Refer to Exhibit.
To meet the technical requirements for NSX Edge VM, which two design choices are required to satisfy this architectural design. (Choose two.)
A . NSX Edge TEP and ESXi TEP need to be in different VLANs.
B . ESXi host should be prepared as a Transport Node and use VLAN backend segments to connect Edge Node Interfaces.
C . ESXi host must have more than 2 pNICs available to create another N-VD
D . D NSX Edge should run as a physical device.
E . vmk ports need to be on VDS instead of N-VDS, with onep NIC for each virtual switch providing greater functionality.
Answer: A,B
Explanation:
Z C
I believe this was supposed to have 5 answers as (C) looks like it has two answers on the same line unless it is saying “ESXi host must have more than 2pNICs available to create another N-VDS or NSX Edge should run as a physical device”. Either one of those statements is still incorrect based on that diagram though.
(D) is wrong as 1 pNIC per vSwitch is a bad design.
(C) is wrong because you can do a 2 pNIC design with NSX-T and an Edge VM running on a N-VDS
https://vxplanet.com/2019/07/08/deploying-and-configuring-nsx-t-edges-on-n-vds-networking/