Containing Latest 2024 Updated Advanced Design VMware vSphere 7.x Syllabus Questions
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Exam Number: 3V0-21.21

Exam Name : Advanced Design VMware vSphere 7.x

Exam Duration : 150 min.

Number of Questions: 60

Passing Score : 300

Format: Single and Multiple Choice, Proctored



Exam Description

This exam tests a candidate's ability to apply design principles to develop a vSphere 7.x conceptual design given a set of customer requirements, determine the functional and non-functional requirements needed to create a logical design, and architect a physical design using these elements.

The Advanced Design VMware vSphere 7.x exam (3V0-21.21), which leads to the VMware Certified Advanced Professional
– Data Center Virtualization Design 2021 certification, is a 60-item exam with a passing score of 300 using a scaled
method. Candidates are given an exam time of 150 minutes, which includes adequate time to complete the exam for nonnative
English speakers.



Exam Sections


VMware exam blueprint sections are now standardized to the seven sections below, some of which may NOT be included
in the final exam blueprint depending on the exam objectives.

Section 1 – Architecture and Technologies

Section 2 – Products and Solutions

Section 3 – Planning and Designing

Section 4 – Installing, Configuring, and Setup

Section 5 – Performance-tuning, Optimization, and Upgrades

Section 6 – Troubleshooting and Repairing

Section 7 – Administrative and Operational Tasks



Sections Included in this Exam

Section 1 –Architectures and Technologies

Objective 1.1 – Differentiate between conceptual, logical and physical elements of a design

Objective 1.2 – Differentiate between functional and non-functional requirements

Objective 1.3 – Differentiate between Availability, Manageability, Performance, Recoverability, Scalability and
Security (AMPRSS)

Section 2 – VMware Products and Solutions - There are no testable objectives for this section.

Section 3 – Planning and Designing

Objective 3.1 – Gather and analyze functional requirements

3.1.1 – Gather and analyze service-level agreement (SLA) requirements

3.1.2 – Gather network, storage and compute requirements

3.1.3 – Gather workload design requirements

3.1.4 – Gather capacity and performance requirements

Objective 3.2 – Gather and analyze non-functional requirements

3.2.1 – Determine security requirements for a vSphere design

3.2.2 – Determine data protection requirements for a vSphere design

3.2.3 – Determine business continuity requirements for a vSphere design

3.2.4 – Determine disaster recovery requirements for a vSphere design

3.2.5 – Determine compliance requirements for a vSphere design

Objective 3.3 – Determine risks, constraints and assumptions for a design

Objective 3.4 – Create a vCenter Server logical design

3.4.1 – Design a single-site, multi-site, multi-region deployment

3.4.2 – Define a virtual data center design

3.4.3 – Determine availability requirements for vCenter Server

Objective 3.5 – Create a vSphere cluster logical design

3.5.1. – Differentiate between workload or management clusters

3.5.2. – Define a workload cluster design

Objective 3.6 – Create a vSphere host logical design

3.6.1 – Recommend compute resource requirements

3.6.2 – Identify and address scalability requirements

3.6.3 – Determine hypervisor deployment method

Objective 3.7 – Create a vSphere network logical design

3.7.1 – Determine network protocol needs

3.7.2 – Design network segregation for different traffic types

3.7.3 – Determine physical and virtual networking topology

Objective 3.8 – Create a vSphere storage logical design

3.8.1 – Determine storage topology needs (e.g., SAN, local, Hyper-Converged Infrastructure or HCI)

3.8.2 – Evaluate storage protocols based on a given scenario/requirements

3.8.3 – Determine different storage segregation techniques based on a given scenario

3.8.4 – Determine physical and storage connectivity topology

Objective 3.9 – Create a workload logical design

3.9.1 – Determine workload sizing

3.9.2 – Determine workload placement

Objective 3.10 – Create a vCenter Server physical design

3.10.1 – Determine the correct sizing for vCenter Server based on workload requirements

3.10.2 – Map clusters to logical design

Objective 3.11 – Create a vSphere cluster physical design

3.11.1 – Determine the appropriate Distributed Resource Scheduler (DRS), Predictive Distributed Resource

Scheduler (pDRS), and Distributed Power Management (DPM) configurations based on requirements

3.11.2 – Determine the appropriate Proactive High Availability/High Availability configurations based on
requirements

3.11.3 – Determine the appropriate vSphere Enhanced vMotion Compatibility (EVC) configurations based
on requirements

3.11.4 – Determine the appropriate cluster size based on requirements

Objective 3.12 – Create a vSphere host physical design

3.12.1 – Identify the hypervisor deployment method

3.12.2 – Determine the appropriate host size based on requirements

3.12.3 – Determine the appropriate host configurations (network adapters, local storage, RAID controller)

based on requirements

Objective 3.13 – Create a vSphere network physical design

3.13.1 – Determine bandwidth needs based on requirements

3.13.2 – Determine NIC teaming and load balancing methods

3.13.3 – Design VMkernel adapters based on requirements

3.13.4 – Determine Network I/O Control (NIOC) configurations based on requirements

3.13.5 – Determine switch type (standard vs distributed) based on requirements

Objective 3.14 – Create a vSphere storage physical design

3.14.1 – Determine storage multi-pathing and load balancing methods

3.14.2 – Determine the Storage DRS configuration

3.14.3 – Determine appropriate datastore configurations based on requirements

3.14.4 – Determine the physical storage design based on requirements

3.14.5 – Determine appropriate storage policy based on requirements

Objective 3.15 – Create a workload physical design based on application requirements

3.15.1 – Determine workload virtual hardware (e.g., number of network interface cards (NICs) and type of NIC)

3.15.2 – Design content library topology

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