Dumps Moneyack Guarantee – 300-510 Dumps UpTo 50% Off [Q62-Q78]

Dumps Moneyack Guarantee – 300-510 Dumps UpTo 50% Off [Q62-Q78]

February 11, 2026 latestexam 0 Comments

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Dumps Moneyack Guarantee – 300-510 Dumps UpTo 50% Off

Updated Feb-2026 Pass 300-510 Exam – Real Practice Test Questions

Cisco 300-510 exam is ideally suited for network engineers, network architects, and network administrators who work for service providers or enterprise companies with large-scale networks. Candidates who pass 300-510 exam demonstrate their expertise in implementing and managing complex routing solutions that are critical to the success of service provider networks. Implementing Cisco Service Provider Advanced Routing Solutions certification also helps candidates advance their careers and increase their earning potential.

Q62. Refer to the exhibit.

IS-IS is the IGP for the network, where routers R1. R2 R3, and R4 are Level 1 routers in Area 12 and routers R5 and R6 are Level 2 routers m area 16 According to the network design router R1 must send traffic to R6 using R4 as its next hop To meet the requirement, a network engineer configured route filtering on R2 to prevent the route to R6 from being advertised from R2 However R1 is still using R2 as the next hop Which action must the engineer take to resolve the issue?

Disable wide area metrics and use only cost to perform the route manipulation.

Manipulate link costs to provide the desired routing through R4

Move all routers into the same IS-IS area

Configure routers R5 and R6 as Level 1/2 routers

Q63. Refer to the exhibit. A network operators configuring BGP PIC on CE1 on already established neighborships with PE1ana PE2 inside the fully converged MPLS network.
Which element needs to be implemented to make this feature function effectively?

Bidirectional Forwarding Detection must be applied to the upstream facing BGP interfaces.

The operator must ensure that all prefixes have the same next-hop from PE1 and PE2 for BGP PICA reserved BGP

community of 1 10 must be used to denote the PIC feature set to the routing protocol

BGP import export policies must be applied on all devices for the routes needing BGP for PIC

Q64. Refer to the exhibit.

P1 and PE3 Cisco IOS XR routers are directly connected and have this configuration applied. The BGP session is not coming up. Assume that there is no IP reachability problem and both routers can open tcp port 179 to each other. Which action fixes the issue?

Change HMAC-MD5 to HMAC-SHA1-20

Configure the send and accept lifetime under key 1

Change HMAC-MD5 to MD5

Change HMAC-MD5 to HMAC-SHA1-12

Q65. Refer to the exhibit.

The four routers in this network have formed adjacencies. Router R2 is an IS-IS level 1-2 router that connects to other areas, and the attach bit is set in the R2 level 1 LSP advertisements to R1. According to the network design, R2 should push level 2 routes from its routing table to the R1 routing table. However, R1 installed a default route in its routing table. Which action resolves this problem?

Use The is-type level-1-2 backdoor command lo unset the attach bit on R1 and use a prefix List to filter prefixes from R2

Set the attach bit on R1and use a prefix list to filter prefixes from R2.

Use the is-type level-1-2 backdoor command to unset the attach bit on R2 and configure a distribute-list to redistribute prefixes to R1

Configure R2 as a level 1 router and use a prefix list to filter prefixes to R1.

Q66. Refer to the exhibit.

A network engineer configured routers R1 and R5 to run in IS-IS Level 1 mode and router R6 to run in IS-IS Level 2 mode. All other routers are running as Level 1 / Level 2 routers. An engineer expects traffic from R1 to R6 to pass via R2, but IS-IS routing has calculated the best path via R4. Which action corrects the problem?

Configure all routers as Level 1 routers.

Remove the link metric for the link from router R1 to router R2.

Change the link metric for the link from router R1 to router R2 to 1.

Configure all routers as Level 1 / Level 2 routers.

The default link metric for IS-IS is 10, so changing the link from R1 to R2 to 1 will change the overall metric to R6 to 9 (8+1).

Q67. Refer to the exhibit.

Router 1 and Router2 have shared routes in the OSPF database but the routes are missing from their routing tables. Checking me prefix-list configuration on both routers, the engineer confirmed all networks are allowed What action should the engineer take to fa the problem?

Configure the two routers with different process IDs

Configure the two routers with different hello and dead timer values

Switch the DR and BDR roles between the two routers

Configure interface Senal1/0 on Router1 as a point-to-point interface

Q68. Refer to the exhibit.

CE1 and CE2 cannot communicate through the service provider BGP peering is established between PE1 and PE2. IS-IS is the only routing protocol running in the service provider core. What step can be done to troubleshoot the issue?

Switch the IGPs running in the core from IS-IS to OSPF to support a Cisco MPLS TE tunnel from PE1 to PE2.

Configure BGP between CE and PE routers.

Confirm that IS-IS is running with metric-style narrow.

Verify the MPLS LSPs.

Q69. Refer to the exhibit.

P1 and PE3 Cisco IOS XR routers are directly connected and have this configuration applied. The BGP session is not coming up. Assume that there is no IP reachability problem and both routers can open tcp port 179 to each other. Which action fixes the issue?

Change HMAC-MD5 to HMAC-SHA1-20

Configure the send and accept lifetime under key 1

Change HMAC-MD5 to MD5

Change HMAC-MD5 to HMAC-SHA1-12

Q70. Refer to the exhibit.

Refer to the exhibit. Network connectivity between bank A and bank B has been lost Users at bank A and bank B are able to successfully reach their directly connected PE routers. All routers in OSPF area 0 are correctly advertising and learning routing updates. Which action resolves the issue?

Enable next-hop-self under the iBGP peering configuration on routers PEI and PE2

Configure the P routers to redtstnbute BGP routes within OSPF area 0.

Configure router PI to advertise the IP prefix of PEI.

Configure MPLS with an end-to-end label-switched path on each router.

Q71. Refer to the exhibit. Router 1 has established an SR-TE tunnel with router 2.
Which statement describes this configuration?

Router 1 has a list of labels used to explicitly lay out a path to router 2.

Router 1 and router 2 have a bidirectional tunnel set up with dynamic path selection.

Router 1 is the head-end tunnel and has dynamically chosen a path to router 2.

Router 2 is the head-end tunnel and has explicitly set a path to router 1.

Q72. Refer to the exhibit. All routers on this network have been configured with P1M-SM and R1 is the rendezvous point. However, when asymmetric routing is implemented to modify link usage the network begins to drop certain multicast traffic. Which action corrects the problem?

Place the routes affected by asymmetric routing in a VRF.

Remove the asymmetric routing and use spanning tree to manage link usage.

Add a static Mroute for routes that are failing.

Configure the routers to use PIM-DM instead of PIM-SM.

Q73. Refer to the exhibit.

A network operator is getting the route for 10.11.11 0/24 from two upstream providers on
#XR3. The network operator must configure #XR3 to force the 10.11.11.0/24 prefix to route via next hop of 10.0.0.9 as primary when available. Which of these can the operator use the routing policy language for, to enforce this traffic forwarding path?

weight of 0 on the prefix coming from 192.168.0.2

lower local preference on the prefix coming from 192.168.0.2

higher local preference on the prefix coming from 192.168.0.1

weight of 100 on the prefix coming from 192.168.0.1

Because Weight is the first attribute in path selection algorithm and is 0 for eBGP routes by default. If we set it to 0, router will continue from weight to the bottom, and when comparing neighbor router IDs it will find 192.168.0.1 less than 192.168.0.2 and st path will be selected as the best

Q74. Refer to the exhibit. An engineer working for a private telecommunication company with an employee id: 1234:09:567 implemented this configuration on Router1, what is the effect of it?

Router 1 sends and receives multiple best paths from neighbor 192.168.1.1

Router 1 sends up to three paths to neighbor 192.168.1.1 for all routes

Router 1 sends only one best path to neighbor 192 168.1.1.

Router 1 receives only one best path from neighbor 192.168.1.1

Q75. Refer to the exhibit. P1 and PE3 Cisco IOS XR routers are directly connected and have this configuration applied.
The BGP session is not coming up.
Assume that there is no IP reachability problem and both routers can open tcp port 179 to each other.
Which action fixes the issue?

Change HMAC-MD5 to HMAC-SHA1-20

Configure the send and accept lifetime under key 1

Change HMAC-MD5 to MD5

Change HMAC-MD5 to HMAC-SHA1-12

Q76. Refer io the exhibit. While applying the configurations on two routers an engineer notices that OSPF adjacency Between them remains down. Through the ping test the engineer confirmed that both me routers have Layer 3 reachability between them. Which action should me engineer take to make the adjacencies to full?

Enter the command ip ospf authentication in R2 interface

Enable OSPF just inside the router OSPF process not in the interfaces of any router

Delete the area 0 authentication message-digest command from the OSPF process in R1

Delete the area 0 authentication message-digest command from the OSPF process in R2

Q77. Refer to the exhibit.

After troubleshooting BGP traffic steering issue, which action did the network operator take to achieve the correct effect of this configuration?