For a 24/7 YouTube loop, compare DigitalOcean and Hetzner using the bill for your chosen region and stream bitrate, not just the advertised virtual machine price. Compute, included outbound transfer, overage, public IPs and any server-side encoding can each change the result.
A small server sending a pre-encoded video is a different workload from one that must encode it in real time. Start with the stream you intend to run, estimate its egress, and check the current plan details in the provider’s own console before committing.
What a YouTube loop stream needs from a server
A loop stream needs a continuous video feed that reaches YouTube’s ingest endpoint. In a cloud-hosted setup, the server reads a video file or playlist and transmits a live signal using the stream key you configure. For this comparison, the key distinction is whether the server only sends an already encoded feed or also has to decode, process and encode video as it runs.
The outgoing stream consumes network transfer for as long as it is active. A 24/7 channel runs for many more hours than a scheduled programme, so an allowance that seems large for occasional testing may not cover continuous transmission. The relevant number is the outbound bitrate from the server, not the number of viewers watching on YouTube: YouTube receives the server’s feed, then distributes it to viewers.
You also need a reachable public network address, a region that makes sense for your workflow, and enough compute and memory for the software you choose. Neither provider’s published VM price alone proves that a particular configuration can encode your video or run it reliably. Treat stability as something to monitor and test, not as a promised property of a plan.
If you are deciding between a cloud server and a local machine first, the trade-offs in running a 24/7 bhajan stream from an OBS laptop are useful context: local equipment avoids a cloud VM bill but depends on your own power, internet and computer remaining available. If you have already chosen a server, focus on the complete monthly bill and the work you expect it to do.
Compare compute costs without mistaking examples for equivalents
DigitalOcean and Hetzner publish different plan catalogues, and similarly priced entries should not be assumed to offer equivalent CPU, memory, region or transfer. Compare the selected resources against the actual workload. A cheap plan can be a reasonable place to test a pre-encoded stream, but that does not establish that it is suitable for real-time encoding.
As listed on DigitalOcean’s site in September 2026, Basic Droplets start at $4 per month for a 512 MiB plan with 500 GiB of transfer; a listed 1 GiB Basic plan is $6 per month and includes 1,000 GiB. These are examples from the plan table, not recommendations for every encoder or region. DigitalOcean’s bundled plans have a monthly price cap; its newer v5 resource-based plans are billed differently and do not have the 672-hour monthly cap. Check the current plan and billing model you are selecting rather than inferring the bill from an older Droplet example. See DigitalOcean’s Droplet pricing and its bandwidth billing documentation.
Hetzner’s June 2026 price adjustment lists an EU CX23 at €5.49 or $6.49 per month, excluding IPv4 and VAT, as listed on Hetzner’s site in September 2026. That entry is likewise an example, not a matched performance comparison with a DigitalOcean plan. Confirm the region, resources and current console price before treating it as a cost for your particular setup. Hetzner bills hourly up to a monthly cap, but an existing instance can continue to incur charges even while powered off. Its cloud pricing page is the place to confirm the current server price.
The decision should start with your minimum viable configuration, not with the cheapest line in either table. If a pre-encoded file can be sent without video transcoding, the compute task may be lighter than real-time encoding, but you still need to test the chosen software and settings. For an encoding workflow, budget time to measure CPU and memory under the actual output settings before leaving it unattended overnight.
Calculate transfer from bitrate and streaming hours
Estimate outgoing data from the bitrate you will actually send and the time the channel is active. The simple calculation is:
bitrate in bits per second × streamed seconds ÷ 8 = bytes sent
Convert the result into the units used by the provider’s allowance. Providers may express transfer in GiB or TB, and decimal and binary units differ. Leave room for protocol overhead and any variation in the feed; this is an estimate, not a guaranteed invoice value.
For illustration, at a constant 2 megabits per second, one hour of encoded payload is approximately 0.9 gigabytes before overhead. Multiply that hourly estimate by the hours in your actual schedule to get a rough monthly amount. A 24/7 stream will be active through the whole day; a channel with planned pauses or a shorter daily schedule will use less. Do the arithmetic again if your bitrate changes between programmes or if you add another continuous feed.
The bitrate is not necessarily the same as the source file’s size divided by its duration. A file can be read and sent through a live workflow at a selected output bitrate, or it may have to be re-encoded. Confirm the outgoing rate in the encoder or streaming application rather than using file size as a substitute. The live streaming bitrate guide can help frame the bitrate choice, but use the setting you intend to run in the transfer calculation.
This estimate is also not a viewer-bandwidth calculation. When your cloud server sends one live feed to YouTube, it is the feed leaving that server that matters for its provider transfer allowance. Do not multiply the server’s egress by the channel’s audience size unless your architecture is separately delivering copies directly to viewers.
Check location-specific transfer allowances and overage
A transfer allowance is part of the plan’s economics, not an unlimited pipe. Compare the estimated monthly egress against the allowance for the exact family and region, then find out what happens if you exceed it. Allowances and rates can change, so use the provider’s current documentation and console for a final calculation.
DigitalOcean’s transfer is pooled across Droplets in a team rather than isolated to one server. As described in DigitalOcean’s documentation in September 2026, outbound transfer above the applicable pool is billed at $0.01 per GiB; inbound transfer is free. The pool does not roll over. If you already run other Droplets under that team, account for their transfer as well. A stream may fit within the allowance on its own but push the team over the limit when combined with other workloads.
Hetzner’s traffic documentation lists 20 TB for EU CX, CPX and CAX Cloud Server families. The table gives lower, plan-dependent allowances for US and Singapore locations, so do not carry the EU figure over to a server in another network zone. The traffic table was last changed in May 2024, which makes checking the current console particularly important. Hetzner’s traffic documentation provides the published allowance details; verify the exact family and location before relying on them.
Hetzner says traffic crossing between network zones is billed like ordinary internet traffic. A straightforward stream sent to YouTube may not involve a second cloud region, but a workflow that fetches media from or relays it through another zone can change the traffic calculation. Its billing FAQ says overage is rounded up in 100 MB blocks; check the currently applicable rate rather than estimating a cost from the block size alone. Hetzner also sends usage notifications at 75% and 100%, according to its billing FAQ, but notifications do not cap or stop traffic.
| Cost item | DigitalOcean | Hetzner Cloud | What to verify |
|---|---|---|---|
| Example compute | Basic entry listed at $4/month; 1 GiB example at $6/month | EU CX23 listed at €5.49/month or $6.49/month | Current price, region, resources and tax treatment |
| Included transfer | Plan-specific, pooled across a team; starting examples listed at 500 GiB | 20 TB listed for EU CX, CPX and CAX; other regions vary | Exact plan family, location and current allowance |
| Excess outbound | $0.01/GiB documented | Rate depends on current billing terms; confirm it | Applicable rate and rounding method |
| Public IPv4 | Public networking included in the listed Droplet model; confirm the selected plan | Separate Primary IPv4 charge listed | Whether an address is assigned and billed |
| Billing while stopped | Existing resources can continue to bill | Existing instances can continue to bill | Delete resources you no longer need |
The figures in the table are not a performance benchmark and do not settle which is cheaper. They are checkpoints for a calculation using your stream, region, account usage and required address. DigitalOcean’s pooled model can be useful if you already have unused allowance across a team; it can be less predictable if other Droplets consume that pool. Hetzner’s EU allowance may be relevant for high egress, but the location and current terms need confirmation.
Account for public IP costs and shutdown billing
A YouTube streaming process needs outbound connectivity. For a VM in the cloud, look at how public networking is billed and whether an address is a separate resource. Include the address in the total rather than treating the server’s compute line as the complete monthly cost.
DigitalOcean lists public networking with its Droplet model, but invoice details can depend on the selected product and current terms. Check the plan you are actually creating. Hetzner requires a separately assigned Primary IP for public access to a Cloud Server. As listed on Hetzner’s site in September 2026, Primary IPv4 is $0.60 per month excluding VAT; IPv6 is free. A deployment that needs to connect using IPv4 should include that charge and applicable tax in its estimate. If IPv6 alone is an option for your software and endpoint, verify that end-to-end before omitting IPv4.
Also distinguish stopping a server from deleting it. Both providers can continue charging for existing resources while powered off. Powering down may stop compute activity, but it is not a dependable way to end the bill; address and storage resources may also have their own billing. During a test, review what remains in the account when you finish, and delete resources you no longer need. If the stream is meant to run continuously, include the entire period in your monthly comparison instead of assuming that a few manual shutdowns will materially reduce the cost.
Decide whether the server must encode video
The server’s compute requirements depend on what happens to the file. If your workflow sends a compatible pre-encoded feed without real-time transcoding, the VM has less video-processing work to do than when it converts the source into a new live output. That difference can affect the CPU and memory you need, but it does not establish a universal minimum server size.
Real-time encoding can vary with codec, resolution, frame rate, filters, audio handling and encoder settings. A configuration that works for one lecture recording may not work for a high-motion news loop. The provider price pages do not validate encoder capacity, and neither the listed price nor memory size by itself tells you whether frames will be processed on time. Test your actual source and output settings on the intended plan, monitor for dropped frames and audio problems, and leave enough headroom for the process to keep running.
A pre-encoded loop still needs software to read and repeat the content and send a stable live feed. If the file ends, audio and video drift, or the process exits, compute alone will not fix the workflow. For example, review how to keep a lecture stream running when its video file ends if your channel relies on finite recordings. Likewise, keep audio and video sync under observation with the VPS sync troubleshooting guide.
If you do not want your own computer to remain switched on and would rather avoid managing a VM process, StreamNeo removes that specific maintenance task by turning an uploaded file into a YouTube live stream without requiring you to install software on a server. It is a YouTube-only route, so it is not a replacement if you need a general-purpose VM, custom server-side processing or another destination platform.
Compare the options for your workload
Neither provider is always the cheaper choice. Work through the inputs in a fixed order: region, continuous bitrate and hours, compute needs, included transfer, overage, public address, taxes and any existing pooled usage. Then compare the likely total rather than picking the smaller headline price.
For a pre-encoded feed with high outgoing volume in Europe, Hetzner’s published EU traffic allowance is a potentially important advantage. It only matters if the current allowance applies to the chosen family and location, and the server plus IP and VAT costs fit your needs. Its traffic table’s age makes a console check a sensible condition of the decision. If the server must sit in the US or Singapore, recalculate using the allowance for that region rather than assuming the EU figure.
DigitalOcean can make the calculation straightforward when its bundled plan includes enough transfer and the team pool is understood. Its documented overage rate makes an excess estimate possible, but include transfer consumed by any other Droplets in the same team. If the stream is close to the limit, the cost of the overage and the value of moving to a larger plan should both be checked against current prices.
For Indian audiences, do not assume that a provider’s nearest listed location is automatically best or cheapest. Consider the route to YouTube ingest, where your media and administration workflow live, and what each region includes for outbound transfer. The audience’s location does not directly multiply the server’s one outgoing feed, but a poorly chosen location or cross-zone media workflow can change latency or transfer costs. Test the actual setup and verify the provider’s current region choices.
A practical worksheet can be a few lines: record the expected outgoing bitrate, scheduled hours, estimated monthly egress, server plan and region, included allowance, likely excess, IP requirement, tax and encoding test result. If you already pay for other cloud resources, include those interactions, especially DigitalOcean’s team pool. Re-run the worksheet whenever you change bitrate, add a stream, move regions or alter the encoder.
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
Which is cheaper for a 24/7 YouTube loop, DigitalOcean or Hetzner?
There is no answer without the region, selected VM, bitrate, account transfer usage and IP requirement. Compare the full monthly estimate, including overage and tax, then verify the current provider terms; a low VM price does not necessarily mean a lower bill.
How much bandwidth does a 24/7 YouTube stream use?
Multiply its outgoing bitrate by the seconds it runs, divide bits by eight to get bytes, then convert to the units your provider uses. Use your actual output bitrate and allow for overhead; viewer count does not multiply the single feed your server sends to YouTube.
Can I run a YouTube loop stream on a VPS?
A VPS can run the software that sends a loop to YouTube, but the suitable resources depend on whether it only sends pre-encoded media or encodes video in real time. Test the actual file and settings, and monitor the process before relying on it unattended.
Does switching off a cloud server stop its charges?
Not necessarily. Both providers can continue billing existing resources while powered off, and separately billed resources may remain. Check the current billing terms and delete what you no longer need.