Array. VMware v. Sphere 5. VMware ESXi 5. 5 Hypervisor. VMware Horizon 6 with View. Test Configuration. Hardware Components. Software Components. Cisco UCS Mini Service Profile Configuration. VMware Horizon RDS Host Server Virtual Machine Configuration. Microsoft RDS Server Configuration on VMware Horizon View Administrator Console. Microsoft Windows 7 Golden Image Creation. Create Base Microsoft Windows 7 SP1 Virtual Machine. Optimize the Base Microsoft Windows 7 SP1 Virtual Machine. Install VMware Horizon View 6. Virtual Desktop Agent Software. Install Any Additional Software. Perform Additional VMware Horizon View 6. Configuration. Create a Snapshot for the Virtual Machine. Create Customization Specifications for the Virtual Desktop. VMware Horizon View Administrator Pool Creation. User Workload Simulation Login VSI. Testing Procedure. Solution Validation. Multiple Server Scalability and Testing. Single Server RDS Host Scalability and Testing. Conclusion. For More Information. About the Author. Acknowledgements. Enterprises are seeking to balance the need for large, centralized data centers and the need for excellent user experiences in remote and branch offices with larger user communities. Small and medium sized businesses are seeking ways to run a compact, self contained computing infrastructure that is economical and efficient and that offers the potential for growth. Desktop virtualization can help meet these challenges. However, for midsize customers, one of the main barriers to entry is the capital expense required to deploy proof of concept Po. C, pilot, and development environments. Free Wireless Internet Hacking Softwares Sites. For smaller customers, deployment of a desktop virtualization system for fewer than 3. To overcome these entry point barriers, Cisco has developed a self contained desktop virtualization solution that can host 3. VMware Horizon 6 with View virtual desktops. This document showcases non persistent linked clone based virtual desktops and newly supported VMware Horizon Remote Desktop Services Host RDSH based server desktops on a four blade Cisco UCS Mini using Cisco UCS B2. M3 Blade Servers with a Nimble Storage system. Note The results of the testing reported in this document show that the four blade Cisco UCS Mini with Nimble Storage CS3. VDI and RDSH configuration. On the basis of these and other observations and the per blade testing performed, four more blades could be added, and this solution could support another 4. VDI to 5. 50 RDS user desktops for a total single Cisco UCS chassis configuration of 7. The Nimble Storage CS3. The complete system hosts the following required infrastructure VMware v. Sphere 5. 5 Update 1 Microsoft Active Directory domain controllers optional Microsoft Windows Server 2. Microsoft SQL Server 2. Microsoft file server for user data and user profiles optional VMware v. Center 5. 5 optional VMware Horizon 6 with View Composer VMware Horizon 6 with View Connection server and administration console. The following Cisco UCS Mini configuration was used to validate the solution Cisco UCS 5. Blade Server Chassis Cisco UCS 6. Fabric Interconnects 2 Cisco UCS B2. M3 Blade Servers 4 Intel Xeon processor E5 2. GHz CPUs 2 2. GB 1. MHz DIMMs 1. GB Cisco UCS Virtual Interface Card VIC 1. CNAThe Nimble Storage CS3. TB of raw capacity 1. TB 7. 20. 0 rpm SATA hard disk drive HDD, 1. TB of solid state disk SSDbased flash memory, and dual 1. Gigabit Ethernet data network interface card NIC connections per controller. The Nimble Storage CS3. Note Virtual machines and hardware components marked optional can be hosted on existing infrastructure, deployed for management or performance enhancement, or hosted on the Cisco UCS Mini platform. The solution was tested with all optional components installed on a pair of Cisco UCS B2. M3 servers to validate the system capability. The configuration used in these tests provides an excellent virtual desktop end user experience for 3. Login VSI, at a highly competitive price. As with any solution deployed to users with data storage requirements, a data protection solution must be deployed to help ensure the continuity of the user data. Such a solution could be used on this host or storage and is outside the scope of this document. Mini Edge Scale Solution. With Cisco UCS Mini, the Cisco Unified Computing System Cisco UCS, originally designed for the data center, is now optimized for branch and remote offices, point of sale Po. S, and smaller IT environments. Cisco UCS Mini is designed for customers who need fewer servers but still want the robust management capabilities provided by Cisco UCS Manager. This solution delivers servers, storage, and 1. Gigabit networking in an easy to deploy, compact form factor. The solution includes these components Figure 1 Cisco UCS B2. M3 Blade Server Delivering performance, versatility, and density without compromise, the Cisco UCS B2. M3 Blade Server addresses a broad set of workloads. Cisco UCS 5. 10. 8 Blade Server Chassis The chassis can accommodate up to eight half width Cisco UCS B2. M3 Blade Servers. Cisco UCS 6. 32. 4 Fabric Interconnect The Cisco UCS 6. To. R Cisco UCS 6. Series Fabric Interconnects embedded in the Cisco UCS 5. Blade Server Chassis. Cisco UCS Manager Cisco UCS Manager provides unified, embedded management of all software and hardware components in a Cisco UCS Mini solution. Figure 1. Cisco UCS Mini Components. Delivering performance, versatility, and density without compromise, the Cisco UCS B2. M3 Blade Server Figure 2 addresses a broad set of workloads, from IT and web infrastructure to distributed databases. View the below link to see how to boost density and performance without compromise using Ciscos new blade server. The enterprise class Cisco UCS B2. M3 further extends the capabilities of the Cisco UCS portfolio in a half blade form factor. The Cisco UCS B2. M3 server harnesses the power of the Intel Xeon processor E5 2. E5 2. 60. 0 v. 2 product families and offers up to 7. GB of RAM, two hard drives, and up to eight 1.
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