Win IT Exam with Last Dumps 2024

A network administrator is planning a new network with a segment-routing architecture using a distributed control plane. How is routing information distributed on such a network?

A. Each segment is signaled by a compatible routing protocol, and each segment makes its own steering decisions based on SR policy.

B. Each segment is signaled by MPLS, and each segment makes steering decisions based on the routing policy pushed by BGP.

C. Each segment is signaled by an SR controller, but each segment makes its own steering decisions based on SR policy.

D. Each segment is signaled by an SR controller that makes the steering decisions for each node.

Refer to the exhibit. The network team must implement MPLS LDP session protection with two requirements:
- Session protection is provided for core loopback IP addresses only.
- The LDP session must remain operational for one hour when the WAN link on PE-XR1 fails.
Which configuration must the team implement on PE-XR1?

A. configure terminal ipv4 access-list LDP-SESSION-PROTECTION permit ipv4 172.31.255.0 0.0.0.255 any ! mpls ldp session protection for LDP-SESSION-PROTECTION duration 60 end

B. configure terminal ipv4 access-list LDP-SESSION-PROTECTION permit ipv4 172.31.255.0 0.0.0.255 any ! mpls ldp session protection for LDP-SESSION-PROTECTION duration 3600 end

C. configure terminal ipv4 access-list LDP-SESSION-PROTECTION permit ipv4 172.31.255.0 0.0.0.255 any permit ipv4 10.0.0.0 0.0.255.255 any ! mpls ldp session protection for LDP-SESSION-PROTECTION duration 60 end

D. configure terminal ipv4 access-list LDP-SESSION-PROTECTION permit ipv4 172.31.255.0 0.0.0.255 any permit ipv4 10.0.0.0 0.0.255.255 any ! mpls ldp session protection for LDP-SESSION-PROTECTION duration 3600 end

Refer to the exhibit. A network support engineer for ASN 65502 receives a technical support ticket from a customer in ASN 65503 who reports that an eBGP session is down. The engineer determines that the peering failed after a recent change to the device at 192.168.26.2. EDGE-GW-1 must establish an eBGP session with the peering router 192.168.26.2. Which configuration establishes this session?

A. configure terminal no router bgp 65502 router bgp 65503 neighbor 192.168.26.2 remote-as 65503 address-family ipv4 neighbor 192.168.26.2 activate end

B. configure terminal router bgp 65502 address-family ipv4 neighbor 192.168.26.2 activate end

C. configure terminal no router bgp 65502 router bgp 65503 neighbor 192.168.26.2 remote-as 65123 address-family ipv4 neighbor 192.168.26.2 activate end

D. configure terminal router bgp 65502 no neighbor 192.168.26.2 remote-as 65503 neighbor 192.168.26.2 remote-as 65123 address-family ipv4 neighbor 192.168.26.2 activate end

DRAG DROP -Drag and drop the characteristics from the left onto the automation tool on the right.
Select and Place:

Refer to the exhibit. A network engineer configures CPE-1 for QoS with these requirements:
- IPv4 and IPv6 traffic originated by the CPE-1 WAN IP address must be marked with DSCP CS3.
- IPv4 LAN traffic must be marked with DSCP CS1.
IPv6 LAN traffic must be marked with DSCP default.
Which configuration must the engineer implement on CPE-1?

A. class-map match-any SELF_TRAFFIC match access-group name SELF_V4 match access-group name SELF_V6 class-map match-all V4_ TRAFFIC match protocol ip class-map match-all V6_TRAFFIC match protocol ipv6 class-map match-all QG_4 match qos-group 4 class-map match-all QG_6 match qos-group 6 ! policy-map LAN-INPUT class V4_TRAFFIC set qos-group 4 class V6_TRAFFIC set qos-group 6 ! policy-map WAN-OUTPUT class SELF_TRAFFIC set ip dscp cs3 class QG_4 set ip dscp cs1 class QG_6 set ip dscp default

B. class-map match-all SELF_TRAFFIC match access-group name SELF_V4 match access-group name SELF_V6 class-map match-all V4_ TRAFFIC match protocol ip class-map match-all V6_TRAFFIC match protocol ipv6 class-map match-all QG_4 match qos-group 4 class-map match-all QG_6 match qos-group 6 ! policy-map LAN-INPUT class V4_TRAFFIC set qos-group 4 class V6_TRAFFIC set qos-group 6 ! policy-map WAN-OUTPUT class SELF_TRAFFIC set dscp cs3 class QG_4 set ip dscp cs1 class QG_6 set dscp default

C. class-map match-all SELF_TRAFFIC match access-group name SELF_V4 match access-group name SELF_V6 class-map match-all V4_ TRAFFIC match protocol ip class-map match-all V6_TRAFFIC match protocol ipv6 class-map match-all QG_4 match qos-group 4 class-map match-all QG_6 match qos-group 6 ! policy-map LAN-INPUT class V4_TRAFFIC set qos-group 4 class V6_TRAFFIC set qos-group 6 ! policy-map WAN-OUTPUT class SELF_TRAFFIC set ip dscp cs3 class QG_4 set ip dscp cs1 class QG_6 set ip dscp default

D. class-map match-any SELF_TRAFFIC match access-group name SELF_V4 match access-group name SELF_V6 class-map match-all V4_ TRAFFIC match protocol ip class-map match-all V6_TRAFFIC match protocol ipv6 class-map match-all QG_4 match qos-group 4 class-map match-all QG_6 match qos-group 6 ! policy-map LAN-INPUT class V4_TRAFFIC set qos-group 4 class V6_TRAFFIC set qos-group 6 ! policy-map WAN-OUTPUT class SELF_TRAFFIC set dscp cs3 class QG_4 set ip dscp cs1 class QG_6 set dscp default

Refer to the exhibit. An engineer is configuring IS-IS on ISP network.
Which IS-IS configuration must an engineer implement on router AGG1 so that it establishes connectivity to router AGG6 via the BB3 core router?

A. router isis 100 metric-style narrow interface GigabitEthernet 3 isis metric 10 level-2

B. router isis 100 metric-style wide interface GigabitEthernet 3 isis metric 1500 level-2

C. router isis 100 metric-style narrow interface GigabitEthernet 3 isis metric 10 level-1

D. router isis 100 metric-style wide interface GigabitEthernet 3 isis metric 1500 level-1

Refer to the exhibit. EIGRP a running across the core lo exchange Internal routes, and each router maintains 6GP adjacency with the other routers on the network. An operator has configured static routes on the edge routers R1 and R2 for IP address 10.0.1.1. which is used as a black hole route as shown. Which configuration should the operator Implement to me management rouler to create a route map that will redistribute lagged static routes into BGP and create a static route to blackhole traffic with tag 777 that Is destined to server at 192.168.10.100?

A. router(config)# router bgp 55100 router(config-router)# redistribute static route-map blackhole-trigger router(config)# ip route 10.0.1.1 255.255.255.255 Null0 tag 777

B. router(config)# router bgp 55100 router(config-router)# redistribute static route-map blackhole-trigger router(config)# ip route 192.168.10.100 255.255.255.255 Null0 tag 777

C. router(config)# router bgp 55100 router(config-router)# redistribute connected router(config)# ip route 192.168.10.100 255.255.255.255 tag 777

D. router(config)# router bgp 55100 router(config-router)# redistribute connected route-map blackhole-trigger router(config)# ip route 192.168.10.100 255.255.255.255 Null0 tag 777

Refer to the exhibit. EIGRP a running across the core lo exchange Internal routes, and each router maintains 6GP adjacency with the other routers on the network. An operator has configured static routes on the edge routers R1 and R2 for IP address 10.0.1.1. which is used as a black hole route as shown. Which configuration should the operator Implement to me management rouler to create a route map that will redistribute lagged static routes into BGP and create a static route to blackhole traffic with tag 777 that Is destined to server at 192.168.10.100?

A. route-map RTBH-CUSTOMER-IN permit 10 description AS65001 match ip address prefix-list AS65001-PREFIXES match community 99 set local-preference 200 set community no-export additive set ip next-hop 192.168.255.255 route-map RTBH-CUSTOMER-IN deny 65535 description DEFAULT DENY

B. route-map RTBH-CUSTOMER-IN permit 10 description AS65001 match ip address prefix-list AS65001-PREFIXES match community 99 set local-preference 200 set community local-as additive set ip next-hop 192.168.255.255 route-map RTBH-CUSTOMER-IN deny 65535 description DEFAULT DENY

C. route-map RTBH-CUSTOMER-IN permit 10 description AS65001 match ip address prefixlist AS65001-PREFIXES match community 99 set local-preference 200 set community no-advertise additive set ip next-hop local-address route-map RTBH-CUSTOMER-IN deny 65535 description DEFAULT DENY

D. route-map RTBH-CUSTOMER-IN permit 10 description AS65001 match ip address prefix-list AS65001-PREFIXES match community 99 set local-preference 200 set community no-advertise additive set ip next-hop 192.168.255.255 route-map RTBH-CUSTOMER-IN deny 65535 description DEFAULT DENY

Refer to the exhibit. Routers P4 and P5 receive the 0.0.0.0/0 route from the ISP via eBGP peering. P4 is the primary Internet gateway router, and P5 is its backup.
P5 is already advertising a default route into the OSPF domain.
Which configuration must be applied to P4 so that it advertises a default route into OSPF and becomes the primary Internet gateway for the network?

A. configure terminal router ospfv3 100 address-family ipv4 unicast default-information originate metric 40 metric-type 2 end

B. configure terminal router ospfv3 100 address-family ipv4 unicast default-information originate metric 40 metric-type 1 end

C. configure terminal router ospfv3 100 address-family ipv4 unicast redistribute bgp 65500 metric 40 metric-type 1 end

D. configure terminal router ospfv3 100 address-family ipv4 unicast default-information originate always metric 40 metric-type 1 end

Refer to the exhibit. An ISP provides shared VoIP Extranet services to a customer in VRF-100 with these settings:
- The VoIP services are hosted in the 198.19.100.0/24 space.
- The customer has been assigned the 198.18.1.0/29 IP address block.
- VRF-100 is assigned import and export route target 65010:100.
Which configuration must the engineer apply to PE-1 to provision VRF-100 and provide access to the shared services?

A.

B.

C.

D.