VMware

Advanced Network Virtualization Deploy

3V0-41.22

Get certified with the 3V0-41.22 exam focusing on advanced network virtualization deployment.

195 questions 0 views Free
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Questions 41–50 of 195

Q41

A company needs to improve network traffic visibility. What should they implement?

  • A VMware NSX Distributed Firewall
  • B Packet Capture on Edge Nodes
  • C Load Balancer in Front of Hosts
  • D Standard Switch Configuration
Explanation Packet Capture on Edge Nodes provides deep visibility; other options don't specifically enhance traffic visibility.
Q42

You are configuring a VPN in an NSX environment. What happens if you set it to 'Split Tunnel'?

  • A All traffic routed over VPN
  • B Only remote users can connect
  • C Only specified traffic uses VPN
  • D No external traffic allowed
Explanation Split Tunnel allows only specified traffic to use the VPN, ensuring local traffic is unaffected.
Q43

Which service is used for managing IP address assignments in NSX?

  • A NSX IP Address Manager
  • B NSX Edge
  • C VMware vSphere
  • D VMware Aria Automation
Explanation NSX IP Address Manager efficiently assigns and manages IP addresses, while the other options serve different purposes.
Q44

A company needs to enhance security between its application tiers in an NSX environment. What is the best practice?

  • A Use distributed firewall rules
  • B Increase NAT rules
  • C Deploy additional NSX Managers
  • D Implement VLAN segmentation
Explanation Distributed firewall rules provide micro-segmentation and security controls between application tiers.
Q45

You are configuring an NSX-T Data Center deployment. What happens when you forget to add a distributed logical router to an overlay segment?

  • A No traffic can flow to the segment
  • B Traffic will route via BGP automatically
  • C All VMs can still communicate
  • D The segment becomes inactive automatically
Explanation Without a distributed logical router, the overlay segment cannot route traffic externally, while the other options are not valid behaviors.
Q46

Which service helps optimize network traffic in NSX-T?

  • A NSX-T Load Balancer
  • B NSX-T VPN Service
  • C NSX-T Edge Service Gateway
  • D NSX-T Distributed Firewall
Explanation The Edge Services Gateway optimizes traffic by providing services like NAT and load balancing, which are essential for scaling workloads, while the other options do not focus on traffic optimization.
Q47

A company needs to extend its Layer 2 network between two datacenters using NSX-T. What should they configure?

  • A Layer 2 VPN
  • B Routing protocols
  • C NSX-T Segments
  • D Static IP addresses
Explanation Layer 2 VPN enables the extension of Layer 2 connectivity across datacenters, while routing protocols and segments will not achieve the same goal directly, and static IP addresses are not relevant to this requirement.
Q48

What happens when a Distributed Firewall rule in NSX-T is set with a higher priority but configured incorrectly?

  • A Rule is applied as expected
  • B Rule is ignored completely
  • C Traffic flows unaffected
  • D Conflicts with other rules
Explanation An incorrectly configured rule may not apply the conditions effectively, but due to its higher priority, it does not conflict and allows traffic to flow as per prior matching rules, whereas the other options describe inaccurate behaviors.
Q49

Which service enables service chaining with NSX-T?

  • A Service Graph
  • B Load Balancer
  • C Edge Services Gateway
  • D Tier-1 Gateway
Explanation Service Graph allows defining service chains, while the others serve different functions.
Q50

A company needs to implement micro-segmentation. What should they primarily configure in NSX-T?

  • A Logical Switches
  • B Distributed Firewall
  • C Edge Firewall
  • D Transitional Router
Explanation The Distributed Firewall provides micro-segmentation features, unlike the other options.