Juniper JN0-1362 Exam Practice Questions Answers

Service Provider Design Specialist (JNCDS-SP) Questions and Answers

Question 1

You are responding to an RFP for a services provider that wants to upgrade their MPLS/LDP network to use traffic engineering.

Which two statements are correct in this scenario? (Choose two )

Options:

Segment routing requires a controller for bandwidth reservations

Segment routing uses LDP for label adjacency making it backward-compatible with LDP.

RSVP-TE requires a controller for bandwidth reservations.

RSVP-TE creates session states on core routers.

Question 2

You are designing an MPLS-based network overlay foryour environment that use either LDP or RSVP-signated LSPs.

Which two statements are true about these two signaling technologies (Choose two.)

Which two statements are true about these two signaling technologies? (Choose two.)

Options:

RSVP requires the traffic engineering database (TED) to find the best path across the network.

LDP uses EROs to influence the path of an LSP and enable traffic engineering.

LDP leverages the IGP to find the best path across the network.

RSVP enables an administrator to configure different traffic types to take different paths across the MPLS network.

Question 3

What are two benefits of including analytics in your network management design proposal? (Choose two.)

Options:

Analytics can be used for troubleshooting and diagnosing network problems

Analytics dynamically standardizes software and firmware versions.

Analytics can allow administrators to evaluate and optimize WAN resources.

Analytics dynamically makes network optimization change

Question 4

You are asked to provide a design proposal for a service provider’s core network. The network consists of both IPv4 and IPv6 addresses and must scale up to 50 core routing devices.

In this scenario, which statement is correct regarding the IGP design?

Options:

You can use OSPFv2 for IPv4 and OSPFv3 for IPv6 at the same time.

You must use OSPFv3 to support both address families.

You can use OSPFv2 to support both address families.

You must use IS-4S to support both address families.

Question 5

You belong to an organization consisting of multiple sites. Your topology is constantly changing. You need a method of encrypting traffic between sites.

Which technology enables you to add new sites without reconfiguring existing sites?

Options:

IPsec Auto VPN with ADVPN

mesh IPsec overlay VPN

point-to-point IPsec VPN

hub-and-spoke IPsec VPN

Question 6

You are designing a solution for a company with a central office with several branch locations geographically dispersed. You are given the followingrequirements:

— provides a different bandwidth at each location,

— has any-to-any connectivity,

— offloads some network responsibility.

— is inherently isolated.

— has a simple network design.

Which statement satisfies these requirements?

Options:

Implement WAN over the public Internet.

Implement Layer 3 VPN services at each location

Implement Layer 2 VPN point-to-point circuits from each location to the central office.

Implement services on a mesh of dark fiber between each location

Question 7

You are designing a full mesh of connections between multiple enterprise In this scenario, which two statements are correct? (Choose two.)

Options:

Security and Internet control is applied at a central location

All sites are able to communicate directly with each other

It is easier for administrators to enforce application-aware services with a single point of management.

IPsec tunnels can be used to secure traffic between sites.

Question 8

What are three limitations of using the Internet as the primary WAN service for enterprise organizations? (Choose three)

Options:

generally higher cost

no latency considerations

lack of connectivity

no quality of service guarantees

no inherent security

Question 9

What are two network management benefits of using devices in your design proposals?

Options:

Virtualization allows network administrators to dynamically make configuration changes to all network devices.

Virtualization can lower costs because there are fewer physical devices that need to be purchased and managed.

Virtualization can increase the available network bandwidth because their interface speeds are only limited by the host device.

Virtualization allows network administrators to dynamically add and remove services beingprovided

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Juniper JN0-1362 Dumps

Service Provider Design Specialist (JNCDS-SP) Questions and Answers

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