During a VCF design workshop, the architect gathered the following customer requirements:
There must be two environments: PROD and DEV.
PROD and DEV should be administratively separated.
PROD will use two different hardware server types, and DEV will only use one hardware server type.
The VCF infrastructure design should be flexible and scalable as much as possible.
How many NSX local managers in total will be provisioned after deploying the full VCF infrastructure?
There are three environments mentioned: the VCF Management Domain, the PROD VI Workload Domain, and the DEV VI Workload Domain. Each of these requires its own NSX Manager cluster for administrative separation. An NSX Manager cluster consists of three NSX Managers. Therefore, there will be a total of 3 clusters (one for each environment), and with each cluster containing 3 NSX Managers, that results in a total of 9 NSX Managers across the full VCF infrastructure.
Since it states "should be administratively separated" there should be 3 NSX Manager clusters (one for the VCF's Management Domain, one for the PROD VI Workload Domain, one for the DEV VI Workload Domain). Remember each NSX Manager cluster contains 3 NSX Managers.
(A) -> 9 (3) NSX Manager Clusters: VCF's Management Domain -> (3) NSX Managers PROD VI Workload Domain -> (3) NSX Managers DEV VI Workload Domain -> (3) NSX Managers A total of (9) NSX Managers, aka (3) NSX Manager Clusters
ANSWER IS A: 9