An architect is designing a vSphere-based application hosting solution in a brownfield site.The following information has been provided during the requirements gathering workshop:The solution should support 5,000 compute workloads across two physical sites.The CFO has approved budget for the purchase of new server and network hardware only.The existing storage array is currently Fibre Channel connected with 2 x 8Gbps interfaces to a dedicated Storage Area Network (SAN) fabric.The existing storage array does not support integration with vSphere API for Storage Awareness.The existing storage array can be configured to support NFS storage.The existing vSphere administration team will responsible for operational management of the new solution.Which storage technology should the architect recommend based on these requirements?

vSphere Virtual Volumes (vVols)

An architect is documenting the design for a new multi-site vSphere solution. The customer has informed the architect that the workloads hosted on the solution are managed by application teams, who must perform a number of steps to return the application to service following a failover of the workloads to the secondary site. These steps are defined as the Work Recovery Time (WRT). The customer has provided the architect with the following information about the workloads:Critical workloads have a WRT of 12hoursProduction workloads have a WRT of 24hoursDevelopment workloads have a WRT of 24hoursAll workloads have an RPO of 4hoursCritical workloads have an RTO of 1hourProduction workloads have an RTO of 12hoursDevelopment workloads have an RTO of 24hoursThe customer has also confirmed that the Disaster Recovery solution will not begin the recovery of the development workloads until all critical and production workloads have been recovered at the secondary site.What would the architect document as the maximum tolerable downtime (MTD) for each type of workload in the design?

Critical Workloads: 13hours Production Workloads: 36hours Development Workloads: 48hours

Critical Workloads: 13hours Production Workloads: 36hours Development Workloads: 60hours

Critical Workloads: 12hours Production Workloads: 24hours Development Workloads: 24hours

Critical Workloads: 16hours Production Workloads: 28hours Development Workloads: 28hours

An architect is responsible for the lifecycle management design for a brownfield vSphere-based solution.The following information has been provided during initial meetings around the new solution:Existing heterogeneous server hardware will be used to provide the hosting platform.The available hardware is:- 10 servers that contain 2 x 20-Core Intel Xeon processors and 512GB RAM from Vendor A- 10 servers that contain 2 x 24-Core Intel Xeon processors and 768GB RAM from Vendor A- 20 servers that contain 2 x 16-Core AMD EPYC processors and 512GB RAM from Vendor B- 10 servers that contain 1 x 24-Core AMD EPYC processors and 256GB RAM from Vendor BAll of the hardware is currently listed on the VMware Hardware Compatibility List (HCL).All existing server hardware has 36months vendor support remaining.The requirements from the customer are:REQ001 - The solution must support the hosting of 5,000 workloads spread across two physical sites.REQ002 - The solution should minimize the number of clusters.REQ003 - The solution must ensure that there is no impact to service when completing upgrades.Given the resource requirements needed for the solution, the architect has calculated that all of the existing servers will be required to provide sufficient resources for the new environment. The Intel-based (Vendor A) servers will be deployed to the primary site and both the Intel-based and AMD-based servers (Vendor B) will be deployed to the secondary site.Which assumption should the architect make to support the lifecycle management of vSphere 8?

The different processor architecture within a single site will remediate against a single vSphere Lifecycle Manager image.

The different processor architectures across both sites will remediate against a shared vSphere Lifecycle Manager baseline.

The different processor architectures will be located in the same cluster to support vSphere Lifecycle Manager image-based remediation.

The different processor architecture within a single site will remediate against a single vSphere Lifecycle Manager image.

The different processor architectures across both sites will remediate against a single vSphere Lifecycle Manager image.

An architect is documenting the design for a new multi-site vSphere solution. The customer has informed the architect that the workloads hosted on the solution are managed by application teams, who must perform a number of steps to return the application to service following a failover of the workloads to the secondary site. These steps are defined as the Work Recovery Time (WRT). The customer has provided the architect with the following information about the workloads:Critical workloads have a WRT of 12hoursProduction workloads have a WRT of 24hoursDevelopment workloads have a WRT of 24hoursAll workloads have an RPO of 4hoursCritical workloads have an RTO of 1hourProduction workloads have an RTO of 12hoursDevelopment workloads have an RTO of 24hoursThe customer has also confirmed that the Disaster Recovery solution will not begin the recovery of the development workloads until all critical and production workloads have been recovered at the secondary site.What would the architect document as the maximum tolerable downtime (MTD) for each type of workload in the design?

The different processor architecture within a single site will remediate against a single vSphere Lifecycle Manager image.

The different processor architectures across both sites will remediate against a shared vSphere Lifecycle Manager baseline.

The different processor architectures will be located in the same cluster to support vSphere Lifecycle Manager image-based remediation.

The different processor architecture within a single site will remediate against a single vSphere Lifecycle Manager image.

The different processor architectures across both sites will remediate against a single vSphere Lifecycle Manager image.

During a workshop for a design project, the following information is shared:Develop and maintain strong relationships with key stakeholders and partners to promote collaboration.Maintain high standards of quality and professionalism in all aspects of the project.Build a strong foundation for future projects, including cloud infrastructures.Ensure project timelines and milestones are met by effectively managing resources and priorities.Which of these would be classified as a business outcome of the project?

Build a strong foundation for future projects, including cloud infrastructures.

Ensure project timelines and milestones are met by effectively managing resources and priorities.

Maintain high standards of quality and professionalism in all aspects of the project.

iDevelop and maintain strong relationships with key stakeholders and partners to promote collaboration.

What is an example of an availability design quality?

A vSphere cluster is configured to support an N + 1 level of redundancy.

A vSphere cluster is configured to support a maximum tolerated downtime of one hour.

A vSphere cluster is configured to stage patches on ESXi hosts before applying them.

A vSphere cluster is configured to use a dedicated network adapter for vMotion traffic.

An architect will be updating an existing vSphere data center design.The following information has been provided:The new design must carry over existing VLANs for workloads.The networking for storage must not share the data path with workload traffic.The new design must be able to add additional VLANS.The new design must reduce management overhead.The new replacement servers have two 100GB network cards.Which design will meet the requirements for existing workload networks and allow scaling of additional networks?

One vSphere distributed switch (VDS) configuration The VDS uses aggregated uplinks Workload and storage traffic on the aggregated uplinks

One vSphere standard switch (VSS) configuration Workload and storage traffic on separate uplinks

Two vSphere distributed switches (VDS) Each VDS uses one uplink as active and the other uplink as passive Existing and new workload traffic on one VDS and storage traffic on the other VDS

One vSphere distributed switch (VDS) configuration The VDS uses aggregated uplinks Workload and storage traffic on the aggregated uplinks

An architect is holding a design workshop with a customer for a new solution. The customer states that the new solution needs to provide the following capabilities:Automated deployment and lifecycle management of the vSphere platformSelf-Service deployment of virtual machines and other objects from a central catalogMonitoring, logging and analytic tooling to provide visibility and troubleshooting of the whole solutionSupport deployment via infrastructure-as-code methods for the additional management componentsThe customer also requests that the solution be as cost-effective as possible while still delivering a fast time to value for the organization.Which design approach should the architect recommend to meet these requirements?

Use VMware Cloud Foundation for the vSphere solution and VMware Validated Solutions for the additional components

Use VMware Validated Designs for the vSphere solution and VMware Validated Solutions for the additional components

Use VMware Cloud Foundation for the vSphere solution and VMware Validated Solutions for the additional components

Use VMware Cloud Foundation for the vSphere solution and a custom design for the additional components

Use a custom design for the vSphere solution and VMware Validated Solutions for the additional components

An architect is tasked with an application migration to a new VMware Cloud platform. The application service owner assistance from the architect to identify the technical requirements of the application.The following has been made available following initial discussions:A VMware Aria Operations report containing current resource usageThe output from a planning session including a roadmap for planned service growthA service dependency map from the company's IT operations management toolThe desired consolidation ratio for the target platform is 10:1The applications hosting budget is reducing by 10%Which two contain the technical requirements of the application? (Choose two.)

The desired consolidation ratio for the target platform is 10:1

A VMware Aria Operations report containing current resource usage

The output from a planning session including a roadmap for planned service growth

The desired consolidation ratio for the target platform is 10:1

A VMware Aria Operations report containing current resource usage

The applications hosting budget is reducing by 10%

A service dependency map from the company's IT operations management tool

An architect is responsible for the availability design of a solution.The following information has been provided:Virtual machines (VMs) run 8 or less vCPUsAll hosts have a minimum of two NICs per vSphere distributed switch (VDS) connected to separate physical switchesAll hosts have a minimum of two host bus adapters (HBAs) connected to separate physical switchesWhich three options maximize VM availability in the event of an ESXi host failure? (Choose three.)

vSphere NIC Teaming policy: Route based on originating port ID set on the distributed port group

vSphere Round Robin storage multi-pathing policy set on each ESXi host

vSphere High Availability Restart Priority set to default at the cluster level

vSphere NIC Teaming policy: Route based on originating port ID set on the distributed port group

vSphere Fault Tolerance configured on the virtual machines

vSphere Round Robin storage multi-pathing policy set on each ESXi host

VMware Tools configured to automatically update on reboot for all virtual machines

Dynamic Link Aggregation (LACP) configured on the distributed virtual switch

An architect is responsible for designing the upgrade of a brownfield vSphere-based solution for a financial services customer. The customer has a requirement to host a mission critical, latency sensitive stock trading application.During initial meetings with the customer, the following information is provided:The solution is currently running vSphere 7.0 U3All vSphere distributed switches (VDS) are at version 7.0.0The customer has provisioned new hardware with dedicated AMD Data Processing Units (DPU)The mission critical applications must not be adversely affected by other workloads running in the environmentThe architect has made the following design decisions:The solution will upgrade the existing VMware vCenter Server to version 8.0The solution will upgrade all existing VMware ESXi hosts to version 8.0The solution will deploy VMware ESXi 8.0 for all new host serversWhich three additional design decisions should the architect make to ensure that the new hardware can be used to support the latency-sensitive application? (Choose three.)

The solution will deploy all DPU-enabled VMware ESXi hosts into a dedicated VMware vSphere cluster.

The solution will configure network offloads compatibility to support DPUs.

The solution will deploy new vSphere distributed switches (8.0.0) and connect the new DPU-enabled hosts.

The solution will deploy new vSphere distributed switches (7.0.3) and connect the new DPU-enabled hosts.

The solution will configure the hosts to use Network Time protocol (NTP).

The solution will deploy all DPU-enabled VMware ESXi hosts into a dedicated VMware vSphere cluster.

The solution will configure network offloads compatibility to support DPUs.

The solution will deploy new vSphere distributed switches (8.0.0) and connect the new DPU-enabled hosts.

The solution will upgrade all existing vSphere distributed switches to version 8.0.0.

VMware 3V0-21.23 Practice Test 3 - Free Online Exam Questions 81-92

An architect is working on a security design for a shared storage environment. The storage array provides connectivity by the NFS protocol.

Which two design decisions could the architect include for this solution? (Choose two.)

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VMware 3V0-21.23 Practice Test 3

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