Ryzen bare metal

Ryzen 9 7950X dedicated server

A DDR5 Ryzen configuration with 16 cores and 128 GB memory, from $169 per thirty-day term.

ProcessorRyzen 9 7950X

Compute16c / 32t

Memory128 GB DDR5

Storage2×2 TB NVMe

Network1 Gbps unmetered

AddressingIPv4 /29 · IPv6 /64

What this configuration is suited to

Ryzen 9 7950X 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.

DAL

Dallas

Confirm model availability and delivery timing.

IAD

Ashburn

Confirm model availability and delivery timing.

PDX

Portland

Confirm model availability and delivery timing.

Before you choose

Where this configuration makes sense.

3 min guide

Make the platform choice a workload decision

Consider the 7950X when your application evaluation points to this processor and memory platform. It can be shortlisted for application services, development infrastructure or parallel processing, but those labels are starting points for testing rather than promised performance classes.

Write down the software versions and the result you want to improve. If the requirement is simply more memory or raw disk capacity than the 5950X offer, this configuration does not change those listed quantities. Select a different allocation when capacity is the real problem.

Compare like-for-like with Ryzen 9 5950X

Both Ryzen 9 offers list the same core count, memory amount and paired disk layout. Their processor and memory platform differ, so identical resource totals do not establish identical workload behavior. Equally, a higher rental price is not evidence of a guaranteed speed-up.

Run the application’s actual operations when practical: a representative build, request mix or processing batch. Keep datasets and software settings comparable. Include consistency during busy periods and the cost of deployment changes, not only one short benchmark result.

Avoid moving an I/O bottleneck onto a different CPU

The two NVMe devices provide 4 TB raw. Confirm whether the installation needs mirroring, separate volumes or another supported layout. Usable capacity and recovery behavior depend on that choice, and a mirror is not an off-server backup.

The included 1 Gbps port also remains a planning constraint. If remote data movement is the largest part of a job, compare the end-to-end path before attributing the delay to compute. A quoted network upgrade or a different family may be more relevant.

Use the alternatives to test the reason for buying

Choose the 5950X when it already meets the measured target and the platform change is unnecessary. Compare EPYC 7402P for a different balance of cores and network capacity, or EPYC 7443P when a larger memory allocation is needed.

Check required memory features explicitly rather than assuming them from a CPU brand. Keep the operating system, initial access, backup location and exit plan in the deployment specification. The purchase decision should produce a host you can operate and recover, not just a preferred processor label.

Direct answers

Questions before you order

Does this offer more RAM than the 5950X rental?

The current offers list the same memory amount. The platform differs; compare another configuration if increasing the memory allocation is the primary requirement.

Can I rely on a benchmark from a different 7950X system?

Use it as context only. Cooling, memory, storage, software and test conditions may differ. A claim about this rental needs a representative measurement of the actual configuration.