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EPYC bare metal

EPYC 7402P dedicated server

An entry point into the EPYC range with 24 cores and a 10 Gbps port, from $159 per thirty-day term.

ProcessorEPYC 7402P
Compute24c / 48t
Memory128 GB ECC
Storage2×2 TB NVMe
Network10 Gbps unmetered
AddressingIPv4 /29 · IPv6 /64

What this configuration is suited to

EPYC 7402P balances dedicated compute with local NVMe. Choose it when predictable CPU scheduling, fixed transfer cost and direct control of the operating system matter more than minute-by-minute elasticity.

Included with the server

  • Unmetered network port
  • IPv4 /29 block
  • IPv6 /64 allocation
  • Full IPMI/KVM access
  • Baseline DDoS protection

Operating systems

Ubuntu, Debian, Rocky Linux, AlmaLinux, Windows Server, Proxmox VE, VMware ESXi, TrueNAS, pfSense, Custom ISO. Commercial software licenses are not included unless stated on an order.

Available locations

Run it in Dallas, Ashburn or Portland.

Provisioning estimates can vary by hardware availability. A final region check happens before the ledger is debited.

Before you choose

Where this configuration makes sense.

3 min guide

Choose the EPYC allocation without buying the largest host

The 7402P is a candidate when parallel compute and the included network tier matter, while the workload fits within 128 GB of memory. It can provide a starting shortlist for several services, processing workers or a virtualization host with a defined guest budget.

Do not allocate every available thread or gigabyte simply because it is present. Keep resources for the host, storage services and recovery tasks. The configuration is most useful when the application can turn the available resources into productive work.

Identify the transfers that make the network tier useful

A larger port tier can matter to backup movement, dataset transfers or several concurrent services, but it does not establish their achieved throughput. Identify the sender, receiver and required completion window. Local storage, remote limits and the path between them can each dominate the result.

A public port is also not an automatically supplied private cluster network. If the architecture needs separate storage, management or replication paths, confirm those arrangements before ordering multiple hosts. Choosing several machines in one region does not define their connectivity.

Watch the memory-to-core balance

This offer provides less memory than EPYC 7443P while listing the same core count. That distinction matters for guests or workers whose memory demand grows with concurrency. A workload may run out of memory headroom before it makes useful use of every core.

The paired NVMe devices provide 4 TB raw. Include the operating system, guest disks or application data, logs and temporary recovery space. Confirm the intended redundancy and do not assume all raw capacity remains available after installation.

Move up for a specific missing resource

Compare EPYC 7443P when the larger memory allocation and larger NVMe devices address the constraint. Compare EPYC 7513 when additional cores and more drives are useful together. Those are different reasons to spend more, and should be tested against the actual workload.

Ryzen 9 5950X is worth comparing when its compute, memory and network allocation already meets the need. For a first deployment, document what success looks like and how you will migrate if requirements grow; a later configuration change is not a self-service in-place upgrade.

Direct answers

Questions before you order

Is this the same as the 7443P offer with a different CPU?

No. Memory allocation and NVMe device sizes also differ. Compare the whole configuration, particularly when guest memory or local capacity is the limiting factor.

Does the included network tier provide a cluster network?

No separate private topology is implied by the port speed. Confirm routing, isolation and any required additional network service before designing a multi-host environment.