Today, many CIOs are challenged to deliver a solution that efficiently and securely delivers Windows desktops and applications to all types of end-workers and devices in a way that meetscorporate objectives for cost, security, and compliance. In order to answer this challenge, VMware® View® with FlexPod™ provides the foundation for delivering efficient and scalable virtual desktop infrastructure using a pre-validated stack from industry-leading partners including VMware, Cisco, and NetApp.The VMware View with Flexpod architecture reduces processes, thereby minimizing operational challenges such as configuration errors, and it lowers administrative costs. Using Flexpod to scale VMware View desktops on demand provides increased service levels and resource optimization. This solution enables enterprises to rapidly deploy a pre-tested and validated virtual desktop infrastructure (VDI). It provides proactive, predictive, and centralized
management that can be integrated with third-party tools.
This paper describes the Flexpod reference architecture for VMware View 5.1 that include the Cisco Unified Computing System (Cisco UCS) and the NetApp Fabric-Attached Storage (FAS) Systems. It also provides detailed guidance on how to architect, implement, and manage a large, scalable VMware View solution with FlexPod. The paper details the best integration points for each of the key enabling Cisco and NetApp technologies and how each of these technologies plays a critical and complementary role in providing an integrated solution for VMware View
deployments.
This paper is intended for IT decision makers, architects, administrators, and others who want to familiarize themselves with the components and capabilities of VMware View on FlexPod. This paper assumes that the reader has a general understanding of VMware View and the VMware vSphere platform, and the Flexpod, Cisco, and Netapp products described in this solution.
Deployment Guide - VMware View with FlexPod
Deployment Guide - VMware View with FlexPod
