Free Access VMware.3V0-23.25.v2026-09-17.q73 Practice Test (Page 13)

Question 56

An administrator has been tasked with providing additional storage to an existing VMware Cloud Foundation (VCF) instance. The administrator decides to configure cross-cluster capacity sharing so that multiple independent vSAN HCI Clusters can consume storage of adjacent vSAN storage resources within the same workload domain.
What is a requirement of cross-cluster capacity sharing?

A.Ensure vSAN client Cluster latency to vSAN server Cluster is minimum 10 milliseconds.

B.All objects that make up a VM must reside on multiple vSAN datastores.

C.Configure vSphere HA failure response for Datastore with APD to be set to Power off and restart VMs.

D.Client and Server vSAN Clusters must have different vSAN architectures.

Question 57

An administrator is tasked with replacing the existing Witness Host for a 2-node vSAN Edge Cluster.
During the replacement procedure, the new Witness Host does not appear as an available selection.
What is the cause of this configuration issue?

A.The VMkernel adapter is configured with vSAN traffic enabled.

B.The VMkernel adapter is connected to all hosts in the Stretched cluster.

C.The witness host resides in the 2-node vSAN enabled cluster.

D.The witness host is already assigned to another 2-node vSAN cluster.

Question 58

A Solutions Architect is designing the Day 2 operational workflows for a massive CI/CD environment hosted on VCF. Developers frequently request to expand their database PVCs from 100 GB to 500 GB on the fly.
The architect must evaluate the trade-offs of using vSAN ESA with the vSphere CSI Driver for this
"Volume Expansion" requirement.
```
[Storage Policy View - CNS Expansion Config]
Policy: DB-Expansion-Enabled
AllowVolumeExpansion: True (K8s)
vSAN ESA Object: Thick Provisioning
CSI Snapshot Capability: Enabled
```
Which of the following statements correctly evaluate the technical constraints and trade-offs of online volume expansion for First Class Disks (FCD) via CSI? (Select all that apply.)

A.If the FCD currently has a native vSAN snapshot attached (created via the CSI Snapshot controller), the volume expansion request will fail because vSAN prohibits expanding base disks with active snapshots.

B.Volume expansion in Kubernetes is purely a control-plane update; the vSphere CSI driver does not interact with the vSAN DOM to allocate additional physical blocks.

C.The CSI driver supports online expansion (expanding the FCD while the Pod is running), but the underlying guest OS filesystem must also support live resizing (e.g., ext4 or XFS).

D.Expanding an FCD requires placing the TKG Worker Node into vSphere Maintenance Mode to refresh the virtual SCSI controller limits.

E.Thick provisioning the vSAN ESA object guarantees that the 400 GB expansion space is reserved instantly in the DOM metadata, preventing the expansion from failing later due to an out-of-space condition.

Question 59

An L3 Support Engineer is auditing the Storage Policy Based Management (SPBM) overhead for a highly transactional database running on the new log-structured vSAN Express Storage Architecture (ESA).
The customer wants to apply inline compression alongside the fault tolerance rules to minimize capacity overhead.
```
[Storage Policy Rule View]
Policy: DB-Max-Efficiency
FailuresToTolerate: 2 (RAID-6)
Compression: Enabled
```
How does the vSAN ESA architectural pipeline process compression and FTT overhead, and what is the net impact on cluster capacity? (Select all that apply.)

A.In vSAN ESA, compression occurs at the DOM Client layer (top of the stack) *before* the data is duplicated or erasure-coded across the network; this means the FTT multiplier (1.5x for RAID-6) is applied to the already reduced, compressed data payload.

B.In ESA, FTT calculations reserve physical disk space based on the uncompressed VMDK size, meaning enabling compression provides network benefits but no local disk space savings.

C.Highly compressible data combined with RAID-6 provides the maximum effective storage capacity in ESA, often exceeding standard NAS utilization rates.

D.The compression engine in ESA strictly analyzes 4KB blocks; highly uncompressible encrypted database files may see zero space reduction, meaning the FTT overhead relies purely on raw math.

E.Activating compression natively disables the Operations Reserve because the compressed blocks are too variable to accurately track.

Question 60

A VCF Architect is designing the Supplemental Storage topology for a hybrid-cloud implementation.
The design uses VMFS Datastore Clusters with Storage DRS (SDRS).
```
# SPBM Policy: "DB-Gold-Policy"
Tag: "Gold-Tier-FC"
Datastore Cluster: "DS-Cluster-Gold" (LUNs 1, 2, 3)
# VM Anti-Affinity Rule: "DB-App-Separation"
VMs: [DB-Node-01, DB-Node-02]
Rule Type: Intra-VM Anti-Affinity (Separate VMDKs)
```
To meet compliance, the Database VMDK and the Log VMDK for the same VM MUST reside on physically different LUNs.
How does the deep integration between SPBM tagging, SDRS, and VMFS LUN presentation execute this complex compliance requirement? (Select all that apply.)

A.The "Gold-Tier-FC" tag ensures that SDRS only considers LUNs 1, 2, and 3 for placement, ignoring cheaper SATA LUNs that might have more free space.

B.Storage DRS executes a Deep Rekey on the Log VMDK to ensure cryptographic separation matches the physical separation of the LUNs.

C.SPBM automatically creates separate sub-folders on a single VMFS datastore to simulate LUN separation if the anti-affinity rule cannot be met physically.

D.If LUN 1 fills up, SDRS will move the DB-VMDK to LUN 3, but it will NOT move it to LUN 2, because doing so would violate the anti-affinity rule with the Log-VMDK already on LUN 2.

E.The "Intra-VM Anti-Affinity" rule tells SDRS to actively separate the VMDKs. It will place the DB-VMDK on LUN 1 and the Log-VMDK on LUN 2 during initial provisioning.

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Question 56

Question 57

Question 58

Question 59

Question 60

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