ExamGecko
Home Home / Juniper / JN0-682

Juniper JN0-682 Practice Test - Questions Answers, Page 14

Question list
Search
Search

List of questions

Search

Related questions











In an EVPN multicast environment, which two route types facilitate IGMP join and IGMP leave behavior for multihomed sites? (Choose two.)

A.
type-7
A.
type-7
Answers
B.
type-4
B.
type-4
Answers
C.
type-8
C.
type-8
Answers
D.
type-3
D.
type-3
Answers
Suggested answer: A, C

You are implementing an EVPN overlay in your IP fabric data center. The IP fabric was stable before configuring the overlay group and EVPN-related settings. After committing the configuration shown in the exhibit on your spine device, you are no longer exchanging any routes in your underlay fabric.

In this scenario, what will solve this problem?

A.
You must move the EVPN NLRI family declaration to be applied under the overlay BGP group.
A.
You must move the EVPN NLRI family declaration to be applied under the overlay BGP group.
Answers
B.
You must remove the export policy applied to your fabric group.
B.
You must remove the export policy applied to your fabric group.
Answers
C.
You must remove the multipath parameter from the overlay group.
C.
You must remove the multipath parameter from the overlay group.
Answers
D.
You must change the overlay group to establish an EBGP peering instead of IBGP.
D.
You must change the overlay group to establish an EBGP peering instead of IBGP.
Answers
Suggested answer: B

You have a data center design with multiple tenants using routing instances.

In this scenario, what are two ways to provide inter-tenant communications? (Choose two.)

A.
Use EVPN type-7/8 routes.
A.
Use EVPN type-7/8 routes.
Answers
B.
Use RIB groups.
B.
Use RIB groups.
Answers
C.
Use filter-based forwarding.
C.
Use filter-based forwarding.
Answers
D.
Use EVPN type-6 routes.
D.
Use EVPN type-6 routes.
Answers
Suggested answer: A, D

Which two statements about the seamless EVPN-VXLAN stitching data center interconnect architecture are correct? (Choose two.)

A.
VXLAN stitching is supported in 3-stage and 5-stage fabrics.
A.
VXLAN stitching is supported in 3-stage and 5-stage fabrics.
Answers
B.
VXLAN stitching is ideal for medium and large data center designs.
B.
VXLAN stitching is ideal for medium and large data center designs.
Answers
C.
For Layer 2 stretched between data centers, a full mesh of VXLAN tunnels between leaf switches is required.
C.
For Layer 2 stretched between data centers, a full mesh of VXLAN tunnels between leaf switches is required.
Answers
D.
IPIM is required in the underlay.
D.
IPIM is required in the underlay.
Answers
Suggested answer: A, B

Which two statements about an over-the-top (OTT) data center interconnect architecture are correct? (Choose two.)

A.
For a Layer 2 stretched network between data centers, a full mesh of VXLAN tunnels between leaf switches is required.
A.
For a Layer 2 stretched network between data centers, a full mesh of VXLAN tunnels between leaf switches is required.
Answers
B.
IBGP or EBGP is required for the underlay.
B.
IBGP or EBGP is required for the underlay.
Answers
C.
Multicast is supported.
C.
Multicast is supported.
Answers
D.
OTT is ideal for small and medium data center designs.
D.
OTT is ideal for small and medium data center designs.
Answers
Suggested answer: A, B

You have successfully deployed an IP fabric in your data center. However, your server team complains that they are not seeing an increase in performance as expected. After examining the routing and forwarding tables, you notice that only a single route is listed to each destination in the forwarding table, even though there are multiple routes shown in the routing table.

In this scenario, what should you do to solve the problem?

A.
Write a load balancing policy and apply it to the routing table.
A.
Write a load balancing policy and apply it to the routing table.
Answers
B.
Modify the hash algorithm so that only source and destination addresses are used.
B.
Modify the hash algorithm so that only source and destination addresses are used.
Answers
C.
Write a load balancing policy and apply it to the forwarding table.
C.
Write a load balancing policy and apply it to the forwarding table.
Answers
D.
Disable the Spanning Tree Protocol that is blocking the redundant paths.
D.
Disable the Spanning Tree Protocol that is blocking the redundant paths.
Answers
Suggested answer: C

You want to monitor the value of a MIB object or variable against configured thresholds and generate a corresponding event when the value of a variable crosses a threshold.

In this scenario, which feature should you use to accomplish this task?

A.
generate-event
A.
generate-event
Answers
B.
Event Script
B.
Event Script
Answers
C.
RMON
C.
RMON
Answers
D.
Event Policy
D.
Event Policy
Answers
Suggested answer: C

You are asked to configure your IP fabric with OSPF as the underlay routing protocol.

Which two statements are correct about this implementation? (Choose two.)

A.
Each host-connected interface of the leaf node is included as passive in the OSPF configuration.
A.
Each host-connected interface of the leaf node is included as passive in the OSPF configuration.
Answers
B.
Each host-connected interface of the leaf node is included in the OSPF configuration.
B.
Each host-connected interface of the leaf node is included in the OSPF configuration.
Answers
C.
Each spine-connected interface of the leaf node is included as passive in the OSPF configuration.
C.
Each spine-connected interface of the leaf node is included as passive in the OSPF configuration.
Answers
D.
Each spine-connected interface of the leaf node is included in the OSPF configuration.
D.
Each spine-connected interface of the leaf node is included in the OSPF configuration.
Answers
Suggested answer: A, D

You are asked to increase the overall throughput of an existing IP fabric.

Which two tasks would accomplish this goal? (Choose two.)

A.
Add one more leaf node to the fabric.
A.
Add one more leaf node to the fabric.
Answers
B.
Add one uplink to all existing spine nodes from the newly added leaf node.
B.
Add one uplink to all existing spine nodes from the newly added leaf node.
Answers
C.
Add one more uplink from each leaf node to the newly-added spine node.
C.
Add one more uplink from each leaf node to the newly-added spine node.
Answers
D.
Add one more spine node to the fabric.
D.
Add one more spine node to the fabric.
Answers
Suggested answer: A, D

Which three statements are correct about multitenancy in a Junos EVPN environment? (Choose three.)

A.
MAC-VRF instances allow for overlapping routes and VLANs.
A.
MAC-VRF instances allow for overlapping routes and VLANs.
Answers
B.
MAC-VRF instances allow for varying EVPN services on the same device.
B.
MAC-VRF instances allow for varying EVPN services on the same device.
Answers
C.
VRF instances allow for overlapping subnets.
C.
VRF instances allow for overlapping subnets.
Answers
D.
Virtual switch instances allow for varying EVPN services on the same device.
D.
Virtual switch instances allow for varying EVPN services on the same device.
Answers
E.
Virtual switch instances allow for overlapping VLANs.
E.
Virtual switch instances allow for overlapping VLANs.
Answers
Suggested answer: A, C, D
Total 154 questions
Go to page: of 16