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An administrator is responsible for managing a 5-node vSAN 7.0 cluster. The vSAN Cluster is configured with both vSphere High Availability (HA) and vSphere Distributed Resource Scheduler (DRS). The vSAN Cluster is currently hosting 150 virtual machines that have consumed 60% of the usable capacity. Each virtual machine belongs to one of the following vSAN Storage Policies: vSANPolicy1: • Site Disaster Tolerance: None • Failures to Tolerate: 1 failure - RAID5 (Erasure Coding) vSANPolicy2: • Site Disaster Tolerance: None • Failures to Tolerate: No data redundancy Following an unplanned power event within the data center, the administrator has been alerted to the fact that one host has permanently failed. What will be the impact to any virtual machine that was running on the failed host using vSANPolicy1?
A vSAN administrator is troubleshooting poor performance of vSAN cluster while vCenter is not available. The vSAN administrator decides to use a command line tool to monitor real-time vSAN IOPS, throughput, and other metrics on ESXi host. Which command line tool should be used?
The objects on a 4-node vSAN cluster are assigned a RAID-5 policy. A network outage occurs, causing host one to lose connectivity with the rest of the cluster. Seventy-five minutes have elapsed. What is the health state of the objects?
A vSAN administrator observes that the VMware Skyline Health: Time Synchronization displays one host that is noncompliant. What is the meaning of this message?
The DevOps team of an organization wants to deploy their new cloud native application with persistent storage on a dedicated vSAN cluster. The storage administrator is tasked to configure the vSAN cluster and leverage the vSAN Direct feature. Which two requirements must the administrator meet to complete this task? (Choose two.)
An organization is facing vSAN storage capacity challenges on one of their vSAN enabled clusters, while other vSAN enabled clusters are underutilized. The current vSAN version is 7.0 U1. Which vSAN feature should be used to resolve this challenge in the quickest way?
A new vSAN Cluster with four hosts has to be designed for a single site architecture. Which design decision is correct?
An administrator has discovered that space utilized by VMs does not decrease after deleting files and folders within the VMs. The administrator needs to be able to reclaim this space. Which action could the administrator take to accomplish this task?
Which solution provides disaster recovery orchestration for workloads on a vSAN stretched cluster to a third site?
A vSAN administrator needs to upgrade the vSAN cluster from vSAN 7.0 to 7.0 U1 without disruption. The following steps have been completed in this order:

Question 126 - 5V0-22.21 discussion

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A vSAN administrator has been tasked to add capacity to an existing vSAN cluster and has ordered enough larger capacity devices to complete this work. Tests have been executed, and the replacement from one single capacity device will require 70 minutes.

Which two approaches can the vSAN administrator use to complete this task? (Choose two.)

A.
Confirm with pre-check that enough capacity for data migration is available, select a capacity device, click "remove disk" with "Ensure accessibility", replace capacity device, claim unused device, and then repeat one-by-one.
Answers
A.
Confirm with pre-check that enough capacity for data migration is available, select a capacity device, click "remove disk" with "Ensure accessibility", replace capacity device, claim unused device, and then repeat one-by-one.
B.
"Change object repair timer to 75 minutes", "set capacity device to offline", and then replace capacity device one-by-one.
Answers
B.
"Change object repair timer to 75 minutes", "set capacity device to offline", and then replace capacity device one-by-one.
C.
Enter Maintenance Mode, confirm that pre check is fine, select "Full data migration", "Shutdown ESXi host", replace all capacity devices, "Restart ESXi host", replace capacity devices in disk groups, exit Maintenance Mode, confirm that raw capacity has been increased, and then repeat on ESXi host one-by-one.
Answers
C.
Enter Maintenance Mode, confirm that pre check is fine, select "Full data migration", "Shutdown ESXi host", replace all capacity devices, "Restart ESXi host", replace capacity devices in disk groups, exit Maintenance Mode, confirm that raw capacity has been increased, and then repeat on ESXi host one-by-one.
D.
"Shutdown ESXi host", and replace all capacity devices. Repeat this sequence one-by-one.
Answers
D.
"Shutdown ESXi host", and replace all capacity devices. Repeat this sequence one-by-one.
E.
Execute a "Data Migration Pre-Check", enter Maintenance Mode with default setting, "Shutdown ESXi host", replace all capacity devices, and then repeat on ESXi hosts one-by-one.
Answers
E.
Execute a "Data Migration Pre-Check", enter Maintenance Mode with default setting, "Shutdown ESXi host", replace all capacity devices, and then repeat on ESXi hosts one-by-one.
Suggested answer: C, D

Explanation:

1. Enter Maintenance Mode, confirm that pre check is fine, select "Full data migration", "Shutdown ESXi host", replace all capacity devices, "Restart ESXi host", replace capacity devices in disk groups, exit Maintenance Mode, confirm that raw capacity has been increased, and then repeat on ESXi host one-by-one. D. "Shutdown ESXi host", and replace all capacity devices. Repeat this sequence one-byone.

Option C would allow you to perform a full data migration, which will move all data from the old capacity device to other devices. This option allows for the vSAN cluster to remain offline during the replacement process, and it allows the vSAN administrator to replace all the capacity devices at once.

Option D would also allow you to replace all capacity devices at once, however, the data is not moved from the old capacity device to other devices, this option also allows for the vSAN cluster to remain offline during the replacement process and it allows the vSAN administrator to replace all the capacity devices at once.

You can find more information on adding capacity to a vSAN cluster in the vSphere 7.0 documentation: https://docs.vmware.com/en/VMware-vSphere/7.0/vsphere-esxi-vcenter-server-70- vsphere-storage-vsan-70-upgrade-guide.pdf and also in VMware blog like:

https://blogs.vmware.com/vsphere/2021/03/vsphere-7-0-update-1-vsan-7-0-update-1-generalavailability.html

The two approaches the vSAN administrator can use to complete this task are C. Enter Maintenance Mode, confirm that pre check is fine, select "Full data migration", "Shutdown ESXi host", replace all capacity devices, "Restart ESXi host", replace capacity devices in disk groups, exit Maintenance Mode, confirm that raw capacity has been increased, and then repeat on ESXi host one-by-one and

D. "Shutdown ESXi host", and replace all capacity devices. Repeat this sequence one-by-one.

Reference: https://docs.vmware.com/en/VMwarevSphere/7.0/com.vmware.vsphere.storage.doc/GUID-C1E7F9A5-7F5E-4E7E-A012-2F0F19A3F0A4.html

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asked 16/09/2024
Mashudu Abraham
34 questions
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