Which is associated with the Discover Task of the Engagement Lifecycle?

A. Create and document the logical and virtual design.

B. Gather and document requirements, assumptions and constraints.

C. Build, deploy, implement and test the design.

D. Measure performance against customer's requirements.

An architect is helping an organization with the Physical Design of an NSX-T Data Center solution. This information was gathered during the Assessment Phase:

1.

There Is a critical application used by the Finance Team.

2.

The critical application has an availability and recoverability SLA of 99.99%.

3.

The critical application Is sensitive to network changes.

Which two should an architect include in their design? (Choose two.)

A. Install and configure hosts with 100Gbps physical NICs.

B. Configure Tler-0 gateway for eBGP and ECMP.

C. Configure Tier-1 gateway for eBGP and ECMP.

D. Enable BFD on Tier-0 gateway.

E. Configure multiple static routes on Tier-1 gateway.

An architect is helping an organization with the Logical Design of an NSX-T Data Center solution. This information was gathered during the Assessment Phase:

1.

Customer currently has a single 10 host vSphere cluster.

2.

Customer wants to improve network security and automation.

3.

Current cluster utilization and business policies prevent changing the existing vSphere deployment.

4.

High-availability is important to the customer.

Which three should the architect include in their design? (Choose three.)

A. Apply vSphere Distributed Resource Scheduler (vSphere DRS) VM-Host anti-affinity rules to NSX Managers.

B. Deploy at least two large-size NSX-T Edge virtual machines in the vSphere cluster.

C. Apply vSphere DRS VM-Host anti-affinity rules to the virtual machines of the NSX-T Edge cluster.

D. Remove 2 hosts from the cluster and create a new edge cluster.

E. Apply vSphere DRS VM-Host affinity rules to the NSX-T Controller VMs.

F. Deploy the NSX Controllers in the management cluster.

An architect is helping an organization with the Logical Design of a Layer 2 bridging solution. This information was gathered during the Assessment Phase:

1.

Workloads are running on ESXI hosts.

2.

Workloads are running on KVM hosts.

3.

Workloads on both type of hypervisors should use bridging services.

4.

VLAN 50 is used for Tier-0 uplink connectivity.

Which should the architect include in their design?

A. Create an NSX Edge Bridge Cluster and configure the bridging profile with VLAN 60.

B. Create an ESXi Bridge Cluster and configure the bridging profile with VLAN 60.

C. Create an NSX Edge Bridge Cluster and configure the bridging profile with VLAN 50.

D. Create an ESXi Bridge Cluster and configure the bridging profile with VLAN 50.

An architect is designing a solution for containerization. The solution will include high availability and

security using NSX-T Data Center. The architect plans to provide a basic required components list In the

Logical Design.

Which solution should the architect recommend?

A. 2 NSX Managers, 2 virtual NSX Edges, one Tier-0 gateway, BGP configuration and a static route

B. 3 NSX Managers, 1 virtual NSX Edge, one Tier-0 gateway and a static route and OSPF

C. 1 NSX Manager, 2 virtual NSX Edges, two Tier-0 gateways In Active/Active, BGP configuration

D. 3 NSX Managers, 2 virtual NSX Edges, two Tier-0 gateways in Active/Passive, BGP configuration