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| Section | Objectives |
|---|---|
| Recognize Nutanix Solutions and Tools | - Recognize non-Nutanix Cloud Infrastructure (NCI) solutions, use cases, and features - Recognize Nutanix solutions, use cases, and features of Nutanix Cloud Infrastructure (NCI) technologies - Recognize use cases and features of Nutanix tools |
| Describe Cluster Configuration and Maintenance | - Identify software maintenance tasks - Describe valid cluster options - Identify hardware maintenance tasks |
| Describe Nutanix Platform Administration | - Discuss storage operations - Describe virtual machine tasks - Identify virtual networking tasks - Describe licensing tasks |
| Demonstrate and Understand Platform Health and Monitoring | - Review and interpret workload performance - Perform and interpret a health check - Review and interpret alerts and events - Leverage support functions |
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NEW QUESTION # 52
Which protocols does the Network Visualizer leverage to discover and display network connections and statistics?
Answer: A
Explanation:
Nutanix Network Visualizer uses Link Layer Discovery Protocol or Cisco Discovery Protocol to determine the relationship between an AHV host interface and the corresponding first-hop physical-switch port. It can then use configured SNMP access to retrieve additional switch, port and operational statistics. The combined protocol set in option C therefore enables both topology discovery and the display of useful physical-network information.
LLDP is vendor-neutral, while CDP is primarily associated with Cisco networking equipment. Either protocol can advertise the local port identity needed to construct the topology mapping. SNMP supplements that discovery by providing management-plane information obtained from supported switches. Nutanix documentation notes that when LLDP or CDP information is unavailable, SNMP data may be used to assist mapping, although complete and accurate visualization depends on supported devices and appropriate configuration.
BGP and OSPF exchange routing information; they are not the protocol set used by Network Visualizer for host-to-switch discovery. DHCP and PXE provide address allocation and network boot services. STP prevents Layer 2 loops, while VTP distributes VLAN information in certain Cisco environments.
NHCF/NCA reference: Networking-monitoring networks in Prism Element and Prism Central; NCA Section 2, "Identify virtual networking tasks." Official reference: Prism 7.5-Network Visualization Prerequisites .
NEW QUESTION # 53
Which minimum licensing option includes Container Storage Interface, Load Balancing, and Role-Based Access Control?
Answer: B
Explanation:
NCI Pro is the minimum listed licensing option that includes the specified capabilities. Official Nutanix licensing documentation states that NKP Starter is included with NCI Pro and NCI Ultimate. NKP Starter provides the Nutanix CSI driver for persistent storage, role-based access control with single sign-on, and load- balancing and ingress services.
NKP Pro also contains these functions because it includes everything in Starter. However, it adds production- oriented services such as an observability stack, backup and restore, service mesh, serverless functions, broader deployment options, and additional platform capabilities. It is therefore not the minimum option among the answers.
NCI Ultimate includes the same NKP Starter entitlement but is a higher NCI tier than NCI Pro. NKP Ultimate is the highest NKP tier and adds fleet management, multitenancy, centralized observability, GitOps, cost management, application-catalog functions, and support for managing broader hybrid multicloud Kubernetes environments.
The decisive requirement is not simply which license contains the features; it is which listed option provides them at the lowest applicable tier. Since NCI Pro includes NKP Starter and Starter supplies CSI, load balancing, and RBAC, option C is technically correct.
NHCF/NCA reference: NCI and NKP editions, licensing, and Kubernetes platform capabilities. Official references: NKP Datasheet and Edition Matrix and Nutanix Cloud Platform Software Options .
NEW QUESTION # 54
In a 2-node cluster, which configuration option is supported?
Answer: A
Explanation:
Compression is supported on a Nutanix two-node cluster. Compression reduces physical capacity consumption by encoding eligible data more efficiently before it is retained in the distributed storage fabric. It remains available because its operation does not require the additional node count or data-placement structure demanded by certain other storage-efficiency features.
Nutanix explicitly identifies deduplication as unsupported for the two-node configuration while stating that compression is supported. Cluster expansion is also not a supported scale-out path for a cluster originally created as a two-node cluster. If a larger cluster is required, the environment must be designed and deployed as the appropriate multi-node configuration rather than treating the two-node deployment as an incrementally expandable starting point.
Two-node clusters also have specialized architecture. They use RF2 across the nodes and require a Witness VM in a separate failure domain to resolve leadership when communication between the two nodes is lost.
The Witness does not contain workload data; it provides quorum-related arbitration during applicable failures.
Network configuration is similarly subject to two-node guidelines and limitations, making Network Segmentation an incorrect selection in this answer set.
The question tests recognition that a two-node cluster retains selected AOS capabilities but is not functionally identical to a conventional three-node-or-larger cluster.
NHCF/NCA reference: Two-node cluster capabilities, limitations, Witness operation, and storage efficiency.
Official references: Two-Node Clusters and Two-Node Cluster Guidelines .
NEW QUESTION # 55
A VM shows increasing CPU Ready values while overall CPU usage remains unchanged.
What does this behavior suggest?
Answer: C
Explanation:
CPU Ready measures the time during which a virtual CPU is ready to execute but cannot be scheduled on a physical CPU. Increasing CPU Ready while the VM's actual CPU usage remains unchanged indicates that the workload wants processor time but the hypervisor cannot schedule it promptly. This most commonly points to host CPU contention, oversubscription, or effectively exhausted CPU scheduling capacity.
This condition is not evidence that the VM lacks assigned vCPUs. Adding more vCPUs can make the problem worse because the hypervisor may have greater difficulty scheduling a larger virtual CPU configuration. The administrator should examine host CPU utilization, physical-core availability, CPU overcommitment, NUMA alignment, VM sizing, other high-demand VMs, and any CPU limits or affinity constraints.
Memory exhaustion produces different indicators, including swapping, ballooning, or elevated memory wait behavior. A full disk would affect storage capacity and possibly I/O latency but would not directly create CPU Ready time.
The wording "host CPU resources are exhausted" should be understood as unavailable or heavily contended physical scheduling capacity, not necessarily that every processor reports exactly 100% utilization. CPU Ready measures scheduling delay and can reveal contention that VM CPU usage alone does not expose.
NHCF/NCA reference: VM performance metrics, CPU contention, and troubleshooting resource constraints.
Official references: Interpreting CPU Ready Values , CPU Ready Time , and Prism Alert Metrics .
NEW QUESTION # 56
Which technology helps maintain operational resilience related to hardware?
Answer: B
Explanation:
Cluster Fault Tolerance directly defines how many simultaneous disk or node failures a Nutanix cluster can withstand within its configured failure domain while maintaining data availability. It is therefore the technology most directly associated with resilience against physical hardware failures.
For example, 1N/1D fault tolerance allows the cluster to tolerate the failure of one node or one disk, subject to the required node count, replication factor, available capacity, and current data-resiliency state. Higher fault- tolerance configurations can withstand additional simultaneous failures but require more nodes, failure domains, data copies, and usable-capacity overhead.
Acropolis Dynamic Scheduler addresses VM placement and resource contention. It can move workloads to improve balance, but it does not establish the number of hardware failures the storage layer can tolerate.
Capacity reservations can preserve resources for workload restart or data rebuilding, but they support rather than define the cluster's fault-tolerance level. High Availability restarts or protects VMs following host failures; it is related to workload availability but is not the specific measure of storage resilience across disks, nodes, blocks, or racks.
The decisive wording is "resilience related to hardware," which maps directly to Cluster Fault Tolerance.
NHCF/NCA reference: Cluster resiliency, failure domains, replication factor, and hardware maintenance.
Official references: Cluster Fault Tolerance and Cluster Resilient Capacity .
NEW QUESTION # 57
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