Free VMware 2V0-13.25 Actual Exam Questions - Question 6 Discussion

Maybe C, because VCF typically uses vSAN and tiered storage policies can isolate tenants effectively, unlike one big datastore or cramming VMs on a single host which would hurt performance.

Not B, running all workloads on one host would create a huge bottleneck and risk of failure. C makes more sense with tiered storage policies balancing performance per tenant in a multi-tenant VCF environment.

C imo, using vSAN with tiered storage policies fits VCF’s default setup and helps balance performance across tenants better than a single datastore or overloading one host.

A imo, a single large datastore might bottle neck performance for multiple tenants.

C. Even if the question doesn’t explicitly say vSAN is included, VMware Cloud Foundation typically leverages vSAN as the default storage solution. Using tiered storage policies helps allocate resources based on tenant needs, which fits the multi-tenant performance goal better than the other options. A single large datastore (A) or unlimited VMs per host (D) could lead to noisy neighbor issues, and running everything on one host (B) sounds like a recipe for disaster with no failover or load balancing. So, C still makes the most sense given typical VCF deployments.

A/B? Using a single datastore (A) might cause contention between tenants, and putting all workloads on one host (B) risks a single point of failure and resource bottlenecks. Both seem worse than C if vSAN is assumed.

It’s C because using vSAN with tiered storage policies directly tackles performance and isolation, which you won’t get from just one big datastore or cramming VMs onto one host. It’s the only option that fits multi-tenant optimization properly.

Maybe D is risky but it’s definitely not practical to just let unlimited VMs hog resources—this would cause serious contention and kill performance for everyone. A is too basic and doesn’t help with isolation or performance tuning, so probably out. B putting all workloads on one host sounds like a bottleneck waiting to happen, so I’d skip that too. C stands out since tiered storage policies can help manage different tenant needs more precisely, assuming vSAN is part of the design. So for optimal multi-tenant performance, C looks like the most reasonable choice overall.

C, tiered storage policies let you tailor performance per tenant easily.

C imo because tiered storage policies with vSAN directly address performance needs per tenant, unlike A or B which oversimplify or create bottlenecks. D is just reckless with resources.

I’m leaning towards C because using vSAN with tiered storage policies lets you optimize storage performance per tenant, which seems crucial for multi-tenant setups. Options A and B feel too risky for performance and availability, and D sounds like it could cause resource contention. Anyone else think C makes the most sense?