A.
CPUs must be from the same vendor.

B.
EVC must use the lowest possible baseline supported by the hardware.

C.
CPUs must be in the same family and of the same speed.

D.
No VMs may be running in the cluster.

A.
Disconnect ESXi host from vCenter.

B.
VMware Tools are installed in the virtual machine.

C.
Ensure that the system hardware complies with ESXi requirements.

D.
Back up the host.

E.
Check the interoperability of any other software integrated with vSphere.

A.
das.usedefaultisolationaddress

B.
das.isolationshutdowntimeout

C.
fdm.isolationpolicydelaysec

D.
das.isolationaddress

A.
The OS quiescing option is selected for Replication options.

B.
The virtual machine hardware version is not compatible.

C.
The target and source sites use different types of datastores.

D.
The target and source sites are not using VMFS 6.0 datastore.

A.
Content Library

B.
OVF

C.
folders

D.
vApp

A.
limits the storage protocols

B.
increases storage latency for VM

C.
limits the path selection policies

D.
limits the number of LUNs per host

A.
incorrect ports open on SQL Server

B.
incorrect database on the SQL server

C.
incorrect compatibility mode on the SQL server

D.
incorrect permission on SQL Server database

A.
VMware vMotion

B.
VMware Converter

C.
VMware vCenter Server

D.
OVF transport

A.
Tools Upgrades

B.
Encryption

C.
Firmware

D.
Force BIOS setup

A.
Hosts with only shared storage

B.
Hosts are part of a vSphere HA cluster

C.
Power Management is set to Balanced on hosts

D.
Hosts with shared or non-shared storage

A.
Active-Passive

B.
Active-Standby

C.
Active-Active

D.
Load-balanced

A.
Better performance because there is less contention for a single volume.

B.
More flexibility for resizing virtual disks.

C.
Less wasted storage space.

D.
More flexibility to create virtual machines without adding new LUNs.

E.
Fewer VMFS datastores to manage.

A.
No action required, because failback is automatically performed to the source site.

B.
Configure a new replication in the reverse direction at the target site.

C.
Disable or Stop virtual machine replication on the source site.

D.
Power off and unregister the virtual machine on the target site.

A.
Migration deployments do not migrate local OS users from the source vCenter Server.

B.
Migration deployments support DHCP on the source vCenter Server.

C.
Migration deployments allow the source vCenter Server to remain powered on afterwards.

D.
Migration deployments support custom ports for all services on the source vCenter Server.

A.
Verbose

B.
Debugging

C.
Statistics

D.
Trivia

A.
vCenter Inventory Services

B.
vSphere Authentication Proxy

C.
vSphere Web Client

D.
vSphere ESXi Dump Collector

E.
vSphere Syslog Collector

A.
Set vSphere DRS Automation to Partially Automated.

B.
Turn on Proactive HA.

C.
Set the Proactive HA Automation Level to Manual.

D.
Set the Proactive HA Automation Level to Automated.

E.
Turn on vSphere HA and vSphere DRS.

A.
When there is more than one VM-Host affinity rule in a vSphere DRS cluster, the rules are applied equally.

B.
After creating a VM-Host affinity rule, its ability to function in relation to other rules is predetermined.

C.
When there is more than one VM-Host affinity rule in a vSphere DRS cluster, the rules will be ranked.

D.
After creating a VM-Host affinity rule, its ability to function in relation to other rules is not checked.

A.
vmware-earn

B.
vmcad

C.
vmware-vpostgres

D.
vpxd

E.
vsan-health

A.
Host Customizations

B.
shared storage

C.
Auto Deploy

D.
vRealize Suite

A.
Use Storage vMotion to migrate the Secondary VM to another datastore.

B.
Use vMotion to migrate the Secondary VM to a different ESXi host.

C.
Configure a CPU limit on the Primary VM which will also apply to the Secondary VM.

D.
Turn off and turn on FT in order to recreate the Secondary VM on a different datastore.

A.
Management network

B.
vSphere Replication network

C.
vMotion network

D.
VSAN network

A.
Hosts with both 512e and 512n devices.

B.
Storage vMotion between both 512e and 512n devices.

C.
Datastore Extents spanned between both 512e and 512n devices.

D.
Storage DRS clusters containing only both 512e and 512n devices.

A.
Level 3

B.
Level 1

C.
Level 2

D.
Level 4

A.
2n+2

B.
2n

C.
2n+1

D.
3n

A.
Assign shares and limits to VM virtual disks.

B.
Assign shares and limits to datastores.

C.
Assign shares and limits to Storage DRS clusters.

D.
Assign shares and limits using VM storage policies.

A.
Storage latency is too high to allow Storage DRS initiate Storage vMotion.

B.
Storage DRS is configured for a VMFS3 datastore.

C.
Storage DRS is disabled on the virtual disk.

D.
Rules prevent Storage DRS from making migration recommendations.

das.maxterminates

das.isolationshutdowntimeout

das.maxresets

fdm.isolationpolicydelaysec

22

546

37

514

80

443

22

902

2vCPUs, 16 GB RAM

4 vCPUs, 10 GB RAM

2 vCPUs, 10 GB RAM

4 vCPUs, 16 GB RAM

The VMware_FCoE_vSwitch that the installer automatically created cannot be changed.

Boot LUN cannot be shared with other hosts even on shared storage.

Multipathing is not supported at pre-boot.

Software FCoE boot configuration cannot be changed from within ESXi.

ERSPAN

RSPAN

SPAN

VXLAN