An administrator has been tasked with configuring virtual switches and setting the appropriate MTU size for a Nutanix cluster to optimize network performance.
The cluster needs to support high-throughput traffic between VMs and ensure compatibility with external networks. The administrator needs to configure the virtual switches and MTU size to enable jumbo frames while ensuring that all nodes and network components are properly aligned to prevent packet loss or fragmentation.
What is the first step to configure the virtual switches and MTU size in a Nutanix cluster for optimal network performance?

What is the first step in preparing a Nutanix cluster for Flow Virtual Networking?

An enterprise has deployed a VPC called FinanceVPC using Nutanix Flow Virtual Networking. The Finance team needs the following connectivity:
Internal servers in the VPC must reach an on-premises corporate data-center via a point-to-point encrypted link.
Some servers in the VPC must also access the public internet with source NAT and receive inbound access via floating IPs.
The corporate network uses overlapping IP space with other VPCs in the environment, so address translation is necessary for those workloads.
The networking design must support routing via BGP for future site expansions and provide low-latency north-south connectivity.
Which actions should the administrator take to satisfy this requirement?

An administrator needs to allow communication between several VPCs without requiring to configure routes in the physical network or using a dynamic routing protocol like BGP.
How should the administrator satisfy this requirement?

When setting up a Network Function VM for Service Insertion, an administrator needs to configure the vNICs that will be used for redirecting traffic.
What is the correct configuration for the vNICs on the Network Function VM?