VPS vs Dedicated Servers: Which Is Right for Your Business?

A VPS gives you a slice of a physical machine, isolated by a hypervisor, for €4 to €60 a month. A dedicated server gives you the entire machine, with no hypervisor and no neighbours, from around €209 a month. The decision is rarely about raw power — it is about whether your workload is sensitive to shared resources, and whether you can predict your load well enough to buy a fixed amount of it.

The short answer

Choose a VPS when your load fits inside one plan tier, when it changes week to week, or when you want to be running in under a minute. Choose a dedicated server when you need guaranteed access to physical cores and full memory bandwidth, when you are running a hypervisor of your own, when compliance requires single-tenancy, or when the arithmetic of buying many VPS instances has stopped making sense.

Most businesses should start on a VPS. Bare metal is what you move to when a specific, measurable constraint forces the move — not a milestone you graduate to on principle.

How they actually differ

	KVM VPS	Dedicated server
Hardware	Virtual slice of a host	Entire physical machine
CPU	vCPUs scheduled by the hypervisor	Every physical core, all the time
Memory bandwidth	Shared across guests on the host	All channels yours — 8 channels on our dual-socket range
L3 cache	Shared, and can be evicted by a neighbour	Entirely yours
Provisioning	Under 60 seconds	Under an hour
Scaling	Resize plan, or add instances	Order another machine
Entry price	€4/month (2 GB, 1 vCPU, 40 GB SSD)	€209/month (16c/32t, 128 GB ECC)
Billing	Hourly from €0.0056/hr, capped monthly	Monthly
Custom OS / hypervisor	Standard Linux images, custom ISO on request	Anything — Proxmox, VMware, Windows Server via IPMI
Disk	SSD, sized by plan	Physical bays — six on the E5 range, your RAID level
ECC memory	On the host, not exposed to you	Yours, and visible to your OS

What "shared" really costs you

The honest version of the VPS trade-off is not that you get less CPU. On a properly provisioned host you usually get what you paid for. The trade-off is variance.

Three things are shared on a virtualised host and none of them are shown on a pricing page:

• L3 cache. A neighbour running a large working set evicts your cache lines. Your code did not change; its cache hit rate did.
• Memory bandwidth. Every guest pulls from the same channels. A memory-bound workload on the same host slows yours down even when both have plenty of unused vCPU.
• Disk I/O queue depth. Sequential throughput numbers look fine; the tail of your latency distribution does not.

For a web application, an API, a small database or a game server, the variance is small enough that nobody notices. For a latency-sensitive tick loop, a high-frequency trading strategy, a real-time transcoding pipeline or a database with strict p99 targets, it is exactly the thing that keeps you awake. KVM isolation — which is what we run, rather than container-based virtualisation — removes the noisy-neighbour problem at the kernel and memory-allocation level, but it cannot give you back a cache line someone else evicted.

The price crossover, calculated honestly

Our entry dual-socket machine is €209/month for 16 physical cores, 32 threads and 128 GB of DDR4 ECC. To buy 32 GB of RAM and 8 vCPU on VPS plans costs €58/month for a single Titan instance. On memory alone the dedicated machine is four times the RAM for roughly 3.6× the price, which is close to par — and you also get four times the thread count and every one of those threads physical rather than scheduled.

So the crossover is not at a neat number. It arrives when one of these becomes true:

• You are running more than roughly four large VPS instances that could live on one box.
• You need more RAM than the largest plan offers (32 GB) in a single address space — a large in-memory cache, an analytics working set, a JVM heap.
• You want to run your own hypervisor and control the overcommit ratio yourself.
• You need physical disks in a RAID level you choose, rather than a fixed SSD allocation.

The VPS cost calculator is the fastest way to check where your own numbers land before you commit to either side.

Where a VPS is clearly the better buy

Your load is not yet known

A new product has no traffic history. Buying bare metal for it means buying a guess. Hourly billing means an over-sized instance costs you the hours you actually ran it — €0.0417/hr for a 24 GB Apex, capped at €30 if you leave it up all month. Size down when the real numbers arrive.

Your load is spiky

Seasonal retail, event-driven traffic, batch jobs that run overnight. Deploy for the spike, destroy afterwards, pay for the hours. A dedicated server bills the same whether it is at 5% or 95%.

You want horizontal, not vertical

Three €10 Core instances behind a load balancer survive a single-host failure in a way one €209 machine does not. Redundancy across instances is often worth more than raw performance in one.

You are running one thing, and it is small

A WordPress site, a staging environment, a VPN endpoint, a Discord bot, a CI runner. These do not need a physical machine, and a physical machine will not make them faster in any way a user notices.

Where dedicated is clearly the better buy

Sustained, predictable, high load

A machine that runs at 70% for twenty-four hours a day gets no benefit from elasticity and pays for the abstraction. Bare metal converts that steady load into the lowest cost per unit of work available.

You need physical cores, not scheduled ones

Video transcoding, large compilation jobs, scientific computing, database servers with strict latency budgets. Our EPYC 9254 and dual-socket Xeon and EPYC range exist for these workloads specifically.

You are the hypervisor

If you want to run Proxmox or plain KVM and carve the box into your own guests, you need the box. IPMI ships on every dedicated machine, so you mount your own ISO and install whatever you like without a support ticket.

Single-tenancy is a requirement, not a preference

Some compliance regimes and some customer contracts specify that no other tenant shares the physical hardware. That is a yes/no requirement and no amount of VPS isolation satisfies it.

The middle ground people forget

The question is framed as a binary and it usually is not one. Three intermediate answers are often correct:

• A larger VPS. Before jumping from a €10 Core to €209 of bare metal, the €58 Titan (32 GB, 8 vCPU, 300 GB SSD) exists. Most "we need a dedicated server" conversations end here.
• A bandwidth-specialised VPS. If the constraint is throughput rather than CPU, a 10 Gbps streaming VPS from €9.99 solves it far more cheaply than a dedicated machine on a 1 Gbps port.
• Both. Database and transcoding on bare metal, stateless web tier on VPS instances you can add and remove. This is what most mature deployments actually look like.

What does not differ

Worth stating plainly, because it is often sold as a difference: on our platform both product lines get full root access, unmetered traffic with no overage billing, DDoS protection, and the same twelve locations across Europe and the US. Neither is "more secure" than the other by default — a badly configured dedicated server is far more dangerous than a well-configured VPS. Security comes from your configuration, and our server hardening guide applies identically to both.

How to decide in ten minutes

1. Measure, do not guess. Look at peak CPU, peak resident memory, disk IOPS and p99 latency over a normal week. If you cannot, you are not ready to buy bare metal.
2. Check the ceiling. Does peak memory fit in 32 GB? Does peak CPU fit in 8 vCPU? If yes, a VPS covers it.
3. Check the variance. Is your p99 latency requirement tight enough that cache contention would breach it? If yes, that argues for bare metal regardless of averages.
4. Check the duty cycle. Load above roughly 60% around the clock favours dedicated; anything spiky favours hourly VPS.
5. Price both. Include the cost of the instances you would need, not just one.

If you land on a VPS, our guide to choosing the right VPS plan takes it from here, and the signs you have outgrown shared hosting covers the step before it. If you land on bare metal, our dedicated server overview covers what you get and how it is provisioned.

Frequently asked questions

Is a dedicated server always faster than a VPS?

For sustained, parallel or memory-bound work, yes — you have all the cores, all the cache and all the memory channels. For a small workload that fits comfortably in a VPS plan, no: a modern host CPU sliced into vCPUs can have a higher clock than an older dedicated machine's cores, and a 2.4 GHz physical core is not faster than a 3.5 GHz virtual one just because it is physical.

Can I move from a VPS to a dedicated server later?

Yes, and it is the normal path. Both run the same operating systems and the same configuration, so a migration is a data copy and a DNS change. Keeping your setup reproducible — containers, or a configuration management tool — makes it an afternoon rather than a week.

Do I need a dedicated server for a game server?

Usually not. Most game servers are single-thread-bound and need a fast core and low latency far more than they need many cores. A well-placed VPS in a location close to the players normally beats a distant dedicated machine. Our game server hosting page goes into the sizing.

Which one has better uptime?

Neither inherently. A dedicated server is a single physical machine and a hardware fault takes it offline; several VPS instances across hosts survive one failure. Availability is an architecture property, not a product property — see our piece on what uptime actually measures.

What about managed versus unmanaged?

That is an orthogonal question and it applies to both. Managed versus unmanaged hosting covers where the line sits and what you are actually buying.

Try both before you commit

Because our VPS plans bill hourly from €0.0056 and deploy in under a minute, benchmarking your real workload on a large instance costs a few euros. That measurement is worth more than any comparison table, including this one. When the numbers say you need the whole machine, the dedicated range starts at €209/month with IPMI and provisioning inside an hour.