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In most cases, the default affinity I/O mask provides the best performance. The affinity I/O mask is typically configured as a fine tuning mechanism for SQL Server instances where you want to separate I/O processing from computational processing.

The Affinity Mask option dynamically binds which processors the SQL Server instance will use. Unlike earlier versions, changing the affinity mask option does not require a restart of the SQL Server instance. When this option is changed, SQL Server either enables a new scheduler or disables an existing scheduler. New schedulers are considerd for incoming batches. Current batches continue to execute on existing schedulers until the complete, when SQL Server deallocates that scheduler. The Affinity Mask option is typically used as a fine-tuning mechanism where you have a multi-instance cluster or multiple instances of SQL Server installed on a multi-processor server and need to guarantee a certain level of performance, for example, to meet service level agreements, for example. It can also be used to fine tune performance SQL Server solutions that are experiencing heavy loads and, consequently, might have CPU caches repeatedly reloaded with data. You also might want to affinitize your schedulers to only the physical processors, not the logical procesors, if you have determined that hyperthreading is having a detrimental affect on the performance of your SQL Server solution. Another alternative is to turn off hyperthreading at the BIOS level. Important When you configure the affinity mask and affinity I/O mask options, the RECONFIGURE command checks to ensure that the affinity settings are mutually exclusive. You can override this safety check via the RECONFIGURE WITH OVERRIDE option, but it is not recommended.

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The Cost Threshold for Parallelism option dynamically controls the threshold at which SQL Server starts to consider parallel execution plans over serial execution plans. Parallel execution plans take longer to work out but execute more quickly on multi-processor servers. It does not apply to a uniprocessor server.The default value of five seconds indicates that SQL Server should use a parallel execution plan when it estimates that a serial plan will take longer than that threshold to execute on a specific hardware configuration. The Cost Threshold for Parallelism option is considered a fine-tuning mechanism and typically left alone.

Notice that Add New Report is an available option. If you click Add New Report, the Report Wizard that you learned how to use in 3 is launched.

Decrement is an atomic static method of the Interlocked class that decreases the value of the variable passed in by 1. It is the converse of the Increment method.

The Lightweight Pooling option controls whether SQL Server switches to fiber mode scheduling. A fiber is a lightweight thread that requires fewer processor resources because it avoids the need for context switching. The Lightweight Pooling option may reduce the system overhead associated with execessive context switching sometimes experienced in multiprocessor servers. Reconfiguring the Lightweight Pooling option requires you to restart the SQL Server instance. Be careful with the lightweight pooling option because certain SQL Server 2005 components, such as the Common Language Runtime (CLR), are not supported under lightweight pooling. You should consider evaluating the need of using the Lightweight Pooling option only if you are experiencing both high processor utilization and excessive context switching. You should monitor your SQL Server solution using System Monitor both before and after changing the Lightweight Pooling option to determine whether it is appropriate. Important Microsoft has rewritten the way SQL Server 2005 works in fiber mode scheduling. The lightweight pooling option is not supported on Windows 2000 and Windows XP.

The Locks option controls the amount of memory allocated by SQL Server for managing locks; each lock consumes 96 bytes. The default value of zero allows SQL Server to dynamically allocate and deallocate memory used for managing locks. This dynamic lock pool does not exceed 60 percent of the memory allocated to the SQL Server instance. The Locks option also controls lock escalation. Reconfiguring the Locks option requires you to restart the SQL Server instance. The Locks option is typically left alone and considered a fine-tuning mechanism. Consider changing the locks option if your SQL Server instance is generating lock errors.

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