AMD EPYC Powerful Performance Helps Virtualization Hyperfusion VDI

Servers based on fourth-generation AMD EPYC processors help IT departments meet demands for reducing costs, power consumption, and space requirements. AMD-powered servers can use fewer physical servers to meet performance requirements. For example, using 11 dual-processor servers/workstations based on AMD EPYC 9654 processors to run 2,000 virtual machines (VMs) can save up to 29% of electricity per year and reduce capital expenditures up to 46% while maintaining performance

AMD EPYC Processors Boost Hyperconverged Infrastructure

AMD EPYC（霄龙）处理器，强大、高效且安全可靠。 主流 OEM 和 ISV 合作伙伴均提供基于 AMD EPYC（霄龙）的超融合基础设施 (HCI) 解决方案：

AMD EPYC processors are powerful, efficient, and secure. Mainstream OEM and ISV partners offer hyperconverged infrastructure (HCI) solutions based on AMD EPYC processors:
§ Excellent performance accelerates virtualization and business application workloads
§ Consolidates workloads and software license costs with fewer physical servers to optimize HCI investment
§ AMD Infinity Guard protects data with advanced security features such as Secure Encrypted Virtualization (SEV)
§ Achieve better energy efficiency by using fewer physical servers to meet application performance requirements.

Optimizing Support for HCI Software

AMD collaborates with leading hyperconverged infrastructure (HCI) software companies to create an ISV certification platform that helps customers simplify data center management and run applications at any scale.
HCI solutions based on AMD EPYC processors set world record-breaking performance in VMmark® 3.1 vSAN™.

Exploring the Potential of Container Virtualization:

Containers have excellent agility and efficiency, making them increasingly important in hyperconverged infrastructure (HCI). Containerizing with AMD EPYC processors helps improve performance, infrastructure consolidation, and security.
Maximizing the Potential of VDI
As remote work becomes more prevalent, IT teams must manage the complexity that comes with it, including improving performance and data security. Learn how AMD EPYC processors help maximize the potential of virtual desktop infrastructure (VDI).

Discover how virtual desktop infrastructure (VDI) can enhance the remote work experience for businesses. Solutions based on AMD EPYC CPUs offer high core counts, delivering more VDI instances per server unit while maintaining excellent performance and lower unit instance costs.
Achieving Outstanding VDI Performance

Using LoginVSI benchmark testing, virtual desktop infrastructure (VDI) performance can be modeled. Watch the demo to learn how solutions based on AMD EPYC processors provide excellent performance while reducing capital and operating costs.

Achieving More and Faster Acceleration of Virtualization Applications to Deliver World-Record Performance and Keep Business Running Fast:
The performance of AMD EPYC processors in "VMware vSAN" is 2.8 times that of competing products in the same category, which is an important benchmark for HCI performance.

Easily Address Basic Data and Privacy Risks with Advanced Protection Features to Help Protect Data:
AMD EPYC processors provide hardware-based security features that help protect critical data. Isolating each virtual desktop helps resist numerous external and internal threats.

Seeking New Efficiency Savings to Reduce Capital and Operating Expenses in the Data Center:
The third-generation AMD EPYC processor can reduce total ownership costs (TCO) by up to 35% over four years. More core support enables more virtual desktop sessions per server, helping you save on data center space, energy, and cooling costs.

Creating Fast and Flexible Deployments by Adjusting Your Processing Power Appropriately:
Third-generation AMD EPYC processors provide dual-socket server performance that is equivalent to that of competitors' quad-socket servers. PCle4, higher throughput, and significant memory bandwidth make your work more efficient.

Providing New Features for Your Enterprise:
Optimizing your current and future data center investments:
AMD EPYC processors are optimized for leading human-computer interaction solutions and software. Our long-term product roadmap can help keep your IT investments on the path of continuous innovation.

MDEPYC processor helps you optimize data centers by changing your perspective on servers. The traditional idea is that you need a dual-socket or quad-socket server to get the necessary resources and scalability. However, solutions based on AMDEPYC processors with their "integrated feature set" help you tailor computing power to your enterprise and meet your workload requirements without affecting the performance of single or dual-socket servers. Single-socket servers supported by AMDEPYC provide competitive dual-socket performance and feature set in a single CPU, helping to improve energy efficiency, reduce latency, lower infrastructure costs, and increase computing density.

AMDEPYC processor is the only x86 server processor that adopts Secure Encrypted Virtualization (SEV). SEV uses a unique encryption key that only those who know it can encrypt and isolate virtual machines. The processor's SEV-ES (Encrypted State) provides an additional layer of confidentiality and integrity for data-in-use. The third-generation AMDEPYC processor's SEV-Secure Nested Paging (SEV-SNP) adds powerful memory integrity protection features that help prevent malicious attacks based on virtual machine managers, such as data replay and memory remapping, creating an isolated execution environment.

#4 Create a fast and flexible deployment. AMDEPYC processor helps you optimize data centers by changing your perspective on servers. The traditional idea is that you need a dual-socket or quad-socket server to get the necessary resources and scalability. However, solutions based on AMDEPYC processors with their "integrated feature set" help you tailor computing power to your enterprise and meet your workload requirements without affecting the performance of single or dual-socket servers. Single-socket servers supported by AMDEPYC provide competitive dual-socket performance and feature set in a single CPU, helping to improve energy efficiency, reduce latency, lower infrastructure costs, and increase computing density. 10

Dual-socket servers supported by AMDEPYC and offered by AMD provide up to 128 cores, 4TB of memory, and up to 160 PCle41/0 channels, efficiently supporting the most demanding workloads.

#5 Provide new features for your enterprise. AMD has established deep partnerships with major HCI solution providers, including Dell, HPE, and Lenovo, as well as certifications with Nutanix, Microsoft Azure Stack HCI, and Simplivity.

AMD InfinitvGuard provides a multifaceted modern approach to data center security with almost no impact on performance.