Free JN0-682 Exam Braindumps
Data Center, Professional Questions 41–45 (page: 10)

Updated On: 9-Feb-2026

You are configuring a DCI VPN solution between sites that require an L3VPN to work with your EVPN deployment. Your organization's policy restricts configuring RSVP and LDP on your WAN links.
While configuring the solution, you notice that no routes exist in the inet table. In this scenario, which parameter will solve this problem?

  1. bgp family inet labeled-unicast per-group-label
  2. bgp family inet labeled-unicast aggregate-label
  3. bgp family inet labeled-unicast resolve-vpn
  4. bgp family evpn signaling

Answer(s): A

Explanation:

In a scenario where RSVP and LDP are restricted, and routes are not appearing in the inet table, the use of "bgp family inet labeled-unicast per-group-label" becomes necessary. This setting is crucial in environments where label distribution protocols like RSVP or LDP are not used. It enables the use of MPLS labels in BGP without relying on these protocols, which is essential for integrating L3VPN with

EVPN over WAN links that do not support RSVP or LDP. The "per-group-label" option ensures that a single label is used for all routes exchanged with a BGP neighbor, which simplifies label management and conserves label space.


Reference:

Junos OS Routing Protocols Library for Routing Devices



You are asked to configure JTI on the QFX Series devices in your data center fabric. You must use sensors with the least amount of latency.
Which type of sensor should you use in this scenario?

  1. Python sensors
  2. JTI native sensors
  3. analog sensors
  4. JTI OpenConfig sensors

Answer(s): B

Explanation:

JTI (Junos Telemetry Interface) native sensors are used to provide telemetry data with minimal latency. These sensors are embedded in the Junos OS and can provide real-time, granular device and interface statistics. JTI native sensors are preferred in scenarios requiring high-frequency data collection with the least amount of delay, making them ideal for monitoring in fast-paced environments like data center fabrics.


Reference:

Junos Telemetry Interface User Guide



You are asked to manage multicast traffic in the EVPN-VXLAN environment. You must ensure that multicast traffic is delivered only to the leaf device with interested receivers. In this scenario, which feature is required on leaf devices to accomplish this task?

  1. PIM
  2. IGMP snooping
  3. MSDP
  4. DVMRP

Answer(s): B

Explanation:

In an EVPN-VXLAN environment, to ensure that multicast traffic is delivered only to leaf devices with interested receivers, IGMP snooping is required. IGMP snooping enables the leaf devices to listen to IGMP report and leave messages from hosts and make forwarding decisions based on this information. This way, multicast traffic is only forwarded to ports with interested multicast group members, optimizing bandwidth and resource utilization.


Reference:

EVPN-VXLAN Configuration Guide



An EVPN-signaled VXLAN overlay has been deployed in the network shown in the exhibit. An EVPN LAG has been configured to connect host1 to the network, and device leaf1 has been elected as the designated forwarder.



In this scenario, which statement is true?

  1. The Ieaf3 device can utilize both leaf1 and Ieaf2 to forward unicast packets from host2 to host1.
  2. An ICCP control link must be configured between leaf1 and Ieaf2.
  3. The Ieaf3 device will only receive an advertisement to the LAG segment from leaf1.
  4. Broadcast packets sent from host2 will not be forwarded to Ieaf2.

Answer(s): C



Which statement is true about the route shown in the exhibit?

  1. The route target on this route is 1000
  2. The route is an EVPN type-1 route.
  3. The route uses a type-1 route distinguisher.
  4. The VNI for this route is 304.

Answer(s): B



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