24 cores and 48 threads
Perfect for VM hosting, HPC tasks, and parallel analytics
// amd epyc 7401
AMD EPYC 7401 Dedicated Server
24 Cores • 48 Threads • Up to 3.00 GHz Boost • PCIe Gen 3: Zen "Naples" Power for Mid-Sized Virtualization, Storage & Multi-Instance Hosting
- Provisioned in 10 minutes
- 20+ Tier III global data centers
- Unmetered 1/10/25 Gbps bandwidth
- Crypto payments & 24/7 support included
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// pricing
AMD EPYC 7401 Dedicated Server Price
Browse live AMD EPYC 7401 builds. Filter by location, memory, and network to find the right fit.
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Bare Metal // Standard Equipment
All Bare Metal Plans Include
Every server ships fully dedicated: no shared resources, no usage meters, no surprises.
- Setup Cost
- Free
- Provisioning
- Instant & Automated
- Access
- KVM, IPMI, Root
- Protection
- DDoS Shield Included
- Cores
- Up to 128 (Dual Socket)
- Memory
- Up to 2TB RAM
- Storage
- Enterprise NVMe & SSD
- Support
- 24/7/365 Human Engineers
OS & Panels
* Select your OS and panel at checkout
// key highlights
AMD EPYC 7401 Specifications
- Cores / Threads
- 24 / 48
- Base / Boost
- 2.0 GHz → 3.0 GHz
- Architecture
- Zen (Naples): Socket SP3, 14 nm
- L3 Cache
- 64 MB
- Memory
- Up to 2 TB DDR4 ECC (8-channel, 2666 MT/s)
- PCIe
- Gen 3 with 128 lanes
- TDP
- 170 W (peak ~268 W)
- PassMark (est.)
- ~28,283 (CPU-Monkey est.)
- Geekbench 6
- ~883 single, ~5,179 multi
- Network
- Unmetered 1Gbps, 10Gbps, 25Gbps, and Bandwidth
// why this cpu
Why Choose AMD EPYC 7401
The EPYC 7401 delivers high core density and robust multi-threaded performance ideal for virtualization, analytics, and mid-tier enterprise workloads demanding serious parallelism:
64 MB L3 cache + Zen IPC
Faster data access across workloads
Zen (Naples) efficiency
Outstanding performance-per-dollar in multi-socket setups
Full PCIe Gen 3 support
Enables NVMe, GPU, and high-speed networking attachments
// optimal use cases
Optimal Use Cases
Virtualization & Multi-Node Clusters
Deploy dense virtual machines, Kubernetes nodes, or container clusters with high concurrency and memory capacity.
Analytics & Business Intelligence
Run medium-scale ETL, processing pipelines, and enterprise BI tools that consume CPU and memory but don’t require Gen 4.
AdTech & Data Pipelines
Support real-time bidding, tracking services, and attribution engines with stable multi-core processing.
Blockchain Validator Nodes
Host Ethereum, Polygon, Bitcoin, and Cosmos validator or archival nodes using NVMe + PCIe Gen 3 bandwidth.
Trading & Quant Platforms
Execute multi-threaded backtesting, analytics, and strategy engines with high cache and throughput.
Cloud Repatriation
Migrate stable workloads to bare metal gain performance predictability, full control, and avoid public cloud overage fees with unmetered bandwidth and global support.
// how it compares
EPYC 7401 vs Other CPUs (At a Glance)
CPU ModelCores / ThreadsBest For
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// faqs
AMD EPYC 7401 Deep Dive & FAQs
Common questions about the AMD EPYC 7401, answered by the engineers who run the hardware.
What is the AMD EPYC 7401?
A 24-core Naples-based server processor, launched June 2017. Supports dual-socket setups and enables enterprise-grade parallel computing.
How does it perform today?
While it’s Zen-1, its core density and cache size deliver excellent throughput for mid-tier parallel tasks, especially when cost is important.
Is it energy-efficient?
With a 170 W TDP (up to ~268 W peak), it performs well with proper cooling, ideal for colocation and edge setups.
Does it support virtualization?
Yes supports AMD-V virtualization, IOMMU (PCI passthrough), AVX/AVX2 acceleration, making it ideal for hypervisor environments.
Is PCIe Gen 4 required?
No this CPU is based on PCIe Gen 3, sufficient for most block-level storage, networking, and compute nodes that don’t need bleeding-edge I/O.
// need help
Not Sure Exactly What You Need
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