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VMware Advanced VMware Cloud Foundation 9.0 Storage Sample Questions (Q24-Q29):

NEW QUESTION # 24
An Infrastructure Manager is analyzing the performance of a newly deployed vSAN ESA cluster using the vSAN Performance Service. The team has deployed highly transactional databases.
```
[vSAN Performance View]
Component I/O Breakdown
DOM Client IOPS: 50,000
DOM Owner IOPS: 50,000
LSOM IOPS: 12,000
NVMe Device IOPS: 12,000
```
The manager notices a massive discrepancy: The DOM layers are processing 50,000 IOPS, but the LSOM and physical NVMe devices are only processing 12,000 IOPS.
Which of the following architectural capabilities of the vSAN ESA log-structured filesystem explain this specific discrepancy? (Select all that apply.)

A. The discrepancy indicates a critical caching failure where 38,000 IOPS are being dropped by the DOM network layer before reaching the destination host.
B. The DOM Client uses the host CPU to compress 4KB blocks into 1KB blocks, meaning the LSOM receives fewer physical bytes to write, though the IOPS count typically reflects distinct operations rather than byte count.
C. The LSOM utilizes a high-performance log-structured mechanism that coalesces (groups) thousands of small random DOM I/O requests into a single large, sequential I/O write to the NVMe device.
D. The ESA architecture eliminates read-modify-write penalties for RAID-5/6, allowing the LSOM to write data natively without the traditional backend I/O amplification seen in OSA.

Answer: B,C,D

NEW QUESTION # 25
A Solutions Architect is designing a vSAN ESA Stretched Cluster for a manufacturing client.
Context and background:
The client operates two production facilities (Site-A and Site-B) located 5 kilometers apart with a 25 Gbps inter-site fiber link.
Specific requirements or constraints:
1. Critical SQL workloads must have an RPO of 0 and an RTO of < 5 minutes if either facility burns down.
2. Usable storage capacity must be maximized within the available budget.
3. Write-intensive workloads generate up to 20,000 IOPS and are extremely sensitive to backend latency.
Current state or problem description:
The architect must select the optimal Stretched Cluster fault domain mapping and storage policy configuration to balance capacity efficiency, site-resiliency, and write performance.
Which of the following design decisions correctly address the multi-factor trade-offs in this scenario?
(Select all that apply.)

A. Apply 'RAID-5 (Erasure Coding)' for local protection within Site-A and Site-B to maximize usable storage capacity.
B. Provision high-performance NVMe drives in the vSAN ESA storage pools to offset the latency penalty incurred by synchronous inter-site writes.
C. Designate Site-A as the Preferred fault domain and the Witness Appliance as the Secondary fault domain to reduce ISL bandwidth consumption.
D. Implement 'Dual Site Mirroring' at the site level to satisfy the RPO=0 requirement between the facilities.

Answer: A,B,D

NEW QUESTION # 26
An L3 Support Engineer is analyzing the state of a VM scheduled for imminent SRM migration.
The VM uses both Local Protection (vSAN FTT=1) and Remote Protection (vSphere Replication).
The engineer runs an esxcli query on the local host to check the object health.
```
[root@esx-03:~] esxcli vsan debug object list -u 554350...
Object UUID: 554350... (SRM-Web-01)
Policy: FTT=1 (RAID-1)
Component 1: ACTIVE (esx-03)
Component 2: ABSENT (esx-05 - Host Unreachable)
Witness: ACTIVE (esx-06)
vSphere Replication State: OK (RPO 15m)
```
Based on the intersection of the local vSAN state and the remote vSphere Replication mechanics, which TWO operational behaviors are accurate for this degraded object? (Choose 2.)

A. The SRM failover is blocked because the local "ABSENT" flag prevents the vCenter database from un-registering the VM.
B. The VM remains fully operational on the primary site because the local vSAN object maintains quorum (2 of 3 votes are ACTIVE).
C. vSphere Replication is automatically suspended because the replication agent cannot read from degraded FTT=1 components.
D. The ESXi host must wait for the ABSENT component to finish rebuilding (60-minute CLOM timer) before standard I/O resumes.
E. SRM can still successfully failover this VM to the remote site, because the asynchronous vSphere Replication engine continues copying data from the ACTIVE Component 1.

Answer: B,E

NEW QUESTION # 27
Which statement accurately defines the fundamental architectural model of vSAN File Services and how it converts standard block-based HCI into a Network Attached Storage (NAS) appliance?

A. vSAN File Services operates strictly at the physical network switch layer using RDMA; it bypasses the ESXi CPU entirely to achieve NAS speeds.
B. The feature strictly utilizes Windows Server Active Directory virtual machines installed manually by the administrator to manage the SMB protocol translations.
C. vSAN File Services requires a dedicated ESXi host outside of the HCI cluster running a monolithic Linux file server that translates the vSAN iSCSI protocol into NFS.
D. vSAN File Services deploys a hidden "File Service Virtual Machine" (FSVM) appliance on *every* ESXi host in the cluster; these FSVMs use the vSAN Distributed File System (VDFS) to pool the underlying vSAN objects and expose them externally as NFS or SMB shares.

Answer: D

NEW QUESTION # 28
An administrator is tasked with deploying a VMware Cloud Foundation (VCF) Workload Domain that meets the following requirements:
* vSAN ESA as principal storage
* RAID-6 with FTT=2
* Support for Storage Traffic Separation
The administrator is provided the following hardware to perform the task:
* Four ESX hosts, each host contains:
* 24 CPU cores
* 96 GB memory
* Two 25GbE network NICs
* 12 NVMe devices 4 TB each, connected to a single SATA/SAS/NVMe Tri-mode controller What four changes must the administrator make to the hardware before deploying the new Workload Domain?
(Choose four.)

A. Increase the network NICs on each host to minimum of four 25 GbE network NICs.
B. Increase the ESX host count to a minimum of seven.
C. Replace the Tri-mode controller on each host with a dedicated NVMe controller.
D. Increase the ESX host count to a minimum of six.
E. Replace the network NICs on each host to a minimum of two 100 GbE network NICs.
F. Increase the Tri-mode controller quantity on each host to two, with six NVMe devices connected to each.
G. Increase the CPU quantity on each host to a minimum 32.
H. Increase the memory on each host to a minimum 128 GB.

Answer: A,C,D,H

Explanation:
The design requires four hardware corrections. First, RAID-6 with FTT=2 requires six fault domains or hosts because RAID-6 erasure coding must place data and parity components across enough independent hosts to tolerate two failures. Therefore, four hosts are insufficient and the host count must increase to at least six.
Second, Storage Traffic Separation requires sufficient physical NICs to support separate storage and non- storage traffic paths. With two distributed switches and redundant uplinks, the design must increase to four 25 GbE NICs per host. Third, vSAN ESA requires at least 128 GB of host memory; the provided 96 GB is below the minimum. Fourth, NVMe devices attached to a SATA/SAS/NVMe Tri-mode controller are not supported for vSAN storage pools. The documentation states that vSAN supports SAS and SATA devices on Tri-mode controllers, but NVMe devices must be directly connected to PCIe or use a supported NVMe design. The CPU count does not need to increase because 24 cores satisfies the stated vSAN ESA minimum in the referenced design guidance. Reference topics: vSAN ESA Hardware Requirements, RAID-6 FTT=2, Storage Traffic Separation, NVMe Controller Support.

NEW QUESTION # 29
......

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VMware 3V0-23.25 Questions Material Formats

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Valid VMware 3V0-23.25 Test Papers - 3V0-23.25 Reliable Test Tutorial

VMware Advanced VMware Cloud Foundation 9.0 Storage Sample Questions (Q24-Q29):

Free PDF 2026 VMware Fantastic 3V0-23.25: Dumps Advanced VMware Cloud Foundation 9.0 Storage Download

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