Processore AMD EPYC 7663P 2 GHz 256 MB L3 socket SP3

The AMD EPYC 7663P is a server-grade processor operating at a base frequency of 2 GHz with 256 MB of L3 cache and support for octa-channel DDR4 memory up to 3200 MHz. Built for data center and enterprise applications, the EPYC 7663P uses the SP3 socket and delivers high core counts and multi-threaded performance for demanding workloads. The processor includes AMD Infinity Guard security features to reduce attack surfaces during boot and runtime and is based on AMD Infinity Architecture for unified system intelligence.

Advantages

The EPYC 7663P provides 56 processor cores and a boost frequency up to 3.5 GHz, offering substantial parallel compute capacity for virtualization, databases, and HPC. Large 256 MB L3 cache and octa-channel memory support improve data throughput and reduce latency in memory-intensive tasks. Compatibility with Socket SP3 simplifies integration into many server platforms. Built-in AMD Infinity Guard enhances platform security at boot and runtime.

Suitable for

• Virtualization and cloud infrastructure
• High-performance computing (HPC) workloads
• Enterprise databases and analytics
• Large-scale web and application servers

Key specifications

• Processor family: AMD EPYC
• Model: 7663P
• Base frequency: 2 GHz
• Boost frequency: up to 3.5 GHz
• Cores: 56
• L3 cache: 256 MB
• Memory support: DDR4, octa-channel, up to 3200 MHz
• Socket: SP3
• On-board graphics: Not available

How to use

Install the EPYC 7663P in a compatible server motherboard with an SP3 socket following the motherboard manufacturer’s installation instructions and proper electrostatic discharge precautions. Pair the processor with supported DDR4 memory modules that match the server’s validated configurations to achieve octa-channel operation. Configure firmware/BIOS settings as required for performance tuning, power management, and enabling security features such as AMD Infinity Guard.

Recommendations

For optimal performance and reliability, use validated server platforms and memory configurations, keep firmware and drivers up to date, and enable platform security features. Ensure adequate cooling and power delivery when running sustained high-load workloads.