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Service Provider Design, Specialist (JNCDS-SP) Certification is designed for networking professionals and designers with intermediate knowledge of service provider design, theory, and best practices, this written exam verifies the candidate’s understanding of service provider design principles.

Exam code: JN0-1361

Written exam

Administered by Pearson VUE

Exam length: 90 minutes

Exam type: 65 multiple-choice questions

Pass/fail status is available immediately

Public/private/managed

Service provider connectivity

Service provider hand-off methods

Service provider MPLS services

Enterprise Internet transport

Enterprise Layer 2/Layer 3 handoff services

Enterprise private connections

Calculating availability

Physical redundancy

Logical redundancy

Fate sharing (for example, high availability)

Capacity planning

Diffserv

CoS processing

Network segmentation

IGP design

BGP design

MPLS design

Layer 2 Services

Layer 3 services

Metro Ethernet

Subscriber services

Multicast services

Private WANs

Large enterprise WAN design

SME WAN design

Gateway and fabric connectivity

L2 WAN extensions

EVPN

VXLAN

Platform security

BGP Flowspec

MACsec

IPsec

Subscriber access security

OoB management design

Junos Space management platform

Best practices

SD-WAN (protocols, considerations, benefits)

NorthStar Controller

NorthStar Planner

Contrail Cloud CPE

1.Your customer is paying for traffic prioritization and you must ensure that all traffic from their 172.27. 10.0/24 network receives top priority through your network.

Which action will satisfy this requirement?

A. Apply a behavior aggregate classifier to the egress interface.

B. Apply a custom rewrite rule to the ingress interface.

C. Apply a multifield classifier to the ingress interfaces.

D. Apply a custom scheduler map to the ingress interface.

2.You are designing a service provider core network As part of the design, you must ensure that the MPLS network utilizes the traffic engineering database (TED) for path selection and resiliency. You have chosen OSPF as the IGP for your design.

In this scenario which statement is correct?

A. You must enable traffic engineering in OSPF to populate the TED.

B. OSPF cannot be used to populate the TED.

C. You must disable traffic engineering in OSPF to use the TED.

D. OSPF populates the TED by default.

3.Your company is designing a new data center in a remote location that must be connected to your local data center. You have a service provider connection between the CE devices at each site. You want to implement EVPN with VXLAN services between sites, but the service provider does not offer EVPN services.

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

A. The provider's edge devices must map your VXLAN VNIs to MPLS LSPs within the provider network at each site

B. The customer's edge devices within your data center can act as VXLAN Layer 2 gateways

C. You can still implement EVPN service across the service provider as long as there is IP reachability between the sites.

D. The service provider must provide an MPLS-based VPN connection between sites

4.Your WAN links are on a VPLS service from a single service provider. You must verify device configuration power and status in the event of a service outage.

Which two actions provide out-of-band management to your edge routers? (Choose two)

A. Place management traffic on a separate VLAN on the VPLS service

B. Connect each Ethernet management interface to a dedicated switch with traffic routed on its own subnet on the VPLS service

C. Connect each Ethernet management interface to a dedicated switch with its own WAN connection.

D. Connect each serial management port to a console server with a cellular Internet connection

5.Your applications are migrating from a legacy data center to an EVPN over a VXLAN-based VM environment. A few critical legacy applications not support this environment and must remain on bare metal servers and the applications must be able to access the Internet.

What must be included in the VXLAN design to satisfy these requirements?

A. VTEP tunneling

B. VXLAN gateway

C. SR-IOV

D. nested VM capability