3V0-752 Exam Questions & Answers
VMware Certified Advanced Professional 7 - Desktop Management Design Exam • VMware
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About 3V0-752 Exam
The 3V0-752 VMware Certified Advanced Professional 7 - Desktop Management Design Exam is a professional-level certification designed for experienced IT architects and desktop infrastructure specialists who want to validate their expertise in designing enterprise desktop solutions using VMware technologies. This advanced exam tests candidates' knowledge of designing and implementing desktop management strategies, including Horizon architecture, virtual desktop infrastructure (VDI), application delivery, security frameworks, and performance optimization. The certification is ideal for professionals seeking career advancement in cloud computing, virtualization, and enterprise desktop management roles.
To successfully pass the 3V0-752 exam, candidates should leverage comprehensive study resources including updated exam dumps and practice tests that mirror real exam scenarios. These preparation materials help identify knowledge gaps, build confidence, and reinforce critical concepts such as Horizon deployment models, user environment management, and disaster recovery planning. Practice tests simulate the actual exam environment, allowing candidates to develop time management skills and become familiar with question formats. Combined with hands-on lab experience and official VMware documentation, quality exam dumps and practice tests significantly increase the likelihood of achieving certification success and advancing your career in enterprise desktop infrastructure design.
Exam Topics & Objectives
4-Week Study Plan for 3V0-752
Week 1: Horizon Conceptual and Logical Design Foundations
- Review VMware Horizon architecture overview and design principles from official documentation
- Study Horizon Conceptual Design components: user personas, business requirements, and design constraints
- Analyze case studies on requirement gathering for Horizon deployments
- Create conceptual design documentation template with user pools and access patterns
- Study Horizon Logical Design: connection servers, security servers, and management components
- Map logical components to business requirements from sample scenarios
- Document logical architecture for multi-site Horizon environments
- Practice designing redundancy and high availability in logical architecture
- Review best practices for Horizon 7 logical design patterns
- Complete practice questions on conceptual and logical design domains
Week 2: Physical Design for vSphere, Storage, and Networking
- Study vSphere infrastructure requirements for Horizon 7 deployments
- Design ESXi cluster configurations for desktop pools and RDSH servers
- Analyze CPU, memory, and storage allocation calculations for Horizon workloads
- Review vSphere networking requirements: VLAN segmentation and network design
- Study Horizon storage design: datastores for linked clones, full clones, and persistent disks
- Calculate storage capacity requirements for various desktop pool scenarios
- Design storage array configurations for different Horizon deployment sizes
- Study Horizon networking design: subnet planning and network services
- Design network architecture for multi-site Horizon deployments
- Create physical design documents incorporating vSphere, storage, and networking components
- Complete practice scenarios on infrastructure sizing and capacity planning
Week 3: Physical Design for Desktops, Pools, and Application Services
- Study Horizon desktop pool types: automated linked clone, full clone, and manual pools
- Design desktop pool configurations for different user personas and workloads
- Analyze image optimization and layer composition strategies
- Review AppVolumes integration into Horizon physical design
- Design application delivery methods: AppVolumes, ThinApp, and traditional installations
- Study User Environment Manager (UEM) integration and profile management design
- Design workspace environment customization for various user groups
- Plan application packaging strategies for different delivery models
- Create comprehensive physical design documents for desktop pools with application services
- Review performance considerations for application-heavy deployments
- Complete practice questions on desktop pool design and application services integration
Week 4: Endpoint Integration and Comprehensive Design Review
- Study Horizon client requirements and endpoint device types
- Design endpoint policies and security configurations for different device categories
- Analyze thin client, mobile device, and traditional desktop endpoint integration
- Review USB redirection and device mapping policies for endpoint design
- Study bandwidth optimization for remote endpoint connectivity
- Design client deployment strategies for various endpoint environments
- Review Workspace ONE integration with Horizon for unified endpoint management
- Create comprehensive Horizon 7 physical design incorporating all components: vSphere, storage, networking, desktops, applications, and endpoints
- Review design validation checklists against business requirements
- Practice full scenario-based design exercises with multiple constraints and requirements
- Take full-length practice exams covering all design domains
- Review weak areas and reinforce knowledge before final exam
Sample 3V0-752 Questions
Practice with real exam-style questions. Reveal answers to verify your knowledge.
An architect is working on a physical desktop replacement using Horizon View.
The architect gathered this information from the customer:
* There are currently 500 physical desktops, all with traditional spinning hard drives.
* Each desktop peaks at 75 IOPS multiple times during the day.
* The average read/write ratio is 30% reads, 70% writes.
The architect decided to size the vSAN cluster to handle the workload using FTT=1 and Fault Tolerance Method of RAID-1.
Using only the information provided, what are the total calculated IOPS required for the vSAN cluster?
A company wants to allow sales personnel to use laptops to access the internal VDI. Due to security constraints, VDI desktop pools for travelers will not be granted access to the Internet. Sales personnel however will be able to access links from email or other documents from their VDI sessions.
What can be implemented to meet these requirements?
Which ports on a firewall need to be opened to allow client PCoIP traffic to flow from user's endpoints to a Unified Access Gateway appliance?
A small government organization wants to implement stateless desktops using VMware products. The IT team is unable to add or alter any GPO in the organization's Active Directory. It wants to minimize the storage space required for the user VMs and preserve user's profiles and other personalization settings.
Which accomplishes these goals?
An application packaging team is preparing to deploy a new enterprise application for 1000 users.
Application requirements and limitations include:
* Windows 2012 R2 or Windows 10 64-bit OS
* Installation of a PDF printer
* Application only allows a single instance to be launched
* 1 GB RAM
The organization is only using Horizon hosted applications on Windows 2012 R2. The servers are at 30% utilization. No additional users will be added.
What changes to the Horizon environment will be required to deploy the application?
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