Best Practice Guide for Microsoft SQL Server with NetApp EF-Series. Windsor Ef Elongated on this page. To simplify the storage provisioning, NetApp recommends using the SANtricity automatic. Microsoft® SQL Server® is a powerful and cost-effective database solution. Scalable NetApp® storage. Best Practice Guide for Microsoft SQL Server on NetApp.

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Published: October 17, 2006 Proper configuration of IO subsystems is critical to the optimal performance and operation of SQL Server systems. Below are some of the most common best practices that the SQL Server team recommends with respect to storage configuration for SQL Server. Understand the IO characteristics of SQL Server and the specific IO requirements / characteristics of your application.

In order to be successful in designing and deploying storage for your SQL Server application, you need to have an understanding of your application’s IO characteristics and a basic understanding of SQL Server IO patterns. Performance monitor is the best place to capture this information for an existing application.

Some of the questions you should ask yourself here are: • What is the read vs. Write ratio of the application? • What are the typical IO rates (IO per second, MB/s & size of the IOs)? Monitor the perfmon counters: • Average read bytes/sec, average write bytes/sec • Reads/sec, writes/sec • Disk read bytes/sec, disk write bytes/sec • Average disk sec/read, average disk sec/write • Average disk queue length • How much IO is sequential in nature, and how much IO is random in nature? Is this primarily an OLTP application or a Relational Data Warehouse application?

To understand the core characteristics of SQL Server IO, refer to. More / faster spindles are better for performance • Ensure that you have an adequate number of spindles to support your IO requirements with an acceptable latency. • Use filegroups for administration requirements such as backup / restore, partial database availability, etc. • Use data files to “stripe” the database across your specific IO configuration (physical disks, LUNs, etc.). Try not to “over” optimize the design of the storage; simpler designs generally offer good performance and more flexibility.