AMD EPYC 9000

Compute
Infrastructure

Uncompromising computational power. Built exclusively on the latest generation AMD EPYC architectures and enterprise-grade silicon engineered for sustained peak performance.

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Silicon That Scales.

Our primary deployment utilizes the AMD EPYC™ 9004 series "Genoa" architecture built on a 5nm process node with Zen 4 cores. Massive L3 caches, AVX-512 instruction support, and the thermal efficiency to sustain high clock speeds under full load — not just in burst.

Platform Specifications

Cores Per Node

5.0GHz+

Peak Boost Clock

DDR5

12-Channel ECC Memory

Gen5

Local NVMe Storage

Architecture

Engineered for Zero Bottlenecks

At the silicon level, EPYC 9004 delivers unmatched core density for multi-threaded workloads and industry-leading single-thread boost for latency-sensitive applications like game servers. Each compute node runs dedicated eight-channel DDR5 memory with hardware ECC, eliminating silent data corruption before it reaches your application.

We utilize NUMA (Non-Uniform Memory Access) pinning. Your virtual CPU cores and RAM are allocated on the same physical processor socket, cutting memory access latency and improving application performance by up to 15% compared to standard NUMA-unaware deployments.

All compute nodes mount local PCIe Gen5 NVMe arrays — not network-attached SAN storage. This eliminates the bottleneck introduced by storage fabrics entirely, delivering microsecond-level I/O latency directly to your instances.

The Plex Scale Compute Standard

Enterprise rack density engineered for sustained peak performance.

Capabilities

No Compromises at Any Layer

Zero CPU Steal

Strict KVM hypervisor boundaries guarantee 100% of allocated CPU cycles. No noisy neighbors — ever.

Local NVMe Arrays

Gen5 NVMe mounts directly on each compute node. No SAN latency, no storage fabric congestion.

DDR5 ECC Memory

Hardware error correction prevents silent data corruption before it affects your running applications.

Optimized For Your Stack

Game Servers

5.0GHz+ boost clocks keep Minecraft TPS pinned at 20.00 and Source engine tick rates perfect even under heavy player loads.

Machine Learning

AVX-512 support and high memory bandwidth accelerate data preparation, inference, and training pipelines directly on the CPU without GPU dependencies.

Microservices

High core density lets you run thousands of containerized microservices on a single node without CPU contention between workloads.

Compare

Plex Scale vs Others

Feature	Plex Scale	Other Hosts
CPU Architecture	AMD EPYC 9004 (Zen 4)	Previous-gen EPYC / Xeon
Memory	DDR5 12-ch ECC	DDR4 / Non-ECC
Storage Interface	Local PCIe Gen5 NVMe	SAN / SATA SSD
CPU Allocation	100% Guaranteed (KVM)	Overprovisioned / Shared

FAQ

Common Questions

What processor architecture do you use?

We exclusively deploy AMD EPYC 9004 "Genoa" processors — Zen 4 architecture on a 5nm process node, up to 96 cores per socket, with boost clocks exceeding 5.0GHz.

How does NUMA pinning improve my VPS?

NUMA pinning ensures your vCPUs and their associated RAM are collocated on the same physical socket. Cross-socket memory access introduces measurable latency — pinning eliminates it entirely.

Is CPU access shared or dedicated?

CPU is allocated via strict KVM partitioning. Your vCPUs are hardware-pinned and cannot be borrowed by other tenants, eliminating the noisy-neighbor CPU steal problem common on OpenVZ hosts.

Why local NVMe instead of network storage?

Network-attached storage adds 0.5–2ms of latency per I/O operation. Local NVMe delivers sub-100µs latency, critical for databases and game world chunk I/O.

Deploy on Enterprise Silicon

Access AMD EPYC 9000-series performance for your workloads today.
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