WHITE PAPER:
This study details the performance scalability of the Cisco unified computing system (UCS) platform coupled with Intel Xeon 5600 series processors and EMC CLARiiON storage, and demonstrates why it's a great fit for virtualized SAP solutions.
TECHNICAL ARTICLE:
Server virtualization is helping IT organizations improve data center productivity in fundamental ways. To gain the full value of virtualization, you need servers that are built to handle the heavy and ever-changing demands of a virtualized and consolidated computing environment. Read on to learn more . . .
VIDEO:
POWER7 systems deliver unprecedented performance for both transactional and throughput computing with more performance per core and more performance per watt than POWER6. Watch this video for more.
WHITE PAPER:
Intel IT has standardized on Intel® Xeon® processors with a core frequency of 3 GHz for two-socket servers for design computing and enterprise server virtualization.
PRODUCT OVERVIEW:
This product overview points out the key constraints on today's infrastructures. Find out how upgrading to multi-core servers can free up space, labor, and power and cooling resources.
PRODUCT OVERVIEW:
This solution brief explains how organizations can meet new demands for higher performance, security, reliability, and service levels. Gain insight into a processor-based architecture that will allow you to achieve this goal.
RESOURCE CENTER:
This reference architecture describes the design for deploying and managing high-density clusters of VMs built on two hypervisors—VMware ESX* and Xen*—using Novell Cloud Manager.
PRODUCT OVERVIEW:
This product brief showcases a processor that improves mission-critical reliability and optimizes the performance of your most demanding applications. Learn about its key features as well as how this platform has evolved over time.
WHITE PAPER:
The all new Intel® Core™ vPro™ processor family complements the new Windows® 7 operating system by building effective trusted computing and management mechanisms into the hardware. Read this paper to learn more.
