Ace the Nokia 4A0-104 Exam: Ultimate Preparation Guide

The VC-IDs used between the E-pipe and VPLS must match.

The E-pipe must maintain a MAC FDB in order to connect to the VPLS.

The service ID of the E-pipe can be different from that of the VPLS.

The service MTU of the VPLS and E-pipe must match.

All services bound to the same SDP must be the same service type.

All services bound to the same SDP will have the same transport encapsulation.

Any operation on an SDP will affect all services bound to that SDP.

An SDP is used to direct traffic for a service from one router to another.

A mirror destination to indicate which ports to monitor.

A mirror source to indicate which ports to monitor.

A mirror destination to indicate on which sap or sdp traffic should be replicated.

A mirror source to indicate on which sap or sdp traffic should be replicated

1

5

10

20

SDP ID

Service ID

Customer ID

SAP ID

Yes. A routing policy is required to advertise routes between PE routers in a VPRN

No. A routing policy is not required; the default behavior on the 7750 SR is to advertise all VPRN routes between PE routers.

A routing policy is required only when BGP is used as the PE-CE routing protocol, as shown in the exhibit.

A CE1 system interface can not be advertised to PE2 since the CE routers are not aware of the VPRN.

An export policy is required on PE1 to advertise routes to CE1.

An export policy is not required on PE2 to advertise routes to CE2.

An export policy is not required to advertise routes between PE routers

All of the above statements are true

All of the above statements are false

ISIS, RIP, OSPF, static routes

BGP, ISIS, RIP, OSPF, static routes

BGP, RIP, OSPF, static routes, OSPF3

ISIS, RIP, OSPF, static routes, OSPF3

Traffic is flooded to all SAPs in the service.

Traffic is flooded to all SAPs and spoke SDPs in the service.

Traffic is flooded to all SAPs and mesh SDPs in the service.

Traffic is flooded to all SAPs, spoke SDPs, and mesh SDPs in the service.

The traffic is not flooded.

Provides a mechanism to determine the hops an SDP traverses.

Provides in-band uni-directional connectivity tests.

Provides in-band round-trip connectivity tests.

Tests ability of reaching the far-end IP address of an SDP ID within the SDP encapsulation.

Provides information regarding the exact MTU supported between service ingress and service termination.