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

1.

Migrating existing data center to KVM hosts.

2.

Redundancy and high availability are imperatives.

3.

No component can be a single point of failure.

4.

Budget is not a constraint.

Which should the architect recommend?

A. Linux Bridge redundancy with Active/ Active Mode and single pNIC with static binding

B. vSS / vDS in Active/ Passive Mode with necessary binding

C. vSS/ vDS in Active/Active Mode with necessary pNICS and required binding modes

D. Linux Bridge redundancy with Active/ Active Mode and multiple pNICs with necessary binding

Refer to exhibit: An NSX architect is creating a Greenfield NSX-T Data Center solution using IPv6 addressing. This solution will form the starting point for a migration away from IPv4 addressing in the data center.

What are three correct labels for locations A, B, and C in the exhibit? (Choose three.)

A. Static IPv4 Addresses

B. Auto assigned from fc5f:b8e2:ac6a::/48 Unique Local

C. Static IPv6 addresses

D. Auto Assigned from fe:::::/48 Unique Local

E. DHCP relay for IPv4

F. Static IPv6 addresses and DHCP Relay

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

1.

Any proposed solution must provide low latency.

2.

Any proposed solution must provide high throughput.

3.

Customer is running stock trading applications.

Which two should the architect recommend to meet high-performance workload requirements? (Choose two.)

A. Enable enhanced data path mode on the N-VDS.

B. Leverage ESX as the compute host.

C. Leverage KVM as the compute host.

D. Enable latency sensitivity mode on the N-VDS.

E. Use LACP for all uplink profiles.

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

A customer wants to use ECMP to provide additional throughput and availability for their critical business applications. Some applications require load balancing for scale and availability. Which two Edge design choices can an architect present to the customer? (Choose two.)

A. Configure ECMP and Load Balancing on the Tier-0 gateway.

B. Create a Tier-0 gateway in Active/Standby mode and a Tier-1 gateway in Active/Standby mode.

C. Configure ECMP on the Tler-0 gateway and Load Balancing on the Tier-1 gateway.

D. Create a Tier-0 gateway in Active/Standby mode.

E. Configure ECMP on the Tier-1 gateway and Load Balancing on the Tier-1 gateway.

F. Create a Tier-0 gateway in Active/Active mode and a Tier-1 gateway in Active/Standby mode.