AMD EPYC Server
Our new AMD CPU reaches up to 5.7 GHz.
It offers higher performance and better cost-effectiveness with higher benchmark scores.
Smart Choice: High Performance,
High Efficiency
Contact us to get your customized solution!
AMD CPU | AMD EPYC™ 4584PX |
CPU Core | 16 Cores 32 Threads 4.2/5.7GHz |
Cache | L1: 1,024KB L2: 16.0MB L3: 32MB |
Memory | 32G DDR5 ECC |
Hard Disk | 960GB U.3 NVMe SSD |
RAID | Software RAID |
IP | 5 x IPv4 |
BGP Redundant Network | |
Bandwidth | 100Mbps with 15Mbps CN2 Bandwidth |
Traffic | Unmetered |
LAN | 100Mbps ≤ LAN |
24/7 Support | |
Free Trial | |
Quick Deployment | |
Mass Migration | – |
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High-performance, energy-efficient CPU
Fast Deployment
Unshared Bandwidth
99.99% Network SLA
Quick Response
24/7 Service
Integer Performance
Integer Performance/ est Sys W
Integer Performance/ est Sys $
AMD EPYC Server FAQs
01. What advantages do AMD EPYC servers have compared to Intel servers?
02. What are the cooling and power requirements for AMD servers?
AMD servers generate significant heat under high loads, so efficient cooling solutions, such as high-quality fans and heatsinks, are necessary to ensure stable operation. For power requirements, it is recommended to use a reliable power supply that can meet the server’s demands, typically suggesting power supplies with redundancy to enhance system reliability.
03. How can data security be ensured on AMD servers?
Data security on AMD servers can be ensured through multi-layered protection measures, including the use of AMD Secure Processor (SGX) technology to protect sensitive data, which keeps it secure even if the operating system is compromised. Additionally, regularly updating security patches, enabling firewalls and intrusion detection systems, and encrypting data at rest and in transit are all effective security strategies.
04. Can AMD EPYC servers be used for high-performance computing (HPC)?
Yes, AMD EPYC servers are well-suited for high-performance computing (HPC) applications. Their powerful multi-core performance and high memory bandwidth enable efficient handling of complex scientific calculations and data-intensive tasks, meeting the high computational demands of HPC environments. Additionally, the scalability and flexible configuration of EPYC servers make them an ideal choice for HPC users.