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VMware 3V0-21.23 Exam Syllabus Topics:

Topic	Details
Topic 1	IT Architectures, Technologies, Standards: This section of the exam measures the skills of IT Architects and covers differentiating between business and technical requirements, as well as conceptual, logical, and physical design. A key skill measured is "Designing System Availability."
Topic 2	Plan and Design the VMware Solution: This part targets Solution Designers, evaluating their ability to gather business objectives, create conceptual models based on these objectives, develop logical designs, and translate them into physical designs that meet specific requirements like manageability or security.
Topic 3	VMware Products and Solutions: Targeting VMware Engineers, this section describes VMware Cloud Foundation architecture, its components like vSphere and NSX, benefits such as automation and scalability, and use cases like hybrid cloud environments. It assesses understanding of VMware Validated Solutions.

VMware vSphere 8.x Advanced Design Sample Questions (Q99-Q104):

NEW QUESTION # 99
An architect is designing a new vSphere-based solution for a customer.
During a requirement gathering workshop, the following information is provided:
The solution must have a primary and secondary site.
The solution must support a maximum of 1,000 concurrent workloads.
The profile of the workloads are as follows:
- Production Workloads
-- 300 x Small: 1 vCPU, 2 GB RAM
-- 400 x Medium: 2 vCPU, 6 GB RAM
-- 100 x Large: 4 vCPU, 8 GB RAM
- Development Workloads
-- 200 x Small: 1 vCPU, 2 GB RAM
The corporate security policy states that, during normal operations, production workloads must be physically segregated from development workloads.
All production workloads are split evenly across the primary and secondary site.
All development workloads run only within the secondary site.
In the event of a disaster affecting workloads in the primary site, the secondary site must be capable of running all production and development workloads.
The vCPU to physical core ratio should be a maximum of 10:1 for production workloads and 20:1 for development workloads.
The solution should provide a minimum of N + 1 resiliency at each component level.
The target physical host hardware platform has already been defined by the company's hardware standards and therefore each host has the following configuration:
-- 2 x 24 physical cores
-- 768 GB RAM
-- 2 x 100 GB SSD drives
-- 6 x 10 GbE network cards
What is the minimum number of hosts required to meet the requirements?

A. 0
B. 1
C. 2
D. 3

Answer: A

Explanation:
1. Production Workloads:
300 x Small: 1 vCPU, 2 GB RAM
400 x Medium: 2 vCPU, 6 GB RAM
100 x Large: 4 vCPU, 8 GB RAM
TotalvCPUsrequired for production:
Small: 300 x 1 = 300 vCPUs
Medium: 400 x 2 = 800 vCPUs
Large: 100 x 4 = 400 vCPUs
Total production vCPUs= 300 + 800 + 400 =1,500 vCPUs
2. Development Workloads:
200 x Small: 1 vCPU, 2 GB RAM
Total vCPUsrequired for development:
Small: 200 x 1 =200 vCPUs
3. Workload Distribution:
Production workloads are split evenly across the primary and secondary site:750 vCPUs per site(1,500/2).
All development workloads run in the secondary site:200 vCPUs.
4. vCPU to Physical Core Ratio:
Production workloads:10:1 ratio(vCPU to core ratio).
Development workloads:20:1 ratio(vCPU to core ratio).
5. Hosts Configuration:
Each host has24 physical coresand768 GB of RAM.
Since the maximum vCPU-to-core ratio for production is 10:1, each host can support240 vCPUs(24 cores x
10).
For development, with a ratio of 20:1, each host can support480 vCPUs(24 cores x 20).
6. Host Calculation:
Production Workloads(750 vCPUs per site):
750 vCPUs for production divided by 240 vCPUs per host =3.125 hosts(rounding up =4 hostsper site for production).
Development Workloads(200 vCPUs):
200 vCPUs divided by 480 vCPUs per host =0.416 hosts(rounding up =1 hostfor development).
7. Resiliency:
N + 1 resiliencymeans we need one extra host per site to provide redundancy.
8. Total Hosts:
4 hostsfor production in the primary site.
4 hostsfor production in the secondary site.
1 hostfor development in the secondary site.
1 additional hostfor N + 1 resiliency in both sites.
Total hosts required= 4 (primary production) + 4 (secondary production) + 1 (secondary development) + 2 (N
+ 1) =12 hosts.

NEW QUESTION # 100
A VMware Service Provider is tasked with delivering a solution for continuous availability for a subset of Tier 1 virtual machines (VMs) and vApps running in their vSAN environment. The VMs make up a mission-critical application and there can be no data loss in the event of an outage at their primary data center.
In the event of a regional outage, they have established a 10-minute recovery point objective (RPO).
Failover/failback to the third site must be automated.
They have the following in place:
- Two local data centers (primary and secondary) connected with 100 Gb dedicated fiber
- 2ms round-trip time (RTT) latency between the sites
- A third data center located on another power grid
- 70ms latency between the primary and secondary data centers
- Matching storage arrays at all locations.
Which two solutions could be used to meet the requirements? (Choose two.)

A. Snapshots
B. Site Recovery Manager
C. vSAN Metro Cluster
D. vSphere Data Protection
E. vStorage APIs for Array Integration (VAAI)

Answer: B,C

NEW QUESTION # 101
How is the physical and virtual networking topology different in a vSphere environment?

A. Physical networking refers to the virtual switches and port groups in vSphere, while virtual networking refers to physical switches and routers.
B. Physical networking involves software-defined networking, while virtual networking involves physical network switches and routers.
C. Physical networking refers to the physical network infrastructure, while virtual networking refers to the virtual switches and port groups in vSphere.
D. Physical networking and virtual networking are synonymous terms used interchangeably.

Answer: C

NEW QUESTION # 102
Which type of requirements describe specific tasks or operations that a system must perform?

A. Capacity requirements
B. Performance requirements
C. SLA requirements
D. Functional requirements

Answer: D

NEW QUESTION # 103
An architect is designing a new vSphere architecture and notes the following information during the design workshops:
vSphere distributed switches (VDS) will be used for all vSphere clusters. Switch naming will be based on cluster name, resource type function and switch number.
Port group naming will be based on function, role and VLAN number range.
Each host has two physical network cards each with two NIC ports:
- Card A aligns to vmnic0 and vmnic1
- Card B aligns to vmnic2 and vmnic3
The architecture must provide resilient network connections.
Management Services will use VLAN ID 43.
Virtual machines access VLAN ID 100.
The vSphere infrastructure will use a hyper-converged storage architecture.
How should the architect document the VDS physical design based on the noted information?

A. vSwitch Prod_DVS_01 will have 4 uplinks
Port group name "pg_mgmt_43"
- uplink = vmnic0, vmnic2
- teaming policy = active/passive
Port group name "pg_VM_100"
- uplink = vmnic1, vmnic3
- teaming policy = active/passive
B. vSwitch Prod_DVS_01 will have 4 uplinks
Port group name "pg_mgmt"
- uplink = vmnic0, vmnic2
- teaming policy = active/passive
Port group name "pg_VM"
- uplink = vmnic1, vmnic3
- teaming policy = active/passive
C. vSwitch Prod_DVS_01 will have 2 uplinks
Port group name "pg_mgmt_43"
- uplink = vmnic0
- teaming policy = active/passive
Port group name "pg_VM_100"
- uplink = vmnic1
- teaming policy = active/passive
D. vSwitch Prod_DVS_01 will have 4 uplinks
Port group name "pg_mgmt_43"
- uplink = vmnic0, vmnic1
- teaming policy = active/passive
Port group name "pg_VM_100"
- uplink = vmnic2, vmnic3
- teaming policy = active/passive

Answer: A

NEW QUESTION # 104
......

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