Refer to the exhibit. Refer to the exhibit. Users at the branch office on R1 reported issue with an application at the home office on R4. While troubleshooting the issue, a network engineer determined thatThe branch-office users can connect to the home office.The IS-IS adjacencies between R1 and R2 and R1 and the branch office are up.Traffic from R1 to the R2 10.20.1.0/24 network is moving normally.The application at the home office is experiencing packet drops on the connection to the Branch, and R3 cannot reach the R1 172.16.10.0/24 network.Which action resolves the issues?

Configure the IS-IS core instance on the RI GigabitEthernet0/3 interface.

Redistribute static connected routes in IS-IS on router RI.

Configure the IS-IS core instance on the RI GigabitEthernet0/3 interface.

Redistribute static connected routes in IS-IS on router R4.

Configure the IS-IS core instance on the R2 GigabitEthernet0/1 interface.

Refer to the exhibit. Refer to the exhibit. After a recent network implementation project, customer A is performing stress testing to verify network redundancy at the branch office connected to R4. When the link from R2 is shut own as shown, the SLA tracking object fails and the cost of the link between R2 and R4 increases to 100. However, a traceroute operation from a PC in the Branch office shows that traffic to HQ is still routed via R2. Which solution corrects the problem and optimizes traffic flow via R3 without creating operational overhead?

Redistribute routes from BGP to OSPF as type El.

Configure two OSPF processes on R2 and R3 and redistribute traffic between them.

Redistribute routes from BGP to OSPF as type El.

Use multiarea adjacency to extend Area 10 to the link between R2 and R3.

Create a virtual channel from R3 to R4.

Refer to the exhibit. Refer to the exhibit. This network is deployed with all connected links configured to run IS-IS. The routing protocol is enacted globally on each router, and the network engineer expects full routing Information to be shared among all routers. R5 is receiving routes from R4 but is missing routes from R1. Which action corrects the issue so that all routes are shared among the routers?

Configure all routers to reside in toe area.

Configure RI and RS as Level 1'Level 2

Configure R5 in the same as RI,

Refer to the exhibit. Refer to the exhibit. Routers R1. R2, R3. and R4 are peer routers that reside in different administrative domains. PIM-SM is running in each autonomous system, and EBGP is configured between the peers. A network administrator has just implemented MSDP between the connected peers. When the administrator enabled the MSDP configuration. R1 and R2 failed to establish a peering relationship. All other connected routers successfully established peering sessions Which action must the engineer take to resolve the issue between R1 and R2?

Set the same MSDP password on both peers

Change the MSDP authentication method to clear text

Configure the peers to be in the same autonomous system.

Set the same MSDP password on both peers

Implement BGP authentication between the peers.

Refer to the exhibit. Refer to the exhibit. HostB receives an IPTV traffic stream from the multicast source at 192.168 10.1. When router RB is powered down, it impacts multicast traffic forwarding to downstream peers. The RA and RB routers reside in the same physical location. Which two configurations must be implemented so that HostB receives the multicast stream even when RB is powered down? (Choose two )

Enable PIM sparse mode on routers RC and RZ with a static RP address of 10.10.10.1.

Enable PIM SSM mode on routers RA and RY.

Enable PIM sparse mode on routers RC and RZ with a static RP address of 10.10.10.1.

Set the backup RP address to 10 10 10.3 on routers RY and RZ.

Enable bi-directional PIM on all routers.

Enable PIM SSM mode on routers RA and RY.

Set the RP address to 10.10.10.4 on all routers

Refer to the exhibit. Refer to the exhibit. Router R1 is expected to receive routes that originate from AS 65547 only. However, R1 is receiving routes from AS 65547 and several other ASs that are directly attached to it. Which change to the AS path permit filter corrects the problem?

Change the regular expression to A65547$

Change the regular expression to $.

Change the regular expression to.*.

Change the regular expression to _65547_.

Change the regular expression to A65547$

Refer to the exhibit. Refer to the exhibit. Users connected to an application on 1.1.1.1 via routers CE1 and CE2 are complaining of frequent disconnections. While troubleshooting the issue, a network engineer with an employee ID: 4333:96:916 determined that the application itself is working normally, but the link connected to the 1.1.1.1 application is flapping. The users on CE1 and CE2 are accessing applications on 2.2.2.2 without difficulty. Which action resolves the issue?

Enable route dampening on routers R1 and R2

Disable split horizon on router R2.

Redistribute CE1 routes on router R2.

Enable passive interface on the router R3 Loopback1 interface.

Enable route dampening on routers R1 and R2

Which feature provides service independence in service provider networks?

node SID that identifies the network device

binding SID that is used to stitch different domains

prefix SID that contains router hops toward the destination

adjacency SID that represents a path between the routers

node SID that identifies the network device

Refer to the exhibit. Refer to the exhibit. A network consultant is updating the company s MPLS solution and configuring several new PE devices to enable full communication among PE devices connected to the network. The updates must ensure the redundancy and scalability of the network The egress LSR is configured with mpls Idp explicit-null While configuring the given PE router to be adjacent to the egress LSR. the consultant notices that MPLS forwarding is not working in the network Which action resolves the issue?

Configure Cisco Express Forwarding on all routers in the MPLS network

Configure MVRF on all routers in the MPLS network

Configure Cisco Express Forwarding on all routers in the MPLS network

A network engineer recently deployed a wireless network for users at a new office to join video conferences wirelessly The existing network consists of routers that are configured for EIGRP and BGP. which are located at several data centers in different physical locations The engineer configured PIM-SSM within a single domain from a single source However, during the testing phase, the video conference failed to work for any of the users. The IPs are reachable and firewalls in the network are configured correctly to allow the traffic. Which action resolves the issue?

Configure the devices to send join messages toward a multicast SPT

Configure PIM dense mode to replace P1M-SSM.

Configure PIM dense mode with multidomain multicast

Configure the devices to send join messages toward a multicast SPT

Configure PIM sparse mode to replace PIM-SSM.

Which technique should be permitted on ASA Firewall to allow MSDP Peering?

TCP socket(s) carrying MSDP messages

PIMv2 messages carrying MSDP messages

TCP socket(s) carrying MSDP messages

Multicast BGP carrying MSDP messages

UDP socket(s) carrying MSDP messages

Refer to the exhibit. Refer to the exhibit. An engineering team implemented IS-IS on the network, with several different areas. Recently, router R6 in area 3 has been experiencing excessive CPU usage. To reduce the load, a network engineer implemented route summarization on R2 However. R6 is still receiving the full routes from all routers. Which action must the engineer take to resolve the excessive CPU usage?

Configure routers R3 and R5 to send summary routes to R6.

Configure the Level 2 router R6 to manage summarization for the network

Configure router R1 to send only the default route to R2 and R4.

Configure all routers as Level 1/2 routers so that route summarization functions throughout the network

Refer to the exhibit. Refer to the exhibit. Mid-sized company Z connected two branch offices via a multicast-enabled ISP using the BGP routing protocol. PIM was implemented to support multicast streaming between the branches via MSDP Client A cannot connect to the multicast stream source of company Z. The network engineer ran a debug on the edge of the network as shown. Which action resolves the issue?

Deploy BSR on routers R1 and R2 and enable multicast on both LAN segments.

Implement MBGP and enable a multicast address family on R2

Configure the PIM protocol on the Serial 1/1 interface and enable Auto-RP

Deploy BSR on routers R1 and R2 and enable multicast on both LAN segments.

Enable the BGP routing protocol and advertise the 10 10.10.0/24 subnet on R1.

What is the difference between RPL and route-maps?

Unlike route-maps, only RPL supports extcommunity sets to group extended communities.

Unlike RPL. route-maps are supported with IPv4 address families only

Unlike route-maps, only RPL supports extcommunity sets to group extended communities.

Unlike RPL. route-maps are designed for BGP protocol only.

Unlike route-maps, only RPL is designed for bulk configuration of multiple devices.

Refer to the exhibit. Refer to the exhibit. An engineer is troubleshooting a network routing issue on this IS-IS network situated at the customer's regional hub. Router 2 that runs Cisco IOS XR Software cannot see the network 10.1.1.0/24 on router 1. The Layer 2 encapsulations are correct. The ARP connectivity for the Ethernet interface that runs IS-IS is working. Which action resolves the issue?

On router 1. add the CISCOLIVE keyword after the Ip router isis command under interface GigabitEthernet0/3.

On router 1, remove the CISCOLIVE keyword after the Ip router Isis command under interface GigabitEthernet0/2.

Under the router isis command on router 1. change is-type level-1 to is-type level-2

On router 1. add the CISCOLIVE keyword after the Ip router isis command under interface GigabitEthernet0/3.

Under the router isis command on router 2. change is-type level-1 to is-type level-2

What is the function of BGP confederations?

They eliminate the need for a fully-meshed internal BGP design.

They require routers to use private AS numbers.

They eliminate the need for a fully-meshed internal BGP design.

They enable a single device to distribute a common configuration to its peers

They assign an external BGP router to serve as the route reflector

Refer to the exhibit. Refer to the exhibit. The service provider operations team was alerted that hub site traffic from BGP AS 65101 to AS 65201 uses a non-primary path via the R5-R6 link. IBGP peering between R1 and R2 is up. and no fiber failure has been reported on the R2-R3 link The team determined that the traffic flow between 10.10.10.1 and 192.168.30.1 is not considering the R1-R2-R3-R4 path. Which action resolves this issue?

Change the local-preference attribute to 50 with neighbor 10.10 10 5 on R1

Change the metric attribute to 20 with neighbor 10.10.10.5 on R1.

Change the local-preference attribute to 50 with neighbor 10.10 10 5 on R1

Set the local-preference to the default value with BGP neighbor 10 10.10.3 on R2 for receiving routes.

Add metric 5 with BGP neighbor 10.10.10.6 on R5for receiving routes.

Refer to the exhibit. The UserA device fails to recede IPTV streaming traffic from the source While debugging the issue a network engineer finds that routers RB and RC receive the multicast traffic normally RC receives subscription messages from UserA to join the IPTV stream Which action must the engineer lake on router RA to correct this problem?

Change ip igmp version 2 to ip igmp version 3 on interface GigabitEthernet 1/0.

Configure ip pim ssm with ip igmp version 2 on interface GigabitEthernet 1/0.

Remove the ip pim ssm default configuration and replace it with ip pim rp-address 10.10.1.3

Change ip igmp version 2 to ip igmp version 3 on interface GigabitEthernet 1/0.

Configure ip pim bidir-enable in global mode and add ip pim rp-address 10.10.10.3

Cisco 300-510 Practice Test 5 - Free Online Exam Questions 161-200

Refer to the exhibit.

Cisco 300-510 image Question 161 63879133849967282681033

Refer to the exhibit. R21 is a multicast source sending multicast traffic 224.1.1.1 to R23, with RP22 serving as the rendezvous point inside AS65222. A network engineer noticed that when R21 goes down, R12 in AS65111 starts to send the same multicast group 224.1.1.1 through RP11. Which action resolves the issue?

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