AMD

100-000000805 EPYC Processor 9354P 3.25GHz 32-Core Gen-4 Server Processor

Overview:

The AMD 100-000000805 EPYC Processor 9354P is a high-performance, single-socket optimized enterprise Server Processor from the Gen 4 family, indicated by the **'P' for single-socket support**. This CPU provides an excellent blend of core count and clock speed with **32 cores** running at a high 3.25GHz base frequency. It is an ideal Server Processor for cloud-native applications, scale-out databases, and high-density virtualization in compact server designs. It maintains the high **efficiency and reliability** expected of a leading Server Processor.

Expanded Overview:

The AMD EPYC 9354P processor leverages the power of the **Zen 4 'Genoa' architecture** to deliver superior per-socket performance. With **32 powerful cores** and a high base clock, this single-socket Server Processor simplifies server design while maximizing performance and efficiency. It is perfectly suited for environments where the majority of workloads can be handled by a single, powerful CPU. As a cutting-edge Server Processor, it features support for **12 channels of DDR5 memory** and **PCIe Gen 5**, offering massive memory bandwidth and next-generation I/O. The inclusion of **AMD Infinity Guard** security features provides silicon-level protection for critical data. This exceptional Server Processor is a strategic choice for businesses looking to achieve high computational density and reduced infrastructure complexity with a single powerful Server Processor.

Features :

The AMD EPYC 9354P is an intelligent and integrated solution for modern, high-density single-socket server deployments.features support for **12 channels of DDR5 memory** and **PCIe Gen 5**, offering massive memory bandwidth and next-generation I/O. The inclusion of **AMD Infinity Guard** security features provides silicon-level protection for critical data. This exceptional Server Processor is a strategic choice for businesses looking to achieve high computational density and reduced infrastructure complexity with a single powerful Server Processor.