Online Access Free JN0-692 Practice Test

Click the Exhibit button.

You are troubleshooting an interface where there are reports that ge-2/1/0 is not able to use more than 50% of its full bandwidth.
According to the output shown in the exhibit, which statement correctly describes the cause of this problem?

• A.The exp-default classifier is in use on the interface.
• B.The interface supports eight queues but is only using four queues.
• C.The input queues are using the default scheduler.
• D.There is a 500 Mbps shaping rate configured.

PE-1 is not sending any routes to the CE router in the Cust routing instance.
What is the reason?

• A.The as override parameter is causing an AS loop on the CE device.
• B.The vrf-import policy is only accepting direct routes.
• C.The vrf-export policy must be explicitly defined.
• D.There is a mismatch in the target community and the route distinguisher.

Your network is configured with a full mesh of MPLS LSPs between all devices. However, when you enter the show route table inet.2 command on any device, no LSP routing information is displayed.
Which statement explains why this is occurring?

• A.A filter is applied that is preventing the LSPs from being installed in the inet.2 table.
• B.The inet.2 table does not contain LSP routing information.
• C.Advanced super-user permissions are required to access the inet.2 table.
• D.IGP routes have a better route preference, causing the LSPs to be hidden.

You are adding nonforwarding route reflectors to your network. Which three actions ensure that VPN routes are advertised properly? (Choose three.)

• A.Use rib-groups to add IGP routes to inet.3 and/or inet6.3 on the route reflectors.
• B.Add MPLS LSPs between the route reflectors and their client routers.
• C.Add the route reflectors to the same IGP domain as their clients.
• D.Use rib-groups to add VPN routes to inet.0 and/or inet6.0 on the route reflectors.
• E.Add a static default route to inet.3 and/or inet6.3 on the route reflectors.

Click the Exhibit button.
-- Exhibit -user@PE1# show protocols mpls userel-switched-path LSP-1 {
from 101.101.101.1;
to 103.103.103.1; } userel-switched-path LSP-2 {
from 101.101.101.1;
to 103.103.103.1; } interface ge-0/0/0.0;
user@PE1# show protocols ldp interface lo0.0;
user@PE1# show protocols l2circuit
neighbor 103.103.103.1 { interface ge-0/0/3.300 { virtual-circuit-id 300; }
}
user@PE1# show interfaces ge-0/0/3 flexible-vlan-tagging; encapsulation flexible-ethernet-services;
unit 300 { encapsulation vlan-ccc; vlan-id 300;
}
user@PE1# show protocols l2circuit
neighbor 103.103.103.1 { interface ge-0/0/3.300 { virtual-circuit-id 300; community test-community; }
}
user@PE1# show policy-options community test-community members 300:300; -- Exhibit -
Given the topology shown below: CE1-PE1-P-PE2-CE2
PE1 and PE2 have two equal-cost RSVP LSPs (LSP-1 and LSP-2). They form a Layer 2 circuit between CE1 and CE2. You are asked to map their traffic to take LSP-1. The exhibit shows the current configuration of PE1. The correct configuration has been completed on the other routers.
Which two configurations must be added to PE1 to ensure that this traffic is always carried on LSP-1? (Choose two.)

• A.forwarding-table {
  import mapping-l2ckt-to-lsp;
  }
  user@PE1# show routing-options
• B.policy-statement mapping-l2ckt-to-lsp {
  term 1 {
  from community test-community;
  then {
  accept;
  }
  }
  }
  user@PE1# show routing-options
• C.forwarding-table {
  export mapping-l2ckt-to-lsp;
  } user@PE1# show policy-options
• D.policy-statement mapping-l2ckt-to-lsp {
  term 1 {
  from community test-community;
  then {
  install-nexthop lsp LSP-1;
  }
  }
  }
  user@PE1# show policy-options