Campus LAN Design JN0-1103 Practice Questions (Page 3)

Questions 11–15

1. 11foundation · easy

   Which factor is most important when designing an IP subnetting scheme for a campus network?

   • AAligning subnets with VLANs and expected number of hosts
   • BUsing a flat IP addressing scheme without subnetting
   • CUsing the largest possible subnet mask to minimize address waste
   • DAssigning IP addresses based on device type only
   Reveal Solution Discussion Select an answer first
2. 12foundation · easy

   Which design principle is a core best practice for campus LAN design to ensure resilience and minimize the impact of a single device failure?

   • APlacing all network devices in a single rack for easier physical access
   • BUsing a flat network design to simplify management
   • CMinimizing the number of VLANs to reduce broadcast domains
   • DImplementing redundant links and devices at critical points
   Reveal Solution Discussion Select an answer first
4. 13application · medium

   A company is designing a campus network with multiple buildings. The network team wants to implement a hierarchical design to improve scalability and manageability. Which characteristic is a key benefit of a hierarchical design?

   • AIt ensures that all traffic flows through a single core switch
   • BIt simplifies troubleshooting by separating the network into distinct layers with specific functions
   • CIt eliminates the need for routing protocols in the campus network
   • DIt reduces the number of switches required in the network
   Reveal Solution Discussion Select an answer first
5. 14foundation · easy

   Which layer of a campus network typically uses the lowest oversubscription ratio to ensure high availability and performance?

   • AAccess layer
   • BDistribution layer
   • CCore layer
   • DAll layers have the same ratio
   Reveal Solution Discussion Select an answer first
6. 15expert · hard

   A company is designing a campus LAN for a new headquarters. The budget is limited, but the network must be resilient and scalable. The network team is considering two designs: a traditional three-tier design with separate core and distribution layers, and a collapsed-core design where the core and distribution functions are combined. Which design should they choose to meet the budget constraint while still providing redundancy?

   • ACollapsed-core design with redundant switches at the core/distribution layer
   • BSingle core switch with distribution switches on each floor
   • CAccess switches only, with no core or distribution layer
   • DTraditional three-tier design with redundant core and distribution switches
   Reveal Solution Discussion Select an answer first