| Specifications | White Paper: EMC Virtual Infrastructure for Microsoft Applications enabled by Symmetrix VMAX and Micr\ osoft Hyper-V EMC Solutions Group |
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| Specifications | White Paper: EMC Virtual Infrastructure for Microsoft Applications enabled by Symmetrix VMAX and Micr\ osoft Hyper-V EMC Solutions Group |
| Business section |
| Specifications | White Paper: EMC Virtual Infrastructure for Microsoft Applications enabled by Symmetrix VMAX and Micr\ osoft Hyper-V EMC Solutions Group |
| Outline | Executive summary Business case Solution overview Consolidated applications storage design on EMC VMAX Overview Application environment highlights General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines 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theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP FAST VP theory General design guidelines FAST VP Applications building block design on Symmetrix VMAX Backup and restore of Microsoft applications using Replication Manager Performance testing and validation results Conclusion Appendix References |
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| Content | 29 EMC Automated Performance Optimization for Microsoft Applications EMC VMAX, FAST VP, and Microsoft Hyper-V • Total capacity for slower tier = (0.9 or the larger percentage) * 3 TB = 2.7 TB • Total capacity for faster tier = (0.1 or the smaller percentage) * 3 TB = 0.3 TB • Usable capacity available per 2 TB SATA drive = 1,754 GB • Usable capacity available per 600 GB 10K FC drive = 536 GB • Spindle requirement for SATA drives = 2.7 TB / 1,754 GB = 4 • Spindle requirement for FC drives = 0.3 TB/536 GB ~ 4 • From a capacity sizing perspective, using a 70 percent SATA, 30 percent FC split, the following disks would be required for the farm: 2 7.2k 2 TB SATA 4 10k 600 GB FC The ideal configuration based on both I/O and capacity requirements are as follows: SharePoint farm disk requirement Number of spindles required to satisfy both I/O and capacity 6 7.2K 2 TB SATA drives 24 10K 600 GB FC The final disk configuration for this environment needs to satisfy both I/O and capacity for all of the applications. The application that benefited the most with FAST VP in this environment was SQL Server since the TPC-E-like load was very heavy when compared to the other two applications. The final best disk configuration that satisfies both the I/O and capacity requirements in this mixed workload environment is as follows: Mixed Microsoft workload disk requirement Total number of spindles required for the mixed Microsoft application workload 42 SATA 90 FC 8 Flash (4 introduced to handle unanticipated Exchange spikes) The following management options are available to configure FAST VP: • Solutions Enabler Command Line Interface (SYMCLI) • Symmetrix Management Console (SMC) FAST VP in a VMAX environment provides an easy way to employ the storage service specializations of an array configuration with a mixture of drive types. FAST VP offers a simple and cost-effective way to provide optimal performance of a given mixed configuration, by automatically tiering storage to the changing application needs. The FAST VP tiers for this solution were chosen per the application requirements and FAST Final best configuration FAST VP management tools FAST VP policy |
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