Nutanix NCP-MCI-5.15 Nutanix Certified Professional – Multicloud Infrastructure (v5.15) Online Training
Nutanix NCP-MCI-5.15 Online Training
The questions for NCP-MCI-5.15 were last updated at Nov 23,2024.
- Exam Code: NCP-MCI-5.15
- Exam Name: Nutanix Certified Professional - Multicloud Infrastructure (v5.15)
- Certification Provider: Nutanix
- Latest update: Nov 23,2024
An administrator needs to deploy an application with a large amount of data connected via Nutanix volumes.
Which two actions should the administrator take when designing the Volume Group? (Choose two.)
- A . Distribute workload across multiple virtual disks
- B . Enable RSS (Receive Side Scaling)
- C . Use multiple subnets for iSCSI traffic
- D . Enable thick provisioning on the Volume Group(s)
A Nutanix cluster is equipped with four nodes. Four VMs on this cluster have been configured with a VM-VM anti-affinity policy and are each being hosted by a different node.
What occurs to the cluster and these VMs during an AHV upgrade?
- A . One node hosts two VMs while the node being upgraded is in maintenance mode.
- B . One VM out of the four powers down when the node hosting it reboots.
- C . The AHV pre-upgrade checks fail until the administrator disables the anti-affinity policy.
- D . The AHV pre-upgrade checks fail until the four VMs are powered off.
Which best practice should be followed when creating a bond in a Nutanix cluster?
- A . Place NICs of different speeds within the same bond
- B . Configure the bond to use LACP
- C . Only utilize NICs of the same speed within the same bond
- D . Use the default bond configuration after installation
C
Explanation:
Reference: https://next.nutanix.com/blog-40/maximum-performance-from-acropolis-hypervisor-and-openvswitch-6312
A customer has a 4-node cluster running at 80% capacity. One node fails due to a motherboard issue.
What is the effect?
- A . The cluster continues to run but in a degraded state.
- B . Zeus becomes available after 60 minutes.
- C . Zeus becomes unavailable for 30 minutes.
- D . The cluster continues to run normally.
A customer has a 4-node cluster running at 80% capacity. One node fails due to a motherboard issue.
What is the effect?
- A . The cluster continues to run but in a degraded state.
- B . Zeus becomes available after 60 minutes.
- C . Zeus becomes unavailable for 30 minutes.
- D . The cluster continues to run normally.
A customer has a 4-node cluster running at 80% capacity. One node fails due to a motherboard issue.
What is the effect?
- A . The cluster continues to run but in a degraded state.
- B . Zeus becomes available after 60 minutes.
- C . Zeus becomes unavailable for 30 minutes.
- D . The cluster continues to run normally.
A customer has a 4-node cluster running at 80% capacity. One node fails due to a motherboard issue.
What is the effect?
- A . The cluster continues to run but in a degraded state.
- B . Zeus becomes available after 60 minutes.
- C . Zeus becomes unavailable for 30 minutes.
- D . The cluster continues to run normally.
A customer has a 4-node cluster running at 80% capacity. One node fails due to a motherboard issue.
What is the effect?
- A . The cluster continues to run but in a degraded state.
- B . Zeus becomes available after 60 minutes.
- C . Zeus becomes unavailable for 30 minutes.
- D . The cluster continues to run normally.
A customer has a 4-node cluster running at 80% capacity. One node fails due to a motherboard issue.
What is the effect?
- A . The cluster continues to run but in a degraded state.
- B . Zeus becomes available after 60 minutes.
- C . Zeus becomes unavailable for 30 minutes.
- D . The cluster continues to run normally.
A customer has a 4-node cluster running at 80% capacity. One node fails due to a motherboard issue.
What is the effect?
- A . The cluster continues to run but in a degraded state.
- B . Zeus becomes available after 60 minutes.
- C . Zeus becomes unavailable for 30 minutes.
- D . The cluster continues to run normally.