100-000000311WOF AMD EPYC 7R13 48-Core 2.65GHz Base 256MB L3 280W Processor

The AMD 100-000000311WOF EPYC 7R13 Processor

The AMD 100-000000311WOF EPYC 7R13 is a high-performance server processor designed to deliver exceptional computing power for modern data centers. With 48 cores and a base clock speed of 2.65GHz, this processor offers unparalleled multi-threading capabilities, making it ideal for cloud computing, virtualization, and high-performance computing (HPC) workloads.

Built on AMD's advanced architecture, the EPYC 7R13 processor combines high core density with a 256MB L3 cache, providing fast access to frequently used data and reducing latency in large-scale applications. Its 280W thermal design power (TDP) ensures efficient energy use while maintaining stable performance under heavy workloads.

AMD EPYC 7R13 Architecture

The EPYC 7R13 is part of AMD’s EPYC “Rome” and “Milan” series, utilizing a 7nm process technology. Its architecture allows for massive parallel processing, supporting multiple simultaneous applications without bottlenecks. Each core is designed to handle complex calculations efficiently, enabling high throughput for data-intensive applications.

Cache and Memory Optimization

The processor includes an impressive 256MB of L3 cache, allowing for quicker access to frequently used data. The large cache reduces memory bottlenecks, particularly in workloads like scientific computing, big data analysis, and financial modeling. EPYC 7R13 also supports high memory bandwidth with multiple DDR4 channels, ensuring smooth and consistent data transfer rates.

PCIe 4.0

The AMD EPYC 7R13 fully supports PCIe Gen4, doubling the bandwidth of previous generation PCIe 3.0 interfaces. This enables faster connectivity with GPUs, NVMe SSDs, and networking devices. High-speed PCIe lanes are essential for high-performance computing clusters and real-time data processing applications.

Data Center Optimization

The processor’s 280W TDP is optimized for server environments, providing a balance between performance and energy efficiency. EPYC 7R13 can maintain high performance across sustained workloads without thermal throttling, making it ideal for continuous operation in data centers.

The AMD EPYC 7R13 Workloads

High-Performance Computing (HPC)

In HPC environments, the AMD EPYC 7R13 delivers robust performance for scientific simulations, weather modeling, and computational chemistry. Its ability to process large datasets concurrently makes it an ideal choice for researchers requiring fast, reliable computations.

Scientific Simulations

The processor's large core count and high memory bandwidth allow it to simulate complex systems efficiently. Whether it's molecular dynamics, fluid simulations, or particle physics, EPYC 7R13 can handle extensive computational tasks with precision.

Big Data Processing

With large cache sizes and high core counts, EPYC 7R13 handles massive datasets efficiently. It accelerates data queries and supports analytics platforms like Apache Hadoop and Spark, providing businesses with actionable insights faster.

High-Speed Storage Arrays

Coupled with PCIe 4.0 NVMe storage, the processor powers high-speed storage arrays for enterprise and hyperscale environments. This setup is ideal for transactional databases, large-scale media storage, and real-time data processing applications.

Enterprise Servers

EPYC 7R13 is ideal for enterprise-grade servers handling large databases, ERP software, and virtualization workloads. Its high core count allows multiple applications to run concurrently without bottlenecks.

Cloud Service Providers

Cloud providers use EPYC 7R13 for scalable infrastructure, hosting virtual machines and containerized applications. Its efficiency and performance reduce operational costs while maintaining high service levels for end users.

High-Performance

In HPC clusters, EPYC 7R13 processors provide the computational power needed for simulations, modeling, and data analysis. Multiple processors in a cluster can deliver thousands of cores for massively parallel computing tasks.

Data Storage

High-speed storage arrays paired with EPYC 7R13 enable rapid data processing and real-time analytics. It’s particularly useful for big data, machine learning, and AI workloads that demand both speed and reliability.

Scalable Storage Solutions

The processor’s PCIe 4.0 lanes allow integration with NVMe SSDs for fast storage solutions. Organizations can scale storage capacity without sacrificing performance, supporting growing datasets and applications.

Comparison with Other AMD EPYC Models

Compared to other AMD EPYC processors, the 7R13 stands out for its 48-core configuration and large L3 cache. While other models may have higher clock speeds or lower TDPs, the 7R13 is optimized for parallel workloads and large-scale server deployments.

EPYC 7R13 vs EPYC 7R32

EPYC 7R32 may offer slightly higher clock speeds, but 7R13 provides a larger core count and L3 cache, making it superior for multi-threaded tasks and virtualization environments.

EPYC 7R13 vs EPYC 7R53

EPYC 7R53 is designed for lower-power workloads with fewer cores, whereas 7R13 targets data-intensive and high-performance server environments, delivering maximum throughput for enterprise applications.

Scalability

Dual-socket server configurations enable scaling up to 96 cores and 192 threads per system, supporting growing enterprise requirements without the need for additional servers.