AMD EPYC Dedicated Servers
Experience Massive Server Core Density with AMD EPYC Processors
Our AMD EPYC dedicated server lineup is built to handle the most demanding computational workloads, from virtualization clusters to high-frequency trading and AI inference.
We rely on proven, enterprise-grade chassis to ensure stability and scalability. Our fleet heavily features the HPE ProLiant DL325 Gen10 and HPE DL385 Gen10, specifically optimized with 8x NVMe U.2 backplanes. This configuration allows you to eliminate I/O bottlenecks, ensuring that your storage speed keeps up with the massive processing power of EPYC silicon. For next-generation workloads, we are rolling out HPE DL385 Gen11 and specialized Supermicro lines.
Whether you need the cost-efficiency of the 7002/7003 series or the sheer brute force of AMD EPYC 9754 (Bergamo)—boasting an incredible 128 cores (256 threads) for maximum density—we provide the best price-to-performance ratio in the industry. Every AMD EPYC server build is connected to our massive global network, ensuring your data moves as fast as your processor can compute it.
Build AMD EPYC dedicated servers
Our AMD EPYC servers are hosted in our tier-III data centers in Europe and the USA. Select the region close to your users for ultra-low latency.
All about AMD EPYC servers
Why build an AMD dedicated server?
An AMD dedicated server combines two distinct advantages: the hardware architecture and the hosting environment. First, it is powered by AMD EPYC processors, which differ from Intel Xeon by offering significantly higher core counts (up to 128 cores per socket), more PCIe lanes for NVMe storage, and a unique "chiplet" design that maximizes parallel processing efficiency. Second, as a dedicated server, it provides single-tenant isolation. Unlike a VPS or cloud instance where the CPU cycles are virtualized and shared, this environment gives you direct, bare-metal access to every core and thread of the AMD processor.
What's the difference between AMD Ryzen and AMD EPYC processors?
While both are powerful, they serve different purposes. AMD Ryzen is designed for consumer and workstation tasks with high clock speeds but fewer memory channels. EPYC processors are server-grade chips designed for the data center. EPYC offers significantly more PCIe lanes (128+), support for massive amounts of ECC (Error Correcting Code) RAM, and dual-socket capabilities. For enterprise reliability and scalability, an AMD EPYC dedicated server is the superior choice.
Where are your AMD EPYC servers deployed?
We own and operate our infrastructure. Our primary deployment zones are in the Netherlands, Denmark, and the New York Metro area (USA). Both locations are interconnected via our global backbone, allowing for seamless private networking between your AMD EPYC server builds across continents.
What's the delivery time for your AMD EPYC dedicated servers?
Speed is in our DNA. Most standard configurations of our AMD EPYC servers are instant delivery or deployed within a few hours. Because we stock our own hardware (HPE & Supermicro) on-site, we avoid the long supply chain delays common with other providers. Custom builds may take slightly longer, but our team works 24/7 to get you online fast
Which AMD EPYC CPUs are available in your fleet?
We offer a wide range of CPUs to match your budget and performance needs. Our inventory includes the 7302 (16 cores), 7402 (24 cores), 7542 (32 cores), and the powerhouse 7742 (64 cores). For extreme density, we offer the latest generation chips like the 9754, scaling up to 128 physical cores (256 threads). This variety allows you to customize your AMD EPYC dedicated server exactly to your workload.
Why should I choose an AMD dedicated server over Intel?
The "AMD vs. Intel" debate often comes down to density and I/O. Generally, an AMD EPYC dedicated server offers a higher core count and more PCIe lanes at a more competitive price point compared to similar Intel Xeon configurations. If your application relies on multi-threading, virtualization density, or connecting many NVMe drives, AMD EPYC often provides better performance-per-watt and performance-per-dollar.
What kind of use cases require AMD dedicated servers?
AMD EPYC servers excel in environments that demand parallelism. Key use cases include:
- Virtualization: Running many VMs per host (VMware, Proxmox, KVM).
- Containerization: Massive Kubernetes clusters.
- Big Data & Analytics: Processing huge datasets quickly.
- Software Defined Storage: Utilizing the high PCIe lane count for NVMe arrays (Ceph, ZFS).
- Rendering & Transcoding: Media processing farms.
Ready to deploy AMD EPYC servers?
Whether you need the high frequency of a 7402 or the massive core count of a 9754, our team is online right now to guide you. We can help configure your AMD EPYC dedicated server with the exact RAM and NVMe storage your application demands.
Included with every AMD EPYC dedicated server
When you choose NovoServe, you get an all-inclusive service. We don't just give you the hardware; we give you the complete package with your AMD EPYC server.
Massive Network
Connect to our 16+ Tbps network backbone with premium transit providers and 800+ global peering partners for low-latency global reach.
Enterprise-Grade Hardware
We don’t use consumer parts. We use proven HPE and Supermicro chassis, ensuring stability and remote management capabilities.
Anti-DDoS Protection
Your infrastructure is shielded by our in-house scrubbing centers, keeping your services online even during attacks.
Full Root Control
You have total control. Access your server at the BIOS level anytime via secure VPN, allowing you to install any OS or hypervisor.
24/7 Support
Our NOC is staffed by engineers, not script readers. We are available around the clock to assist with network or hardware issues.
Unmetered Bandwidth
Scale without fear of overage charges. We offer flexible bandwidth packages tailored to high-traffic streaming or file delivery.
Custom Network
Need private VLANs, RPNs, or specific routing optimizations? Our network architects can build a custom topology for your cluster.
Rapid Deployment
Don't wait weeks for hardware. Our automated provisioning system gets your AMD EPYC server online quickly so you can start working immediately.
Workloads needing AMD EPYC architecture
High-Density Virtulisation
Maximize your licensing costs and rack space. With up to 128 cores per socket, our AMD EPYC dedicated servers allow you to consolidate multiple older servers into a single, power-efficient HPE DL385 Gen10 or Gen11 unit. Perfect for web hosting companies and MSPs.
Software-Defined Storage
The massive I/O capabilities of EPYC processors make them ideal for storage heads. Combined with our 8x U.2 NVMe chassis, you can build lightning-fast Ceph or MinIO clusters that saturate our high-bandwidth network ports without breaking a sweat.
AI Inference & LLM
While training often requires GPUs, running inference models requires massive CPU throughput and memory bandwidth. Our AMD server configurations support high-speed DDR4 and DDR5 ECC memory, ensuring your AI models run smoothly and reliably.
Talk to dedicated server experts!
Our solution architects are ready to help you design the perfect AMD EPYC server. We can advise on chassis selection, NVMe RAID configurations, and CPU pairing to ensure you get the maximum ROI.