Performance

The AMD EPYC? processor features a balanced architecture with superior computing power, memory, I/O, and security to easily accelerate your mission-critical applications.

Strong performance

Industry-leading performance with up to 32 high-performance CPU cores, 8 memory channels, and up to 128 PCIe? 3.0 channels per system-on-chip (SOC). Tr

Optimized

Achieve an excellent balance of resources, providing the right computing power for all workloads

One-way server without compromising performance

Design for your server

Many IT organizations buy dual-socket servers, but only use single-channel, single-CPU. Some companies will also purchase a two-way server, not because of the need for computing performance, but because the current single-channel server cannot provide more I/O and/or memory capacity. AMD EPYC? gives you a single-socket server without compromising performance, with up to 32 cores, 8 memory channels and 128 PCIe? 3.0 channels, and is available only on dual-architectures Expanded features and performance.

EPYC? Virtualization and Cloud

EPYC? has an industry-leading core, which enables each server to support more virtual machines and more robust virtual machine configurations. Whether you're deploying a single server, implementing a private cloud, or building a hybrid cloud, EPYC? delivers a balance of computing performance, memory, I/O, and security for your virtual environment.

EPYC?   Storage

EPYC? natively supports up to 32 NVMe or SATA devices in both single- and dual-channel designs, simplifying software-defined and direct-attached storage solutions.

EPYC? (Jilong) Machine Learning

Machine Learning (ML) provides real-time decision making and is critical to business operations. EPYC? provides a solid foundation for machine learning such as proactive maintenance, fraud identification, network security monitoring, real-time trading and automotive autopilot. Whether you need an innovative single-channel GPU-accelerated machine learning training solution or a two-way machine learning reasoning solution, EPYC? is easy to handle.

EPYC? Data Management and Analysis

Financial transactions, customer interactions, and related data generated in IoT devices are the data resources that today's enterprises rely on to provide critical information for decision making. For major big data and in-memory database applications that require massive amounts of memory, high memory bandwidth, and high bandwidth I/O, EPYC? helps speed and manage and analyze large amounts of unstructured data.

EPYC? Virtual Desktop Infrastructure

Virtual Desktop Infrastructure (VDI) is bringing a richer user experience to mobile and distributed work teams. VDI enhances centralized control and protection of business-critical data while supporting collaboration. Superior server performance directly leads to an increase in user experience. Industry-leading cores with massive memory capacity and bandwidth make it easy to achieve superior virtual desktop density and performance. 1 In addition, AMD graphics processors support SR-IOV for better performance.

Safe and Reliable

Innovative x86 server underlying hardware-level embedded data security

Safety of a leap-forward

A dedicated security processor within the EPYC? System-on-Chip (SoC) dramatically reduces the potential attack surface and protects your software and data as it boots, executes, and moves between servers. *

· AMD Secure Root-of-Trust Technology: Execute only the software you want to run

AMD Secure Run technology: Encrypts data in main memory and supports cryptographic isolation from other virtual machines, tenants, and even the hypervisor itself

· AMD Secure Move Technology: Lets you safely migrate virtual machines

Remarks

Core count: The AMD EPYC? processor has up to 32 CPU cores.

Memory capacity: The AMD EPYC? processor delivers up to 128GB LRDIMMs per channel 2 DIMM configuration, resulting in 256GB/channel x 8 channels = 2.048 TB/processor.

Memory bandwidth: The AMD EPYC? processor supports up to 21.3 GB/s per channel and DDR4-2667 x 8 channels (170.7 GB/s total).

Higher I/O Density: The AMD EPYC? processor supports up to 128 PCI Express high-speed I/O channels per channel. NAP-02, NAP-03, NAP-04, NAP-05.