When scaling up Virtual Warehouses by increasing Virtual Warehouse t-shirt size, you are primarily scaling for improved:
When scaling up Virtual Warehouses by increasing Virtual Warehouse t-shirt size, you are primarily scaling for improved:
When scaling up Virtual Warehouses by increasing Virtual Warehouse t-shirt size, you are primarily scaling for improved performance. Increasing the size of a Virtual Warehouse by choosing a larger t-shirt size (such as moving from Small to Medium or Large) essentially increases the computational power and resources available to the Virtual Warehouse. This results in faster query performance and more efficient processing of data. Concurrency, on the other hand, is improved by scaling out, which involves increasing the number of Virtual Warehouses to handle more simultaneous queries without impacting performance.
Scaling up for performance and scaling out for concurrency
What is a t-shirt size?
When we create a warehouse, we need to assign the number of servers it will use. So this varying number of servers are represented in form of your regular T-Shirt sizes, like XL,L,XXL. 1 Server => XS(extra small) 2 Server => S(Small) 4 Server => M(Medium) 6 Server = > L(Large) 8 Server => XL (Extra large) it goes on, XXL,XXXL Notice the step count is +2 (That's snowflake defined)
Correction:- The step size is "x2" not "+2" (Multiplied by a factor of 2) So it's, 2,4,8,16,32,64,128
Correct
B is correct
Option B
Not sure on this one
B is correct