Q: 16
Refer to the exhibit.
An administrator is tasked with adding new capacity to an existing software-defined data center
(SDDC).
• The SDDC currently hosts two vSphere clusters (ClusterA and ClusterB) with different CPU
compatibilities.
• vSphere vMotion and vSphere Distributed Resource Scheduler (DRS) are currently in use in the
SDDC.
• The new capacity will be implemented by provisioning four ESXi hosts running a new generation
of Intel Skylake CPUs.
• All workload virtual machines (VMs) must support live migration to any cluster in the SDDC.
The administrator noticed the running critical "ever virtual machine (VM) shown in the exhibit is not
migrating using vSphere vMotion to the original Clusters A or B.
Which three steps must the administrator take to support this functionality? (Choose three.)
An administrator is tasked with adding new capacity to an existing software-defined data center
(SDDC).
• The SDDC currently hosts two vSphere clusters (ClusterA and ClusterB) with different CPU
compatibilities.
• vSphere vMotion and vSphere Distributed Resource Scheduler (DRS) are currently in use in the
SDDC.
• The new capacity will be implemented by provisioning four ESXi hosts running a new generation
of Intel Skylake CPUs.
• All workload virtual machines (VMs) must support live migration to any cluster in the SDDC.
The administrator noticed the running critical "ever virtual machine (VM) shown in the exhibit is not
migrating using vSphere vMotion to the original Clusters A or B.
Which three steps must the administrator take to support this functionality? (Choose three.)Options
Discussion
C or F. I thought you just needed to configure EVC on the VM (F) or maybe a reboot (C) would do it after setting the right baseline. Not totally sure since EVC at the cluster level seems to be standard, but I've seen some docs mention per-VM EVC settings too. Anyone else pick this route?
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