Refer to the exhibit. Refer to the exhibit. The operations team is implementing an LDP-based configuration in the service provider core network with these requirements:R1 must establish LDP peering with the loopback IP address as its Router-ID.Session protection must be enabled on R2.How must the team update the network configuration to successfully enable LDP peering between R1 and R2?

Configure mpls ldp router-id loopback0 on R1 and R2.

Change the LDP password on R2 to Cisco.

Configure mpls ldp router-id loopback0 on R1 and R2.

Configure LDP session protection on R1.

Change the discover hello hold time and interval to their default values.

A network engineer is testing an automation platform that interacts with Cisco networking devices via NETCONF over SSH. In accordance with internal security requirements:NETCONF sessions are permitted only from trusted sources in the 172.16.20.0/24 subnet.CLI SSH access is permitted from any source.Which configuration must the engineer apply on R1?

configure terminalhostname R1ip domain-name mydomain.comcrypto key generate rsaip ssh version 2access-list 1 permit 172.16.20.0 0.0.0.255netconf ssh acl 1line vty 0 4transport input sshend

configure terminalhostname R1ip domain-name mydomain.comcrypto key generate rsaip ssh version 1access-list 1 permit 172.16.20.0 0.0.0.255netconf ssh acl 1line vty 0 4transport input sshend

configure terminalhostname R1ip domain-name mydomain.comcrypto key generate rsaip ssh version 2access-list 1 permit 172.16.20.0 0.0.0.255access-list 1 permit anynetconf sshline vty 0 4access-class 1 intransport input sshend

configure terminalhostname R1ip domain-name mydomain.comcrypto key generate rsaip ssh version 1access-list 1 permit 172.16.20.0 0.0.0.255access-list 2 permit anynetconf sshline vty 0 4access-class 2 intransport input sshend

configure terminalhostname R1ip domain-name mydomain.comcrypto key generate rsaip ssh version 2access-list 1 permit 172.16.20.0 0.0.0.255netconf ssh acl 1line vty 0 4transport input sshend

What is the role of NSO?

Controls the turn-up of a device.

Provides public cloud services for customers that need Internet access.

Controls the turn-up of a device.

Provides network monitoring services for Layer 3 devices.

A network engineer is implementing NetFlow to observe traffic patterns on the network. The engineer is planning to review the patterns to help plan future strategies for monitoring and preventing congestion as the network grows. If the captures must include BGP next-hop flows, which configuration must the engineer apply to the router?

ip cefip flow-export version 9 bgp-nexthopip flow-export destination 192.168.1.1 9996interface gigabitethernet 1/0/1ip flow ingress

ip cefip flow-export version 5 bgp-nexthopip flow-export destination 192.168.1.1 9995interface gigabitethernet 1/0/1ip flow egress

ip cefip flow-export version 9 bgp-nexthopip flow-export destination 192.168.1.1 9996interface gigabitethernet 1/0/1ip flow ingress

ip cefip flow-export version 5ip flow-export destination 192.168.1.1 9995interface gigabitethernet 1/0/1ip flow ingresscdp enable

no ip cefip flow-export version 9ip flow-export destination 192.168.1.1 9996interface gigabitethernet 1/0/1ip flow ingressip flow egress

Refer to the exhibit. Refer to the exhibit. Users in AS 65010 are connected with the application server in AS 65050 with these requirements:AS 65010 users are experiencing latency and congestion to connect with application server 172.16.50.10.AS 65030 must be restricted to become Transient Autonomous System for traffic flow.Links connected to AS 65020 and AS 65040 are underutilized and must be used efficiently for traffic.Which two configurations must be implemented to meet these requirements? (Choose two.)

Apply the AS-Path route-map policy for traffic received from R3.

Apply the MED route-map policy for traffic received from R4.

Apply the AS-Path route-map policy for traffic received from R3.

Configure the route map to prepend the AS-Path attribute for R5-R3 BGP peering.

Apply the MED route-map policy for traffic received from R4.

Configure a higher Local preference for R5-R4 BGP peering.

Configure the route map to set the MED 50 attribute for R5-R4 BGP peering.

What is a characteristic of MVPN?

It allows VRF traffic to use the service provider MPLS VPN to route multicast traffic.

It bypasses the use of MPLS in the service provider core and transmits packets using IP only.

It uses pseudowires to route unicast and broadcast traffic over either a service provider MPLS or IP core.

It allows VRF traffic to use the service provider MPLS VPN to route multicast traffic.

It creates GRE tunnels to route multicast traffic over a service provider IP core.

Refer to the exhibit. Refer to the exhibit. What is the purpose of this JSON script?

It changes the existing password.

It updates a user authentication record.

It deletes a user’s authentication record.

It confirms a user’s login credentials.

A network administrator must monitor network usage to provide optimal performance to the network end users when the network is under heavy load. The administrator asked the engineer to install a new server to receive SNMP traps at destination 192.168.1.2. Which configuration must the engineer apply so that all traps are sent to the new server?

snmp-server enable trapssnmp-server host 192.168.1.2 public

snmp-server enable traps entitysnmp-server host 192.168.1.2 public

snmp-server enable traps bgpsnmp-server host 192.168.1.2 public

snmp-server enable traps isdnsnmp-server host 192.168.1.2 public

snmp-server enable trapssnmp-server host 192.168.1.2 public

What must a network engineer consider when designing a Cisco MPLS TE solution with OSPF?

The OSPF extensions and RSVP-TE must be enabled on all routers in the network.

OSPF extensions for RSVP-TE are supported in Area 1.

The OSPF extensions and RSVP-TE must be enabled on the egress routers.

OSPF extensions for RSVP-TE are implemented in Type 6, 7, and 8 LSAs.

The network team is planning to implement IPv6 on the company’s existing IPv4 network infrastructure. The network currently uses IS-IS to share routes between peers. Which task must the team perform so that IS-IS will run in multitopology mode on the updated IPv6 network?

Configure the IS-IS IPv6 metric on the dual-stack links.

Configure the links between the network routers as point-to-point.

Configure the network routers to use metric-style wide.

Configure the network routers as Level 2 routers.

Configure the IS-IS IPv6 metric on the dual-stack links.

Refer to the exhibit. Refer to the exhibit. Customers report occasional forwarding issues from hosts connected to R6 to hosts connected to R1. A network engineer has just updated the MPLS configuration on the network, and a targeted LDP session has been established between R1 and R5. Which additional task must the engineer perform so that the team can identify the path from R6 to R1 in case the forwarding issues continue?

Implement MPLS OAM within the network.

Configure an MPLS TE from R4 to R1 that routes through R5.

Implement MPLS OAM within the network.

Implement MPLS VPLS within the network.

Configure MPLS LDP Sync on each router.

Which benefit is provided by FRR?

It protects Cisco MPLS TE LSPs from link and node failures.

It provides fast forwarding path failure detection times for all media.

It provides rapid failure detection between forwarding engines.

It provides performance data for the service provider network.

It protects Cisco MPLS TE LSPs from link and node failures.

An engineer must implement QoS to prioritize traffic that requires better service throughout the network. The engineer started by configuring a class map to identify the high-priority traffic. Which additional tasks must the engineer perform to implement the new QoS policy?

Attach the class map to a policy map that designates the action to be taken on the classified traffic and then attach the policy map to an interface using a service policy.

Attach the class map to a policy map that sets the minimum bandwidth allocated to the classified traffic and designates the action to be taken on the traffic.

Attach the class map to a policy map that designates the action to be taken on the classified traffic and then attach the policy map to an interface using a service policy.

Attach the class map to a policy map within a VRF to segregate the high-priority traffic and then attach the policy map to an interface in another VRF.

Create a route map to manipulate the routes that are entered into the routing table and then attach the route map to an interface using a service policy.

A service provider requires continuous real-time network monitoring to provide reliable SLAs to its customers. To satisfy this requirement, a network administrator is implementing gRPC dial out on an ASR with TLS. Receiver 192.168.10.2 will be assigned one of the subscriptions, and it will manage the ASR. Which configuration must the engineer apply to the router as part of the configuration process?

telemetry model-drivendestination-group ciscotestaddress family ipv4 192.168.10.2 port 10encoding self-describing-gpbprotocol grpc tis-hostname ciscotest.com

snmp-server community publicsnmp-server enable trapssnmp-server host 192.168.10.2 version 2c public.

telemetry model-drivendestination-group DGroup1address family ipv4 192.168.10.2 1 port 10encoding self-describing-gpb

snmp-server community publicsnmp-server enable trapssnmp-server enable traps snmp authenticationsnmp-server managersnmp-server manager session-timeout 1000

telemetry model-drivendestination-group ciscotestaddress family ipv4 192.168.10.2 port 10encoding self-describing-gpbprotocol grpc tis-hostname ciscotest.com

Refer to the exhibit. Refer to the exhibit. A network operator working for a private telecommunication company with an employee id: 7138: 13:414 just added new users to the network, which resides in VLANs connected to routers R1 and R4. The engineer now must configure the network so that routers R1 and R4 share routes to the VLANs, but routers R2 and R3 are prevented from including the routes in their routing tables. Which configuration must the engineer apply to R4 to begin implementing the request?

pseudowire -class ciscotestencapsulation mplsinterface gigabitethernet 1/0/1xconnect 192.168.1.1 101 pw-class ciscotest

pseudowire -class ciscotestencapsulation mplsinterface gigabitethernet 1/0/1connect neighbor 192.168.1.1 101 pw-class cisco

pseudowire -class ciscotestencapsulation mplsinterface gigabitethernet 1/0/1xconnect 192.168.1.1 101 pw-class ciscotest

pseudowire-class ciscotestencapsulation mplsservice-policy output ciscotest

interface serial 2/0/0frame-relay encapsulationip address 192.168.1.4 255.255.255.0service-policy output ciscotest

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?

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

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

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

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

Refer to the exhibit. 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?

configure terminalrouter bgp 65502no neighbor 192.168.26.2 remote-as 65503neighbor 192.168.26.2 remote-as 65123address-family ipv4neighbor 192.168.26.2 activateend

configure terminalno router bgp 65502router bgp 65503neighbor 192.168.26.2 remote-as 65503address-family ipv4neighbor 192.168.26.2 activateend

configure terminalrouter bgp 65502address-family ipv4neighbor 192.168.26.2 activateend

configure terminalno router bgp 65502router bgp 65503neighbor 192.168.26.2 remote-as 65123address-family ipv4neighbor 192.168.26.2 activateend

configure terminalrouter bgp 65502no neighbor 192.168.26.2 remote-as 65503neighbor 192.168.26.2 remote-as 65123address-family ipv4neighbor 192.168.26.2 activateend

Refer to the exhibit. 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?

class-map match-any SELF_TRAFFICmatch access-group name SELF_V4match access-group name SELF_V6class-map match-all V4_ TRAFFICmatch protocol ipclass-map match-all V6_TRAFFICmatch protocol ipv6class-map match-all QG_4match qos-group 4class-map match-all QG_6match qos-group 6!policy-map LAN-INPUTclass V4_TRAFFICset qos-group 4class V6_TRAFFICset qos-group 6!policy-map WAN-OUTPUTclass SELF_TRAFFICset ip dscp cs3class QG_4set ip dscp cs1class QG_6set ip dscp default

class-map match-all SELF_TRAFFICmatch access-group name SELF_V4match access-group name SELF_V6class-map match-all V4_ TRAFFICmatch protocol ipclass-map match-all V6_TRAFFICmatch protocol ipv6class-map match-all QG_4match qos-group 4class-map match-all QG_6match qos-group 6!policy-map LAN-INPUTclass V4_TRAFFICset qos-group 4class V6_TRAFFICset qos-group 6!policy-map WAN-OUTPUTclass SELF_TRAFFICset dscp cs3class QG_4set ip dscp cs1class QG_6set dscp default

class-map match-all SELF_TRAFFICmatch access-group name SELF_V4match access-group name SELF_V6class-map match-all V4_ TRAFFICmatch protocol ipclass-map match-all V6_TRAFFICmatch protocol ipv6class-map match-all QG_4match qos-group 4class-map match-all QG_6match qos-group 6!policy-map LAN-INPUTclass V4_TRAFFICset qos-group 4class V6_TRAFFICset qos-group 6!policy-map WAN-OUTPUTclass SELF_TRAFFICset ip dscp cs3class QG_4set ip dscp cs1class QG_6set ip dscp default

class-map match-any SELF_TRAFFICmatch access-group name SELF_V4match access-group name SELF_V6class-map match-all V4_ TRAFFICmatch protocol ipclass-map match-all V6_TRAFFICmatch protocol ipv6class-map match-all QG_4match qos-group 4class-map match-all QG_6match qos-group 6!policy-map LAN-INPUTclass V4_TRAFFICset qos-group 4class V6_TRAFFICset qos-group 6!policy-map WAN-OUTPUTclass SELF_TRAFFICset dscp cs3class QG_4set ip dscp cs1class QG_6set dscp default

Refer to the exhibit. router(config-route-map)# match tag 777router(config-route-map)# set ip next-hop 10.0.1.1router(config-route-map)# set origin igprouter{config-route-map)# set community no-exportRefer to the exhibit. EIGRP is running across the core to exchange internal routes, and each router maintains iBGP adjacency with the other routers on the network. An operator has configured static routes on the edge routers R1 and R2 forIP address 10.0.1.1, which is used as a black hole route as shown. Which configuration should the operator implement to the management router to create a route map that will redistribute tagged static routes into BGP and create a static route to blackhole traffic with tag 777 that is destined to the server at 192.168.10.100?

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

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

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

router(config)# router bgp 55100router(config-router)# redistribute connectedrouter(config)# ip route 192.168.10.100 255.255.255.255 tag 777

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

Refer to the exhibit. 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?

configure terminalrouter ospfv3 100address-family ipv4 unicastdefault-information originate metric 40 metric-type 2end

configure terminalrouter ospfv3 100address-family ipv4 unicastdefault-information originate metric 40 metric-type 1end

configure terminalrouter ospfv3 100address-family ipv4 unicastredistribute bgp 65500 metric 40 metric-type 1end

configure terminalrouter ospfv3 100address-family ipv4 unicastdefault-information originate always metric 40 metric-type 1end

Refer to the exhibit. Refer to the exhibit. The network engineer who manages ASN 65001 is troubleshooting suboptimal routing to the 198.18.15.0/24 prefix. According to the network requirements:Routing to IP destinations in the 198.18.15.0/25 block must be preferred via the EDGE-1 PE.Routing to IP destinations in the 198.18.15.128/25 block must be preferred via the EDGE-2 PE.More specific prefixes of the 198.18.15.0/24 block must not be advertised beyond the boundaries of ASN 64611.Routing to 198.18.15.0/24 must be redundant in case one of the uplinks on INT-R1 fails.Which configuration must the network engineer implement on INT-R1 to correct the suboptimal routing and fix the issue?

configure terminalroute-policy ASN65001-SPECIFIC-OUTif destination in (198.18.15.0/25) thenset community (internal, peeras:65001)doneendifif destination in (198.18.15.0/24) thendoneendifdropend-policy!router bgp 65001neighbor 100.65.0.1address-family ipv4 unicastroute-policy ASN65001-SPECIFIC-OUT outend

configure terminalroute-policy ASN65001-SPECIFIC-OUTif destination in (198.18.15.0/25) thenset community (no-export, peeras:65001)doneendifif destination in (198.18.15.0/24) thenprepend as-path 65001 3doneendifdropend-policy!router bgp 65001neighbor 100.65.0.1address-family ipv4 unicastroute-policy ASN65001-SPECIFIC-OUT outend

configure terminalroute-policy ASN65001-SPECIFIC-OUTif destination in (198.18.15.0/25) thenset community (internal, peeras:65001)doneendifif destination in (198.18.15.0/24) thendoneendifdropend-policy!router bgp 65001neighbor 100.65.0.1address-family ipv4 unicastroute-policy ASN65001-SPECIFIC-OUT outend

configure terminalroute-policy ASN65001-SPECIFIC-OUTif destination in (198.18.15.0/25) thenset community (no-advertise, peeras:65001)doneendifif destination in (198.18.15.128/25) thenprepend as-path 65001 3doneendifdropend-policy!router bgp 65001neighbor 100.65.0.1address-family ipv4 unicastroute-policy ASN65001-SPECIFIC-OUT outend

configure terminalroute-policy ASN65001-SPECIFIC-OUTif destination in (198.18.15.0/25) thenset community (no-export, peeras:65001)doneendifif destination in (198.18.15.128/25) thenprepend as-path 65001 3doneendifdropend-policy!router bgp 65001neighbor 100.65.0.1address-family ipv4 unicastroute-policy ASN65001-SPECIFIC-OUT inend

A network architect plans to implement MPLS OAM to provide additional troubleshooting functionality for the NOC team. After analyzing the configuration on the MPLS P/PE nodes, the architect decides to revise the CoPP policies. Which two actions ensure that the new solution is secure? (Choose two.)

Allow port 3503 in the inbound direction only.

Allow port 3505 in the outbound direction only.

Allow the TCP and UDP protocols.

Allow port 3503 in the inbound direction only.

What is a feature of model-driven telemetry?

It uses the push model to stream data to desired destinations.

It occasionally streams to multiple servers in the network.

It is less secure because it uses community strings.

It uses the pull model to send requested data to a client when polled.

It uses the push model to stream data to desired destinations.

Refer to the exhibit. Refer to the exhibit. The link between Office A and Office B is running at 90% load, and occasionally the CPU on router R1 is overloaded. The company implemented QoS for business-critical applications at both offices as a temporary solution. A network engineer must update the R1 configuration to 600 ms to reduce CPU load and limit downtime after connection failure to avoid data loss. Which action meets this requirement?

Configure BFD echo mode with the command bfd interval 150 min_rx 200 multiplier 3.

Configure the fast-hello feature for OSPF with the command ip ospf dead-interval minimal hellomultiplier 3.

Configure BFD demand mode with the command bfd-demand timer 150 interval 250 retransmit 5.

Configure BFD non-echo mode with the command echo interval 250 minimal 300 echo-multiplier 2.

Configure BFD echo mode with the command bfd interval 150 min_rx 200 multiplier 3.

Refer to the exhibit. Refer to the exhibit. A network engineer is configuring a new router for iBGP to improve the capacity of a growing network. The router must establish an iBGP peer relationship with its neighbor. The underlay network is already configured with the correct IP addresses. Which step should the engineer apply to complete this task?

Activate the BGP peers under the correct address family on the router.

Implement multicast routing on the router to support BGP hellos.

Configure the AS number for the router to share with its iBGP peers.

Configure the new router as an iBGP route reflector to support multiple iBGP peers.

Activate the BGP peers under the correct address family on the router.

Refer to the exhibit. Refer to the exhibit. The application server in the data center hosts voice, video, and data applications over the internet. The data applications run more slowly than the voice and video applications. To ensure that all applications run smoothly, the service provider decided to implement a QoS policy on router PER 2 to apply traffic shaping. Which two actions must an engineer take to implement the task? (Choose two.)

Configure the scheduling function to handle delayed packets.

Enable packet remarking for priority traffic.

Configure a queue to buffer excess traffic.

Set the token value for secondary traffic.

Set a threshold to discard excess traffic.

FRR is configured on a network. What occurs when the headend router on the path is alerted to a link failure over IGP?

LSP attempts fast switching on the backup path until the primary path returns to the active state.

The headend router uses a presignaled LSP to bypass the failure point.

A new backup tunnel is established past the PLR to pass through the protected nodes

Backup tunnel is established and intersects with the primary tunnel at the headend.

How does Inter-AS Option-A function when two PE routers in different autonomous systems are directly connected?

The two routers treat one another as CE routers and advertise unlabeled IPv4 routes through an EBGP session.

The two routers share all Inter-AS VPNv4 routes and redistribute routes within an IBGP session to provide end-to-end reach.

The two routers establish an MP-EBGP session to share their customers' respective VPNv4 routes.

The two routers treat one another as CE routers and advertise unlabeled IPv4 routes through an EBGP session.

The two routers share VPNv4 routes over a multihop EBGP session and set up an Inter-AS tunnel using one another's label.

What is a characteristic of data modeling language?

It separates configuration and state data.

It provides an interface for state data.

It separates configuration and state data.

It ensures devices are individually configured.

Which function does RSVP perform in a Cisco MPLS TE environment?

It reserves the bandwidth along the path between the head-end and tail-end router.

It establishes targeted LDP sessions between neighbors that are directly connected.

It signals to LDP protocol along the path that a Cisco MPLS TE will be configured.

It reserves bandwidth for LDP sessions between routers participating in a Cisco MPLS TE.

It reserves the bandwidth along the path between the head-end and tail-end router.

A network operator working for a private outsourcing company with an employee id: 4261:72:778 needs to limit the malicious traffic on their network. Which configuration must the engineer use to implement URPF loose mode on the GigabitEthernet0/1 interface?

router(config)# interface gigabitethernet0/1router(config-if)# ip address 192.168.200.1 255.255.255.0router(config-if)# ip verify unicast source reachable-via anyrouter(config-if)# ipv6 address 2001:DB8:1::1/96router(config-if)# ipv6 verify unicast source reachable-via any

router(config)# interface gigabitethernet0/1router(config-if)# ip address 192.168.200.1 255.255.255.0router(config-if)# ip verify unicast source reachable-via rxrouter(config-if)# ipv6 address 2001:DB8:1::1/96router(config-if)# ipv6 verify unicast source reachable-via rx

router(config)# interface gigabitethernet0/1router(config if)# ip address 192.168.200.1 255.255.255.0router(config-if)# ip verify unicast source reachable-via rxrouter(config-if)# ipv6 address 2001:DB8:1::1/96router(config-if)# ipv6 verify unicast source reachable-via any

router(config)# interface gigabitethernet0/1router(config-if)# ip address 192.168.200.1 255.255.255.0router(config-if)# ip verify unicast source reachable-via anyrouter(config-if)# ipv6 address 2001:DB8:1::1/96router(config-if)# ipv6 verify unicast source reachable-via rx

Refer to the exhibit. Refer to the exhibit. A network engineer observed congestion between routers R1 and R4, which are connected on a point-to-point link. Two servers that reside on networks on R1 and R4 generate heavy traffic between them with most traffic going from R4 to R1. To improve overall performance, the engineer wants to drop inbound packets that exceed a configured threshold, without disrupting traffic that passes from R4 to R3. Which action must the engineer take to resolve the issue?

Implement traffic policing to drop packets that exceed the given threshold.

Implement FIFO to queue excess traffic for transmission when bandwidth is available.

Implement traffic shaping to drop excess packets.

Implement a service policy in the outbound direction on each interface on the link to tag traffic exiting each router.

Refer to the exhibit. Refer to the exhibit A user is performing QoS marking on internet traffic and sending it with IPv4 and IPv6 headers on the provider edge device PE1. IPv4 traffic is classified with DSCP 4 and IPv6 traffic is classified with DSCP 6. Which action must the engineer take to begin implementing a QoS configuration on PE1 for the IPv6 traffic?

Create an access list that includes any IPv6 traffic and apply it to CM-20.

Create access list IPv6-match and configure match ip dscp 4 and match ip dscp 6 in class maps CM- 10 and CM-20.

Configure match ip dscp 4 in class map CM-10 and match ip dscp 6 in class map CM-20.

Create access list IPv6-filter and remove DSCP value 4 and 6 in class maps CM-10 and CM-20.

Refer to the exhibit. Refer to the exhibit. EIGRP is running between routers R5 and R1, and OSPF is used in the rest of the network. Users in a network attached to router R3 need to access a server connected to R5. Which task must the engineer perform so that only the users attached to R3 are able to access the server, but no other network is shared to OSPF?

Configure redistribution using route maps to filter the routes that are shared

Configure redistribution using an offset list to filter the routes that are shared.

Configure an OSPF virtual link between R1 and R3 to route traffic between the two areas.

Configure R1 as a stub router for EIGRP and OSPF so that only the default route is shared

While an engineer deploys a new Cisco device to redistribute routes from OSPF to BGP, they notice that not all OSPF routes are getting advertised into BGP. Which action must the engineer perform so that the device allows O, OIA, OE1, and OE2 OSPF routes into other protocols?

Configure the keywords internal and external in the redistribution entry.

Configure the device to pass only O and E2 routes through it.

Configure the synchronization keyword in the global BGP configuration.

Configure the keyword nssa in the redistribution entry.

Configure the keywords internal and external in the redistribution entry.

Cisco 350-501 Practice Test 8 - Free Online Exam Questions 281-320

Question 1 / 40

Refer to the exhibit.

Cisco 350-501 image Question 281 116563 10102024233012000000

Refer to the exhibit. An engineer working for a private telecommunication company with an employee id: 3414:81:713 is implementing this network, in which:

Routers R1A and R1B are eBGP neighbors.

iBGP is configured within AS 65515 and AS 65516.

Network 192.168.2.0/24 is shared with AS 65516.

Router R3A has an iBGP relationship with router R2A only.

Router R2A has an iBGP relationship with routers R1A and R3A.

Which additional task must the engineer perform to complete the configuration?

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Cisco 350-501 Practice Test 8

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