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| Section | Objectives |
|---|---|
| Topic 1: Architecting and Designing VMware Cloud Foundation Storage | - Capacity planning and performance design
|
| Topic 2: Operations and Lifecycle Management | - Lifecycle management
|
| Topic 3: Implementing and Configuring Storage in VMware Cloud Foundation | - vSAN configuration and deployment
|
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NEW QUESTION # 75
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?
Answer: C
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 # 76
A VI Admin is diagnosing a "Component Limit Exceeded" alert on a vSAN OSA cluster. The cluster capacity is at 50%, but several ESXi hosts have hit their 9,000 maximum component count. The admin queries the component tree for a large data warehouse VM.
```
[RVC Output: vsan.obj_status_report ~cluster]
Object: SQL-DW-Data (4.0 TB)
Policy: FTT=1 (RAID-1), Stripe Width = 12
Total Object Component Count: 28 components
- Replica 1: 12 Stripe chunks + 2 Concatenation chunks (Size > 255GB)
- Replica 2: 12 Stripe chunks + 2 Concatenation chunks
- Witness: 0 (No tie-breaker currently mapped)
```
Based on the RVC output and vSAN mechanics, which TWO factors directly caused this single VMDK to consume 28 metadata components? (Choose 2.)
Answer: C,D
NEW QUESTION # 77
A SOC Analyst is reviewing the security baseline of a VCF 9.0 Workload Domain configured with Principal vSAN ESA storage and Supplemental NFS storage for high-capacity backup archives.
```
[VCF Storage Configuration Audit]
Principal Datastore: vSAN ESA (D@RE Enabled)
Supplemental Datastore: NFS v3 (Export IP: 10.10.50.25)
```
Which statement accurately defines the fundamental security gap introduced by attaching Supplemental NFS v3 datastores to a secure VCF environment?
Answer: A
NEW QUESTION # 78
A VCF Architect is configuring a complex SPBM policy for a vSAN Stretched Cluster. The physical topology utilizes a "Nested Fault Domain" design, consisting of multiple racks per site.
```
# SPBM Policy: "Resilient-Stretched-Policy"
[Policy Rules]
Site-Disaster-Tolerance: Dual site mirroring
Failures-to-Tolerate: 2 failures - RAID-6 (Erasure Coding)
Fault-Domain-Type: Rack-Aware
```
The administrator notices that provisioning large databases with this policy fails with "Insufficient Fault Domains." Site A contains 3 Racks (with 4 hosts each). Site B contains 3 Racks (with 4 hosts each).
How does the interaction between the Site Disaster Tolerance and the local Fault Domain design cause this policy to fail? (Select all that apply.)
Answer: A,C,E
NEW QUESTION # 79
An architect is designing a vSAN storage solution for a remote site. The following requirements have been given:
* There is enough rack space for two hosts, each with 36 CPU cores and 256 GB of RAM.
* The physical network at the remote site supports 10 Gb maximum.
* The network connecting the remote site to corporate has 10 Gb of bandwidth with an average RTT of 25 ms.
* High availability is expected for all the Virtual Machines running at the remote site.
* The solution must provide additional storage to 16 graphic design Windows based workstations.
* Active Directory is configured and available at the remote site.
* The graphic design application requires native NTFS permissions.
What vSAN advanced technology is required for configuring this remote site?
Answer: B
Explanation:
vSAN File Share SMB services are required because the storage must be consumed by Windows workstations and the application requires native NTFS permissions. SMB is the Windows-native file sharing protocol and integrates with Active Directory authentication. vSAN File Service supports SMB file shares, and Windows clients joined to the Active Directory domain configured with vSAN File Service can access those shares by using the SMB path. vSAN File Service also supports Microsoft Management Console for SMB shares, including Access Control List management, open file viewing, active sessions, and client connection management. These capabilities align directly with NTFS-style permission expectations for Windows-based graphic design workstations. vSAN File Service also supports two-node vSAN configurations, which matches the remote-site rack-space constraint of two hosts with a witness deployed remotely or in a shared location. NFSv3 does not provide native NTFS permissions for Windows clients. vSAN Storage Cluster and vSAN HCI Mesh address remote datastore capacity sharing, not SMB file access for Windows users. Reference topics: vSAN File Service, SMB File Shares, Active Directory Integration, Two-Node vSAN Support.
NEW QUESTION # 80
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