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VMware Advanced VMware Cloud Foundation 9.0 Storage Sample Questions (Q14-Q19):

NEW QUESTION # 14
An administrator needs to quickly test a possibly destructive change to a Virtual Machine (VM) in production.
The VM is currently protected by vSAN Data Protection.
Which feature of vSAN Data Protection can be leveraged to achieve this objective?

A. Multiple snapshot schedules
B. Replication
C. Protection group
D. Immutable snapshots
E. Linked clone

Answer: E

Explanation:
Linked clone is the correct feature because the administrator needs to test a potentially destructive change without directly modifying the production VM. vSAN Data Protection uses native vSAN ESA snapshot technology to protect virtual machines through protection groups and scheduled snapshots.
Beyond simple restore operations, vSAN Data Protection supports clone workflows that allow a VM to be created from a protected snapshot for development, validation, testing, or recovery use cases. A linked clone is especially appropriate because it can be created quickly from an existing snapshot while maintaining dependency on the base snapshot, avoiding the time and capacity impact of a full independent copy. Immutable snapshots protect recovery points from deletion or modification, but they do not themselves provide an isolated test VM. Multiple schedules only control snapshot timing. A protection group defines which VMs are protected. Replication is used for site-level protection and disaster recovery, not for rapidly testing a destructive change against a local production snapshot.
Reference topics: vSAN Data Protection, Snapshot Service, Protection Groups, Linked Clone from Snapshot, VM Test and Recovery Workflows.

NEW QUESTION # 15
A VCF Deployment Specialist is explaining the I/O path of a write operation in a new vSAN ESA cluster to a junior administrator.
```
[Architecture Diagram Concept]
VM (Guest OS) -> vSCSI -> [ ? ] -> Network -> [ ? ] -> Physical NVMe
Drive
```
The specialist must fill in the missing architectural components to show how a write propagates from the compute layer to the storage layer.
Which combination correctly completes the I/O path for a write operation originating on Host A but destined for a replica on Host B?

A. DOM Client (Host A) -> Network -> DOM Owner (Host B) -> LSOM (Host B)
B. DOM Owner (Host A) -> Network -> LSOM (Host B) -> DOM Client (Host B)
C. CLOM (Host A) -> Network -> DOM Client (Host B) -> LSOM (Host B)
D. LSOM (Host A) -> Network -> CLOM (Host B) -> DOM Owner (Host B)

Answer: A

NEW QUESTION # 16
A vSAN ESA solution is configured using the following requirements:
* Seven ESX Hosts, each host contains:
* 32 CPU
* 256 GB memory
* 25 GbE network
* 12 storage devices 4 TB each
* One storage pool using the 12 storage devices * RAID-6 with FTT=2 If a storage device on a single host fails, what percentage of that host's capacity is impacted?

A. 25%
B. 0%
C. 8.3%
D. 50%

Answer: C

Explanation:
In vSAN ESA, each host uses a storage pool instead of the older OSA disk-group model. The question asks what percentage of that host's local capacity is impacted by the failure of one storage device. Each host has 12 equal-capacity storage devices, and all 12 devices participate in one storage pool. Therefore, one failed device represents one-twelfth of that host's local pool capacity. One divided by twelve equals approximately 8.3%. RAID-6 with FTT=2 determines object resilience across hosts and fault domains, but it does not change the simple local-capacity fraction represented by a single failed disk on one host.
With sufficient cluster resources and policy compliance, vSAN ESA can continue serving data and begin repair or reprotection using remaining capacity. However, the impacted local host capacity is still the failed device's share of the host storage pool. The correct percentage is therefore 8.3%, not 25%,
50%, or 0%. Reference topics: vSAN ESA Storage Pools, Storage Device Failure, RAID-6 FTT=2, Capacity Impact Calculation.

NEW QUESTION # 17
An administrator is planning the deployment of a new VMware Cloud Foundation (VCF) Workload Domain.
The storage design decisions for the solution are:
* NFS
* NVMe over RDMA
* No local storage is available to the hosts
What is the storage solution build order for the Workload Domain?

A. NFS as principal storage, then add NVMe over RDMA as supplemental storage.
B. NVMe over RDMA as principal storage, then add NFS as supplemental storage.
C. vSAN OSA as principal storage, then add NFS and NVMe over RDMA as supplemental storage.
D. vSAN ESA as principal storage, then add NFS and NVMe over RDMA as supplemental storage.

Answer: A

Explanation:
NFS must be used as principal storage because the hosts have no local storage available. vSAN OSA and vSAN ESA both require local storage devices on the ESX hosts to create the vSAN datastore, so neither can be selected as principal storage in this design. NVMe over RDMA is supported as a high- performance NVMe over Fabrics transport in vSphere, but in the VCF storage model it is treated as supplemental storage rather than principal storage for workload domain creation. Therefore, NVMe over RDMA cannot be the initial principal datastore used to build the Workload Domain. NFS is the valid principal storage option from the provided choices, and after the Workload Domain is created, NVMe over RDMA can be added as supplemental storage for additional performance or capacity use cases. This build order satisfies the lack of local disks, uses a supported principal storage type, and allows the NVMe over RDMA design requirement to be met after the domain exists. Reference topics:
Principal Storage, Supplemental Storage, NFS Storage Model, NVMe over RDMA, VCF Workload Domain Storage Design.

NEW QUESTION # 18
An administrator is tasked with designing a highly available vSAN ESA two-node cluster for a remote VMware Cloud Foundation (VCF) workload domain. The solution should be able to survive the failure of any disk group in addition to a host failure without data loss.
What is the minimum total number of nested fault domains required for the design?

A. 0
B. 1
C. 2
D. 3

Answer: D

Explanation:
The minimum total number of nested fault domains is six. In a two-node vSAN design, site disaster tolerance is provided through host mirroring between the two data hosts, with a witness maintaining quorum. The requirement adds another layer: the solution must also survive a disk group or local storage failure in addition to a host failure. vSAN's two-node host mirroring rule states that each data host must have at least three disk groups, or three disks in a storage pool, to use the rule. In ESA, the equivalent construct is disks in the storage pool rather than OSA-style disk groups. Because there are two data hosts, and each data host requires three nested placement units, the minimum total is 3 + 3 = 6 nested fault domains. Four would not meet the host-mirroring rule requirement, and two would only represent the two hosts without local storage fault isolation. Reference topics: vSAN Two-Node Cluster, Host Mirroring, Nested Fault Domains, vSAN ESA Storage Pool Placement.

NEW QUESTION # 19
......

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