Free JN0-682 Exam Braindumps

Which two characteristics would you consider when selecting spine devices in an IP fabric? (Choose two.)

1. A. scaling limitations
2. B. spanning tree limitations
3. C. port density
4. D. data center location

Correct Answer: BD

Exhibit.

Referring to the exhibit, you have a data center in which only the spine devices are using EVPN and VXLAN. The leaf nodes are multihomed in active-active mode to the spine nodes through ESI LAG interfaces. In this design, a link failure on the interface connecting the spine nodes would also cause all traffic from the spine to the leaf nodes to drop.
In this scenario, which command configured on which nodes would solve this problem?

1. A. the disable protocols evpn no-core-isolation command on the spine nodes
2. B. the set protocols evpn no-core-isolation command on the spine nodes
3. C. the disable protocols evpn no-core-isolation command on the leaf nodes
4. D. the set protocols evpn no-core-isolation command on the leaf nodes

Correct Answer: A

You are asked to implement VXLAN in your data center network. You must choose between implementing EVPN signaling and multicast signaling. Which two statements are correct in this scenario? (Choose two.)

1. A. EVPN signaling reduces ARP flooding and multicast signaling does not.
2. B. EVPN signaling propagates MAC addresses across the network and multicast signaling does not.
3. C. EVPN signaling uses a standards-based protocol and multicast signaling does not.
4. D. EVPN signaling enables distributed Layer 3 gateways and multicast signaling does not.

Correct Answer: BC

Which device provides microsegmentation in a data center network?

1. A. vSRX
2. B. EX4300
3. C. vMX
4. D. QFX5100

Correct Answer: A

You manage a data center with a 5-stage EVPN-VXLAN IP fabric. You notice that there are suboptimal paths used between the leaf and spine as well as the spine and super spine. What is one way to solve this issue?

1. A. Configure the super spine and spine layers to all use the same ASN.
2. B. Configure the spine layer for EBGP and the leaf layer for IBGP
3. C. Configure the spine layer so that all spines in a POD share the same ASN.
4. D. Configure the leaf layer so that all leaf devices share the same ASN.

Correct Answer: B