to substitute an assumed wattage for it.
For a more focused home-computer setup discussion, see how to run a 24/7 YouTube stream on a low-power PC in India. Its practical setup advice can inform the desktop side, while the measured reading and your tariff should drive your own arithmetic.
Include internet and maintenance
The internet connection at home is usually already paid for, so it may not create a new monthly charge just because the stream runs. But check whether your plan has a data limit, usage policy or extra charge that the stream could trigger. Confirm that its upload capacity is sufficient for the chosen bitrate while allowing other household use. A connection that works for ordinary browsing is not automatically suitable for uninterrupted outbound video.
There is also an opportunity cost to relying on the home connection. If a router needs a restart, a fibre line fails or household power goes out, a home encoder cannot keep sending video through that same connection or power supply. A backup internet connection or UPS can reduce particular risks, but both add cost and maintenance. Do not count them as included unless you already have them and they are appropriate for the stream.
Cloud operation moves rather than removes maintenance. You need to install and configure an operating system and encoder, keep credentials secure, manage updates, and know how to investigate a failed process or a disconnected stream. A cloud machine avoids dependence on your household router and power, but still depends on the cloud account, provider service and correct configuration. An instance charge does not include the value of your setup and troubleshooting time.
A desktop shifts the practical work to a machine in your home. You may have easier physical access, but you are responsible for heat, dust, restarts, updates, storage and local power. If the machine becomes unavailable while you are away, recovery may wait until you can reach it or ask someone at home to intervene. These are real costs in time and inconvenience even when you cannot sensibly put a rupee or euro figure on them.
If the purpose of moving the broadcast off the home PC is specifically to switch the computer off, the article on keeping a YouTube stream live after switching off your PC in India explains that operational goal. It is useful context, but it does not turn a cloud instance into a maintenance-free option.
Reliability and convenience are different trade-offs
Neither setup can be promised to remain uninterrupted. A home desktop can stop because of a power cut, router issue, ISP outage, operating-system restart, encoder error or hardware fault. You may be able to diagnose a local machine quickly, but only if you notice the problem and can access it. If your household internet is already stable and you can recover the computer easily, that convenience can outweigh the burden of keeping it on.
A cloud machine removes the household PC and home connection from the stream path, which can be useful when the home connection is unreliable or you do not want a computer running overnight. It brings different dependencies: the server configuration, your cloud account, the provider network and the encoder process. A badly configured server can fail just as surely as a desktop can. Monitoring and a restart plan matter whichever route you choose.
In a self-managed cloud setup, you are responsible for deciding how the stream starts after a reboot, how you will notice a failure and what you will do when the encoder stops. On a desktop, you need an equivalent plan for power restoration, automatic login or task startup, and alerting. Test a recovery deliberately while you are available rather than waiting to discover the gap at night.
For some prerecorded loops, handing off the recurring broadcast task can remove the need to keep either a home machine or a self-managed server prepared. StreamNeo turns an uploaded video into a YouTube live stream, which addresses the specific hassle of maintaining an encoder for a static loop; check its current limits and terms against your content before relying on it. It is YouTube-only, so it is not a fit if you need to send the same broadcast to other platforms.
There is one separate reliability question if you need an archive. YouTube Help says, “If your live stream exceeds 12 hours, it may not be captured at all.” See the official archiving guidance. Do not assume that a continuous broadcast will produce a complete replay; if a full recording matters, plan a separate recording or divide the broadcast into sessions, then account for the extra storage and work.
Match the costs to your stream profile
A useful comparison worksheet has two totals and a short note about effort. On the cloud side, add the current regional instance charge and all applicable IP, tax, transfer, storage and backup lines. On the desktop side, calculate energy from the measured average draw and tariff, then add any incremental data, equipment or backup-power costs you would actually incur. Keep costs you already pay either way out of the incremental comparison, but mention them if they change the risk or feasibility.
Then check that both estimates describe the same broadcast. If one option uses a lower bitrate, different video settings or fewer destinations, it is not a cost comparison of equivalent service. A stream that uses more outbound data could change the cloud transfer estimate; a more demanding encoding profile could affect which configuration handles the workload. Test your settings before treating a low-cost configuration as adequate.
| Your situation | What may favour it | What to verify |
|---|---|---|
| Existing low-power desktop, stable home connection | No new compute charge and physical access to the machine | Measured electricity, overnight noise or heat, and recovery when home power or internet fails |
| Desktop with higher measured draw or expensive electricity | Avoiding continuous PC power use may matter more | Full cloud total after transfer, IP, tax and any storage or backup charges |
| Unreliable household connection or frequent time away | A cloud host is independent of the home router and power supply | Configuration, monitoring, account access and provider dependencies |
| Need to run a changing camera or demanding encode | A machine you can tune may suit a specific workload | Actual encoder health and stable output at the chosen settings on either machine |
| Prerecorded loop and little interest in server upkeep | A managed broadcast workflow may reduce maintenance effort | Current service scope, platform support and total terms before choosing it |
This table does not rank providers or promise a reliability outcome. It points to the assumptions most likely to change your decision. For example, a reader in India should use their own electricity tariff and compare it with the live Hetzner region and account charges available to them, rather than treating the euro or dollar price above as a local all-in figure.
Include time as a separate line even if you do not assign it a monetary value. Estimate how often you expect to check updates, encoder health, disk space and recovery alerts. A setup that is slightly cheaper in cash but requires attention at inconvenient hours may not be the lower-cost choice for your channel. Conversely, if you enjoy maintaining a home PC and already have a suitable machine, the direct cash difference may matter more than convenience.
The decision should follow the workload, not a slogan about cloud versus home. If the compute bill is the only cloud figure you have, the comparison is incomplete. If the desktop’s power draw is guessed, that side is incomplete too. Fill in the current prices and measured inputs, then choose based on the total and the operating responsibility you are willing to keep.
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 the Hetzner CX23 price the monthly total for a 24/7 stream?
No. Hetzner lists regional prices separately from IPv4 and VAT, and the final account total can also depend on data transfer, storage and backups. Check the current configurator for your region and include only the line items that apply to your setup.
How do I work out the desktop’s monthly electricity cost?
Measure the computer’s average draw while it is encoding the intended stream, then divide watts by 1,000 and multiply by operating hours and your tariff per kWh. For a 30-day month, the continuous run is 720 hours. Use your actual tariff and reading, not the illustrative 120 W input above.
Is a home desktop more reliable than a cloud instance?
Neither is reliably uninterrupted by default. A desktop depends on household power, internet and the machine; cloud operation avoids those local dependencies but requires a working configuration and provider service. Your ability to detect and recover from a failure is part of the comparison.
Will YouTube save a complete recording of a 24/7 stream?
Not necessarily. YouTube says a live stream longer than 12 hours may not be captured at all. If a complete archive matters, arrange a separate recording or split the broadcast into sessions and plan for its storage and handling.