Campus Fabric Core-Distribution JN0-460 Practice Questions (Page 3)

Questions 11–15

1. 11expert · hard

   A large enterprise is designing a campus fabric for a new headquarters. The design must support 5,000 users across multiple buildings, with a requirement for high availability and the ability to add new buildings in the future. The network architect is considering a three-tier architecture with separate core and distribution layers. Which design consideration is most critical for this architecture?

   • AUsing a flat Layer 2 network throughout the campus to avoid routing complexity.
   • BMaximizing the number of VLANs per access switch to reduce the number of switches needed.
   • CPlacing the distribution layer in a single building to simplify management.
   • DEnsuring the core layer has sufficient port density to connect all distribution switches directly.
   Reveal Solution Discussion Select an answer first
2. 12foundation · easy

   In a Mist AI wired campus fabric, which device role is responsible for performing Layer 3 routing between VLANs and aggregating traffic from access switches?

   • AAccess switch
   • BEdge router
   • CCore switch
   • DDistribution switch
   Reveal Solution Discussion Select an answer first
4. 13foundation · easy

   In a three-tier campus fabric design, which layer is typically placed closest to the network core?

   • ACore layer
   • BAccess layer
   • CEdge layer
   • DDistribution layer
   Reveal Solution Discussion Select an answer first
5. 14foundation · easy

   How does Mist AI provide visibility into the core-distribution network in a wired campus?

   • ABy using telemetry data from switches to provide insights into traffic flows and health
   • BBy using only SNMP polling to monitor device status
   • CBy relying on manual configuration and monitoring from the CLI
   • DBy requiring all traffic to be mirrored to a central server
   Reveal Solution Discussion Select an answer first
6. 15application · medium

   A university is redesigning its campus network. The design calls for a collapsed core where the core and distribution functions are combined in a single layer. Which statement best describes the role of this layer in the campus fabric?

   • AIt provides high-speed routing between the access layer and the data center, while also performing VLAN aggregation and default gateway functions for access switches.
   • BIt connects end devices directly to the core, eliminating the need for access switches and simplifying the physical topology.
   • CIt serves as a dedicated distribution layer for each building, with a separate core layer for inter-building traffic.
   • DIt provides only Layer 2 switching between access switches and the data center, leaving all routing to the data center core.
   Reveal Solution Discussion Select an answer first