Similar to any other application, SQL Server is a crucial component of the Windows operating system. It collaborates with Windows’ cooperative scheduling and aids in CPU and resource sharing. Since it can manage and carry out numerous actions at once, SQL Server is permitted to rotate through the host.

MS SQL experiences performance problems when running queries and carrying out typical tasks in a SQL environment. You must be dealing with a number of problems, like bad queries, sluggish processing, indexes with a lot of writes and reads, memory or CPU problems, etc. Consequently, it is a wonderful opportunity to talk about SQL performance problems and their fixes.

Processing queries take longer than usual:

Are your typical inquiries executed more slowly than usual? Locking may cause resource contention, which could lead to this problem. Your system’s load may increase or new processes may be added before the problem manifests itself.

The issue can be resolved by using Query Analyzer and the SP WHO2 command to troubleshoot the issue. If the offending SPID numbers are blocked, the BlkBY field in the results of this operation will display them as Output. To find the head, you might need to navigate a lengthy chain of blocks. Additionally, you may view the SQL query that the SPID is executing by using the DBCC input buffer command. You can identify the issue’s root cause and discover a remedy by doing this.

Database failures due to lack of space

You frequently get notifications that your database is running out of space. There are two potential causes for this problem. The first is that the physical drive that houses the database or its transaction log is at capacity. Check that drive for any file(s) that are abnormally increasing or any other issues in order to fix this. Second, there is a predetermined maximum file size for the database or the transaction log file. Simply raise the restriction to permit database operation to address the problem. When tempdb is full, there may be other causes.

Restarting SQL will recreate tempdb from scratch, and restarting the MSSQL server will resolve this. To prevent the problem in the future, make sure that tempdb has a maximum size and increase it if necessary.

After giving them access to the stored process, permissions were denied:

You must grant permissions to the objects that the stored procedure refers to when you allocate user rights to run it. You must grant the user select access to the customer table if, for instance, a stored procedure you are using selects data from the customer’s table.

Clients are unable to connect to the SQL Server:

Although SQL Server connection problems are uncommon, when they do occur, SPID is typically prevented from holding a lock on a resource while waiting for the timeout. This is a common problem with older versions of Microsoft Access operating on SQL clients.

Use the commands SP WHO2 and KILL to remove the orphaned process from the server and resolve the problem. Another solution is to reduce your clients’ timeout values, which will make it easier and quicker for the server to end orphaned processes.

The entire system enters a condition of deadlock:

If the system is experiencing deadlocking, you may be receiving error messages stating that you are in a deadlock condition (or a similar problem, depending on your error reporting system). When two or more queries are competing for the same resources and none of them is being answered, the system enters a deadlock condition. The SQL Server log will note the event when a deadlock state is broken. The best location to determine whether the issue has been resolved or not is in the server log.

Turning ON the trace flag-t1204 is another option to fix the problem and will provide you with comprehensive information in your log. The level of server contention must be ascertained by you.

The dynamic environment of an SQL Server comprises a number of components that work together to build and safeguard the databases. When working with a SQL database, the user needs to do a variety of actions, and the server uses system-level resources like memory and disc storage. In order to reduce the likelihood of any of the performance issues described before, you should monitor the SQL Server.


Checks for SQL speed and database consistency are crucial to ensuring that SQL Server is always up and operating efficiently. Always perform routine backups, keep an eye on your resources, and test the SQL Server services. It is advised to use the specialised utility Kernel for SQL Database Recovery if you experience problems with corrupt MDF/NDF files or unavailable SQL database files. This cutting-edge, cutting-edge technology was created exclusively to deal with SQL database files for any version of SQL.

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