Building a private cloud is one challenge. Keeping it available, secure, and operating reliably is another.
When a production virtual machine becomes unreachable, a VMware vSAN cluster reports degraded health, or a VMware Cloud Foundation upgrade fails, infrastructure teams must identify the underlying cause quickly without introducing additional risk.
This is why troubleshooting skills are so valuable in modern enterprise IT environments.
The VMware Cloud Foundation 9.0 Support (2V0-15.25) exam focuses on the technical knowledge and troubleshooting methodologies required to support VMware Cloud Foundation environments.
It is associated with the VMware Certified Professional – VMware Cloud Foundation Support (VCP-VCF Support) certification, which recognizes skills in supporting and troubleshooting VMware-based private cloud infrastructure.
In this comprehensive VMware 2V0-15.25 exam guide, we will explore the certification, examination objectives, essential troubleshooting concepts, practical examples, preparation strategies, and potential career benefits.
What Is VMware Cloud Foundation 9.0?
VMware Cloud Foundation (VCF) is an integrated private cloud platform that combines compute virtualization, software-defined storage, networking, automation, and infrastructure operations.
It provides organizations with a platform for deploying and managing virtualized infrastructure and modern application environments.
Several important technologies contribute to the VMware Cloud Foundation ecosystem:
- VMware vSphere: Provides the virtualization platform for enterprise compute workloads.
- VMware vSAN: Delivers software-defined storage capabilities.
- VMware NSX: Provides software-defined networking and security services.
- VCF Operations: Supports infrastructure monitoring, performance analysis, and operational management.
- VCF Operations for Logs: Helps administrators analyze infrastructure logs and investigate events.
- VCF Operations for Networks: Provides network visibility and troubleshooting capabilities.
- VCF Automation: Enables infrastructure automation, self-service provisioning, and governance.
- VCF Fleet Management: Provides management capabilities for VMware Cloud Foundation environments.
- VMware HCX: Supports workload mobility and migration scenarios.
These components work together to provide an enterprise private cloud platform.
However, integration also introduces dependencies.
A network connectivity issue may affect workload migration. A certificate problem may interrupt communication between management services. Storage degradation may influence virtual machine performance.
Support engineers must understand these relationships when diagnosing infrastructure problems.
What Is the VMware Cloud Foundation 9.0 Support Certification?
The VMware Cloud Foundation 9.0 Support examination, identified by 2V0-15.25, is associated with the VCP-VCF Support certification.
Unlike certifications that concentrate primarily on platform design or administration, the Support certification emphasizes troubleshooting problems encountered during deployment, operation, and maintenance.
Its focus includes identifying technical issues, analyzing infrastructure behavior, isolating root causes, and selecting appropriate remediation methods.
The certification is particularly relevant to professionals working in roles such as:
- VMware Technical Support Engineer
- Cloud Infrastructure Support Engineer
- Data Center Systems Engineer
- Virtualization Support Specialist
- Private Cloud Administrator
- Infrastructure Operations Engineer
- Site Reliability Engineer (SRE)
- Technical Support Consultant
For engineers who already manage VMware environments, preparing for the certification can provide an opportunity to strengthen troubleshooting skills across the broader VMware Cloud Foundation platform.
Candidates planning to take this certification can explore our 2V0-15.25 exam preparation resources as a supplementary reference when organizing their study plan.
VMware 2V0-15.25 Exam Overview
According to the official Broadcom certification information, the VMware Cloud Foundation 9.0 Support exam has the following characteristics:
| Exam Information | Details |
|---|---|
| Exam Name | VMware Cloud Foundation 9.0 Support |
| Exam Code | 2V0-15.25 |
| Certification | VCP-VCF Support |
| Number of Questions | 60 |
| Exam Duration | 135 Minutes |
| Passing Score | 300 (Scaled Score) |
| Question Format | Multiple Choice and Multiple Selection |
| Exam Languages | English and Japanese |
| Exam Delivery | Pearson VUE |
| Listed Exam Price | USD $250 |
| Primary Focus | VMware Cloud Foundation 9.0 Troubleshooting |
Important: Exam prices, languages, policies, and availability may change. Always verify the latest details through the official Broadcom certification website before scheduling an exam.
Who Should Take the VMware 2V0-15.25 Exam?
The VCP-VCF Support certification is designed for professionals who support enterprise virtualization and private cloud infrastructure.
Broadcom’s official exam guide describes a minimally qualified candidate as someone with at least two years of general IT experience and approximately one year of experience supporting or troubleshooting VMware Cloud Foundation components.
Candidates should understand the architecture, functionality, and relationships among technologies such as vCenter, ESX, vSAN, NSX, VCF Operations, and VCF Automation.
A useful technical foundation includes:
- Basic Linux and Windows administration
- TCP/IP networking and DNS
- Virtualization fundamentals
- VMware ESX and vCenter management
- Shared and software-defined storage
- Authentication and authorization
- Infrastructure monitoring
- Log collection and analysis
- Systematic troubleshooting methodologies
Beginners can use the exam objectives as a learning roadmap, but candidates without practical VMware experience should expect a steeper learning curve.
VMware Cloud Foundation 9.0 Support Exam Objectives
The official 2V0-15.25 exam blueprint concentrates its testable objectives in the troubleshooting section.
The following areas summarize the eleven published troubleshooting objectives.
1. Troubleshooting VCF Fleet Deployment
Deploying VMware Cloud Foundation requires multiple infrastructure components to communicate correctly.
Problems involving DNS, time synchronization, host connectivity, certificates, or deployment prerequisites can interrupt the process.
Candidates should understand how to investigate initial VCF deployment failures and problems associated with scaling a VCF Fleet.
Useful troubleshooting activities include:
- Reviewing deployment prerequisites
- Checking DNS forward and reverse resolution
- Validating NTP synchronization
- Confirming network connectivity
- Investigating failed deployment tasks
- Reviewing relevant component logs
- Checking VCF Instance inventory and health
2. Troubleshooting VCF Upgrades and Conversion
Infrastructure upgrades involve more than installing new software versions.
Engineers must consider compatibility, dependencies, component health, and supported upgrade paths.
The exam covers troubleshooting scenarios associated with upgrading VMware Cloud Foundation 5.x environments to VCF 9.0 and converting supported vSphere environments to VCF 9.0.
Important preparation topics include:
- Upgrade prerequisites
- Supported upgrade paths
- Component version compatibility
- Upgrade task failures
- Pre-upgrade validation
- Log analysis
- Post-upgrade health verification
Support engineers should always consult release-specific documentation before attempting recovery actions during an upgrade.
3. Troubleshooting VCF Workload Domains
Workload domains provide logical units of infrastructure for hosting workloads within VMware Cloud Foundation.
The exam includes troubleshooting scenarios related to workload domain creation, cluster scaling, host addition or removal, and importing supported vSphere environments.
Common areas to investigate include:
- Host compatibility and readiness
- Networking prerequisites
- Cluster resource availability
- Storage configuration
- vCenter communication
- Inventory synchronization
- Workload domain configuration consistency
Understanding how workload domains interact with vCenter, ESX, storage, and networking services is important when investigating provisioning failures.
4. Troubleshooting Certificates, Passwords, and Identity Management
Certificates and identity services are essential to secure communication between infrastructure components.
When these services fail, administrators may encounter login errors, certificate warnings, authentication failures, or communication problems.
The exam includes topics such as:
- Certificate replacement
- Certificate auto-renewal
- Certificate authority configuration
- External certificate import
- Certificate Signing Requests (CSRs)
- Password management
- VMware Identity Broker troubleshooting
For example, an expired certificate may prevent a management component from establishing a trusted connection.
A support engineer should investigate the certificate validity period, trust chain, hostname matching, and relevant service logs before selecting a corrective action.
5. Troubleshooting VMware Cloud Foundation Licensing
Licensing is another important operational topic in VMware Cloud Foundation 9.0.
VCF 9.0 introduced subscription license file workflows managed through VCF Operations and the Broadcom Business Services environment.
Candidates should understand how to investigate:
- License assignment failures
- Incorrect or missing entitlements
- License expiration issues
- Licensing connectivity problems
- License file registration and synchronization
An engineer should distinguish between a software licensing issue, an entitlement issue, and a connectivity problem affecting license management.
6. Troubleshooting VMware Compute Infrastructure
Compute troubleshooting covers VMware ESX hosts, vCenter, virtual machines, and vSphere cluster configurations.
Common operational problems include:
- ESX hosts becoming disconnected
- Virtual machines failing to power on
- Cluster configuration inconsistencies
- Resource contention
- Management service failures
- Virtual machine performance degradation
- Host connectivity problems
Suppose an administrator discovers that a virtual machine cannot power on.
Possible causes include insufficient resources, inaccessible storage, configuration problems, or host-related failures.
The support engineer should begin with the observed error and relevant events, then narrow the investigation to the affected infrastructure layer.
7. Troubleshooting VMware vSAN Storage
Storage failures can have a direct impact on virtual machine availability and application performance.
The 2V0-15.25 exam includes troubleshooting VMware vSAN, vSAN stretched clusters, and supplemental storage configurations such as iSCSI, NFS, and Fibre Channel.
Important troubleshooting topics include:
- vSAN cluster health
- Storage policy compliance
- Storage device failures
- Network connectivity between hosts
- Storage performance problems
- Stretched cluster availability
- Supplemental datastore accessibility
When investigating vSAN issues, engineers should examine cluster health information and determine whether the problem relates to networking, capacity, storage devices, or data availability.
It is important to avoid making potentially disruptive storage changes before understanding the condition of the affected cluster.
8. Troubleshooting VMware NSX Networking
Networking is among the most important technical areas in VMware Cloud Foundation troubleshooting.
The official exam blueprint includes:
- vSphere Distributed Switch (VDS) troubleshooting
- VMware NSX configuration
- NSX routing
- NSX gateways
- DHCP and VPN services
- NSX Virtual Private Cloud (VPC)
Consider a virtual machine that can communicate with workloads on the same network but cannot reach an external service.
The problem could involve routing, gateway connectivity, firewall policies, or physical network configuration.
Instead of immediately modifying firewall settings, a support engineer should investigate the packet path and determine where communication stops.
Useful checks may include:
- Virtual machine IP configuration
- Default gateway
- DNS resolution
- Logical segment connectivity
- NSX gateway configuration
- Routing tables
- Security policies
- Physical network reachability
Strong networking fundamentals are especially useful when troubleshooting VMware NSX environments.
9. Troubleshooting VCF Operations and Observability
VCF Operations provides tools for monitoring and analyzing infrastructure behavior.
The exam includes troubleshooting with VCF Operations, VCF Operations for Logs, VCF Operations for Networks, and the Observability Workbench.
Candidates should understand how to use monitoring data to identify unusual infrastructure conditions.
Relevant skills include:
- Investigating health and performance alerts
- Analyzing infrastructure metrics
- Reviewing logs and events
- Creating troubleshooting dashboards
- Generating reports
- Configuring alerts
- Collecting diagnostic log bundles
- Using Log Assist for supported support workflows
For example, repeated virtual machine performance alerts may indicate CPU contention, memory pressure, or storage latency.
Monitoring tools help engineers correlate these symptoms with infrastructure metrics rather than relying on guesswork.
10. Troubleshooting VCF Automation and Modern Applications
VMware Cloud Foundation supports infrastructure automation and modern application consumption models.
The 2V0-15.25 exam includes troubleshooting areas involving VCF Automation, VMware Supervisor, provider management, and organization configuration.
Important topics include:
- VCF Automation configuration
- VMware Identity Broker integration
- Supervisor-related issues
- Virtual Private Cloud configuration
- Regions and regional networking
- Content Libraries
- Storage classes and VM classes
- Organization configuration
- Self-service provisioning failures
For example, a user may be unable to deploy a virtual machine through a self-service catalog.
The underlying issue could involve permissions, project configuration, resource availability, an image reference, or network and storage policies.
The troubleshooting process should identify which component rejected or failed the request before any configuration is changed.
11. Troubleshooting VMware HCX Workload Mobility
VMware HCX supports workload migration and mobility between compatible infrastructure environments.
The exam includes investigating HCX configuration and workload migration failures.
Support engineers should understand:
- HCX component connectivity
- Migration prerequisites
- Network availability
- Migration service configuration
- Workload compatibility
- Migration task monitoring
- Failure diagnostics
A failed workload migration does not necessarily indicate a virtual machine problem.
Connectivity, service configuration, resource availability, or destination compatibility may also contribute to migration failures.
Understanding a Structured VMware Troubleshooting Methodology
Knowing where to find a setting is useful, but effective troubleshooting requires a repeatable investigation process.
One of the most valuable habits for a VMware support engineer is separating symptoms from possible causes.
A practical troubleshooting workflow includes the following steps.
Step 1: Identify the Problem
Begin by collecting accurate information about the reported incident.
Ask questions such as:
- What exactly is failing?
- When did the problem begin?
- Which services and workloads are affected?
- Did any configuration changes occur recently?
- Can the issue be reproduced?
Step 2: Determine the Scope
Establish whether the problem affects a single virtual machine, an ESX host, an entire cluster, a workload domain, or multiple VCF components.
Understanding the scope helps prioritize the investigation.
Step 3: Collect Evidence
Review relevant system events, logs, performance metrics, health checks, and error messages.
Evidence should guide troubleshooting decisions.
Step 4: Develop a Hypothesis
Based on the available information, identify plausible causes and determine how to test them.
For example, intermittent virtual machine network failures might involve physical packet loss, overlay connectivity, or security policies.
Step 5: Validate the Root Cause
Use appropriate diagnostic methods to confirm or reject the hypothesis.
Avoid changing multiple settings simultaneously, because doing so can make it difficult to identify which action affected the outcome.
Step 6: Implement and Verify the Resolution
After identifying the cause, follow supported remediation procedures and relevant change management requirements.
Validate that the original problem has been resolved and that the corrective action has not introduced additional failures.
Step 7: Document the Incident
Record the symptoms, investigation steps, root cause, corrective actions, and preventive recommendations.
Good documentation reduces repeated troubleshooting effort and improves operational knowledge.
Real-World Example: Troubleshooting an ESX Host Connectivity Issue
Imagine an enterprise running VMware Cloud Foundation 9.0.
One morning, the operations team notices that an ESX host appears disconnected in vCenter.
Several virtual machines remain operational, but administrators cannot perform normal management operations on the affected host.
What should the support engineer investigate?
1. Verify Network Connectivity
Determine whether the management network is reachable.
Check IP addressing, gateway configuration, physical connections, and relevant network paths.
2. Check DNS Resolution
Verify that the host and vCenter can resolve the required names correctly.
DNS problems can affect communication between VMware management components.
3. Inspect Management Services
Review relevant management service status and logs to determine whether a service failure is preventing connectivity.
4. Review Recent Changes
Check whether any network modifications, certificate replacements, host maintenance operations, or configuration changes occurred before the issue appeared.
5. Validate the Resolution
Once the root cause has been addressed using supported procedures, confirm that the host reconnects successfully and that cluster health and management functions return to their expected state.
This example illustrates why VMware troubleshooting requires knowledge of networking, virtualization, management services, and operational processes.
Real-World Example: Investigating an NSX Connectivity Failure
Consider another scenario.
A development team reports that virtual machines connected to an NSX-backed segment can communicate with one another but cannot access an external application.
Before making configuration changes, a support engineer should establish the expected network path.
Relevant checks may include:
- Confirm the virtual machine IP address, subnet mask, and default gateway.
- Verify connectivity within the local segment.
- Examine the connected gateway and relevant routing information.
- Review applicable distributed and gateway firewall policies.
- Check external routing and upstream network connectivity.
- Determine whether the issue affects one workload or multiple segments.
If the investigation reveals a missing route, the remediation differs significantly from the action required for a restrictive security policy.
This is an important lesson for the 2V0-15.25 exam: the most appropriate troubleshooting action depends on the evidence and the specific failure scenario.
VMware Cloud Foundation Support vs. Administrator vs. Architect
VMware Cloud Foundation certifications address different infrastructure responsibilities.
| Certification Track | Primary Focus | Typical Responsibilities |
|---|---|---|
| VCF Administrator | Deployment and Administration | Configure, operate, and manage VCF infrastructure |
| VCF Architect | Architecture and Design | Translate requirements into technical infrastructure designs |
| VCF Support | Troubleshooting and Support | Diagnose incidents, analyze failures, and restore services |
These skill sets complement one another.
An administrator may detect an issue during daily operations. A support engineer investigates its technical cause. An architect may later recommend design improvements to reduce the likelihood of similar failures.
For professionals who enjoy investigating complex technical problems, the VCP-VCF Support certification may be particularly relevant.
How Difficult Is the VMware 2V0-15.25 Exam?
The VMware Cloud Foundation 9.0 Support exam can be challenging because candidates must understand how different technologies behave when something goes wrong.
Unlike a basic product knowledge examination, troubleshooting scenarios may require candidates to interpret symptoms and identify the most appropriate next action.
For example, a question involving degraded virtual machine performance may require an understanding of compute resources, storage latency, network behavior, or infrastructure monitoring.
The difficulty generally depends on:
- Experience with VMware infrastructure
- Familiarity with VCF components
- Understanding of networking and storage
- Ability to analyze logs and monitoring data
- Knowledge of supported remediation procedures
- Experience troubleshooting production incidents
Candidates who have spent time investigating real VMware incidents may find scenario-based questions easier to interpret.
For beginners, a strong understanding of infrastructure fundamentals should come before advanced troubleshooting topics.
How to Prepare for the VMware Cloud Foundation 9.0 Support Exam
1. Download the Official 2V0-15.25 Exam Guide
Start by reviewing the official Broadcom exam objectives.
Identify unfamiliar technologies and create a study checklist.
Because the published exam objectives focus on troubleshooting, your preparation should emphasize failure scenarios and diagnosis rather than only standard deployment procedures.
2. Review VMware Cloud Foundation Architecture
Understanding the architecture is essential for identifying component dependencies.
Review how ESX, vCenter, vSAN, NSX, VCF Operations, and other management components interact.
Pay particular attention to management connectivity, infrastructure services, and the relationships between workloads and platform components.
3. Develop Strong Networking Skills
Networking knowledge is especially useful when investigating VMware NSX and VCF connectivity problems.
Study:
- TCP/IP fundamentals
- VLANs and routing
- DNS and DHCP
- MTU considerations
- Network segmentation
- Distributed switching
- Overlay networking
- Gateway and firewall troubleshooting
4. Practice Log Analysis
Learn how to locate relevant events and distinguish meaningful error messages from routine system activity.
When reviewing logs, focus on timestamps, component relationships, repeated failures, and the events immediately preceding an incident.
5. Explore VCF Operations
Become familiar with dashboards, alerts, performance data, infrastructure health information, and diagnostic workflows.
Understanding monitoring and observability tools can significantly improve troubleshooting efficiency.
6. Practice Realistic Failure Scenarios
Where authorized and safe, use a non-production lab to practice investigating configuration and connectivity problems.
Potential exercises include:
- Investigating an ESX host connectivity problem
- Diagnosing a virtual machine network issue
- Reviewing vSAN health warnings
- Analyzing certificate validation errors
- Investigating workload deployment failures
- Reviewing failed infrastructure tasks
A lab should use supported software configurations and should not involve intentionally disrupting production systems.
7. Practice Explaining the Root Cause
After completing a troubleshooting exercise, summarize:
- The observed symptom
- The affected components
- The evidence collected
- The identified root cause
- The resolution
- The validation method
This process develops analytical skills that are useful both during certification preparation and in professional support roles.
For candidates who want to supplement official documentation with a structured revision approach, our VCP-VCF Support certification preparation resources provide an additional starting point for studying VMware Cloud Foundation troubleshooting topics.
Suggested Four-Week VMware 2V0-15.25 Study Plan
| Week | Focus Areas | Recommended Activities |
|---|---|---|
| Week 1 | VCF Fundamentals and Deployment | Review VCF architecture, Fleet deployment, workload domains, upgrades, and conversion troubleshooting. |
| Week 2 | Compute, Storage, and Networking | Study ESX, vCenter, vSAN, VDS, NSX, gateways, and network troubleshooting scenarios. |
| Week 3 | Management and Operations | Review certificates, identity management, licensing, VCF Operations, VCF Automation, and HCX. |
| Week 4 | Scenario-Based Revision | Practice troubleshooting exercises, review weak areas, and revisit the official exam objectives. |
This study plan is intended for candidates with existing VMware infrastructure knowledge.
Professionals who are new to virtualization or private cloud technologies may require additional preparation time.
Career Benefits of the VCP-VCF Support Certification
Modern IT environments depend on reliable infrastructure operations.
As virtualization platforms become more integrated, support engineers increasingly need to understand the relationships between compute, storage, networking, identity, and automation services.
The VCP-VCF Support certification provides an opportunity to demonstrate VMware Cloud Foundation troubleshooting knowledge.
Potential career benefits include:
- Improving VMware infrastructure troubleshooting skills
- Supporting career development in cloud operations
- Building expertise in private cloud environments
- Strengthening incident investigation capabilities
- Developing knowledge relevant to Site Reliability Engineering
- Improving collaboration with infrastructure and architecture teams
- Demonstrating technical commitment through professional certification
However, certification alone does not guarantee employment or career advancement.
Employers also value practical experience, communication skills, technical judgment, and the ability to resolve incidents safely.
Frequently Asked Questions About VMware 2V0-15.25
What is the VMware 2V0-15.25 exam?
The 2V0-15.25 exam is the VMware Cloud Foundation 9.0 Support examination associated with the VMware Certified Professional – VMware Cloud Foundation Support certification.
How many questions are on the VMware Cloud Foundation 9.0 Support exam?
The official exam guide specifies 60 questions and an appointment duration of 135 minutes.
What is the passing score for 2V0-15.25?
The passing score is 300 using a scaled scoring method. It should not be interpreted as a fixed percentage of correct answers.
Is the VMware 2V0-15.25 exam difficult?
The exam can be challenging for candidates without practical troubleshooting experience because it covers multiple VMware Cloud Foundation technologies and scenario-based problem diagnosis.
Does the 2V0-15.25 exam include VMware NSX?
Yes. The official blueprint includes NSX configuration, routing, gateways, network services, and NSX Virtual Private Cloud troubleshooting.
Does VMware 2V0-15.25 include vSAN troubleshooting?
Yes. Candidates should understand VMware vSAN troubleshooting, stretched cluster issues, and supplemental storage configurations.
Does the exam cover VMware Cloud Foundation upgrades?
Yes. The official exam objectives include troubleshooting VCF upgrades and supported conversion scenarios involving VMware Cloud Foundation 9.0.
Who should pursue the VCP-VCF Support certification?
The certification is relevant to VMware support engineers, virtualization administrators, cloud operations specialists, infrastructure engineers, and professionals interested in private cloud troubleshooting.
What is the best way to prepare for VMware 2V0-15.25?
Review the official exam guide, study VMware Cloud Foundation 9.0 documentation, strengthen compute and networking fundamentals, and practice realistic troubleshooting scenarios.
Is VCP-VCF Support worth pursuing?
For professionals whose responsibilities involve supporting VMware-based private cloud infrastructure, the certification can provide a structured way to develop and validate relevant technical knowledge.
Final Thoughts
The VMware Cloud Foundation 9.0 Support (2V0-15.25) exam provides a focused certification path for IT professionals who want to strengthen their ability to troubleshoot VMware-based private cloud environments.
Its technical scope spans deployment, upgrades, workload domains, compute, storage, networking, identity management, licensing, monitoring, automation, and workload migration.
These areas reflect the practical reality of enterprise infrastructure support: a single incident may involve several interconnected technologies.
The most successful support engineers do more than recognize error messages. They investigate symptoms systematically, collect reliable evidence, understand component dependencies, and apply corrective actions carefully.
For candidates preparing for the VCP-VCF Support certification, the best approach is to combine official VMware documentation with practical troubleshooting exercises and a strong understanding of infrastructure fundamentals.
Developing these skills can help candidates prepare for the examination while building capabilities that are directly relevant to real-world VMware Cloud Foundation operations.
If you are planning your next VMware certification, explore our 2V0-15.25 VMware Cloud Foundation 9.0 Support exam study guide for supplementary exam preparation materials.
Official References and Further Reading
The following official resources provide additional details about the VMware Cloud Foundation 9.0 Support certification and related technical topics.
-
Broadcom – VMware Certified Professional: VMware Cloud Foundation Support
-
Broadcom – VMware Cloud Foundation Support Official Exam Guide
-
Broadcom TechDocs – VMware Cloud Foundation 9.0 Documentation
-
Broadcom – VMware Education and Learning Resources
-
Broadcom Knowledge Base – VMware Cloud Foundation Known Issues
-
Broadcom Knowledge Base – Getting Started with VCF 9 Licensing
-
Broadcom Community – VMware Technical Discussions
Disclaimer: This article is an independent educational resource published for VMware certification candidates and IT professionals. PeopleDumps is not affiliated with or endorsed by Broadcom or VMware. All product names and trademarks belong to their respective owners. Exam requirements and product information may change. Always consult the latest official Broadcom documentation before scheduling an examination.
