Juniper JNCDS-SP JN0-1362 Actual Dumps

dumps2021-11-29T07:02:39+08:00

Juniper JN0-1362 exam is a related test for Juniper JNCDS-SP certification. If you are planning to take Juniper JN0-1362 exam, our online JNCDS-SP JN0-1362 actual dumps are your good preparation material. In real Juniper JN0-1362 exam, there are 65 multiple-choice questions, and you have 90 minutes to finish all the questions. You can register Juniper JN0-1362 exam at Pearson VUE test center. Free Juniper JNCDS-SP JN0-1362 actual dumps are available below.

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1. You are working on a multi-Data Center interconnect (DCI) solution. Your WAN is based upon a multipoint MPLS Layer 3 VPN. This design must provide Layer 2 connectivity

between the data centers across your WAN.

Which technology would satisfy the requirement?

VRRP

VCF

RTG

EVPN

2. You work for a service provider that offers Layer 2 services. One of the customers is purchasing Layer 2 VPN services to interconnect several sites.

In this scenario, which two functions are provided by the PE router? (Choose two )

It maintains all customer Layer 3 routing information.

It selects the appropriate Layer 2 VPN in the service provider network.

It maintains an MP-BGP session with each customer site to exchange customer routing information

It maintains MPLS LSPs between the sites.

3. A customer requests that you design their Layer 3 VPN solution so that all site-to-site traffic goes through a central site, in a hub-and-spoke fashion You must choose between using one or two interfaces on the hub WAN link.

In this scenario, which solution would you use?

Use two interfaces on the hub WAN link to allow traffic to go from the spokes to the hub on one interface and from the hub to the spokes on the other interface.

Use two interfaces on the hub WAN link to reserve one interface for higher Priority traffic.

Use one interface on the hub WAN link, since both hub and spoke sites will require a second VRF for route-leaking purposes.

Use one interface on the hub WAN link to ensure simplicity, since only a single route target is required across the entire Layer 3 VP

4. You are asked to design a WAN for a large enterprise. Each site must have multiple connections for redundancy. MPLS is not available at every site butit is preferred where available.

Which topology satisfies these design requirements?

hub-and-spoke Internet WAN

full mesh SD-WAN

full mesh MPLS VPN

hub-and-spoke SD-WAN

5. Which two statements are correct about Junos Space Connectivity Services Director? (Choose two)

It is used to design, provision, and monitor Label Discovery Protocol (LDP) and Border Gateway Protocol (BGP) services on devices

It is used to design and simulate MPLS-TE and LSP routing.

It is used to design, provision, and deploy MPLS-dynamic, RSVP-signaled LSP, and static LSP services on devices.

It is used to provide zero touch provisioning (ZTP), which simplifies the deployment of networks by providing policy-driven plug-and-play provisioning and network bring-up operations.

6. You are developing a CoS policy for a service provider core network that In this scenario, which three statements are correct? (Choose three.)

Core routers should use a common set of per-hop behaviors.

Core routers should use shapers to ensure that customer traffic does not exceed allowed bandwidth.

Core routers should use policers to ensure that customer traffic does not exceed allowed bandwidth.

Core routers should use a consistent CoS configuration across the network.

Core routers should use the DSCP markings already set on ingress traffic.

7. You work for a service provider that offers Layer 2 VPN services. One of your enterprise customers is purchasing Layer 2 VPN services to interconnect three of their sites.

In this scenario, what are two functions of the CE device? (Choosetwo.)

It maintains all customer Layer 3 routing information.

It selects the appropriate circuit on which to traverse the Layer 2 VP

It maintains an MP-BGP session to all other sites to exchange route information for the Layer 2 VP

It maintains all MPLS LSPs between the sites.

8. In your class-of-services design, you are using a multified classifier on your WAN edge devices to ensure that traffic is properly classified entering your network. You are asked to ensure that all packets traversing your core will be handled in the same manner without using firewall filters.

Given this scenario, which statement is correct?

You should use forwarding classes to property mark all DiffServ values because traffic is entering your core devices.

You should use rewrite rules to properly mark all DiffServ values because traffic is entering your core devices from your edge

You should use a scheduler on all core devices to property classify incoming traffic to ensure it is handled the same.

You should use a behavior aggregate (BA) classifier on all core devices to ensure incoming traffic is handled the same.

9. Since deploying VPLS, you notice an unusually high level of traffic In your nine topology. On further inspection, you determine that broadcast traffic is causing the problem. Thetraffic is legitimate. Nevertheless, you are asked to look into options that allow the network to scale.

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

Mark broadcast traffic with a high drop priority.

Move from LDP-signaled VPLS to BGP-signaled VPL

Add a broadcast policer and an unknown unicast policer to each VPL

Deploy P2MP LSPs.

10. You are asked to provide a design proposal for a services provider’s core network. The network consists of both IPv2 and IPv4 addresses and must scale up to 50 core routing devices. As part of your design, you must in redundancy and ensure that future network expansion is easily incorporated.

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

You should create a full mesh of EBGP neighbors in your core.

You must use direct interface peering for your neighbors.

You should use a pair of route reflectors with peering’s to all other core devices.

You must separate the BGP network into multiple autonomous systems on geographic location.

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

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.

12. Exhibit.

You want to design a VPN service that will allow your enterprise the ability to span their VLANs between the four sites shown in the exhibit, while allowing point-to-multipoint connectivity.

Which two MPLS VPN technologies allow this type of functionality (Choose two.)

EVPN

Layer 2 VPN

VPLS

Layer 3 VPN

13. You want to migrate your network from usingDraft-Rosen to multicast VPN,Due to functional similarities, it will help operations personnel make the transition if they are familiar with certain technologies

In this scenario, which technology would be helpful?

hierarchical VPLS

Layer 3 VPNs

Layer 2 VPNs

VPLS with point-to-multipoint LSPs

14. Your customer’s enterprise is adding geographically dispersed branch offices and requires newWAN connections. The primary design consideration for this expansion is low cost.

Which type of WAN connection satisfies the customer's requirement in this scenario?

leased line dedicated circuit

Internet connection with IPsec

transparent Layer 2 service

MPLS Layer 3 VPN

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

― 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?

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

16. You are creating a WAN solution design for an enterprise customer. The customer will be connecting three sites in different locations. The customer wants all of the sites to be part of the same Layer 2 network.

In this scenario, what are two valid connection methods you would provide in your design? (Choose two.)

NG-MVPN

leased line

IPsecVPN

EVPN

17. A new customer asks that you extend their LAN across your WAN The customer wants to retain administrative control over all routing in their network.

Which two architectures would meet this requirement? (Choose two.)

public Internet

Layer 2 VPN

Layer 3 VPN

VPLS

18. You work for a service provider that currently uses a full mesh of IBGP peers to share EBGP routes. You are concerned about future scalability with this model and have decided to use route reflectors to overcome the scale limitations associated with the full mesh model.

In this scenario, which statement is true?

Route reflectors readvertise both the active and backup routes

Cluster IDs must be configured on all IBGP peers.

Private autonomous system numbers must be configured on all IBGP peers.

Route reflectors do not change existing IBGP next hops by default.

19. As a service provider network architect, you are working with a potential customer who wants to replace their WAN, consisting of two data centers, one HQ, and 76 branch offices Due to application latency requirements between branch offices, the customer insists that all traffic must take the most optimal path through the service provider network. The customer intends to encrypt all traffic between customer routers at each location.

Which WAN technology would you propose in this scenario?

point-to-point Layer 2 VPNs

Layer 3 VPN

Internet as WAN

H-VPLS

20. What are two considerations for using the public Internet for WAN connectivity? (Choose two.)

End-to-end traffic is best effort.

It is inherently insecure, and additional encryption should be considered.

End-to-end CoS and larger MTU are possible.

It is inherently secure and does not require additional encryption.

Juniper JNCDS-SP JN0-1362 Actual Dumps

Juniper JNCDS-SP JN0-1362 Actual Dumps

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