Explain the Typical End-To-End Data Flow of a Campus Network POWERSWITCH-CAMPUS-DEPLOY Practice Questions (Page 4)

Questions 16–20

1. 16foundation · easy

   What is the purpose of Quality of Service (QoS) in a campus network?

   • ATo increase the number of VLANs
   • BTo provide redundancy for critical links
   • CTo prioritize certain types of traffic to ensure performance
   • DTo segment traffic into broadcast domains
   Reveal Solution Discussion Select an answer first
2. 17foundation · easy

   How does traffic get from one VLAN to another in a campus network?

   • AThrough a broadcast from the source device
   • BThrough Layer 2 switching at the access layer
   • CThrough inter-VLAN routing at the distribution or core layer
   • DThrough a trunk port at the access layer
   Reveal Solution Discussion Select an answer first
4. 18application · medium

   A network administrator is configuring a new access switch. The switch will connect end devices and forward traffic to the distribution layer. Which configuration is most appropriate for the access switch?

   • AConfigure all ports as trunk ports to allow any VLAN.
   • BDisable VLANs and use a flat network.
   • CConfigure the switch as a Layer 3 router and route all traffic.
   • DConfigure the ports as access ports in the appropriate VLANs and set the uplink to the distribution switch as a trunk.
   Reveal Solution Discussion Select an answer first
5. 19application · medium

   A campus network has a collapsed core design where the core and distribution functions are combined in the same switches. What is a characteristic of this design?

   • AIt requires more switches than a three-tier design.
   • BIt provides no redundancy because there is only one switch.
   • CIt reduces the number of switches and simplifies the network, but may limit scalability.
   • DIt eliminates the need for VLANs.
   Reveal Solution Discussion Select an answer first
6. 20expert · hard

   A network administrator is designing inter-VLAN routing for a campus with multiple buildings. Each building has its own distribution layer. The administrator wants to minimize the amount of traffic that traverses the core. Which design approach best achieves this?

   • APerform all inter-VLAN routing at the core layer.
   • BUse a single VLAN across all buildings and route at the access layer.
   • CUse a firewall to route between VLANs in each building.
   • DPerform inter-VLAN routing at the distribution layer in each building.
   Reveal Solution Discussion Select an answer first