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EPYC bare metal

EPYC 9554 dedicated server

A large EPYC allocation with 64 cores, 768 GB DDR5 memory and 30.72 TB raw NVMe, from $599 per thirty-day term.

ProcessorEPYC 9554
Compute64c / 128t
Memory768 GB DDR5
Storage4×7.68 TB NVMe
Network10 Gbps unmetered
AddressingIPv4 /29 · IPv6 /64

What this configuration is suited to

EPYC 9554 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

Buy the larger allocation for work that can use it

Consider EPYC 9554 when a measured workload needs both substantial parallel compute and a large memory allocation. Candidates include many independent processing jobs or a carefully budgeted collection of guests. The useful question is how much work completes while meeting application requirements, not how many threads can be assigned.

Record the largest concurrent working set and temporary storage demand. A large machine can still be constrained by one serial stage, one remote dependency or an inefficient data path. Identify those limits before choosing the largest host your budget permits.

Make the shared failure exposure visible

Consolidating more services onto one host can make resources easier to allocate, but also increases how many services depend on that machine. Decide which workloads need another place to run and what must be restored first if the host is unavailable.

Reserve resources for the operating system, storage services, maintenance and recovery. Plan the backup destination and how it will be accessed independently. A full local snapshot set is not an alternative to a recovery copy outside the physical server.

Use four devices with an explicit storage design

The four NVMe devices allow different pool or workload arrangements, depending on the supported installation. Raw capacity does not confirm usable space, redundancy or performance. Agree the layout, controller presentation and any required drive characteristic before moving application data.

Include background writes, backup traffic and restoration in the acceptance test. The 10 Gbps port is only one part of the path. Confirm that the backup endpoint and application clients can support the rates your operating plan assumes.

Compare fewer resources and the dual-socket alternative

EPYC 9354P is worth considering if its smaller allocation already meets the workload with headroom. Dual EPYC 7763 provides a different core, memory and socket arrangement. It should be evaluated as a different architecture rather than assumed to be a universal improvement.

Confirm mandatory installed-memory features and software qualifications for the exact rental; a DDR5 label does not answer every procurement requirement. Compare complete operating cost, migration work and recovery complexity alongside the monthly price before selecting the host.

Direct answers

Questions before you order

How many guests can this configuration host?

There is no guaranteed guest count. Size from the guests’ actual peak resources and include host, storage and recovery headroom. Consolidation should also account for shared failure exposure.

Does a larger port guarantee a short restore window?

No. The source, destination, storage, encryption and network path all matter. Test a representative restoration before making a recovery-time commitment.