Nokia 4A0-C01 Exam Made Easy: Step-by-Step Preparation Guide

1500

1508

1514

1522

0

2

3

6

The FCS is verified and kept in the customer frame. The VLAN tag is kept and transported over the network.

The FCS is verified and kept in the customer frame. The VLAN tag is removed for transport over the network.

The FCS is verified and removed from the frame. The VLAN tag is kept for transport over the network.

The FCS is verified and removed from the frame. The VLAN tag is removed for transport over the network.

The original VLAN tag is removed.

The original VLAN tag is kept.

The VLAN tag is replaced by a provider tag.

The VLAN tag is kept and a provider tag is added.

The frame egresses from 1/1/1:6 with no VLAN tag.

The frame egresses from 1/1/1:6 with VLAN tag 5.

The frame egresses from 1/1/1:6 with VLAN tag 6.

The frame egresses from 1/1/1:6 with an inner VLAN tag of 5 and an outer VLAN tag of 6.

TRUE

FALSE

Change the service MTU of the VPLS to match the IES.

Set the ip-mtu of the IES service to match the service MTU of the VPLS service.

Change the MTU of the SDP attached to the VPLS to match the service MTU of the VPLS.

Set the DNF flag on the IES service.

0

1

2

3

vprn-ping

sdp-ping

traceroute

Isp-trace

The service takes a route determined by the IGP.

The tunnel does not use a service label.

The service label is swapped at each hop in the transport network.

The tunnel is bidirectional and only requires configuration at one end of the service.

Route targets are carried in MP-BGP updates.

Route targets identify the VRF that a VPN-IFV4 prefix is associated with.

Route targets are communicated between PEs that are part of a specific VPRN.

Route targets identify the egress SAP of a service towards a CE.

show service id 100 base

show service vpls 100

show service vpls 100 summary

show service vpls 100 all

None of the above.

dot1q

null

qinq

atm

ipcp

bcp-null

The dot1Q default SAP (port: *) can be used to pass VLAN tags transparently through a network.

The dot1Q null SAP (port: 0) accepts all tagged frames and untagged frames.

The dot1Q default SAP (port: *) accepts all untagged frames and any frames with tag values that are not used as a service-delimiting value on another SAP.

A dot1q null SAP (port: 0) and a dot1q default SAP (port: *) cannot both be defined on the same port.

Customers must use the same routing protocol as the service provider.

Customers belonging to the same VPRN service must use the same subnet.

Service providers only need to perform configurations on the PEs to add additional VPRNs.

For each VPRN, only one customer can be connected at each PE.

An SDP can be used by more than one service and customer.

A SAP can only be created on an access port.

A customer can have multiple services associated to it.

A customer is only created on one site of a distributed service.

A transport tunnel can carry many service tunnels.

The transport label is unchanged throughout the transport network.

A single network port can carry more than one transport tunnel.

Both MPLS and GRE transport tunnels use a service label.

A route target is used to distinguish to which VRF table a prefix belongs.

A route target appended to an IPv4 prefix produces a VPN-IPv4 prefix.

Multiple route targets can be part of a single MP-BGP update.

Route targets must be configured for VPRNs.

Each router requires 1 SDP.

Each router requires 2 SDPs.

Each router requires 3 SDPs.

Each router requires 6 SDPs.

A VPLS service does not use a MAC FDB.

The router reads the destination MAC address of frames passing through the service.

The router reads the source MAC address of frames passing through the service.

The router uses reverse ARP (RARP) to resolve the MAC addresses for unknown destinations.

The router is programmed with MAC addresses by the network administrator.