AMD 32 Core Zen 5 EYPC™ 9355P Single Socket OEM Server CPU/Processor

AMD EPYC 9005 Series Processors

AMD EPYC 9005 Processors are the perfect combination of power and efficiency for servers. With the breakthrough, high-performance Zen 5 architecture, EPYC 9005 processors are better able to meet the needs and demands of modern AI-enabled data centres. Core-for-core, EPYC 9005 processors bring higher performance than the flagship, previous generation EPYC processors, offering roughly 37% improved single-thread instruction-per-clock (IPC) for machine learning and high-performance computing workloads and roughly a 17% single-thread IPC improvement for general purpose enterprise computing.

The outstanding performance and efficiency of AMD EPYC processors allow customers to consolidate and modernise their IT infrastructure, freeing up space and energy to accommodate AI and other business innovation initiatives in their existing data centre footprint. From supporting corporate AI initiatives, powering large-scale cloud-based infrastructures, or hosting the most demanding business applications, AMD EPYC 9005-based servers offer leadership performance, density and efficiency to meet customer needs with minimal software rework.

Consolidate Traditional & Enterprise AI Workloads

AMD EPYC is a powerful solution for organisations looking to unlock the potential of AI while simultaneously powering their established business applications. Its robust architecture, advanced features, and growing software ecosystem make it a key driver for innovation and achieving business goals in the AI-driven era.

Deploy with The Confidence of Advanced Security Features & Open Standards

Compute with confidence, knowing that your business is addressing today’s security challenges with the advanced security features of AMD Infinity Guard. Plus, long and consistent AMD commitments to supporting open standards is critical to the development of a healthy and competitive computing ecosystem.

Create Energy-Efficient Solutions

AMD EPYC processors power energy-efficient servers, delivering exceptional performance and helping reduce energy costs. Discover new ways to optimise core usage, impact your TCO and advance your sustainability goals.

Leadership Enterprise AI CPU Inference Performance

AMD EPYC processors deliver incredible performance for enterprise AI CPU inference. Plus, the AMD ZenDNN library optimises neural network building blocks that enable improved deep learning inference performance on AMD CPUs. These APIs support popular AI frameworks such as TensorFlow, PyTorch, and ONNX Runtime, for image classification and recommendation engines.

Leadership Portfolio to Address Enterprise AI Challenges

AMD EPYC processors & AMD Instinct™ accelerators provide a full solution portfolio for your entire AI needs. AMD EPYC consolidation advantages and inference get enterprises ready for AI, and can be used for smaller scale AI inference deployments. AMD Instinct offers leadership generative AI performance supporting larger AI models, such as LLMs.

High Frequency & Core Count

High frequency allows the CPU to process instructions faster, crucial for handling extensive data tasks. Additionally, it facilitates faster post-processing of results generated by the AI model.

Large Cache Size

A large cache size reduces the need to fetch data from slower main memory, improving performance. This is essential for facilitating fast access to massive datasets in training and running AI models and helps minimize latency, leading to quicker training times and faster execution.

High Memory Bandwidth & High Performance I/O

CPUs with high memory bandwidth and high-performance I/O interfaces are well-suited for AI tasks, enable efficient data flow, enabling rapid data transfer between the CPU and GPU, and helping minimize bottlenecks during AI model training and inference.

Energy-Efficient Cores

AMD EPYC processors have energy-efficient cores that enable efficient GPU-accelerated systems, optimizing high performance, energy efficiency, memory, and IO scalability. AMD EPYC processors power energy-efficient servers, delivering exceptional performance and helping reduce energy costs.

GPU Ecosystem Compatibility

GPU compatibility enables seamless communication and optimized performance between different components. This allows for efficient utilization of GPU resources and facilitates smooth software integration, leading to faster training times and better model performance.

• Cores: 32
• Threads: 64
• L3 Cache (MB): 256
• TDP (W): 280
• Max Memory Capacity: 9TB
• Max DDR5 Frequency: 6000
• PCIe Gen 5 Lanes: 128