WHITE PAPER:
This white paper explains how to run sophisticated or highly-available applications in virtualized environments by creating a software-based virtualization infrastructure that offers high availability and grid readiness.
WHITE PAPER:
Virtual networks create a number of new security issues that physical defense strategies do not properly address. This white paper discusses the limitations of physical firewalls and highlights a security architecture designed with virtualization in mind.
WHITE PAPER:
In this white paper, you will discover state-of-the-art hybrid arrays that combine SSDs and traditional HDDs in the same chassis to cost-effectively ensure maximum VDI performance. Find out how this innovative approach stacks up against other VDI deployments
WHITE PAPER:
This white paper explores the reasons for consolidating Windows environments and discusses the benefits of doing so with a joint NetApp-VMware solution, which include simplified management, enhanced availability and cost-effectiveness.
WHITE PAPER:
Check out this white paper to make sure you're getting the most bang for your buck when it comes to VM backup, data protection and DR for virtual environments.
WHITE PAPER:
Explore this game-changing white paper to discover how HP's latest server automation software is changing the face of virtualized environments.
WHITE PAPER:
Read this paper by Global Knowledge instructor, John Hales, to learn how to build a home lab for VMware vSphere for study. This paper is broken down into three major sections; the first and most detailed is about the hardware required, the second is about the Workstation configuration, and the third is about installing vSphere and Virtual Center.
WHITE PAPER:
Discover how implementing a Unified Fabric can reduce costs and improve the alignment of data center assets to better fulfill business requirements.
WHITE PAPER:
This brief paper explores an approach designed to deliver significant benefits for VDI implementations. Find out how to ensure your VDI infrastructure is ready to deal with increased I/O demands.
