Campus Fabric IP Clos JN0-460 Practice Questions (Page 3)

Questions 11–15

1. 11foundation · easy

   How do spine and leaf switches interconnect in an IP Clos fabric?

   • ALeaves connect only to adjacent leaves, and spines connect only to adjacent spines
   • BLeaves connect to a single spine, and spines connect to each other to form a core
   • CEach spine connects to a subset of leaves, and spines connect to each other for redundancy
   • DEach leaf connects to every spine, and spines do not connect to each other
   Reveal Solution Discussion Select an answer first
2. 12foundation · easy

   Which statement accurately describes the overall structure of a campus fabric IP Clos architecture?

   • AIt is a flat two-tier design consisting of spine and leaf switches
   • BIt is a ring topology where each switch connects to two neighbors
   • CIt is a single-tier design where all switches are interconnected in a mesh
   • DIt is a hierarchical design with a core, distribution, and access layer
   Reveal Solution Discussion Select an answer first
4. 13foundation · easy

   How does multi-homing provide redundancy in an IP Clos campus fabric?

   • ABy using a single spine switch for all traffic
   • BBy using a single leaf switch with redundant power supplies
   • CBy connecting a spine switch to multiple leaf switches
   • DBy connecting a device to multiple leaf switches
   Reveal Solution Discussion Select an answer first
5. 14foundation · easy

   What is a typical characteristic of a campus fabric IP Clos topology?

   • AIt uses a spine-and-leaf design with multiple equal-cost paths
   • BIt uses a ring topology to connect switches
   • CIt uses a single spine switch to simplify the design
   • DIt uses a tree topology with a root switch
   Reveal Solution Discussion Select an answer first
6. 15expert · hard

   A network team is designing a campus fabric with high availability. They want to ensure that if a leaf switch fails, the devices connected to it can still reach the network. Which redundancy mechanism should they implement?

   • AUsing VRRP on the leaf switches to provide a virtual gateway for the devices.
   • BConnecting each device to a single leaf switch and using ECMP on the spine to reroute traffic.
   • CConnecting each device to a single leaf switch and relying on the spine to reroute traffic.
   • DDual-homing each device to two different leaf switches using link aggregation (MC-LAG).
   Reveal Solution Discussion Select an answer first