Now that SQLServer finally supports something the database world would really consider a decent first attempt at partitioning, I think it's high time we all start putting it to practice.
Partitioning in the Oracle world is almost taken for granted. It's one of the most straight forward ways to scale a database in terms of size and performance, without looking at additional hardware and/or heavy software changes in terms of data flows and use patterns.
Partitioning does not need to be restricted to data warehousing either. It has very practical applications to OLTP databases. When it comes to SQLServer, in my mind, it has even more impact on performance than it does with Oracle because of SQLServer's implementation of locking (although, technically, with SQLServer 2005, it is possible to implement a reader's don't block writer's transaction scheme).
This is because partitioning allows us to have more control over what rows/pages get locked during inserts and selects if we design it correctly. The next few posts with focus on ways to partition an OLTP application, and my workarounds for unimplemented schemes like hash-partitioning. Most of my initial on the job training I give credit to Frank Bommarito, an incredibly talented Oracle architect.