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AMD processors on dedicated hardware

AMD Dedicated Servers with EPYC and Ryzen

Choose an AMD dedicated server around the way your application works: EPYC for higher core counts or Ryzen 9 for higher clock speeds. Plans are available in Amsterdam and Zurich.
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EPYC and Ryzen 9
NVMe storage
Amsterdam and Zurich
AMD EPYC processor in an official AMD product visual
AMD server plans

Choose an EPYC or Ryzen configuration.

Start with the processor profile, then review the memory, storage and network options. The configurator shows the available choices and final monthly price before you order.
High core density

AMD EPYC servers

EPYC configurations for higher core counts are available in Amsterdam and Zurich.
  • Server
    NL-4
    Processor

    AMD EPYC Milan 7443P

    24 cores · 48 threads · up to 4.00GHz
    Memory
    64GB DDR4
    Storage
    1TB NVMe
    Network
    1 / 10Gbps
    Price
    €249
    per month
    Configure
  • Server
    NL-5
    Processor

    AMD EPYC Milan 7443P

    24 cores · 48 threads · up to 4.00GHz
    Memory
    128GB DDR4
    Storage
    2TB NVMe
    Network
    1 / 10Gbps
    Price
    €279
    per month
    Configure
  • Server
    NL-6
    Processor

    AMD EPYC 7643

    48 cores · 96 threads · up to 3.60GHz
    Memory
    256GB DDR4
    Storage
    4TB NVMe
    Network
    1 / 10Gbps
    Price
    €399
    per month
    Configure
  • Server
    CH-2
    Processor

    AMD EPYC Rome 7282

    16 cores · 32 threads · up to 3.20GHz
    Memory
    64GB DDR4
    Storage
    1TB NVMe
    Network
    1Gbps
    Price
    €219
    per month
    Configure
  • Server
    CH-3
    Processor

    AMD EPYC Milan 7443P

    24 cores · 48 threads · up to 4.00GHz
    Memory
    128GB DDR4
    Storage
    2TB NVMe
    Network
    1Gbps
    Price
    €299
    per month
    Configure
High clock speed

AMD Ryzen servers

Ryzen 9 configurations prioritize high clock speed and use DDR5 memory with NVMe storage in Amsterdam and Zurich.
  • Server
    NL-3
    Processor

    AMD Ryzen 9 7900

    12 cores · 24 threads · up to 5.40GHz
    Memory
    64GB DDR5
    Storage
    1TB NVMe
    Network
    1Gbps
    Price
    €199
    per month
    Configure
  • Server
    CH-1
    Processor

    AMD Ryzen 9 7900

    12 cores · 24 threads · up to 5.40GHz
    Memory
    32GB DDR5
    Storage
    1TB NVMe
    Network
    1Gbps
    Price
    €199
    per month
    Configure
Need a different AMD configuration?
Share the processor, memory, storage, network and preferred location. We will check the current standard and custom options.
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See what's included with every server
EPYC or Ryzen?

Choose the processor around the workload.

Both families provide dedicated AMD processing power. The useful difference is how many jobs need to run at once and how much per-core speed the main application needs.
AMD EPYC processor installed in a server motherboard
AMD EPYC

More cores for work that runs in parallel.

EPYC processors are designed for high core density and concurrent workloads. They are a practical starting point for virtual machines, containers, databases and applications that keep many threads busy at the same time.
  • Server-focused AMD EPYC processors
  • Built for concurrent workloads
  • Selected 10Gbps full-duplex ports
AMD Ryzen processor installed in an AM5 motherboard
AMD Ryzen 9

Higher clock speed for focused workloads.

Ryzen 9 options prioritize high per-core clock speed and responsive processing. They fit applications where fast individual cores matter more than the highest possible core count.
  • High per-core clock speed
  • DDR5 memory
  • Available in Amsterdam and Zurich
AMD, AMD EPYC and AMD Ryzen are trademarks of Advanced Micro Devices, Inc. AMD product imagery © Advanced Micro Devices, Inc. Processor specifications are based on AMD documentation and the server configurations shown on this page.
Workload fit

Start with what the server needs to do.

The same processor can serve many projects. These are useful starting points for narrowing the range, not artificial limits on how the hardware can be used.

Virtual machines and containers

EPYC configurations provide more cores and memory for running several isolated services, development environments or customer workloads on one physical server.

Databases and business applications

Choose around the application's concurrency, memory footprint and storage activity. Ryzen suits responsive, focused workloads; EPYC gives larger deployments more room to run in parallel.

Game servers and real-time applications

Ryzen 9 is a useful place to start when the main process benefits from higher clock speed and the workload does not need dozens of physical cores.

Streaming and high-bandwidth delivery

Selected Netherlands EPYC configurations combine higher core counts with a 10Gbps port option for projects where processing and data movement both matter.
Dedicated by design

The hardware is yours to configure and operate.

Every plan on this page is a dedicated physical server. Choose the processor first, then confirm the memory, storage, network and service options in the configurator.

Dedicated processor, memory and storage

The listed CPU, RAM and drives are assigned to the selected server rather than shared with unrelated virtual machines.

NVMe storage options

Every AMD plan currently listed uses NVMe storage. Check each plan card for the included capacity.

Full-duplex network options

Current plans include a 1Gbps full-duplex port, while selected Netherlands EPYC plans also offer a 10Gbps upgrade. Choose the traffic allowance in the configurator.

Unmanaged by default

You control the operating system, applications and day-to-day administration. Managed help can be discussed separately when the required scope is clear.
Choose by another requirement

Prefer to choose by location or network?

The AMD page leads with the processor. Use these pages when the physical location or port speed is the main decision.

Netherlands Dedicated Servers

See the complete Amsterdam range, including Ryzen 9 and AMD EPYC configurations.

Switzerland Dedicated Servers

See the full Zurich range with Ryzen 9 and AMD EPYC server options.

10Gbps Dedicated Servers

See configurations where a 10Gbps port and the traffic model lead the decision.
Common questions

Questions about AMD dedicated servers

Direct answers about EPYC, Ryzen, available models, locations, network options and server management.
What is an AMD EPYC dedicated server?
It is a physical dedicated server powered by an AMD EPYC processor. EPYC processors are designed for server workloads and offer higher core counts, simultaneous multithreading and support for larger memory configurations.
Should I choose AMD EPYC or Ryzen for my server?
Choose around the workload. Ryzen 9 is a useful starting point when higher per-core frequency matters. EPYC is usually the stronger fit when you need more physical cores, more concurrent threads or a larger memory configuration.
Which AMD processors are currently available?
The plan cards show every AMD processor currently available, including AMD Ryzen 9 7900 and AMD EPYC 7282, 7443P and 7643. Availability is confirmed in the configurator before ordering.
Where are the AMD dedicated servers hosted?
The AMD dedicated servers shown on this page are hosted in the Netherlands or Switzerland. Each plan code identifies the location: NL for the Netherlands and CH for Switzerland.
Which network speeds are available on AMD servers?
Every current AMD plan includes a 1Gbps full-duplex port. Selected Netherlands EPYC plans also offer a 10Gbps full-duplex option. Traffic allowances and upgrade prices are shown in the configurator.
Are AMD dedicated servers managed or unmanaged?
They are unmanaged by default, so you control the operating system, applications and server administration. Managed assistance can be discussed separately on request.
Can I request a custom AMD server configuration?
Yes. Tell us the processor family, memory, storage, network and preferred location. We will check the current standard configurations and whether a custom option is available.
Need help choosing the processor?

Tell us what the server will run.

Share the application, expected concurrency, memory needs, storage activity and network requirements. We will help you narrow the AMD range without overcomplicating the choice.
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