Best JN0-682 Exam Dumps for the Preparation of Latest JN0-682 Exam Questions [Q83-Q107]

Rate this post

Best JN0-682 Exam Dumps for the Preparation of Latest JN0-682 Exam Questions

Download Latest & Valid Questions For Juniper JN0-682 exam

Juniper JN0-682 (Data Center, Professional (JNCIP-DC)) certification exam is an excellent choice for professionals who want to demonstrate their expertise in data center technologies and solutions. It covers a range of topics related to data center design, implementation, and management, and tests candidates’ knowledge of Juniper Networks’ data center solutions. By passing the JN0-682 exam, candidates can demonstrate their ability to design, implement, and manage data center networks using Juniper Networks’ technologies.

The JN0-682 exam is a two-hour, multiple-choice exam that consists of 65 questions. The passing score for the exam is 65%, and candidates have up to 90 days to complete the exam once they have registered. JN0-682 exam is available in several languages, including English, Japanese, and Chinese. Juniper Networks recommends that candidates have at least three to five years of experience working with data center technologies before attempting the JN0-682 exam.

NO.83 Referring to the exhibit, what would cause the problem on VCP 0/50?

The port is missing the interface hardware

The remote side is not configured as a VCP

The VCP has been disabled through configuration

VCP 0/50 is configured as a network port.

NO.84 Which two combinations are supported when configuring a Virtual Chassis Fabric? (Choose two.)

Four spine nods and 20 leaf nodes

Four spine nods with 16 leaf nodes

two spine nods and 16 leaf nodes

Two spine and 28 leaf nodes

NO.85 When considering VRF routing-instances for network segmentation, which two statements are true? (Choose two.)

A logical interface can participate in multiple VRFs.

Multiple VRFs on a single device consolidate routing information to a single table.

VRFs have independent routing tables.

VRFs support overlapping subnets.

NO.86 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?

PIM

IGMP snooping

MSDP

DVMRP

NO.87 Referring to the exhibit, which statement is correct?

The exhibit shows a 5-stage IP fabric architecture.

The exhibit shows a collapsed fabric architecture.

The exhibit does not represent a valid fabric architecture.

The exhibit shows a 3-stage IP fabric architecture.

NO.88 You are evaluating which method to use for learning MAC addresses in your VXLAN network. Which statement is true in this scenario?

Multicast exchanges MAC addresses through data plane learning and is more reliable than EVPN.

EVPN exchanges MAC addresses through control plane learning and is more reliable than multicast.

EVPN exchanges MAC addresses through data plane learning and is more reliable than multicast.

Multicast exchanges MAC addresses through control plane learning and is not more reliable than EVPN.

NO.89 Which EVPN route type would be used in DCI situation in which the IP subnets between data center are
complete unique?

Type 4

Type 3

Type 2

Type 5

NO.90 You are asked to build a single export policy that can be applied to all devices to advertise only loopback IP addresses in the 172.16.0.0/24 subnet into your EBGP IP fabric. In this scenario, which two solutions would accomplish this task? (Choose two.)

Option A

Option B

Option C

Option D

NO.91 In the exhibit, VM1 is part of the same VXLAN segment as VM3.

Which type of message will VTEP B initially send to the RP so that VM3 can communicate with VM1?

PIM join

IGMP Join (*, G)

IGMP Join (S,G)

PIM register message

NO.92 Referring to the exhibit, not all routes are being exchanged by EBGP peers.

In this scenario, which BGP parameter would solve this problem?

mulcihop

mulcipach

mulcipach mulciple-as

as-override

NO.93 Your colleague has begun working on the base configuration for an active-active multihomed EVPN connection shown in the exhibit.

Which two actions will ensure a successful implementation? (Choose two.)

Change the ESI mode on PE2 to all-active

Change the ESI mode on PE1 to signal-active

Change the ESI value on the PE1 device to 00.22.44.88.00.22.44.66.88

Change the ESI value on the PE2 device to 00.00.00.00.00.00.00.00.00.00

NO.94 Referring to the exhibit, Host 1 and Host 3 have exchanged traffic.

In this scenario, which statement is true?

Leaf 2 learn Host 1’s MAC address through periodic updates from Spine 2

Leaf 2 learn Host 1’s MAC address when Host 3 learns Host 1’s MAC address.

Leaf 2 learn Host 1’s MAC address when Leaf 1 queries Host 1.

Leaf 2 does not learn Host 1’s MAC address until Host1 and Host2 send traffic to each other

NO.95 Exhibit.

A VXLAN has been created between devices leaf1 and Ieaf3.
Referring to the exhibit, which statement is true?

Traffic sent from host1 to host2 will be dropped on Ieaf3.

Traffic sent from host1 to host2 will be tagged with VLAN ID 100 when exiting Ieaf3.

Traffic sent from host1 to host2 will be tagged with VLAN ID 200 when exiting Ieaf3.

Traffic sent from host1 to host2 will be dropped on leaf1.

NO.96 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?

Configure the super spine and spine layers to all use the same ASN.

Configure the spine layer for EBGP and the leaf layer for IBGP

Configure the spine layer so that all spines in a POD share the same ASN.

Configure the leaf layer so that all leaf devices share the same ASN.

NO.97 The two data centers shown in the exhibit need to be connected using EVPN. Which two statements are correct in this situation? (Choose two.)

Hosts in VLAN 10 can communicate with hosts in Data Center 2 using Layer 3.

Hosts in VLAN 10 can communicate with hosts in Data Center 2 using Layer 2.

Hosts in VLAN 202 can communicate using Layer 3 between data centers.

Hosts in VLAN 202 can communicate using Layer 2 between data centers.

NO.98 In an EVPN multicast environment, which two route types facilitate IGMP join and IGMP leave behavior for multihomed sites? (Choose two.)

type-7

type-4

type-8

type-3

NO.99 You are evaluating which method to use for learning MAC addresses in your VXLAN network. Which statement is true in this scenario?

Multicast exchanges MAC addresses through data plane learning and is more reliable than EVPN.

EVPN exchanges MAC addresses through control plane learning and is more reliable than multicast.

EVPN exchanges MAC addresses through data plane learning and is more reliable than multicast.

Multicast exchanges MAC addresses through control plane learning and is not more reliable than EVPN.

NO.100 In the exhibit, VM1 is part of the same VXLAN segment as VM3.

Which type of message will VTEP B initially send to the RP so that VM3 can communicate with VM1?

PIM join

IGMP Join (*, G)

IGMP Join (S,G)

PIM register message

NO.101 In the exhibit, VM1 is part of the same VXLAN segment as VM3.

Which type of message will R1 initially send to R2 so that VM1 receives BUM traffic from VM3?

PIM Join

PIM Register message

IGMP Join (S, G)

IGMP Join (*.G)

NO.102 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?

the disable protocols evpn no-core-isolation command on the spine nodes

the set protocols evpn no-core-isolation command on the spine nodes

the disable protocols evpn no-core-isolation command on the leaf nodes

the set protocols evpn no-core-isolation command on the leaf nodes

NO.103 Site 1 contains 20+ VMs. The link between Site 1 and Leaf1 goes down. Referring to the exhibit, which statement is correct?

Type-1 routes for each VM will expire one at a time.

Type-1 routes for all VMs in the site will expire all at once.

Type-1 routes for all VMs in the site will be withdrawn all at once.

Type-1 routes for each VM will be withdrawn one at a time.

NO.104 A VXLAN adds 50 to 54 bytes of extra header information to an Ethernet frame. In this scenario, how would you accommodate this increased?

Increase the MTU on the Physical interface connected to the VXLAN network.

Increase the MTU on the VTEP interface connected to the VXLAN network

Only use switches as VTEPs.

Decrease the number VXLANs used

NO.105 You are asked to scale the available bandwidth within your Clos data center network to support more east-west traffic. In this scenario, what are two ways to accomplish this task? (Choose two.)

Add leaf devices to increase available paths and bandwidth

Use aggregated interfaces in the fabric.

Add spines to increase available paths and bandwidth.

Interconnect all spines to increase available paths and bandwidth.

NO.106 You are asked to manage the oversubscription ratio of your spine and leaf IP fabric. You determine that you are at a 3:1 ratio of downstream to upstream traffic and must achieve a
1.1ratio. In this scenario, which two actions would you take to achieve this goal? (Choose two.)

Reduce the number of leaf nodes on your design.

Increase the number of spine nodes in your design.

Increase the number of server facing ports that each leaf node uses to carry traffic.

Reduce the number of server facing that each leaf node uses to carry traffic.

NO.107 Exhibit.

Referring to the exhibit, which statement is correct?