Updated VMware 3V0-22.21 Exam Questions (July 2026)

About 3V0-22.21 Exam

The 3V0-22.21 Advanced Deploy VMware vSphere 7.x certification exam is a professional-level assessment designed for experienced VMware administrators and architects seeking to validate their expertise in deploying and managing VMware vSphere 7.x environments. This comprehensive exam covers critical topics including vSphere architecture, storage configuration, networking optimization, security implementation, and advanced deployment scenarios. Candidates must demonstrate proficiency in managing complex virtualized infrastructures, troubleshooting performance issues, and implementing best practices across enterprise-scale environments. The certification serves as proof of advanced technical knowledge and is highly valued by organizations leveraging VMware technology for their datacenter operations.

This exam is ideal for IT professionals with significant vSphere experience, solutions architects, and infrastructure specialists looking to advance their careers and increase their market competitiveness. To maximize success rates, candidates should utilize updated exam dumps and comprehensive practice tests that mirror the actual test environment and question formats. Quality study materials provide hands-on scenarios, detailed explanations, and performance analytics to identify knowledge gaps before the real exam. Combining official VMware documentation with reliable practice resources ensures thorough preparation and boosts confidence, enabling candidates to achieve passing scores and earn their Advanced Deploy VMware vSphere 7.x credential efficiently.

Exam Topics & Objectives

Architectures and Technologies -

Products and Solutions -

Planning and Designing -

Installing, Configuring, and Setup

Performance-tuning, Optimization, and Upgrades

Troubleshooting and Repairing

Administrative and Operational Tasks

4-Week Study Plan for 3V0-22.21

Week 1: Foundation and Architecture Deep Dive

Study vSphere 7.x architecture components including vCenter Server, ESXi hosts, and distributed services
Review advanced networking architectures: standard switches vs distributed switches, VLAN tagging, and network segmentation
Explore storage architectures: VMFS, vSAN, NFS, and iSCSI protocols
Learn about VMware vSAN architecture, stretch clusters, and hybrid deployments
Understand vSphere with Kubernetes and Tanzu integration
Study high availability architectures: vSphere HA, FT, and DRS configurations
Review security architectures: vSphere Trust Authority and encrypted VMs
Complete practice questions on architectural decision-making

Week 2: Planning, Design, and Product Solutions

Study capacity planning methodologies and resource allocation strategies
Learn design considerations for multi-datacenter environments
Review hybrid cloud integration patterns and edge computing deployments
Understand vSphere cluster design best practices and sizing calculations
Study network design for advanced topologies including EVPN and segment routing
Learn storage design considerations for performance and redundancy
Review disaster recovery and business continuity design patterns
Explore VMware solutions: vRealize, NSX, vSAN, and Workspace ONE integration
Complete design scenario labs and case studies

Week 3: Installation, Configuration, Advanced Setup, and Optimization

Deep dive into vCenter Server deployment and configuration options
Study ESXi host installation, configuration, and licensing workflows
Configure advanced networking: port groups, VDS settings, and LACP
Set up and optimize vSAN configurations for various workloads
Configure cluster services and ensure optimal resource allocation
Study performance tuning for CPU, memory, storage, and network
Learn vMotion optimization and migration best practices
Configure monitoring and performance baselines using vRealize
Practice hands-on labs for each installation and configuration scenario

Week 4: Troubleshooting, Operations, and Exam Preparation

Master troubleshooting methodologies for performance issues
Study common vCenter Server and ESXi problems and resolution techniques
Learn network troubleshooting: connectivity, VLAN, routing, and latency issues
Study storage troubleshooting for VMFS, vSAN, and multipathing problems
Review vMotion and cluster troubleshooting scenarios
Learn operational tasks: patch management, upgrade procedures, and maintenance windows
Study administrative operations: user management, RBAC configuration, and auditing
Practice full-length mock exams and review weak areas
Review all scenario-based questions and case studies
Complete final review of key concepts and command-line tools

Sample 3V0-22.21 Questions

Practice with real exam-style questions. Reveal answers to verify your knowledge.

Q1 MultipleChoice

A user has approached you about a virtual machine with the name infra-1 that is performing poorly on the vCenter Server vcsa0l

a. In order to analyze the data offline, your team requires the esxtop data from the problem host with the following requirements:

* The esxtop data must be in CSV format

* The data must contain 20 iterations with a delay

Once captured, copy the results CSV file from the destination datastore on the host to the Desktop of the ControlCenter VM with the filename "esxiOlb-capture.csv'.

Note: WindSCP is installed on the Controller.

AExplanation:
Do the following before you start to troubleshoot a problem using esxtop: 1. Log on to the VMware Management Interface for the ESX Server machine in question. Refer to the online document, Logging Into the VMware Management Interface, for details. In the status monitor, under Virtual Machines, note the virtual machine IDs (or VMIDs) for all virtual machines running on the server.

2. Make certain you have an secure shell (SSH) client. Windows users can get a free SSH client from http://www.chiark.greenend.org.uk/~sgtatham/putty/download.html. 3. If you have ESX Server version 2.0.x, refer to the VMware Knowledge Base Answer ID 1078 for instructions on downloading and installing the VMware performance monitoring tools, esxtop and vmkusage. ESX Server version 2.1 and higher include esxtop and vmkusage. See Using vmkusage to Isolate Performance Problems on page 6 for a description of vmkusage. Starting esxtop Perform the following steps to start and set up esxtop
1. Using a secure shell (SSH), log on to the ESX Server machine as root. 2. Enter esxtop in the SSH command line. The esxtop display appears.

Note: The esxtop tool includes several interactive commands. To view a list of the interactive commands, enter h. 3. Enter the f command. The Field Select page appears

4. Enter r to toggle on the SWPD field.
5. Press any key other than a through x to see the esxtop display again

Note: You can also run esxtop in batch mode. For example, use the command: [root]# esxtop -b -n iterations > logfile. For detailed command reference information, enter man esxtop on the SSH command line. Examining CPU Usage This section describes how to assess system CPU loading, percentage of individual CPU use and individual virtual machine CPU use. Load Average Line Examine the load average on the first line to determine the amount of use for all physical CPUs on the ESX Server machine. The load averages are displayed for five-second, and one-, five- and fifteen-minute intervals. A load average of 1.00 means that the ESX Server machine's physical CPUs are fully utilized, and a load average of 0.5 means they are half utilized. On the other hand, a load average of 2.00 means that you either need to increase the number of CPUs or decrease the number of virtual machines running on the ESX Server machine because the system as a whole is overloaded.
PCPU Line Examine the PCPU line for the percentage of individual physical CPU use for CPU0 and CPU1 respectively (for a dual-processor machine). The last value is the average percentage for all of the physical CPUs. As a rule of thumb, 80.00% is a desirable usage percentage, but bear in mind that different organizations have varying standards with respect to how close to capacity they run their servers. 90% should be considered a warning that the CPUs are approaching an overloaded condition.
You can enter the interactive c command to toggle the display of the PCPU line. If hyperthreading is enabled, the LCPU line appears whenever the PCPU line is displayed. The LCPU line shows the logical CPU use. Virtual Machine CPU Usage A virtual machine world is listed as vmm in the WTYPE column. The world ID (WID) corresponds to the VMID in the VMware Management Interface Status Monitor (see Getting Started on page 2). For virtual machines with one virtual CPU (VCPU), the VCPUID and WID is the same. For virtual machines with two VCPUs, there are two VCPUIDs associated with one WID. For example:

Use the WID and VMID values as cross references to identify a specific virtual machine's display name. Use the following steps to assess virtual machine CPU usage. 1. Examine the %READY field for the percentage of time that the virtual machine was ready but could not get scheduled to run on a physical CPU. Under normal operating conditions this value should remain under 5%. 2. Examine the %USED field for the percentage of physical CPU resources used by a VCPU. If the physical CPUs are running at full capacity, you can use %USED to identify a virtual machine that is using a large amount of physical CPU resources. 3. Examine the %EUSED field for the percentage of the maximum physical CPU resource usage a virtual machine is currently using. The %EUSED value is calculated as follows: %EUSED = %USED *((# of VCPUs * 100)/ max) In this formula: # of VCPUs is the number of VCPUs configured in a virtual machine. max is the maximum percentage of CPU resources allocated to a virtual machine. The default is 100. The following table shows how %EUSED increases as the value of max decreases for a virtual machine with a constant physical CPU usage of 40% (i.e., %USED = 40).

%EUSED is an useful indicator of how close a virtual machine is to saturating the physical CPUs. If a virtual machine consistently saturates the physical CPUs (i.e., it uses 100% of the physical CPU resources), you can fix it by either: * Decreasing the number of virtual machines running on an ESX Server machine.
* Moving the virtual machine to a different ESX Server machine that has more physical CPU resources, and increasing the value of max. Assessing Memory Usage Look at the percentage of maximum memory actively used by a virtual machine listed in the %MEM column. Also, note the amount of swapped memory used by a virtual machine listed the SWPD column. Using some swap space is not necessarily bad, because the pages swapped out could be inactive; however, the use of swap space is a clue that you could be losing performance due to active swapping. If the swap percentage increases, there could be a performance problem. If the maximum system memory or swap space is exceeded, additional virtual machines will not power up and you may need to reconfigure memory and swap space. Assessing Disk and Network Usage Examine the DISK and NIC lines for disk activity. If the throughput is either not meeting expectations or approaching the maximum capacity of the hardware device, there is a potential for a performance bottleneck. Exiting esxtop Enter q to exit esxtop

Q2 MultipleChoice

You are doing an audit for vCenter Server vcsa0la s inventory.

On the desktop, you will find a folder named "powercli-question". In the folder, there is a script named "vds-script.psl".

Your colleague needs some help to get it working as expected. Your task is to modify the script so that it exports a list of virtual machines, enables promiscuous mode on PCLI-Portgroup. and exports PCLl-Portgroup.

ASend us your suggestions.

Q3 MultipleChoice

You are tasked to automate the installation and deployment of new host added into your company vSphere cluster using Auto Deploy. Ensure Auto Deploy and Image Builder is set to start automatically every time vCenter Server is restarted. Use the web client and VCSA0la to perform this step.

Confirm that the auto deploy plugin is available in the web interface. You may be required to logout and log back in after enabling the services.

The vCenter server is required to retrieve software from an online depot. You are to use the depot provided below and ensure that Auto Deploy is always running even, with restart of vCenter server.

Name FirstDepot

URL https / / hostupdate.vmware.com/software/VUB/PRODUCTION/main/vmw-depot-index.xml

Note: ignore error that you received on cannot connect to depot. This is expected due to vCSA do not have internet connection.

Create a deploy Rule on VCSA0la based on information below. You do not need to apply to any host at this time.

Name: Rule1

Specify Rule to match Vendor: Dell

Check 'Do Not Include Image Profile"

Check 'Do Not Include Host Profile"

Select host location: Choose cluster PROD-A

AExplanation:
Before you can use vSphere ESXi Image Builder with thevSphere Web Client, you must verify that the service is enabled and running.
Procedure
Log in to yourvCenter Serversystem by using thevSphere Web Client.
On thevSphere Web ClientHome page, clickAdministration.
UnderSystem ConfigurationclickServices.
SelectImageBuilder Service, click theActionsmenu, and selectEdit Startup Type.
On Windows, the vSphere ESXi Image Builder service is disabled. In theEdit Startup Typewindow, selectManualorAutomaticto enable Auto Deploy.
On thevCenter Server Appliance, the vSphere ESXi Image Builder service by default is set toManual. If you want the service to start automatically upon OS startup, selectAutomatic.
If you select the manual startup type, you must start the service manually upon OS startup every time you want to use the service.
(Optional)Click theStart the serviceicon.
(Optional)If you want to use vSphere ESXi Image Builder with thevSphere Web Client, log out of thevSphere Web Clientand log in again.
TheAuto Deployicon is visible on the Home page of thevSphere Web Client.

Q4 MultipleChoice

As a member of the virtual infrastructure team, you have been tasked with creating a new guest customization specification and deploying a test virtual machine from an existing legacy template migrated from an old VMware VI3 environment

To complete this task:

Deploy a new virtual machine with the name VM-GuestCust to esxi02a.vclass.local in cluster PROD-A using the following details:

vCenter Server: vcsa01a.vdass.local

Datastore: ProdDS01

Template; Core-Template

The virtual machine requires an additional network card with the type VMXNET3.

Create a new Guest Customization Spec with the name Custom-Spec using the following details:

Cust-Spec

Operating System: Windows Server 2008 R2

Registration Spec;

Name: vclass

Organization: VMware

The computer name must use the virtual machine name . Timezone must be set to America/Central Time

Network Specifications:

IPv4 and IPv6 are set to DHCP but require a static DNS entry of 172.20.10.10

The computer must join the domain vclass.local using the following credentials:

Username: administrator

Password: VMware1!

AExplanation:
Select Menu > Policies and Profiles, and under Policies and Profiles, click VM Customization Specifications.
Click the Create a new specification icon.
The New VM Guest Customization Specification wizard opens.
On the Name and target OS page, enter a name and description for the customization specification and select Windows as a target guest OS.
(Optional) Select the Generate a new security identity (SID) option and click Next.
A Windows Security ID (SID) is used in some Windows operating systems to uniquely identify systems and users. If you do not select this option, the new virtual machine has the same SID as the virtual machine or template from which it was cloned or deployed.
Duplicate SIDs do not cause problems when the computers are part of a domain and only domain user accounts are used. However, if the computers are part of a Workgroup or local user accounts are used, duplicate SIDs can compromise file access controls. For more information, see the documentation for your Microsoft Windows operating system.
On the Set Registration Information page, enter the virtual machine owner's name and organization and click Next.
On the Computer name page, enter a computer name for the guest operating system and a domain name.
The operating system uses the computer name to identify itself on the network. On Linux systems, it is called the host name.
Option
Action
Use the virtual machine name
Select this option to use the virtual machine name. The computer name that vCenter Server creates is identical to the name of the virtual machine on which the guest operating system is running. If the name exceeds 63 characters, it is truncated.
Enter a name in the Clone/Deploy wizard
Select this option to be prompted to enter a name during cloning or deployment.
Enter a name
Enter a name.
The name can contain alphanumeric characters and a hyphen (-). It cannot contain a period (.), blank spaces, or special characters, and cannot contain digits only. Names are not case-sensitive.
(Optional) To ensure that the name is unique, select the Append a numeric value check box.
This action appends a hyphen followed by a numeric value to the virtual machine name. The name is truncated if it exceeds 63 characters when combined with the numeric value.
Generate a name using the custom application configured with vCenter Server
Optional: Enter a parameter that can be passed to the custom application.
On the Windows license page, provide licensing information for the Windows operating system and click Next.
Option
Action
For nonserver operating systems
Type the Windows product key for the new guest operating system.
For server operating systems
Type the Windows product key for the new guest operating system.
Select Include Server License Information.
Select either Per seat or Per server.
If you select Per server, enter the maximum number of simultaneous connections for the server to accept.
On the Set Administrator Password page, configure the administrator password for the virtual machine and click Next.
Enter a password for the administrator account and confirm the password by typing it again.
(Optional) Select the Automatically logon as Administrator check box to log users in to the guest operating system as Administrator, and select the number of times to log in automatically.
On the Time zone page, select the time zone for the virtual machine and click Next.
(Optional) On the Run Once page, specify commands to run the first time a user logs in to the guest operating system and click Next.
See the Microsoft Sysprep documentation for information about RunOnce commands.
On the Network page, select the type of network settings to apply to the guest operating system and click Next.
Select Use standard network settings so that vCenter Server configures all network interfaces from a DHCP server by using the default settings.
Select Manually select custom settings and configure each network interface yourself.
Select a network adapter from the list or add a new one.
For the selected NIC, click the vertical ellipsis icon and select Edit.
The Edit Network dialog box opens.
Click the IPv4 tab to configure the virtual machine to use IPv4 network.
You can configure all the settings at that stage or you can select the Prompt the user for an IPv4 address when the specification is used option. In that case, vCenter Server prompts for an IP address when you select to apply that customization specification during cloning or deployment. With that option, you can also configure the gateways during cloning or deployment.
Click the IPv6 tab to configure the virtual machine to use IPv6 network.
You can configure all the settings at that stage or you can select the Prompt the user for an address when the specification is used option. In that case, vCenter Server prompts for an IP address when you select to apply that customization specification during cloning or deployment. With that option, you can also configure the gateways during cloning or deployment.
Click the DNS tab to specify DNS server details.
Click WINS to specify primary and secondary WINS server information.
Click OK to close the Edit Network dialog box.
On the Set Workgroup or Domain page, select how the virtual machine participates in the network and click Next.
Option
Action
Workgroup
Enter a workgroup name. For example, MSHOME.
Windows Server Domain
Enter the domain name.
To add a computer to the specified domain, enter the user name and password for a user account that has permission.
On the Ready to complete page, review the details and click Finish to save your changes.

Q5 MultipleChoice

A vSphere administrator has deployed a new server. The VM will have a workload which is prodApp1 to the following specifications:

* The VM should never have any memory contention while powered on. even if the host that it resides

* Configure the virtual machine for high latency sensitivity.

ASend us your suggestions.

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Frequently Asked Questions

VMware recommends that candidates have at least 2 years of hands-on experience with vSphere and have passed the VCP-DCV (VMware Certified Professional - Data Center Virtualization) exam or equivalent certification. Additionally, completing the relevant VMware training courses is highly recommended to ensure adequate preparation.

The exam covers advanced vSphere 7.x deployment topics including network configuration, storage management, security, scalability, and troubleshooting. It also includes advanced topics such as vSAN, NSX integration, and performance optimization within vSphere environments.

The exam is 165 minutes long and typically contains around 70-80 multiple-choice questions. Candidates must achieve a passing score of approximately 70% to earn the certification.

The 3V0-22.21 is an advanced-level certification that goes deeper into deployment scenarios and complex configurations compared to foundational exams like the VCP-DCV. It focuses specifically on advanced deployment practices and is designed for experienced vSphere administrators seeking to validate expertise in enterprise-level implementations.

Preparation should include taking official VMware training courses such as the Advanced Deploy VMware vSphere 7.x workshop, studying official exam guides, practicing with hands-on labs in vSphere environments, and using study materials from reputable sources. Many candidates also benefit from joining study groups and reviewing real-world deployment scenarios.

3V0-22.21 Exam Questions & Answers

About 3V0-22.21 Exam

Exam Topics & Objectives

4-Week Study Plan for 3V0-22.21

Week 1: Foundation and Architecture Deep Dive

Week 2: Planning, Design, and Product Solutions

Week 3: Installation, Configuration, Advanced Setup, and Optimization

Week 4: Troubleshooting, Operations, and Exam Preparation

Sample 3V0-22.21 Questions

Frequently Asked Questions

Pass 3V0-22.21 First Time

3V0-22.21 Exam Questions & Answers

About 3V0-22.21 Exam

Exam Topics & Objectives

4-Week Study Plan for 3V0-22.21

Week 1: Foundation and Architecture Deep Dive

Week 2: Planning, Design, and Product Solutions

Week 3: Installation, Configuration, Advanced Setup, and Optimization

Week 4: Troubleshooting, Operations, and Exam Preparation

Sample 3V0-22.21 Questions

Frequently Asked Questions

What are the prerequisites for taking the 3V0-22.21 exam?

What topics are covered in the 3V0-22.21 certification exam?

How long is the 3V0-22.21 exam and how many questions are there?

What is the difference between 3V0-22.21 and other vSphere certifications?

How should I prepare for the 3V0-22.21 exam?

Pass 3V0-22.21 First Time