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VMware SD-WAN Design and Deploy Skills assesses that the candidate has the knowledge, skills, and abilities to deploy a VeloCloud SD-WAN. The VMware SD-WAN Design and Deploy Skills exam(5V0-42.21) which leads to VMware SD-WAN Design and Deploy 2021 badge is a 52-item exam, with a passing score of 300 using a scaled method. Exam time is 115 minutes.

The minimally qualified candidate(MQC) has at least 12 months of experience with VeloCloud and strong IT,network,OS, and virtualization experience and/or education. The successful candidate will likely hold additional industry-recognized IT certifications or accreditations. The MQC should have all the knowledge contained in the exam sections listed below.

Objective 1.1: Identify the benefits and key differentiators of VMware SD-WAN.

Objective 1.2: Identify use cases of VMware SD-WAN.

Objective 1.3: Identify how SDN relates to the VMware SD-WAN technology.

Objective 1.4: identify the protocols and part numbers used in the communication between VMware SD-WAN components.

Objective 1.5: Identify the various modes of deployment for the VMware SD-WAN architecture.

Objective 1.6: identify use cases when the Partner Gateway should be used.

Objective 2.1: Given a scenario, identify how to design SD-WAN to meet the customer's requirements.

Objective 2.2: identify Edge HA options and operations.

Objective 2.3: Identify characteristics of clustering.

Objective 2.4: Given a Gateway deployment scenario, identify the design option that should be used.

Objective 2.5: Given an Edge deployment scenario, identify the design option that should be used.

Objective 2.6: Given a deployment scenario, identify the routing design options that should be used.

Objective 2.7: Identify the form factors for VMware SD-WAN in the SD-WAN architecture.

Objective 2.8: Given a scenario about sizing and scaling, identify aspects that should be considered.

Objective 2.9: Identify the functionality of the SD-WAN Gateway handoff implementation.

Objective 2.10: Given a customer scenario, identify which Partner Gateway redundancy should be chosen.

Objective 3.1: Identify the key components of the VMware SD-WAN in the SD-WAN architecture.

Objective 3.2: Identify the roles of key components of the VMware SD-WAN in the SD-WAN architecture.

Objective 3.3: Identify the roles and assignments of VMware SD-WAN Gateways.

Objective 3.4: Identify how High Availability is configured in VMware SD-WAN architecture.

Objective 4.1: Given a Gateway deployment scenario, identify the deployment steps.

Objective 4.2; Given an Edge deployment scenario, identify the deployment steps.

Objective 5.1: Given a scenario about managing a Gateway, identify the required configuration that should be used.

Objective 5.2: Given a scenario about managing Edges, identify the required configuration that should be used.

Objective 5.3: Identify the user types, roles, and privileges.

Objective 5.4: Given an update scenario, identify the sequence of the upgrade components in the process.

Objective 6.1: Given an application, identify the criteria VMware SD-WAN uses to identify the application.

Objective 6.2: Given a business policies requirement scenario, identify how to direct internet traffic.

Objective 6.3: Given a business policies requirement scenario, identify which link steering method should be used.

Objective 6.4: Given an application, identify how on-demand remediation and link aggregation is applied.

Objective 6.5: Given a business policies requirernent scenario, identify how to use the GoS overlay options that should be used.

Objective 6.6: Given a business policies requirement scenario, identify how to set up NAT.

Objective 7.1: Given a scenario, identify the CloudVPN options and settings that should be used.

Objective 7.2: Identify the characteristics of the PKI implementation.

Objective 8.1: Given a scenario, identify the managing options that should be used for securing internet traffic using service chaining.

Objective 8.2: Given a scenario, identify when and how segmentation should be used.

Objective 8.3: Given a scenario, identify when and how to use the built in stateful firewall and/or VNF.

A technician at a customer site is deploying VMware SD-WAN Edge 620 notices that the Edge LED is shown amber.

What is the meaning of this LED color?

A.Edge is still booting.

B.DNS is not reachable from the Edge.

C.Edge is not activated.

D.Internet is not available from the Edge

Answer : D

Which statement is true about the VMware SD-WAN Gateway roles and assignments?

A.Primary Gateway cannot be used as Super gateway for Edge-to-Edge communication, even it all the Edges have a common Primary gateway

B.The SD-WAN Orchestrator assigns the Gateways to the Edge automatically when it comes up based Oil (lie location of the Edge Branch-to-branch will choose the right Gateway automatically

C.If the Primary Gateway goes down. Cloud internet traffic would failover to Secondary gateway automatically

D.The Primarily and Secondary Gateways share the load fur both internet traffic and VPN traffic

Answer : A

A customer is using VMware SD-WAN and has branches in different continents where the Edges are assigned with local Gateways.

Which Gateway should be used so all the branches can build tunnels with one another?

A.Regional Gateway

B.Super Gateway

C.Primary Gateway

D.Alternate Gateway

Answer : C

A network architect is designing a VMware SD-WAN architect for customer using VMware hosted VCO and VCGs, white VCEs will be deployed at the customer's branches and data centers. The network architect would like to achieve control plane redundancy.

Which action, if any, should be taken to meet this goal?

A.Multiple VCGs are automatically assigned to every VCE and control plane on VCUs is always enabled, so control plane redundancy has been taken care of already

B.Multiple VCFs at data centers can be contoured to function as route reflectors to achieve control plane redundancy.

C.VCGs automatically assigned to a VCF. do not participate in control plane At least two dedicated Controllers should be manually assigned for each VCGs to achieve control plane redundancy.

D.VCGs automatically assigned to a VCE do not participate in control plane At least two dedicated Controllers should be manually assigned for the customer to achieve control plane redundancy

Answer : B

An administrator has been receiving complaints about their SaaS business collaboration apps.

Which network service should the administrator use to resolve the issue?

A.Backhaul

B.Multi-Path

C.CoS mapping

D.Direct

Answer : D