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Question 50 - 2V0-21.23 discussion

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A VMkernel port is labelled PROD01 and uses the default TCP/IP stack. Currently, this VMkernel port is configured for supporting live virtual machine (VM) migrations.

Which configuration change should the administrator make to isolate live VM migration traffic from other network traffic?

A.
Remove PROD01 and create a new VMkernel port and set the TCP/IP stack to vSphere vMotion.
Answers
A.
Remove PROD01 and create a new VMkernel port and set the TCP/IP stack to vSphere vMotion.
B.
Remove PROD01 and create a new VMkernel port with the TCP/IP stack set to provisioning.
Answers
B.
Remove PROD01 and create a new VMkernel port with the TCP/IP stack set to provisioning.
C.
Create a new VMkernel port and set the TCP/IP stack to provisioning.
Answers
C.
Create a new VMkernel port and set the TCP/IP stack to provisioning.
D.
Modify PROD01 by changing the TCP/IP stack to vSphere vMotion.
Answers
D.
Modify PROD01 by changing the TCP/IP stack to vSphere vMotion.
Suggested answer: A

Explanation:

Select a TCP/IP stack from the list. Once you set a TCP/IP stack for the VMkernel adapter, you cannot change it later. If you select the vMotion or the Provisioning TCP/IP stack, you will be able to use only these stacks to handle vMotion or Provisioning traffic on the host. All VMkernel adapters for vMotion on the default TCP/IP stack are disabled for future vMotion sessions. If you set the Provisioning TCP/IP stack, VMkernel adapters on the default TCP/IP stack are disabled for operations that include Provisioning traffic, such as virtual machine cold migration, cloning, and snapshot migration. https://docs.vmware.com/en/VMware-vSphere/8.0/vsphere-networking/GUID-AA3656B0-005A-40A0- A293-4309C5ACF682.html


asked 16/09/2024
Vadym Popov
39 questions
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