Campus LAN Design JN0-1103 Practice Questions (Page 1)

Questions 1–5

1. 1expert · hard

   A hospital is designing a campus network with multiple VLANs for different departments. The network team wants to ensure that patient monitoring devices are isolated from general internet traffic and that only authorized devices can connect to the monitoring VLAN. Which combination of VLAN design and access control should they implement?

   • ACreate a separate subnet for monitoring devices but keep them in the same VLAN as other traffic
   • BCreate a dedicated VLAN for patient monitoring devices and use 802.1X with device authentication to control access
   • CPlace patient monitoring devices on the same VLAN as general internet traffic and use a firewall to filter traffic
   • DUse port security to limit the number of MAC addresses on the monitoring VLAN
   Reveal Solution Discussion Select an answer first
2. 2application · medium

   A company is designing a campus network with separate VLANs for HR, Finance, and Engineering. The HR and Finance departments are located on the same floor, but they must not communicate with each other at Layer 2. The network team wants to use a single access switch for both departments. Which design should they implement?

   • APlace HR and Finance on different subnets but the same VLAN
   • BCreate two VLANs on the access switch, one for HR and one for Finance, and use a router or firewall to control inter-VLAN traffic
   • CUse port security to limit the number of MAC addresses per port
   • DCreate a single VLAN for both departments and use access control lists to block traffic between them
   Reveal Solution Discussion Select an answer first
4. 3foundation · easy

   Which component is used in an EVPN-VXLAN architecture to provide the control plane that distributes MAC and IP reachability information?

   • ALLDP
   • BBGP
   • COSPF
   • DSTP
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5. 4foundation · easy

   Which characteristic is a key benefit of a hierarchical campus LAN design?

   • AReduced need for network monitoring
   • BElimination of all broadcast traffic
   • CSimplified troubleshooting and easier scalability
   • DGuaranteed zero packet loss
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6. 5foundation · easy

   What does an oversubscription ratio of 20:1 at the access layer indicate?

   • A20 Gbps of access bandwidth is provided for every 1 Gbps of uplink capacity
   • BThe network can handle 20 times more traffic than the uplink can carry without any loss
   • C20% of the access bandwidth is guaranteed
   • D1 Gbps of access bandwidth is provided for every 20 Gbps of uplink capacity
   Reveal Solution Discussion Select an answer first