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| Section | Objectives |
|---|---|
| Topic 1: Recognize Nutanix Solutions and Tools | - Recognize Nutanix tools, features, and use cases - Recognize Nutanix Cloud Infrastructure (NCI) technologies, features, and use cases - Recognize non-NCI Nutanix technologies, features, and use cases |
| Topic 2: Demonstrate and Understand Platform Health and Monitoring | - Leverage support functions - Perform and interpret health checks - Review and interpret alerts and events - Review and interpret workload performance |
| Topic 3: Describe Nutanix Platform Administration | - Describe licensing tasks - Identify virtual networking tasks - Discuss storage operations - Describe virtual machine administration tasks |
| Topic 4: Describe Cluster Configuration and Maintenance | - Describe supported cluster configuration options - Identify software maintenance tasks - Identify hardware maintenance tasks |
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NEW QUESTION # 52
During cluster expansion, what network requirement must be met for the automatic discovery of new, unassigned factory-prepared nodes to succeed?
Answer: B
Explanation:
Automatic discovery during cluster expansion depends on IPv6 multicast communication between the existing environment and the unassigned factory-prepared nodes. The physical switch must therefore allow the relevant IPv6 multicast packets to traverse the Layer 2 network used for discovery.
Factory-prepared nodes initially use IPv6 link-local addressing and multicast-based discovery so that Prism can locate them before final production addresses and cluster membership are assigned. If IPv6 is disabled on the applicable switch ports, filtered by the network or otherwise unable to pass between the nodes, automatic discovery fails. The administrator may then need to correct the network configuration or use an available manual-discovery procedure.
The requirement is not limited to AHV clusters; supported cluster-expansion workflows also exist for other Nutanix-supported hypervisors. IPv4 multicast is not the specified discovery mechanism. Pre-assigning static production IP addresses is also not required for discovering eligible factory-prepared nodes and may conflict with the intended preparation state.
NHCF/NCA reference: Cluster configuration, node discovery and cluster expansion prerequisites; NCA Section 3, "Describe valid cluster options." Official references: Prism Central 7.5-Cluster Expansion Prerequisites , Prism 7.5-Expanding a Cluster .
NEW QUESTION # 53
Which protocols does the Network Visualizer leverage to discover and display network connections and statistics?
Answer: D
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 # 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
What is Multicloud Snapshot Technology (MST)?
Answer: D
Explanation:
Multicloud Snapshot Technology is a Nutanix disaster-recovery and data-mobility capability that replicates VM and Volume Group snapshots directly to supported object storage. Supported targets can include Nutanix Objects and validated hyperscaler services such as Amazon S3 or Azure Blob Storage, depending on the deployed MST and platform versions.
Object storage supplies a durable and cost-effective repository without requiring a fully sized recovery cluster to remain continuously active. During recovery, the protected snapshots can be rehydrated or restored to a Nutanix Cloud Platform environment. MST integrates with Prism Central protection policies and recovery plans, providing a consistent operational workflow across on-premises, edge and public-cloud deployments.
MST is not limited to bare-metal servers, native-cloud VMs or one fixed NC2-to-on-premises direction. Its defining characteristic is the use of supported object storage as the snapshot-protection target and its ability to support recovery wherever the compatible Nutanix Cloud Platform is available. Option C therefore provides the broad and technically correct definition.
NHCF/NCA reference: Nutanix Disaster Recovery solutions, snapshots and hybrid-multicloud data protection; NCA Section 1, "Recognize Nutanix solutions, use cases and features." Official references:
Nutanix Multicloud Snapshot Technology , Prism 7.5-DR Using MST .
NEW QUESTION # 56
What happens to pinned and Replication Factor 1-enabled VMs on a cluster node that is entering maintenance mode?
Answer: B
Explanation:
Pinned VMs and Replication Factor 1-enabled VMs with node affinity cannot be safely live migrated during host maintenance. Prism therefore identifies these VMs as non-migratable and requires them to be powered off before the node can complete entry into maintenance mode.
A pinned VM has a placement constraint binding it to a particular host. Moving it automatically would violate that constraint. An RF1-enabled VM has only one copy of its applicable vDisk data. When that data is associated with the node entering maintenance, another host cannot provide the same resilient storage access expected for an ordinary RF2 or RF3 VM. Powering off prevents the workload from continuing in an unsupported or inaccessible state.
Normal live-migratable VMs are moved to other nodes, subject to available CPU and memory capacity. HA- protected workloads can also be relocated according to the maintenance workflow. Pinned and RF1-affined VMs are handled separately, and Prism prompts the administrator to confirm their shutdown.
Before proceeding, the administrator should identify business impact, obtain an approved outage window, confirm cluster resiliency, and verify that affected applications can be restarted after the node exits maintenance mode.
NHCF/NCA reference: Node maintenance, VM migration restrictions, affinity, and RF1 behavior. Official references: Node Maintenance Mode and Putting a Host into Maintenance Mode .
NEW QUESTION # 57
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