You have a Fabric workspace that contains a write-intensive warehouse named DW1. DW1 stores staging tables that are used to load a dimensional model. The tables are often read once, dropped, and…

Enabling V-Order adds processing overhead during writes to optimize reads, which is counterproductive for write-intensive, transient tables and would increase load time.

Creating statistics helps the query optimizer for read performance, but it doesn't directly minimize the load (write) time for these types of staging tables.

Dropping statistics doesn't address the write-time overhead introduced by V-Order, which is the primary factor impacting load time for this scenario.

V-Order is a write-time optimization feature that sorts and encodes data to improve subsequent read performance, but it introduces overhead during the write operation itself. For write-intensive staging tables that are frequently dropped and recreated after being read only once, this write-time overhead is not beneficial for read performance and disabling V-Order will reduce the write (load) time.