AMD EPYC Dedicated Servers | Hosted AMD Epyc Servers

AMD Epyc Dedicated Servers — Low‑Latency, High‑Performance

AMD EPYC dedicated servers by InfraClusters are engineered for virtualization, AI/ML, big data, high‑traffic applications, and enterprise workloads that demand consistent throughput and high core counts.

Dedicated Servers configurations in Chicago, IL , Ashburn, Va, Los Angeles, Ca

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1st Generation AMD EPYC Servers (EPYC 7001 Series)

The first generation of AMD EPYC introduced a new era of high‑core, high‑throughput server processors. Built on the Zen architecture, EPYC 7001 delivered disruptive performance gains compared to legacy Xeon platforms, especially in virtualization and parallel workloads.
Key Advantages
Up to 32 cores / 64 threads
Strong multi‑thread performance for early cloud and virtualization platforms
Large memory capacity with 8‑channel DDR4
High I/O density with 128 PCIe lanes
Excellent price/performance for entry‑level hosting
1st Generation AMD EPYC Servers starting at $200.00
8 Cores Epyc Models : EPYC 7251, 7261
16‑Core EPYC Models : EPYC 7281, 7301, 7351, 7351P, 7371
24 Cores : EPYC 7401, 7401P, 7451
32‑Core EPYC Models: EPYC 7501, 7551, 7551P, 7601,
See All AMD EPYC Server CPU Specs

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AMD EPYC 7001 DEDICATED SERVERS

AMD EPYC 7401P — Best Entry Node (24 Cores)

AMD EPYC 7401P Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
24 Cores / 48 Threads
2.0 GHz base, / 3.0 GHz max boost
128 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $350/month Perfect for small VM clusters, staging workloads, and cost‑efficient virtualization.

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AMD EPYC 7551 — Balanced Compute (32 Cores)

AMD EPYC 7551 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
32 Cores / 64 Threads
2.0 GHz base, / 3.0 GHz max boost
256 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $428/month Ideal for mid‑size virtualization clusters, Proxmox nodes, and mixed workloads.

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EPYC 7601 — High‑Density

AMD EPYC 7601 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
32 Cores / 64 Threads
2.2 GHz base, / 3.2 GHz max boost
512 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $558/month Best for large VM density, heavy hypervisor workloads, and high‑performance compute.

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2nd Generation AMD EPYC Servers (EPYC 7002 Series — Rome)

EPYC 7002 marked a massive leap in performance and efficiency. Built on Zen 2, this generation became the backbone of modern cloud platforms thanks to its exceptional scalability and throughput.

Key Advantages

Up to 64 cores / 128 threads
Significant IPC improvements over EPYC 7001
Industry‑leading virtualization density
PCIe Gen4 support for faster NVMe and networking
Lower power consumption per VM compared to Xeon

2nd Generation AMD EPYC Servers starting at $250.00
8 Cores EPYC Models : EPYC 7252, 7232P, 7262, 7F32
16‑Core EPYC Models : EPYC 7282, 7302, 7302P, 7F52
24 Cores : EPYC 7352, 7402, 7F72 | 32 Cores : EPYC 7452, 7502, 7502P, 7532, 7542
48‑Cores: EPYC 7642, 7552 | 64 Cores : EPYC 7742, 7702, 7702P, 7H12
See All AMD EPYC Server CPU Specs

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AMD EPYC 7002 DEDICATED SERVERS

EPYC 7302P — Best Single‑Socket Value (16 Cores)

AMD EPYC 7302P Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
16 Cores / 32 Threads
3.0 GHz base, / 3.3 GHz max boost
128 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $389/month Perfect for small VM clusters, staging workloads, and cost‑efficient virtualization.

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AMD EPYC 7402 — Balanced (32 Cores)

AMD EPYC 7551 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
24 Cores / 48 Threads
2.8 GHz base, / 3.35 GHz max boost
256 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $458/month Ideal for mid‑size virtualization clusters, Proxmox nodes, and mixed workloads.

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EPYC 7542 — High‑Density

AMD EPYC 7601 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
32 Cores / 64 Threads
2.90 GHz base, / 3.40 GHz max boost
512 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $588/month Best for large VM density, heavy hypervisor workloads, and high‑performance compute.

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3rd Generation AMD EPYC Servers (EPYC 7003 Series — Milan)

The 3rd Gen EPYC platform, powered by Zen 3, delivers major improvements in latency, IPC, and overall workload efficiency. This generation is widely adopted for enterprise hosting, AI inference, and large‑scale virtualization.

Key Advantages

Up to 64 cores / 128 threads
~19% IPC uplift vs EPYC 7002
Improved memory latency and cache structure
Enhanced security with SEV‑SNP
Best‑in‑class performance for cloud workloads

3rd Generation AMD EPYC Servers starting at $300.00
8 Cores Epyc Models : EPYC 72F3, 7203, 7203P
16‑Core EPYC Models : EPYC 7313, 7313P, 7303P,
24 Cores : EPYC 7413, 7443, 7443P, 7473X , 74F3| 32 : EPYC 7543, 7513, 7543P, 7573X
48‑Cores: EPYC 7643, 7643P | 64 Cores : EPYC 7763, 7713, 7773X
See All AMD EPYC Server CPU Specs

AMD EPYC 7003 DEDICATED SERVERS

EPYC 7313P — Best Single‑Socket Value (16 Cores)

AMD EPYC 7313P Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
16 Cores / 32 Threads
3.0 GHz base, / 3.7 GHz max boost
128 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $429/month Perfect for small VM clusters, staging workloads, and cost‑efficient virtualization.

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AMD EPYC 7443 — Balanced (24 Cores)

AMD EPYC 7443 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
24 Cores / 48 Threads
2.8 GHz base, / 4.0 GHz max boost
256 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $505/month Ideal for mid‑size virtualization clusters, Proxmox nodes, and mixed workloads.

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EPYC 7763 — High‑Density Compute (64 Cores)

AMD EPYC 7763 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
64 Cores / 128 Threads
2.45 GHz base, / 3.5 GHz max boost
512 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $688/month Large VM clusters, heavy virtualization, database workloads, cloud platforms, multi‑tenant hosting.

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4th Generation AMD EPYC Servers (EPYC 9004 Series — Genoa / Bergamo)

The latest generation of EPYC processors introduces Zen 4, DDR5, and PCIe Gen5 — delivering extreme performance for AI, cloud‑native workloads, and high‑density compute environments.

Key Advantages

Up to 128 cores / 256 threads (single‑socket)
DDR5 + PCIe Gen5 for next‑gen NVMe and networking
Massive throughput for parallel workloads
Ideal for containerized and cloud‑native environments
Best performance per watt in the industry

4th Generation AMD EPYC Servers starting at $350.00
16 Cores Epyc Models : EPYC 9124, 9174F, 9184X
24‑Core EPYC Models : EPYC 9224, 9254, 9274F | 32 Cores : EPYC 9334, 9354, 9354P, 9374F, 9384X
48 Cores : EPYC 9454, 9454P, 9474F| 64 Cores : EPYC 9554, 9534, 9554P
96‑Cores: EPYC 9654, 9654P, 9684X | 128 Cores : EPYC9754, 9754S
See All AMD EPYC Server CPU Specs

AMD EPYC 7003 DEDICATED SERVERS

EPYC 9354 — Best Single‑Socket Value (32 Cores)

AMD EPYC 9354 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
32 Cores / 64 Threads
3.25 GHz base, / 3.8 GHz max boost
128 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $479/month Perfect for small VM clusters, staging workloads, and cost‑efficient virtualization.

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AMD EPYC 9554 — High Performance (64 Cores)

AMD EPYC 9554 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
64 Cores / 128 Threads
2.8 GHz base, / 4.0 GHz max boost
512 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $799/month Large VM density, multi‑tenant hosting, database workloads, cloud platforms.

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EPYC 9754 — High‑Density Compute (128 Cores)

AMD EPYC 9754 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
128 Cores / 256 Threads
2.25GHz base, / 3.1 GHz max boost
768 GB DDR4 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $1296/month Massive VM consolidation, AI inference, Kubernetes clusters, hyperscale workloads.

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5th Generation AMD EPYC™ 9005 SERIES SERVER (Turin)

The AMD EPYC 9005 Series server CPUs use a hybrid, multi-chip design and new ‘Zen 5’ and ‘Zen 5c’ cores to address data center challenges such as
delivering leadership performance, density, and efficiency in virtualized and cloud environments, and supporting new AI workloads. The CPU family
has a wide range of core counts, including high-frequency products for CPU-based AI inference and fueling GPU-accelerated workloads, high-density
CPUs for virtualized workloads, and CXL® 2.0 capabilities for memory-intensive tasks.

Servers based on the AMD EPYC 9005 Series server CPUs support data center consolidation and modernization to address increasingly demanding
enterprise application needs. High core counts help you do more with fewer servers.

5th Generation AMD EPYC Servers starting at $550.00
16 Cores Epyc Models : EPYC 9115, 9135, 9175F,
24‑Core EPYC Models : EPYC 9255, 9275F | 32 Cores : EPYC9335, 9355, 9354P, 9355P, 9375F
48 Cores : EPYC 9455, 9455P , 9475F| 64 Cores : EPYC 9535, 9555 , 9555P
96‑Cores: EPYC 9645, 9655, 9655P | 128 Cores : EPYC 9745, 9755,
144 Cores 9825 160 Cores 9845
192 Cores AMD EPYC™ 9965

AMD EPYC 9005 DEDICATED SERVERS (Turin Series)

EPYC 9534 — Balanced Turin (32 Cores)

AMD EPYC 9534 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
32 Cores / 64 Threads
2.25GHz base, / 3.7 GHz max boost
256 GB DDR5 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $1579/month Mid‑size VM clusters, high‑IOPS workloads, multi‑tenant hosting.

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AMD EPYC 9755 — High Performance (128 Cores)

AMD EPYC 9755 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
128 Cores / 256 Threads
2.7 GHz base, / 4.1 GHz max boost
512 GB DDR5 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $1899/month Large VM density, multi‑tenant hosting, database workloads, cloud platforms.

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EPYC 9795 — High‑Density Compute (192 Cores)

AMD EPYC 9795 Dedicated Server

Available in Chicago, Los Angeles or Ashburn, Va
192 Cores / 384 Threads
2.25GHz base, / 3.1 GHz max boost
768 GB DDR5 ECC RAM
2 × 1 TB NVMe SSD
2 TB SSD
1 Gbps or 10 Gbps Uplink
30 TB to Unmetered Monthly Bandwidth
/29 IPv4 Available
Proxmox VE, VMware, HyperV
Full Root Access

Monthly Cost: $2296/month Massive VM consolidation, hyperscale compute, AI inference, large multi‑tenant hosting.

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Why Choose AMD EPYC Dedicated Servers

Choosing the right compute platform is the foundation of any high‑performance infrastructure, and AMD EPYC stands out as the most capable and efficient option for modern workloads. Whether you're running virtualization at scale, powering AI inference pipelines, supporting high‑traffic applications, or building resilient enterprise systems, EPYC delivers the performance, security, and scalability today’s environments demand.

Let's Secure your AMD Server

Unmatched Core Density for Virtualization & Parallel Workloads

AMD EPYC delivers more cores per dollar than any competing x86 platform. With options ranging from 8 to 128 cores, EPYC servers allow you to consolidate more VMs, containers, and microservices on fewer physical machines. This means:
Higher VM density
Lower per‑VM cost
Better performance for parallel workloads
Reduced rack footprint and power usage

Superior Memory Bandwidth & Capacity for Heavy Applications

EPYC’s 8‑channel memory architecture (and 12‑channel on newer generations) provides significantly higher memory throughput than comparable Intel Xeon systems. Why this matters:

Faster database queries
Smoother virtualization under load
Better performance for in‑memory analytics
More stable high‑traffic applications

Industry‑Leading I/O With Up to 128 PCIe Lanes

EPYC processors offer double the PCIe lanes of typical Xeon platforms, enabling more NVMe drives, GPUs, NICs, and accelerators without bottlenecks. Benefits include:

High‑speed NVMe storage arrays
Multi‑GPU AI/ML setups
25G/40G/100G networking
Better scalability for storage‑heavy workloads

Best‑in‑Class Security With AMD Infinity Guard

Security is built directly into EPYC silicon. Features like SEV, SEV‑SNP, SME, and Shadow Stack protect virtual machines and memory from unauthorized access — even from compromised hypervisors. This provides:

Hardware‑level VM isolation
Protection against memory tampering
Reduced attack surface
Compliance‑friendly architecture for regulated industries

Exceptional Energy Efficiency & Lower Total Cost of Ownership

EPYC processors consistently deliver more performance per watt than Xeon, reducing power consumption and cooling requirements. This results in:

Lower monthly operating costs
Higher compute density per rack
Environmentally efficient infrastructure
Better long‑term ROI for dedicated servers

Proven Performance Leadership Across Real‑World Workloads

EPYC consistently outperforms Xeon in benchmarks for:

Virtualization (VMware, Proxmox, Hyper‑V)
AI inference & ML pipelines
High‑traffic web applications
Databases (PostgreSQL, MySQL, MongoDB)
HPC workloads
Containerized environments (Docker, Kubernetes)

We Can Customize Your AMD EPYC Dedicated Servers

Every workload is different — and your infrastructure should be too. InfraClusters gives you complete flexibility to tailor your AMD EPYC dedicated server to match your exact performance, storage, and networking requirements.

Let's customize your AMD Server

AMD EPYC Dedicated Servers in Chicago

InfraClusters deploys AMD EPYC dedicated servers inside the GigeNET Chicago datacenter, a premium facility located in Arlington Heights, IL. This location provides low‑latency connectivity across the Midwest, enterprise‑grade power redundancy, and a carrier‑rich network blend ideal for high‑performance workloads.

Facility Advantages

Located in Arlington Heights, IL
24/7 staffed datacenter operations
Carrier‑rich network blend
Enterprise‑grade power & cooling
Low‑latency routes to Chicago, Midwest, and East Coast

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AMD Epyc dedicated servers in Ashburn, Va

InfraClusters delivers high‑performance AMD EPYC dedicated servers from Equinix DC3, one of Ashburn’s premier enterprise datacenters. Located in the heart of “Data Center Alley,” Equinix DC3 provides exceptional network density, ultra‑low latency to East Coast markets, and direct on‑ramps to major cloud providers — making it the ideal environment for compute‑intensive EPYC workloads.

Why choose Ashburn AMD Dedicated Servers

Ultra‑low latency to Washington D.C., New York, and Europe
Carrier‑dense network blend with Tier‑1 providers
Direct connectivity to AWS, Azure, and Google Cloud
Enterprise‑grade power redundancy and cooling
High‑availability environment for mission‑critical workloads

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AMD EPYC Dedicated Servers in Los Angeles

InfraClusters delivers AMD EPYC dedicated servers from our Los Angeles datacenter, giving you ultra‑low latency to California, the West Coast, Asia‑Pacific routes, and major content distribution hubs. Los Angeles is one of the most interconnected network regions in the United States, making it ideal for workloads that demand speed, reliability, and global reach. Our AMD EPYC servers in LA are engineered for virtualization, AI inference, media streaming, gaming, analytics, and high‑traffic applications.

Why Choose Los Angeles for EPYC Compute

Ultra‑low latency to California, Nevada, Arizona, and the West Coast
Direct connectivity to Asia‑Pacific (Japan, Korea, Singapore, Australia)
Carrier‑dense network blend with Tier‑1 providers
Ideal for media, streaming, gaming, and CDN workloads
High‑availability power & cooling infrastructure
Perfect for global SaaS platforms and latency‑sensitive applications

Get Started in Los Angeles

AMD EPYC Dedicated servers Use-cases

AMD EPYC dedicated servers are engineered for the most demanding workloads, delivering exceptional core density, high memory bandwidth, and industry‑leading efficiency. Whether you're building a virtualization platform, powering AI pipelines, or running mission‑critical enterprise applications, EPYC provides the performance foundation modern businesses rely on.

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High‑Density Virtualization & Private Cloud Platforms

AMD EPYC’s high core counts, massive memory bandwidth, and large L3 cache make it ideal for virtualization at scale. Whether you’re running Proxmox, VMware, Hyper‑V, or KVM, EPYC delivers exceptional VM density and predictable performance under load. This is perfect for SaaS platforms, multi‑tenant hosting, and private cloud deployments that need efficiency and stability.

AI Inference, Machine Learning & Data Analytics

EPYC’s parallel processing capabilities and high I/O throughput allow AI/ML workloads to run faster and more efficiently. From inference pipelines to real‑time analytics, EPYC handles large datasets, high‑frequency operations, and compute‑intensive tasks with ease. It’s a strong fit for businesses building AI‑powered applications or processing large volumes of data.

High‑Traffic Applications, Databases & Enterprise Workloads

EPYC excels at powering mission‑critical applications that demand consistent performance. Its strong single‑socket performance, large cache, and memory bandwidth make it ideal for SQL/NoSQL databases, ERP systems, e‑commerce platforms, and high‑traffic APIs. EPYC ensures low latency, high throughput, and reliable scaling for enterprise environments.

Databases & Storage‑Heavy Workloads

With massive memory bandwidth and high I/O capacity, EPYC excels at running databases such as PostgreSQL, MySQL, MariaDB, MongoDB, and Redis. Its architecture supports large in‑memory datasets, fast query execution, and high concurrency. EPYC is ideal for applications that rely on fast data access, transactional consistency, and storage‑intensive operations.

Media Streaming, Video Encoding & Content Delivery

EPYC’s high core density and strong parallel processing capabilities make it perfect for media workloads. Streaming platforms, video encoding pipelines, and CDN nodes benefit from EPYC’s ability to handle simultaneous high‑bandwidth operations. Its performance is ideal for real‑time encoding, transcoding, and distributing content across global audiences.

DevOPS Pipelines & Software Build Environments

EPYC’s multi‑core architecture accelerates build times, automated testing, and continuous integration workflows. Development teams can run multiple pipelines simultaneously without performance degradation. This makes EPYC an excellent choice for software companies, DevOps teams, and engineering environments that require fast, reliable, and scalable compute.

The Best Platform for Virtualization: AMD EPYC Dedicated Servers

Virtualization thrives on parallel processing, memory bandwidth, and predictable performance — and AMD EPYC delivers all three at industry‑leading levels. With massive core density, large L3 cache, and up to 128 PCIe lanes, EPYC is purpose‑built for hypervisors like Proxmox, VMware, Hyper‑V, and KVM.

AMD EPYC consistently outperforms other server CPUs in core count, multi‑thread throughput, memory bandwidth, and PCIe lane availability and the benchmark numbers from PassMark confirm this clearly

192+

Highest Core Density

AMD EPYC Turin (9005 series) delivers 3× more cores than Intel’s top Xeon which is Up to 2.8× higher multi‑thread performance in benchmarks

460+

Highest Memory Bandwidth

GB/second with memory‑bound workloads (databases, analytics, proxies, virtualization) that allows 30–45% faster query performance & VM Density

128+

Most PCIe Lanes in the World

PCIe 5.0 lanes per socket, 60% more lanes than Intel (80 lanes) and 2× the GPU/NVMe expansion capacity

200+

High Core with best multi-thread

EPYC Outperforms most processors +21% in single‑socket performance +11% in dual‑socket performance +50–200% in core‑heavy workloads

AMD EPYC Excels at Virtualization. Here is Why

Whether you're running multi‑tenant hosting, private cloud infrastructure, or enterprise virtualization clusters, EPYC provides the stability, scalability, and efficiency modern workloads demand.

AMD EPYC Dedicated Servers

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FAQs and Answers about AMD EPYC dedicated Servers

How secure are AMD EPYC dedicated servers?

EPYC includes AMD Infinity Guard, a suite of hardware‑level security features such as SEV‑SNP, Secure Memory Encryption, and Shadow Stack. These protect virtual machines, memory, and workloads from unauthorized access — even if the hypervisor is compromised. This makes EPYC ideal for regulated industries and sensitive applications.

What operating systems can I run on an EPYC dedicated server?

EPYC supports all major operating systems, including:

Linux distributions (Ubuntu, Debian, CentOS, AlmaLinux, Rocky)
Windows Server
VMware ESXi
Proxmox VE
Hyper‑V
Custom OS installs

You can choose your OS during provisioning or request a custom installation.

Are AMD EPYC servers suitable for AI and machine learning workloads?

Yes — EPYC’s parallel processing capabilities and high memory bandwidth make it ideal for AI inference, ML pipelines, and data analytics. For GPU‑accelerated workloads, EPYC’s large PCIe lane count supports multi‑GPU configurations without bottlenecks

What datacenter locations offer AMD EPYC dedicated servers?

InfraClusters offers EPYC servers in:

Chicago, IL (GigeNET)
Ashburn, VA (Equinix DC3)
Los Angeles, CA

Each location provides low‑latency connectivity, carrier‑dense networks, and enterprise‑grade infrastructure

How many NVMe drives can I add to an EPYC server?

EPYC processors provide up to 128 PCIe lanes, allowing for large NVMe arrays without bottlenecks. Depending on the chassis, you can deploy anywhere from 2 to 16 NVMe drives, with RAID‑1 or RAID‑10 options for redundancy and speed

Are AMD EPYC servers good for virtualization platforms like Proxmox or VMware?

Absolutely. EPYC’s high core counts and large L3 cache make it one of the best processors for virtualization. You can run more VMs per node, maintain stable performance under load, and reduce your overall hardware footprint

Do AMD EPYC servers support DDR5 and PCIe Gen5?

Yes — the latest EPYC 9004 (Genoa/Bergamo) generation supports DDR5 memory and PCIe Gen5, enabling faster NVMe storage, higher network throughput, and improved overall performance. Earlier generations support DDR4 and PCIe Gen3/4

What makes AMD EPYC better than Intel Xeon for dedicated servers?

AMD EPYC processors offer significantly higher core density, larger cache, stronger memory bandwidth, and more PCIe lanes compared to most Xeon models. This means you can run more VMs, process more data, and handle heavier workloads with fewer servers. EPYC also delivers better performance per watt, reducing long‑term operating costs.

Which workloads benefit the most from AMD EPYC?

EPYC excels in virtualization, AI/ML inference, analytics, high‑traffic applications, and large databases. Its architecture is optimized for parallel processing and memory‑intensive operations, making it ideal for SaaS platforms, enterprise workloads, and compute‑heavy environments.