Free Access NetworkAppliance.NS0-175.v2022-07-23.q104 Practice Test (Page 2)

Question 1

A customer is designing a 4-node FlexPod configuration with VMware vSphere 6.x. The configuration consists of a FAS8200 HA pair and an AFF A300 HA pair.
Normal VM workloads will reside on the FAS nodes, and critical VM applications will reside on the AFF nodes. Storage network traffic needs to be highly available, but the critical VM application workload cannot share physical resources with the other workloads.
In this scenario, how will the broadcast domains be designed?

A.The broadcast domains will include only ports from a single HA-pair.

B.The broadcast domains will be used only for intercluster LIFs between the HA pairs.

C.Each broadcast domain will include the data LIFs and the cluster LIFs.

D.The default broadcast domain will be used for the traffic.

Question 2

What are three requirements for all FlexPod Datacenter solutions? (Choose three.)

A.redundant boot-from-SAN LUN paths

B.a pair of Fabric Extenders in a redundant configuration

C.two NetApp storage controllers in a high-availability (HA) pair configuration

D.a separate 100 Mbps Ethernet/1 Gbps Ethernet out-of-band management network

E.two Cisco UCS 6200, 6300, or 6400 Series Fabric Interconnects in a redundant configuration

Question 3

Which UCS Manager feature will allow you to have a consistent server configuration within the system?

A.role-based access control

B.service profile templates

C.address pools

D.same blade hardware configuration

Question 4

Which traffic through a UCS 6200 cluster can be in Active-Standby mode?

A.Data and management traffic

B.Data traffic only

C.FHRP

D.Management traffic only

Question 5

Which four are features of VMware vSphere as part of a FlexPod Solution? (Choose four)

A.Dynamic workload distribution for efficient resource utilization with Distributed Resource Scheduler (DRS)

B.Support for NVGRE in the vNetwork Standard Switch (vSS)

C.High Availability through vSphere clustering technology providing virtual machine resiliency in the event of a physical server or guest OS failures

D.The ability to manage non-ESXi hypervisors such as Microsoft HyperV

E.Improved support for Live Migration with no limits

F.Storage thin provisioning capabilities

G.An improved virtual hard disk format called VHDX

H.Workload mobility via vMotion

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