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AMD EPYC Dedicated Servers

Deploy your infrastructure on next-gen EPYC processors with full DDR5 support and customizable specs. Built on Zen architecture and tuned for serious workloads.

Bare Metal Server

Check Our Cheap EPYC Server Pricing

CPU RAM Storage Network/TrafficLocation/SetupPRICE/MO.
2x AMD EPYC 7402

48C/96T @ 2.8GHz

128GB
DDR4
2x 960GB
SSD
10Gbps
250TB
Amsterdam10 min ₹36,656.55 Order Now
1x AMD EPYC 4564P

16C/32T @ 4.5GHz

64GB
DDR5
1x 2TB
NVME
10Gbps
Unmetered
Amsterdam10 min ₹94,259.70 Order Now
CPU RAM Storage Network/TrafficLocation/SetupPRICE/MO.
Oops! Currently Out of Stock.Please check with our Live Chat to Arrange for you.

CPU RAM Storage Network/TrafficLocation/SetupPRICE/MO.
2x AMD EPYC 7402

48C/96T @ 2.8GHz

128GB
DDR4
2x 960GB
SSD
10Gbps
Unmetered
Amsterdam10 min ₹73,313.10 Order Now
CPU RAM Storage Network/TrafficLocation/SetupPRICE/MO.
2x AMD EPYC 7402

48C/96T @ 2.80GHz

128GB
DDR4
2x 960GB
SSD
10Gbps
250TB
Amsterdam
10 mins
₹31,419.90 Order Now
AMD EPYC 9555P

64C/128T @ 3.20GHz

384GB
DDR5
2x 3.84TB NVME
SSD
1Gbps
100TB
Frankfurt ₹71,370.30 Order Now
AMD EPYC 9554P

64C/128T @ 3.20GHz

512GB
DDR5
2x 960 GB + 4x 1.92 TB NVME
SSD
1Gbps
30TB
Singapore ₹104,628.27 Order Now
1x AMD EPYC 9755

128C/256T @ 2.7GHz

768GB
DDR5
2x 3.84TB NVME
SSD
1Gbps
100TB
Frankfurt ₹109,859.68 Order Now
AMD EPYC 9555P

64C/128T @ 3.20GHz

1024GB
DDR4
2x 3.84TB NVME
SSD
10Gbps
100TB
New York ₹115,101.57 Order Now
AMD EPYC 9555P

64C/128T @ 3.20GHz

1024GB
DDR4
2x 7.68TB NVME
SSD
10Gbps
100TB
New York ₹124,527.54 Order Now
AMD EPYC 9555P

64C/128T @ 3.20GHz

1024GB
DDR5
6x 7.68TB NVME
SSD
10Gbps
100TB
New York ₹146,626.20 Order Now
AMD EPYC 9555P

64C/128T @ 3.20GHz

1024GB
DDR5
2x 960 GB + 4x 3.84 TB NVME
SSD
1Gbps
30TB
Singapore ₹146,626.20 Order Now
CPU
4 Cores
6 Cores
8 Cores
10 Cores
12 Cores
14 Cores
16 Cores
20 Cores
24 Cores
28 Cores
32 Cores
36 Cores
40 Cores
48 Cores
56 Cores
64 Cores
80 Cores
128 Cores
RAM
32GB
64GB
128GB
STORAGE
HDD
SSD
NETWORK
1Gbps
10Gbps
LOCATION
Australia
Canada
Germany
Hong Kong
Japan
Netherlands
Singapore
United Kingdom
United States
DELIVERY TIME
1 Hour
5 DAYS

2 x AMD EPYC 7413

  • 16,024.15

CPU

48 Cores/96 Threads - 2,65 GHz

    • RAM
    • 128GB
    • Storage
    • 2x960GB SSD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Canada
    • 1 hour

1 x AMD EPYC 7301

  • 16,128.88

CPU

16 Cores/32 Threads - 2,1 GHz

    • RAM
    • 128GB
    • Storage
    • 2x2TB HDD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • United Kingdom
    • 5 days

2 x AMD EPYC 7402

  • 16,443.08

CPU

48 Cores/96 Threads - 2,8 GHz

    • RAM
    • 128GB
    • Storage
    • 2x960GB SSD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Canada
    • 1 hour

1 x AMD EPYC 7301

  • 18,014.08

CPU

16 Cores/32 Threads - 2,1 GHz

    • RAM
    • 128GB
    • Storage
    • 2x2TB HDD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Netherlands
    • 5 days

1 x AMD EPYC 7301

  • 18,747.21

CPU

16 Cores/32 Threads - 2,1 GHz

    • RAM
    • 128GB
    • Storage
    • 2x2TB HDD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Hong Kong
    • 5 days

1 x AMD EPYC 7301

  • 19,270.87

CPU

16 Cores/32 Threads - 2,1 GHz

    • RAM
    • 128GB
    • Storage
    • 2x2TB HDD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Singapore
    • 5 days

1 x AMD EPYC 7302P

  • 20,213.47

CPU

16 Cores/32 Threads - 3 GHz

    • RAM
    • 128GB
    • Storage
    • 2x960GB SSD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Netherlands
    • 5 days

2 x AMD EPYC 7543

  • 20,422.94

CPU

64 Cores/128 Threads - 2,8 GHz

    • RAM
    • 128GB
    • Storage
    • 2x960GB SSD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Canada
    • 1 hour

2 x AMD EPYC 7401

  • 20,946.60

CPU

48 Cores/96 Threads - 2 GHz

    • RAM
    • 128GB
    • Storage
    • 2x960GB SSD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Germany
    • 1 hour

2 x AMD EPYC 7401

  • 20,946.60

CPU

48 Cores/96 Threads - 2 GHz

    • RAM
    • 128GB
    • Storage
    • 2x960GB SSD
    • Network
    • 1 Gbps
    • 30 TB
    • Location/Setup
    • Netherlands
    • 1 hour

2x AMD EPYC 7402

  • 36,656.55

CPU

48C/96T @ 2.8GHz

    • RAM
    • 128GB
      DDR4
    • Storage
    • 2x 960GB
      SSD
    • Network/Traffic
    • 10Gbps
      250TB
    • Location/Setup
    • Amsterdam
    • 10 min

1x AMD EPYC 4564P

  • 94,259.70

CPU

16C/32T @ 4.5GHz

    • RAM
    • 64GB
      DDR5
    • Storage
    • 1x 2TB
      NVME
    • Network/Traffic
    • 10Gbps
      Unmetered
    • Location/Setup
    • Amsterdam
    • 10 min
Oops! Currently Out of Stock.Please check with our Live Chat to Arrange for you.

2x AMD EPYC 7402

  • 73,313.10

CPU

48C/96T @ 2.8GHz

    • RAM
    • 128GB
      DDR4
    • Storage
    • 2x 960GB
      SSD
    • Network/Traffic
    • 10Gbps
      Unmetered
    • Location/Setup
    • Amsterdam
    • 10 min

2x AMD EPYC 7402

  • 31,419.90

CPU

48C/96T @ 2.80GHz

    • RAM
    • 128GB
      DDR4
    • Storage
    • 2x 960GB
      SSD
    • Network/Traffic
    • 10Gbps
      250TB
    • Location/Setup
    • Amsterdam
      10 mins

AMD EPYC 9555P

  • 71,370.30

CPU

64C/128T @ 3.20GHz

    • RAM
    • 384GB
      DDR5
    • Storage
    • 2x 3.84TB NVME
      SSD
    • Network/Traffic
    • 1Gbps
      100TB
    • Location/Setup
    • Frankfurt

AMD EPYC 9554P

  • 104,628.27

CPU

64C/128T @ 3.20GHz

    • RAM
    • 512GB
      DDR5
    • Storage
    • 2x 960 GB + 4x 1.92 TB NVME
      SSD
    • Network/Traffic
    • 1Gbps
      30TB
    • Location/Setup
    • Singapore

1x AMD EPYC 9755

  • 109,859.68

CPU

128C/256T @ 2.7GHz

    • RAM
    • 768GB
      DDR5
    • Storage
    • 2x 3.84TB NVME
      SSD
    • Network/Traffic
    • 1Gbps
      100TB
    • Location/Setup
    • Frankfurt

AMD EPYC 9555P

  • 115,101.57

CPU

64C/128T @ 3.20GHz

    • RAM
    • 1024GB
      DDR4
    • Storage
    • 2x 3.84TB NVME
      SSD
    • Network/Traffic
    • 10Gbps
      100TB
    • Location/Setup
    • New York

AMD EPYC 9555P

  • 124,527.54

CPU

64C/128T @ 3.20GHz

    • RAM
    • 1024GB
      DDR4
    • Storage
    • 2x 7.68TB NVME
      SSD
    • Network/Traffic
    • 10Gbps
      100TB
    • Location/Setup
    • New York

AMD EPYC 9555P

  • 146,626.20

CPU

64C/128T @ 3.20GHz

    • RAM
    • 1024GB
      DDR5
    • Storage
    • 6x 7.68TB NVME
      SSD
    • Network/Traffic
    • 10Gbps
      100TB
    • Location/Setup
    • New York

AMD EPYC 9555P

  • 146,626.20

CPU

64C/128T @ 3.20GHz

    • RAM
    • 1024GB
      DDR5
    • Storage
    • 2x 960 GB + 4x 3.84 TB NVME
      SSD
    • Network/Traffic
    • 1Gbps
      30TB
    • Location/Setup
    • Singapore

  • 0.00

CPU

1vCore

    • RAM
    • 1GB
    • Storage
    • 20GB
    • Traffic
    • 500GB
    • Location/Setup
    • NL

  • 0.00

CPU

2vCore

    • RAM
    • 2GB
    • Storage
    • 40GB
    • Traffic
    • 500GB
    • Location/Setup
    • NL

  • 0.00

CPU

4vCore

    • RAM
    • 4GB
    • Storage
    • 80GB
    • Traffic
    • 500GB
    • Location/Setup
    • NL

  • 0.00

CPU

8vCore

    • RAM
    • 8GB
    • Storage
    • 160GB
    • Traffic
    • 1000GB
    • Location/Setup
    • NL

  • 0.00

CPU

16vCores

    • RAM
    • 16GB
    • Storage
    • 320GB
    • Traffic
    • 1000GB
    • Location/Setup
    • NL

Don't see what you're looking for?

CPU Model Cores / Threads Base / Boost Clock Best For
AMD EPYC 4344P 8C / 16T 3.1 / 3.9 GHz Entry workloads, light blockchain RPC nodes
AMD EPYC 4564P 24C / 48T 2.3 / 3.6 GHz Cloud-native apps, mid-tier Solana RPC
AMD EPYC 7262 8C / 16T 3.2 / 3.4 GHz Databases, cache layers, light validator setups
AMD EPYC 7282 16C / 32T 2.8 / 3.2 GHz General compute, small blockchain workloads
AMD EPYC 7313P 16C / 32T 3.0 / 3.7 GHz Balanced workloads, Solana RPC nodes
AMD EPYC 7402 24C / 48T 2.8 / 3.35 GHz SaaS apps, light blockchain validators
AMD EPYC 7443P 24C / 48T 2.85 / 4.0 GHz ERP, analytics, Solana RPC
AMD EPYC 7452 32C / 64T 2.35 / 3.35 GHz Virtualization, blockchain validator clusters
AMD EPYC 7301 16C / 32T 2.2 / 2.9 GHz Legacy workloads, testnet blockchain nodes
AMD EPYC 7302 16C / 32T 3.0 / 3.3 GHz Mid-size blockchain RPC
AMD EPYC 7401 24C / 48T 2.0 / 3.0 GHz Legacy workloads, archive blockchain nodes
AMD EPYC 7413 24C / 48T 2.65 / 3.6 GHz Database, Solana validator ready
AMD EPYC 7543 32C / 64T 2.8 / 3.7 GHz HPC, Solana validators, L2 rollups
AMD EPYC 7702 / 7702P 64C / 128T 2.0 / 3.35 GHz High density VMs, blockchain validator farms
AMD EPYC 9124 16C / 32T 3.0 / 3.7 GHz Next-gen Solana RPC nodes
AMD EPYC 9224 24C / 48T 2.5 / 3.7 GHz Mid-tier Solana validators
AMD EPYC 9334 32C / 64T 2.7 / 3.9 GHz Compute-heavy blockchain workloads
AMD EPYC 9554P 64C / 128T 3.1 / 3.75 GHz HPC, Solana mainnet validators
AMD EPYC 9555P 64C / 128T 3.0 / 3.75 GHz Blockchain scaling, Solana RPC clusters
AMD EPYC 9575F 128C / 256T 2.25 / 3.1 GHz Parallel blockchain workloads, archive Solana
AMD EPYC 9754 128C / 256T 2.25 / 3.1 GHz Hyperscale blockchain validators
AMD EPYC 9755 128C / 256T 2.2 / 3.0 GHz Large validator farms, AI + blockchain infra

What Sets RedSwitches' AMD EPYC Dedicated Servers Apart?

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Massive Core Density

Scale effortlessly with up to 128 cores per EPYC dedicated server. Ideal for demanding compute environments where raw power and multitasking matter. RedSwitches offers multiple AMD dedicated server configurations tailored to core count and performance requirements.

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PCIe 5.0 Ready

Leverage full-speed PCIe Gen 5 with over 128 lanes for ultra-fast NVMe, GPU, and network device integration. This architecture ensures no bottlenecks when connecting accelerators or building high-speed storage stacks with our AMD EPYC dedicated servers.

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DDR5 Memory Support

Harness 12 channels of high-speed DDR5 memory, delivering up to 576 GB/s bandwidth per socket. This results in smoother data access, reduced memory latency, and faster processing, making it ideal for memory-intensive AMD dedicated server workloads.

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Infinity Guard Security

All RedSwitches AMD EPYC servers come equipped with AMD Infinity Guard. It includes Secure Boot, SEV, SEV-ES, and SEV-SNP, offering full-stack hardware-level encryption, confidential computing, and VM isolation for secure multi-tenant deployment environments.

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Efficient Cooling Architecture

Our dedicated EPYC servers are optimized for thermal efficiency, even at high TDPs up to 500W. Smart airflow engineering, low-noise fans, and chiplet-aware cooling ensure stable performance, even when combining CPUs with GPUs or high-performance drives.

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AVX‑512 Acceleration

Advanced Vector Extensions (AVX‑512) unlock massive compute acceleration for floating-point operations, AI inference, and heavy parallelism. RedSwitches Dedicated Server EPYC runs full-width AVX-512 natively, providing consistent performance gains across scientific, analytical, and compression-intensive applications.

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High Bandwidth Fabric

Infinity Fabric interconnects the cores, I/O, and memory dies with low latency and high throughput. This multi-die communication backbone enables our AMD EPYC dedicated servers to scale linearly without introducing memory bandwidth or cache bottlenecks.

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CXL 2.0 Support

RedSwitches EPYC dedicated servers feature CXL 2.0 connectivity, enabling flexible expansion of accelerators, memory pooling, and heterogeneous computing. Ideal for hybrid CPU-GPU environments or integrating memory-heavy workloads with direct device-to-device communication.

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Chiplet-Based Architecture

Built on AMD’s scalable chiplet design, each server CPU consists of multiple core complexes and I/O dies. This modular structure enables better yields, higher performance per watt, and flexible core count customization for our AMD dedicated servers.

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Flexible Storage Options

Our AMD dedicated servers support hybrid storage configurations. From ultra-fast NVMe to bulk SATA and U.2 SSDs, EPYC processors enable seamless I/O management through native RAID, cache acceleration, and high lane availability.

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GPU Integration Ready

Need more parallel power? RedSwitches EPYC servers are built to pair with NVIDIA and AMD GPUs. With multiple PCIe Gen 5 lanes and a stable thermal design, you can scale your AMD dedicated server with seamless GPU acceleration.

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Global Infrastructure Advantage

All AMD EPYC dedicated servers are hosted in Tier III+ RedSwitches data centers across Europe, Asia, and North America. We support Bitcoin payments and offer true 24/7 sales and technical support, powered by humans, not bots, whenever you need us.

Real-World Use Cases

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AI Inference Workloads

AMD EPYC servers excel at CPU-based AI inference for models under 13B parameters. Full AVX-512 support and VNNI acceleration enable low-latency predictions, while PCIe 5.0 lanes facilitate seamless GPU pairing for hybrid AI training and deployment.

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High-Performance Computing

From climate modeling to CFD simulations, EPYC’s floating-point throughput and AVX‑512 instructions deliver reliable speed for compute-intensive jobs. Its 128-core scalability and 12-channel DDR5 architecture make RedSwitches ideal for scientific research and HPC cluster deployments.

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Big Data Analytics

Analyze massive datasets in-memory with up to high-capacity RAM per socket. EPYC servers provide low-latency memory access, fast PCIe SSD reads, and parallel thread execution, thereby accelerating query speeds, reporting, and multi-user access for business intelligence platforms.

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Virtual Desktop Infrastructure

Support hundreds of concurrent VDI sessions using EPYC’s high core/thread counts and large memory pools. Hardware-level VM isolation ensures security, while energy-efficient CPUs reduce operational costs across persistent or dynamic desktop virtualization platforms, such as VMware Horizon.

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Media Transcoding

Accelerate 4K/8K video processing using AVX‑512 instruction sets and EPYC’s floating-point engine. Combined with NVMe RAID arrays and optional GPU support, RedSwitches AMD EPYC servers deliver smooth, high-speed transcoding for streaming platforms and content delivery networks.

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Secure Multi-Tenancy

Host client workloads with complete VM encryption using AMD Infinity Guard and SEV-SNP. RedSwitches EPYC servers isolate each tenant’s data at the hardware level, making them ideal for SaaS, fintech, and compliance-driven deployments that require maximum confidentiality.

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Edge Computing Nodes

Deploy powerful processing at the edge using lower-TDP EPYC models. Perfect for real-time decision making, sensor data processing, and distributed workloads. Compact AMD EPYC dedicated servers handle decentralized compute where space, power, and latency matter most.

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DevOps & CI/CD

Run concurrent build pipelines, container orchestration, and testing environments with confidence. EPYC’s multi-threaded performance and NUMA-aware memory layout deliver speed and isolation across CI/CD systems like Jenkins, GitLab CI, and Kubernetes clusters.

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Blockchain & Web3

RedSwitches AMD EPYC dedicated servers offer ideal throughput for decentralized node operations, smart contract execution, and consensus validation. With high core density, fast I/O, and ECC memory, they power reliable staking nodes, distributed storage, and Web3 application backends.

Operating Systems, Apps, and Deployment Options

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4.9

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Frequently Asked Questions

PCIe Gen 5 doubles the bandwidth over Gen 4, allowing faster data flow between CPUs, GPUs, and NVMe storage. In our AMD EPYC dedicated servers, this means lower latency and higher IOPS across intensive workloads. It’s especially useful for AI training, high-speed networking, and multi-GPU setups. RedSwitches clients running blockchain nodes, large-scale databases, or GPU-accelerated apps see immediate performance gains. With up to 128 PCIe 5.0 lanes, EPYC servers eliminate I/O bottlenecks and future-proof your infrastructure for high-speed deployments.

Workloads that rely on parallel processing and memory bandwidth perform best with AMD’s Zen-based architecture. At RedSwitches, we see top-tier results in virtualization, HPC, AI inference, media transcoding, and container orchestration. EPYC dedicated servers built on Zen 4 and Zen 5 cores deliver consistent multi-threaded performance with excellent energy efficiency. The chiplet design also enhances cache access and thread isolation, providing developers and enterprises a competitive edge in modern application hosting and backend computing.

The AMD EPYC 7401P comes with 24 cores and 48 threads. It’s a single-socket processor designed for performance-driven, cost-effective deployments. At RedSwitches, we offer the 7401P in our lineup of cheap EPYC servers for users who need high parallelism without dual-socket complexity. This model is ideal for web hosting, DevOps environments, and medium-scale database applications that benefit from high core density and reliable ECC memory support.

It depends on your workload and priorities. AMD EPYC dedicated servers offer higher core counts, PCIe 5.0 lanes, and excellent energy efficiency, making them ideal for virtualization, HPC, and AI. But for some legacy software or specific enterprise integrations, Intel Xeon may be the better fit. At RedSwitches, we offer both AMD and Intel dedicated servers, allowing you to select the right platform based on your technical requirements, performance goals, and budget. Our team can help you match the best processor to your use case.

We do. RedSwitches accepts Bitcoin and other cryptocurrencies for dedicated server purchases. This gives you more flexibility and privacy when managing your infrastructure. Traditional payment options, such as cards and PayPal, are also available.

Not sure exactly what you need?
No problem! Our talented engineers are here to help!

We will consult, architect, migrate, manage and do whatever it takes to help your business grow and succeed.

Get in touch today!

Get in touch today!