Microsoft Sharepoint 2. VMware v. Sphere 5. Flex. Pod. Table Of Contents. Microsoft Share. Point 2. With VMware v. Sphere 5. Flex. Pod. Introduction. Audience. Solution Overview. Cisco Unified Computing System. Fabric Interconnect. Cisco UCS 6. 24. 8UP Fabric Interconnect. Cisco UCS 2. 10. 0 Series Fabric Extenders. Cisco UCS Blade Chassis. Cisco UCS Manager. Cisco UCS B2. 00 M2 Blade Server. Cisco UCS B2. 50 M2 Extended Memory Blade Server. Vsphere Web Client Attach Iso' title='Vsphere Web Client Attach Iso' />Mac infrastructure. Powered by genuine Mac Pro hardware and VMware vSphere virtualization technology. All Xcloud instances macOS based virtual machines are served. Cisco UCS Service Profiles. Cisco Nexus 5. 54. UP Switch. IO Adapters Cisco VM FEX Technology. Hi I am trying to install a guest OS on Vsphere 6. However when l try and install with a bootable usb. Microsoft Sharepoint 2010 with VMware vSphere 5. FlexPod. Cisco Virtualization Solution for EMC VSPEX with VMware vSphere 5. Virtual Machines. Tabtight professional, free when you need it, VPN service. Modes of Operations for VM FEX Technology. VMware v. Sphere 5. Vsphere Web Client Attach Iso' title='Vsphere Web Client Attach Iso' />Net. App Storage Technology and Benefits. RAID DPThin Provisioning and Flex. Vol. Net. App On. Command System Manager 2. Net. App Deduplication. Net. App Snapshot. Snap. Manager for Microsoft Share. Point Server. Net. App Strategy for Storage Efficiency. Microsoft Share. Point 2. Mirror S Edge 2 Keygen more. SP1. Three Tier Role Based Architecture Advantages of Three Tier Architecture. Microsoft Share. Point 2. SP1 Sizing Considerations. Web Front End Server. Application Server. Microsoft Share. Point 2. SP1 Search. Database Server. Microsoft Share. Point 2. SP1 Design Considerations. Microsoft Share. Point 2. Farm Architecture on Flex. Pod. Flex. Pod Configuration Guidelines. Over Commitment. Hyper Threading. Non Uniform Memory Access NUMAMemory Configuration Guidelines. ESXiESXi Memory Management Concepts. Virtual Machine Memory Concepts. Allocating Memory to Microsoft Share. Point 2. 01. 0 Virtual Machines. Storage Guidelines. Virtual Server Configuration. VMFS File System. Raw Device Mapping RDMStorage Protocol Capabilities. Storage Best Practices. Network Configuration. Storage Configuration. Microsoft Share. Point 2. VMware Memory Virtualization. Memory Compression Virtual Networking Virtual Networking Best Practices. VMware v. Sphere Performance Microsoft Share. Point 2. 01. 0 VMware Storage Virtualization. Storage Layout Aggregate, Volume, and LUN Sizing. Storage Considerations. Storage Virtualization Setting up Net. App Storage for Microsoft Share. Point 2. 01. 0 SP1. VMFS Datastore for VMotion. Soft Zoning and VSANCisco UCS Service Profile. Microsoft Share. Point 2. SP1 Database and Log LUNs. ESXi Native MPIOMicrosoft Share. Point 2. 01. 0 High Availability. Service Profile Configuration. Boot from SANStorage Array Configuration. Cisco UCS Manager Configuration. Zone Configuration. OS Installation. VMware v. Center Server Deployment Template Based Deployments for Rapid Provisioning. DRS Affinity Rules. VMotion Configuration. Network Configuration. VM FEX Configuration for VMware Environment. Prerequisites. VM FEX UCS Configuration Downloading Extension Keysv. Center Plug in Registrationv. Center Datacenter Creation. VM FEX DVS Switch Configuration. ESXi Host Preparation Assign a Cisco UCS Service Profile. Define Dynamic Ethernet Policy for Virtual Machines. VM FEX VEM Installation on ESXi Host. Register ESXi Host in the v. Center. Applying the Port Profile to a Virtual Machine. Windows Networking Guest Operating System Networking Validating Microsoft Share. Point 2. 01. 0 Server Performance. Second Life Clothes more. Microsoft Share. Point Farm Under Test. Workload Characteristics. Workload Mix 6. 0 RPHDataset Capacity. Defining Dataset Capacity of the Farm Under Test. Performance Test Framework. Test Methodology. VSTS Test Rig Performance Tuning. Environment Configuration Tuning. HTTP Throttling. Performance Results and Analysis. Requests Per Second. Average Page Time. Average Response Time. Pages Per Second. Virtual Server Processor Utilization Application Server. Database Server. Network Utilization. Share. Point 2. 01. Server Memory Utilization. VMware Physical Host CPU Utilization VMware Physical Host 2. VMware Physical Host. VMware Physical Host 4 VMware v. Sphere DRS Failover Time Net. App FAS 3. 27. 0Read Write Throughput from Storage. RDM LUNsReadWrite Throughput. Performance Results and Analysis. Summary. Bill of Material. References. Acknowledgements. About Cisco Validated Design CVD Program. About the Authors Microsoft Share. Point 2. 01. 0 With VMware v. Sphere 5. 0 on Flex. Pod Introduction Flex. Pod is a predesigned, base configuration that is built on the Cisco Unified Computing System UCS, Cisco Nexus data center switches, Net. App FAS storage components, and a range of software partners. Flex. Pod serves as an integrated infrastructure stack for all virtualization solutions. Flex. Pod configuration may vary depending on customers needs. The Flex. Pod architecture is highly modular and a Flex. Pod unit can be scaled up easily as customers requirements and demand change. Flex. Pod can scale up for greater performance and capacity or it can scale out for environments that need consistent, multiple deployments. Flex. Pod is a baseline configuration, but also has the flexibility to be sized and optimized to accommodate many different use cases. Flex. Pod for VMware includes Net. App storage, Cisco networking, the Cisco Unified Computing System, and VMware virtualization software in a single package. Book Of Love You Make Me Feel So Good Speed. This solution is deployed and tested on the defined set of hardware and software. For more information about Flex. Pod for VMware architecture, go to http www. This Cisco Validated Design demonstrates how enterprises can apply best practices for VMware v. Sphere, VMware v. Center, Cisco Unified Computing System, Cisco Nexus family switches, Net. App FAS. Audience This document is intended to assist solution architects, sales engineers, field engineers and consultants in planning, design, and deployment of Microsoft Share. Point server 2. 01. VMware virtualization solutions on the Cisco Unified Computing System. This document assumes that the reader has an architectural understanding of the Cisco Unified Computing System, VMware, Microsoft Office Share. Point 2. 01. 0 Server, Net. App storage system, and related software. Solution Overview This solution provides an end to end architecture with Cisco, VMware, Microsoft, and Net. App technologies. It demonstrates that the Microsoft Share. Point 2. 01. 0 servers can be virtualized to support 1. The following are the components used for the design and deployment of Microsoft Share. Point Microsoft Share. Point 2. 01. 0 SP1 application Cisco Unified Computing System server platform VMware v. Sphere 5 virtualization platform Pass Through switching for the virtual servers Data Center Business Advantage Architecture LAN and SAN architectures Net. App storage components Net. App On. Command System Manager 2. Microsoft Network Load Balancer Microsoft SQL Mirroring VMware DRS VMware HA This solution is designed to host scalable, mixed application workloads. The scope of this Cisco Validated Design is limited to the Microsoft Share. Point 2. 01. 0 deployment only. The Microsoft Share. Point farm consists of the following virtual machines Eight Load Balanced Web Front End Servers WFE Two Application servers with redundant services Two SQL Servers Mirrored with witness server Figure 1 illustrates the assignment of application servers to Cisco UCS server blades in a large datacenter. Figure 1 Flex. Pod for VMware Share. Point 2. 01. 0 Application and Operating System Legend Cisco Unified Computing System Cisco Unified Computing System is the first converged data center platform that combines industry standard, x. The system is entirely programmable using unified, model based management to simplify and speed deployment of enterprise class applications and services running in bare metal, virtualized, and cloud computing environments.