100-100001555WOF AMD 4245P EPYC 3.9GHz 6-Core L3 Cache Socket Processor

AMD EPYC 4245P 6-Core Server Processor

The AMD 100-100001555WOF 4245P EPYC processor represents a significant advancement in server-grade computing technology, designed specifically for single-socket server environments that demand exceptional performance and efficiency. This 6-core processor operates at a base frequency of 3.9GHz, making it an ideal solution for various enterprise applications, cloud computing, and data center deployments where reliable performance is paramount.

Key Specifications at a Glance

Built on AMD's innovative Zen architecture, the EPYC 4245P processor delivers outstanding computational capabilities while maintaining power efficiency. With its substantial L3 cache and support for advanced memory technologies, this processor ensures smooth operation even under demanding workloads. The inclusion of enterprise-grade security features and robust reliability mechanisms makes it suitable for mission-critical applications where system stability cannot be compromised.

Model Identification and Part Number

The specific model designation "100-100001555WOF" identifies this particular variant within AMD's EPYC processor lineup, while "4245P" denotes its performance characteristics and core configuration. The "P" suffix indicates this processor is optimized for single-socket platforms, providing maximum performance in single-processor server configurations.

Technology Revolutionary Core Design

The EPYC 4245P leverages AMD's groundbreaking Zen microarchitecture, which introduces numerous innovations in processor design. The architecture features a streamlined execution pipeline that maximizes instruction throughput while minimizing latency. Each core incorporates sophisticated branch prediction algorithms and advanced prefetching mechanisms that anticipate data needs, ensuring optimal performance across diverse workloads.

Cache Hierarchy Optimization

The processor features a sophisticated multi-level cache system designed to minimize memory latency and maximize data availability. The L3 cache, shared across all cores, provides ample space for frequently accessed data, reducing the need to retrieve information from main memory. This cache optimization is particularly beneficial for database applications, virtualization, and other memory-intensive workloads.

Performance and Capabilities

With a base clock frequency of 3.9GHz, the EPYC 4245P 100-100001555WOF delivers consistent high-performance computing across various applications. The processor maintains this frequency across all cores under sustained workloads, ensuring predictable performance in enterprise environments. While this specific model operates at a fixed frequency, it incorporates precision boost algorithms that optimize performance based on workload characteristics and thermal conditions.

Thermal Design Power (TDP) Management

The processor is engineered with an optimized Thermal Design Power profile that balances performance with energy efficiency. Advanced power management features dynamically adjust power consumption based on workload demands, reducing energy costs in data center environments without compromising performance during peak usage periods.

DDR4 Memory

The EPYC 4245P 100-100001555WOF DDR4 memory with error correction capabilities, ensuring data integrity in mission-critical applications. The memory controller supports multiple channels and DIMMs per channel, providing substantial memory bandwidth that keeps the processor cores fed with data. This robust memory is essential for memory-intensive applications such as in-memory databases and virtualization.

Memory Capacity and Bandwidth

With support for extensive memory configurations, the processor can address large datasets directly in RAM, reducing the need for slower storage access. The high memory bandwidth available to each core ensures that even memory-bound applications can achieve optimal performance, making the 4245P suitable for big data analytics and scientific computing workloads.

Compatibility

The processor utilizes 100-100001555WOF AMD's SP3 socket infrastructure, specifically designed for EPYC processors. This socket provides numerous high-speed lanes for connectivity and supports the extensive I/O capabilities that EPYC processors are known for. The physical interface ensures secure mounting and optimal thermal transfer to cooling solutions. Server motherboards designed for EPYC P-series processors provide the necessary power delivery, memory slots, and expansion capabilities to fully utilize the 4245P's features. These motherboards typically include multiple PCIe slots, network interfaces, and storage controllers that complement the processor's capabilities in server environments.

PCI Express 

The EPYC 4245P provides extensive PCI Express connectivity, supporting numerous high-speed devices simultaneously. This capability is crucial for modern servers that require multiple network adapters, storage controllers, and accelerator cards. The PCIe implementation includes features such as SR-IOV (Single Root I/O Virtualization) that enhance virtualization performance.

AMD-V Technology Enhancements

AMD's virtualization 100-100001555WOF technology includes numerous enhancements such as Rapid Virtualization Indexing, which reduces the memory management overhead associated with virtual machines. These features allow the 4245P to host numerous virtual machines simultaneously while maintaining near-native performance for each guest operating system.