200+ Free VCP-NV Practice Questions

Pass your VMware Certified Professional - Network Virtualization exam on the first try — instant access, no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately

200+ Questions

100% Free

1 / 200

Question 1

Score: 0/0

What is the primary benefit of registering a VMware vCenter Server as a compute manager in NSX?

It automatically creates TEP IP pools for every cluster.

It allows NSX to discover and manage vSphere inventory such as clusters, hosts, and virtual machines.

It replaces the NSX Manager cluster with vCenter High Availability.

It stores Edge node packet captures inside vCenter.

to track

2026 Statistics

Key Facts: VCP-NV Exam

Official Questions

Broadcom

300

Scaled Passing Score

Broadcom

135 min

Exam Duration

Broadcom

$250

Exam Fee

Broadcom

May 6, 2024

Prereq Change

Broadcom FAQ

3 sections

Published Objective Groups

Current Exam Guide

Broadcom's current VCP-NV path uses exam 2V0-41.24. The official certification page lists 70 questions, 135 minutes, a scaled passing score of 300, and a $250 USD exam fee. The current exam guide uses standardized section headings, but only Sections 2, 4, and 5 publish testable objectives, so Broadcom does not provide official domain percentage weightings.

Sample VCP-NV Practice Questions

Try these sample questions to test your VCP-NV exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 200+ question experience with AI tutoring.

1What is the primary benefit of registering a VMware vCenter Server as a compute manager in NSX?

A.It automatically creates TEP IP pools for every cluster.

B.It allows NSX to discover and manage vSphere inventory such as clusters, hosts, and virtual machines.

C.It replaces the NSX Manager cluster with vCenter High Availability.

D.It stores Edge node packet captures inside vCenter.

Explanation: A compute manager integration gives NSX visibility into vSphere inventory so NSX can prepare hosts, deploy appliances, and apply policy to discovered objects. Without that inventory relationship, NSX cannot use vSphere clusters and VMs as first-class objects in its workflows.

2After a vCenter Server is successfully registered as a compute manager, which inventory becomes available to NSX for policy and transport-node workflows?

A.vSphere clusters, hosts, and virtual machines

B.Only external routers learned through BGP

C.Only NSX Edge tunnel interfaces

D.Only IPSec peer endpoints

Explanation: NSX uses the compute manager relationship to discover core vSphere inventory such as clusters, hosts, and VMs. Those objects can then be used for transport-node preparation, VM inventory, and policy grouping.

3An administrator tries to register a vCenter that is already registered to another NSX Manager in the usual single-manager ownership model. What should the administrator expect?

A.NSX automatically converts the environment to federation mode.

B.The registration fails because the same vCenter cannot be registered again in that model.

C.The second NSX Manager imports the first manager's policies automatically.

D.Both NSX Managers share cluster ownership by default.

Explanation: In the standard ownership model, an already-registered vCenter cannot simply be added again to another NSX Manager. Shared ownership requires specific multi-NSX support and is not the default behavior.

4Why might an administrator enable the service-account creation option while adding a vCenter compute manager?

A.To let vSphere Lifecycle Manager authenticate to NSX APIs

B.To assign TEP IPs to ESXi hosts automatically

C.To generate IPSec tunnel profiles automatically

D.To move Tier-0 routes into vCenter tags

Explanation: The service-account option exists for integrations that need vCenter-side authentication into NSX APIs, such as vSphere Lifecycle Manager workflows. It is about API trust and lifecycle operations, not about routing or IP assignment.

5In a Multi NSX setup where several NSX Managers register to the same vCenter, what happens to a cluster already owned by a different NSX Manager when viewed from your manager?

A.It appears in read-only mode and cannot be prepared or edited by your manager.

B.It is hidden completely from inventory.

C.It is automatically re-owned by the newest NSX Manager.

D.It can be edited, but only firewall rules are blocked.

Explanation: Multi NSX allows visibility into the shared vCenter inventory, but ownership is still tracked per NSX Manager. Clusters owned by another manager are shown as read-only so one manager cannot accidentally prepare or modify fabric objects owned by another.

6What does a transport zone define in NSX?

A.The scope in which segments can be realized on transport nodes

B.The list of BGP neighbors for a Tier-0 gateway

C.The set of VPN profiles available to a project

D.The password policy for NSX Manager users

Explanation: A transport zone determines where a given segment type can exist by tying segment realization to transport-node membership. In practice, it is a fabric-scoping construct for networking rather than a routing or identity object.

7Which statement correctly matches a transport zone type to the segment type it supports?

A.Overlay transport zones support VLAN-backed segments only.

B.VLAN transport zones support GENEVE overlay segments only.

C.Overlay transport zones support overlay segments, and VLAN transport zones support VLAN-backed segments.

D.Both transport zone types are used only for IPSec VPN services.

Explanation: Overlay transport zones are used for overlay segments that rely on tunnel-based virtualization, while VLAN transport zones are used for VLAN-backed segments. Matching the segment type to the correct transport zone is a core NSX fabric concept.

8A segment can be realized only on transport nodes that meet which condition?

A.They belong to the same transport zone as the segment.

B.They share the same local user database as NSX Manager.

C.They have the same number of uplinks as every Edge node.

D.They use the same BGP AS number as the Tier-0 gateway.

Explanation: Transport-zone membership is what determines whether a transport node is eligible to realize a given segment. If a host or Edge node is not in that zone, the segment is out of scope for that node.

9What transport-zone membership does an NSX Edge transport node typically need to handle routed north-south traffic for overlay workloads?

A.At least one overlay transport zone and one VLAN transport zone

B.Only a VLAN transport zone

C.Only an overlay transport zone

D.No transport-zone membership at all once it joins an edge cluster

Explanation: An Edge transport node typically needs overlay connectivity for NSX tunnel participation and a VLAN-backed uplink for external connectivity. That is why the common design includes membership in at least one overlay transport zone and one VLAN transport zone.

10Which condition is required for an NSX Edge to use multiple overlay tunnels (multi-TEP) on a transport node?

A.All TEPs can use different transport VLANs as long as BGP is enabled.

B.All TEPs must use the same transport VLAN, same subnet, and same default gateway.

C.Each TEP must be attached to a different overlay transport zone.

D.Multi-TEP works only when the Edge uses policy-based IPSec VPN.

Explanation: NSX documents specific prerequisites for Edge multi-TEP support so the overlay tunnels behave consistently in the data path. The TEPs must share the same transport VLAN, subnet, and default gateway, and the TEP configuration is done on one host switch context.

About the VCP-NV Exam

The VMware VCP-NV certification validates skills to configure, deploy, and manage VMware NSX 4.x environments. The current certification path uses the VMware NSX 4.x Professional exam (2V0-41.24) for network and virtualization administrators working with logical switching, routing, gateway services, microsegmentation, and NSX platform operations.

Assessment

Multiple Choice, Drag and Drop, Point and Click, Hot-Area, Matching, and Multiple Selection Multiple Choice

Time Limit

135 minutes

Passing Score

300 (scaled)

Exam Fee

$250 USD (VMware by Broadcom / Pearson VUE)

VCP-NV Exam Content Outline

0% (not included in current guide)

Architecture and Technologies

A standardized exam-guide section title that appears without published testable objectives in the current 2V0-41.24 guide.

Not publicly disclosed

VMware Products and Solutions

Compute managers, transport zones, VLAN and overlay segments, Tier-0 and Tier-1 gateways, firewall types and policies, VPN, routing, route redistribution, HA, load balancing, IDS/IPS, federation, VPC, and NSX security capabilities.

0% (not included in current guide)

Planning and Designing

Another standardized guide section title that appears without published testable objectives in the current guide.

Not publicly disclosed

Installing, Configuring, and Setup

NSX Manager deployment, compute-manager registration, segment creation, gateway deployment, NAT, VPN, load-balancer, and IDS/IPS configuration workflows.

Not publicly disclosed

Administrative and Operational Tasks

Certificates, password resets, support bundles and logging, backup and restore, NTP and appliance operations, manager profiles, and applied policy or gateway change tasks.

How to Pass the VCP-NV Exam

What You Need to Know

Passing score: 300 (scaled)
Assessment: Multiple Choice, Drag and Drop, Point and Click, Hot-Area, Matching, and Multiple Selection Multiple Choice
Time limit: 135 minutes
Exam fee: $250 USD

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

VCP-NV Study Tips from Top Performers

1Prioritize VMware Products and Solutions first because the current guide publishes the most objectives in that section.

2Use a lab to practice Tier-0 and Tier-1 routing, distributed firewall policies, NAT, VPN, and load balancing instead of studying those topics only from notes.

3Be precise about the differences between VLAN and overlay segments, gateway firewall and distributed firewall, and active-active versus active-standby designs.

4Review route redistribution, BGP and OSPF concepts, and gateway change impacts until you can explain traffic flow end to end.

5Do not neglect Section 5 tasks like certificates, password recovery, support bundles, backup and restore, and NTP settings.

6Because official domain percentages are not published, study for breadth across all published objectives rather than over-optimizing for one subtopic.

7Complete timed sets of 70 questions to match the official exam's pacing and question count.

Frequently Asked Questions

What exam do I take for VCP-NV in 2026?

Broadcom's current VCP-NV path points to VMware NSX 4.x Professional (2V0-41.24). The official certification page lists the exam as 70 questions in 135 minutes with a scaled passing score of 300 and a $250 USD exam fee.

Are VMware courses still required for VCP-NV?

No mandatory course is currently required for VCP-level certification. Broadcom's May 6, 2024 certification FAQ states that VCP, VCAP, and Specialist certifications no longer require mandatory training or another certification prerequisite, although Broadcom still lists recommended NSX courses for preparation.

What topics are actually tested on the current VCP-NV exam?

The current guide uses five standardized section headings, but published objectives appear only under VMware Products and Solutions, Installing/Configuring/Setup, and Administrative/Operational Tasks. In practice, that means you should expect NSX Manager, transport zones, segments, gateways, firewalling, routing, NAT, VPN, load balancing, IDS/IPS, federation, VPC, and day-two operations.

Does Broadcom publish official VCP-NV domain percentages?

No. Broadcom publishes the objective headings for 2V0-41.24 but does not provide official percentage weightings for the tested sections. A practical study approach is to prioritize the broadest published objective area first, which is VMware Products and Solutions, then Installing/Configuring/Setup, then Administrative/Operational Tasks.

How should I study for VCP-NV?

Build or borrow an NSX lab and spend time with logical segments, Tier-0 and Tier-1 gateways, DFW and gateway firewall policies, NAT, VPN, routing, load balancing, and IDS/IPS. Then practice operational tasks like backups, certificates, password recovery, logging, and policy changes until you can reason through scenario questions without relying on memorized UI steps.

Is VCP-NV worth it in 2026?

Yes for engineers working in VMware-heavy data center, private-cloud, or security environments. VCP-NV demonstrates practical NSX knowledge around microsegmentation, logical networking, gateway services, and platform operations, which remains valuable in roles spanning virtualization, network engineering, and cloud infrastructure.