Hi SQL developers and SQL Server database administrators,
I've started to study the new In-Memory OLTP enhancements introduced with Microsoft SQL Server 2014 CTP1. I must say that it was easy to start using in-memory optimized database and tables on my development and test laptop.
The table create syntax and the stored procedure syntax is showing different than as we get used to. But it is not hard to understand and use the new syntax for memory optimized tables and for natively compiled stored procedures.
As my first impression on the performance improvement that comes with SQL Server 2014 in-memory OLTP, I can easily say that it is great.
My dummy PC with not configured for SQL Server data tasks provided 1000000 rows insert into memory optimized database table in 4 seconds. On the other hand, it took about 75 times more time to insert 1 million records to a normal table stored on physical disk.
I'll be concentrating on in-memory optimized database enhancements of SQL Server 2014 more in coming days. So see you on my next post.
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I've started to study the new In-Memory OLTP enhancements introduced with Microsoft SQL Server 2014 CTP1. I must say that it was easy to start using in-memory optimized database and tables on my development and test laptop.
The table create syntax and the stored procedure syntax is showing different than as we get used to. But it is not hard to understand and use the new syntax for memory optimized tables and for natively compiled stored procedures.
As my first impression on the performance improvement that comes with SQL Server 2014 in-memory OLTP, I can easily say that it is great.
My dummy PC with not configured for SQL Server data tasks provided 1000000 rows insert into memory optimized database table in 4 seconds. On the other hand, it took about 75 times more time to insert 1 million records to a normal table stored on physical disk.
I'll be concentrating on in-memory optimized database enhancements of SQL Server 2014 more in coming days. So see you on my next post.