If you are choosing between OVHcloud VPS and Hetzner Cloud for a 24/7 YouTube playlist stream, compare the exact plan and region against your bitrate, traffic allowance and media workflow. Neither provider is a universal winner, and a published bandwidth figure or availability commitment does not guarantee an uninterrupted stream to YouTube.
For one pre-encoded playlist sent continuously to YouTube, estimate the monthly outbound traffic first, then check whether the server only relays the files or must encode them in real time. Those tasks have different CPU needs. After that, compare the plan’s traffic and network terms, operating cost and the administration you are prepared to do.
Compare the exact plans and regions
Start with a specific product, not a provider name. OVHcloud VPS and Hetzner Cloud are not interchangeable labels for a fixed amount of CPU, bandwidth or traffic. The available plans and their terms depend on product family and region. A comparison between an OVHcloud VPS and a Hetzner dedicated server, for example, would not answer which Cloud or VPS plan suits this workload.
OVHcloud’s current VPS page advertises unlimited traffic, with public bandwidth varying by plan. Its VPS FAQ says the listed bandwidth is the guaranteed minimum allocation. Hetzner’s Cloud traffic documentation instead gives included traffic by server family and location. It lists 20 TB for EU CX, CPX and CAX Cloud Server plans; US and Singapore allowances vary by plan and location. Check both pages for your chosen region and SKU when you are ready to order, because terms can change.
These are different allowance models, not equivalent promises. “Unlimited” does not by itself tell you the sustained throughput available from a selected plan. An included-traffic figure does not mean a port can sustain that rate continuously. Record the product name, region, traffic terms, public bandwidth, CPU type and price displayed in the purchase flow; do not fill gaps by borrowing terms from another product family.
Region also matters beyond the allowance. A server’s route to YouTube’s ingest endpoint is part of the actual delivery path, and the provider’s plan page cannot establish how that path will behave at your location and chosen bitrate. Pick a region you can test and use the same encoder profile you expect to run in production. If your audience is mainly in India, remember that the outbound destination here is YouTube ingest; audience geography alone does not determine the best server region.
Check included traffic, bandwidth and overage terms
Traffic allowance, network capacity and the bill for extra usage are separate questions. OVHcloud’s VPS page advertises unlimited traffic, but plan-specific public bandwidth still matters. Hetzner publishes included traffic by Cloud family and location; its Cloud billing FAQ says outgoing traffic above the included amount is charged in 100 MB blocks. Its usage notifications are alerts, not a cap that stops the traffic or spending.
Do not compare an OVHcloud “unlimited” label directly with a Hetzner EU allowance and call the numbers equal. Instead, note what each exact plan says about outbound traffic, bandwidth allocation and overage. If you are considering a US or Singapore Hetzner region, consult that region’s allowance rather than assuming the EU figure applies. Use provider documentation and the order page, not a reseller summary or an old screenshot.
Make a small comparison for the plans you would actually consider:
| Check | OVHcloud VPS | Hetzner Cloud |
|---|---|---|
| Traffic model | VPS page advertises unlimited traffic; public bandwidth varies by plan | Included amount varies by family and location; outbound overage is billed |
| Region | Check the selected VPS region and its displayed plan terms | Check the chosen region; EU CX, CPX and CAX have a listed 20 TB allowance |
| Network capacity | Compare the plan’s stated public bandwidth, not just a headline | Confirm the selected plan’s traffic and network terms; do not infer sustained performance from allowance |
| CPU selection | No cited provider transcoding benchmark establishes capacity for a particular video profile | Shared- and dedicated-resource classes differ in CPU allocation; match the class to measured workload |
| Administration | OVHcloud says basic server-administration knowledge is required | Cloud servers are self-managed; account for updates, security and recovery work |
The table is a prompt for checking, not a verdict. Include any public IP or other required line item shown in the current cart, as well as traffic overage where it applies. No like-for-like current price comparison is established here, so a conclusion about which provider is cheaper would be guesswork. If you are still weighing self-managed hosting against a service that takes the machine off your desk, the breakdown of prerecorded streaming options helps frame that different operating choice.
Estimate monthly traffic from stream bitrate
The outbound stream is continuous traffic from your server to YouTube. For a constant bitrate stream, a useful estimate in decimal terabytes over 30 days is:
bitrate in Mbps × 86,400 × 30 ÷ 8 ÷ 1,000,000
The division by eight converts megabits to megabytes; the final division expresses the result in decimal terabytes. This is arithmetic, not a provider-reported statistic. It assumes the bitrate stays constant and does not include protocol overhead, retransmissions or other server traffic.
At 6 Mbps, the estimate is about 1.94 TB for 30 days. At 10 Mbps, it is about 3.24 TB. A variable-bitrate encoder may use less or more than a constant-rate estimate depending on the content and settings, and audio, control traffic and other workloads add to the total. These figures estimate what one outbound feed may use, not a total allowance for other processes or backups.
Use the actual bitrate you plan to send, rather than the video file’s size or its resolution alone. YouTube’s encoder guidance publishes bitrate recommendations by resolution and frame rate, and YouTube transcodes incoming live streams into different viewer formats. Sending a 1080p source does not mean the VPS must send a separate feed for every viewer quality. For standard delivery, see YouTube’s live encoder settings guidance; use the profile you select there to estimate egress.
Compare the result with the precise monthly allowance and billing terms for your plan and region. If you plan to run two independent channels from one VPS, estimate each feed and add them. Do the same for any other outbound traffic. Monitor usage after starting; an estimate gives you a planning figure, not a bill guarantee. Hetzner’s notifications can warn you about usage, but, according to its billing FAQ, they do not cap it.
The comparison changes if a playlist has quiet sections, variable bitrate, or an encoder configured with a target bitrate different from its peak. You need not model every packet before choosing a plan. Use the configured feed bitrate as a sensible baseline, leave margin for overhead and concurrent tasks, and check actual usage during a representative run. If an allowance is close to your estimate, ask the provider about the current terms before relying on the stream for a full month.
Assess relay versus real-time transcode workload
A playlist stream may mean two different jobs. In a relay workflow, the server reads already encoded files and sends an encoded feed to YouTube with little or no re-encoding. In a transcode workflow, it decodes media and encodes a new output in real time, perhaps to normalise resolution, frame rate, codec or audio. The second job uses substantially more CPU, and its suitability depends on the precise source and output settings.
Do not choose a VPS for transcoding based on a resolution label alone. The research available for this comparison does not establish an OVHcloud or Hetzner plan’s capacity for a particular FFmpeg profile, and it supplies no provider-specific benchmark. Codec, frame rate, filters, audio handling and the number of simultaneous feeds all affect demand. Test the actual workflow on the exact plan before committing to an unattended run.
Hetzner documents shared-resource instances as sharing CPU among instances and dedicated-resource instances as having exclusive CPU resources. Dedicated CPU is the more predictable class for a CPU-intensive transcode, subject to the plan and its price, but that is not a guarantee that a particular encoding job will fit. If you are only relaying compatible pre-encoded files, a shared class may be a reasonable candidate to test; verify that playback, output timing and network use remain stable under your configuration.
OVHcloud’s cited VPS material does not provide a transcoding benchmark either. Treat its plan’s CPU and public bandwidth details as selection inputs, not proof of a particular real-time encode capacity. Check whether the media application will copy the stream or re-encode it, and check how it behaves when a file changes, ends or cannot be read. The guide to OBS playlist and VLC sources for a 24/7 music stream can help you think through the playback side; it does not replace a server workload test.
A simple decision test is to run the intended playlist for a representative period on the exact plan, with the encoder settings you intend to keep. Observe CPU use, dropped or delayed frames, output bitrate and whether the next file starts cleanly. If you change from relaying to re-encoding later, reassess the plan rather than assuming the original test still applies. For more background on file formats and output choices, see H.264 and H.265 for prerecorded YouTube streaming.
Allow for network headroom
A server needs more upload capacity than the stream’s nominal bitrate. YouTube recommends 20% upload headroom beyond the total stream bitrate. For a 6 Mbps feed, that guidance implies at least 7.2 Mbps available upload capacity for that feed alone, before any backup stream or other concurrent traffic. The recommendation is a planning margin, not a promise that the path will deliver it at every moment.
YouTube recommends RTMPS, its secure extension to RTMP, for ordinary live encoder delivery. Its streaming tips say the total stream bitrate cannot exceed available upload bandwidth and recommend testing the setup. A VPS plan’s advertised port or bandwidth figure is not a measurement of the route between your encoder and YouTube ingest. Nor does a maximum port speed prove stability.
If you send more than one feed from the same machine, add their bitrates when thinking about upload capacity, then leave headroom for non-stream traffic and protocol overhead. A backup stream also consumes traffic and capacity while it is active. Keep the bitrate and destination settings written down so that you can compare an observed problem with the configuration instead of changing several settings at once.
Test from the selected region to YouTube’s ingest endpoint using your actual streaming application. A test can reveal routing or configuration problems, but it cannot guarantee that future network conditions or YouTube ingest will be unchanged. If the path fails intermittently, investigate whether the issue is local to the encoder, the VPS, the route or the ingest service before moving providers. A different region may be worth testing, but do not assume that geographic proximity alone fixes a route issue.
Plan testing, monitoring and maintenance
A VPS is self-managed. You are responsible for setting up the media process, protecting access, applying maintenance and recovering when something stops. OVHcloud’s VPS FAQ says basic server-administration knowledge is required; Hetzner likewise places server administration and security responsibilities on the customer. A low monthly plan price is only part of the decision if you must also learn to keep the operating system and stream healthy.
Before leaving the channel unattended, test a full playlist cycle and the transitions between files. Check that the right audio is present, that no black gap appears between videos, that the stream title and scheduled start are correct, and that the broadcast stays live after a file ends. A guide to preventing black frames between videos is useful when the hand-off, rather than the server’s raw capacity, is the visible fault.
Set up monitoring that tells you whether the media process is running, whether the stream is reaching YouTube, and whether outbound traffic is approaching the plan’s allowance. Configure restart and recovery behaviour, then test what happens after a process failure or reboot. An automatic restart can address a stopped process, but it cannot repair a bad source file, an invalid stream key, account restrictions or an unavailable ingest path. Keep a safe way to access the server if the normal stream process fails.
Provider availability terms are not end-to-end stream guarantees. OVHcloud’s VPS FAQ states a 99.9% SLA; Hetzner’s Cloud agreement describes a 99.9% monthly availability effort subject to contractual qualifications and exclusions. Those terms concern provider service as defined by their agreements. Your stream can still fail because of encoder settings, a corrupted file, network disruption, YouTube ingest or a recovery issue. Do not translate an SLA figure into a promise about hours live on your channel.
YouTube also has account requirements separate from hosting. It says a channel must be verified and free of a live-stream restriction in the previous 90 days to livestream, and streams must comply with its policies. Check YouTube’s livestreaming eligibility information for the current requirements before building the setup around a planned launch. Eligibility and content policy are not handled by a VPS provider.
Choose based on workload, not headline claims
OVHcloud may suit you if the exact VPS tier’s published bandwidth and advertised unlimited-traffic terms fit your expected feed, and you prefer that allowance model. Hetzner may suit you if the chosen Cloud family and region’s included traffic, CPU class and overage terms fit the workload. That includes checking the region-specific allowance rather than assuming every Hetzner plan has the EU figure. Neither choice can be made responsibly from the provider name alone.
For a pre-encoded relay, focus on outbound bitrate, traffic terms, enough network headroom, file transitions and recovery. For real-time transcoding, put CPU performance and repeatable testing nearer the top of the checklist. If you run several channels, calculate their combined traffic and consider whether they compete for CPU. Compare the full current cart for the exact region and account for your own administration time; the information available here does not establish a universal price winner.
A self-managed VPS is the right shape when you want control over the playback and encoding environment and can maintain a server. It is less attractive if you do not want to monitor a machine, manage access or troubleshoot after a night-time failure. For someone whose specific problem is leaving their own computer on to keep a file streaming, StreamNeo removes that computer from the routine: you upload the video and connect the YouTube stream key, rather than maintaining that playback machine yourself.
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 monthly traffic does a 24/7 YouTube stream use?
At a constant 6 Mbps, the arithmetic estimate is about 1.94 decimal TB over 30 days before protocol overhead; at 10 Mbps, it is about 3.24 TB. Actual use depends on bitrate variation and other outbound traffic, so compare your configured bitrate with the selected plan’s current terms and monitor usage.
Is the EU Hetzner traffic allowance the same in every region?
No. Hetzner documents traffic by Cloud server family and location; its documentation lists 20 TB for EU CX, CPX and CAX plans, while US and Singapore figures vary by plan and location. Check the current documentation for the exact SKU and region you intend to buy.
Can a small VPS run a playlist stream?
It may be adequate for relaying already encoded files, but there is no cited benchmark here that establishes a particular plan’s capacity. Real-time transcoding is more CPU-intensive, so test your actual files, settings and number of feeds on the exact plan before relying on it.
Does a VPS availability commitment mean the YouTube stream will stay live?
No. The provider’s availability terms have qualifications and do not cover every part of the encoder-to-YouTube path. Source files, stream settings, network routing, YouTube ingest and recovery can all affect whether a broadcast remains live.