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Cisco 300-510 Exam Syllabus Topics:

Section	Weight	Objectives
MPLS and Segment Routing	25%	- Implement segment routing 1. Topology-Independent Loop-Free Alternate (TI-LFA) 2. Routing protocol extensions (OSPF, IS-IS, BGP) 3. SRGB and SRLB 4. Migration procedures (SR prefer and mapping server) - Troubleshoot MPLS 1. BGP free core 2. RSVP TE tunnels 3. LSP 4. Unified BGP 5. LDP - Describe segment routing v6 (SRv6) 1. Data plane operations 2. Control plane operations - Describe segment routing traffic engineering 1. Policies (constraints, metrics, and attributes) 2. Automated steering and coloring 3. PCE-based path calculation
Unicast Routing	35%	- Compare OSPF and IS-IS routing protocols - Describe BGP scalability and performance 1. Route reflectors 2. BGP confederations - Troubleshoot IS-IS multilevel operations (IPv4 and IPv6) 1. Route advertisement 2. Summarization - Troubleshoot OSPF multiarea operations (IPv4 and IPv6) 1. Route advertisement 2. Summarization - Implement fast convergence 1. Timers 2. BGP PIC (edge and core) 3. Nonstop Forwarding 4. BGP additional and backup path 5. NSR 6. Bidirectional forwarding detection 7. LFA - Troubleshoot BGP 1. Route dampening 2. Maximum prefix 3. Route advertisement 4. TTL security and inter-domain security 5. Communities 6. Route reflectors 7. Confederations 8. Dynamic neighbors 9. Multihoming - Describe IPv6 tunneling mechanisms 1. IPv6 provider edge (6PE) 2. Dynamic 6to4 tunnels 3. Static IPv6-in-IPv4 tunnels
Routing Policy and Manipulation	25%	- Troubleshoot route manipulation for BGP 1. Route filtering 2. Traffic steering - Compare routing policy language and route maps - Describe conditional matching 1. Prefix lists and prefix sets 2. Operations 3. Route types 4. Hierarchical and parameterized structures 5. Semantics of policy applications and statements 6. Policy sets 7. ACLs 8. Regular expressions 9. Tags 10. BGP attributes and communities - Troubleshoot route manipulation for IGPs 1. OSPF 2. IS-IS
Multicast Routing	15%	- Troubleshoot multicast routing 1. Single domain 2. Multidomain - Compare multicast concepts 1. Any-Source Multicast (ASM) versus Source Specific Multicast (SSM) 2. Intra-domain versus inter-domain multicast routing 3. Multicast domains, distribution trees, and IGMP operations - Describe multicast concepts 1. Mapping of multicast IP addresses to MAC addresses 2. Multicast Source Discovery Protocol (MSDP) operations 3. MLDP/P2MP 4. Principles and operations of PIM-SM 5. Multiprotocol BGP for IPv4 and IPv6 - Implement PIM-SM operations 1. Auto-RP, PIMv2 BSR, anycast RP 2. MSDP operations 3. BIDIR-PIM operations 4. SSM operations

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Cisco Implementing Cisco Service Provider Advanced Routing Solutions Sample Questions (Q222-Q227):

NEW QUESTION # 222
SIMULATION
Guidelines
This is a lab item in which tasks will be performed on virtual devices.
- Refer to the Tasks tab to view the tasks for this lab item.
- Refer to the Topology tab to access the device console(s) and perform the tasks.
- Console access is available for all required devices by clicking the device icon or using the tab(s) above the console window.
- All necessary preconfigurations have been applied.
- Do not change the enable password or hostname for any device.
- Save your configurations to NVRAM before moving to the next item.
- Click Next at the bottom of the screen to submit this lab and move to the next question.
- When Next is clicked, the lab closes and cannot be reopened.
Topology

Tasks
R2 and R3 are routers that perform multicast operations. Candidates are required to perform the below configuration and verification tasks on R1 and R2.
1. Configure R2 and R3 to be able to process, route and forward multicast packets.
2. Configure R3 as the root of the shared tree for the any source multicast domain.
3. Configure R1 as the receiver for group 239.100.100.1 and ensure a ping to that group from R4 is successful.
Initial configuration with IP addressing has been completed. The candidate must not make any changes to the configurations except to fulfill the tasks listed above. Use non-proprietary protocol where needed. Only use the provided logical interface for the applicable task.

Answer:

Explanation:
1. Enable Multicast Routing on R2 and R3
To process, route, and forward multicast packets, multicast routing must be enabled globally, and PIM (Protocol Independent Multicast) must be configured on the appropriate interfaces.
Commands on R2 and R3:
R2(config)# ip multicast-routing
R2(config)# interface e0/0
R2(config-if)# ip pim sparse-mode
R2(config)# interface e0/1
R2(config-if)# ip pim sparse-mode
R2(config)# interface loopback 0
R2(config-if)# ip pim sparse-mode
R3(config)# ip multicast-routing
R3(config)# interface e0/0
R3(config-if)# ip pim sparse-mode
R3(config)# interface e0/1
R3(config-if)# ip pim sparse-mode
R3(config)# interface loopback 0
R3(config-if)# ip pim sparse-mode
ip multicast-routingenables multicast routing globally.
ip pim sparse-modeenables PIM in Sparse Mode on interfaces.
2. Configure R3 as the Root of the Shared Tree (Rendezvous Point - RP)
To configure R3 as the RP for the multicast domain, use Auto-RP or Static RP. Here, we configure Static RP for group 239.100.100.1.
Commands on R2 and R3:
R2(config)# ip pim rp-address 3.3.3.3
R3(config)# ip pim rp-address 3.3.3.3
ip pim rp-address <RP-IP>: Configures R3's Loopback0 IP (3.3.3.3) as the RP for the multicast domain.
Task 3: Configure R1 as the Receiver for Group 239.100.100.1
To configure R1 as a multicast receiver, enable IGMP (Internet Group Management Protocol) on R1's e0/0 interface.
Commands on R1:
R1(config)# interface e0/0
R1(config-if)# ip igmp join-group 239.100.100.1
ip igmp join-group <group>: Forces R1 to join the multicast group 239.100.100.1.
Verification: Ensure Ping to Group 239.100.100.1 is Successful from R4
To verify multicast group reachability:
1. Send Multicast Traffic from R4:
R4# ping 239.100.100.1 repeat 5
2. Verify Multicast Routing Table on R2 and R3:
R2# show ip mroute
R3# show ip mroute
3. Verify IGMP Group Membership on R1:
R1# show ip igmp groups
Complete Summary of Configurations:
1. R2 Configuration:
ip multicast-routing
interface e0/0
ip pim sparse-mode
interface e0/1
ip pim sparse-mode
interface loopback 0
ip pim sparse-mode
ip pim rp-address 3.3.3.3
2. R3 Configuration:
ip multicast-routing
interface e0/0
ip pim sparse-mode
interface e0/1
ip pim sparse-mode
interface loopback 0
ip pim sparse-mode
ip pim rp-address 3.3.3.3
3. R1 Configuration:
interface e0/0
ip igmp join-group 239.100.100.1
Verification Checklist:
1. R3 is the RP: Use show ip pim rp mapping..
2. R1 is a Group Member: Verify with show ip igmp groups.
3. Multicast Traffic Flows: Use ping 239.100.100.1from R4 and verify success.

NEW QUESTION # 223
Refer to the exhibit. R3 is:
* failing to accept multicast RP information from Domain-A
* advertising MSDP SA messages to R1 and R4
* receiving SA messages only from R4
Which command must the engineer implement to resolve the issue?

A. R3# no ip msdp peer 192.168.1.1
B. R3# no ip msap sa-filter in 192.168.1.1
C. R3# ip msdp sa-filter in 192.168.3.1
D. R3# ip msdp sa-filter out 192.168.1.1

Answer: C

Explanation:
https://allthingsnetworking.wordpress.com/2014/06/27/pim-msdp-sa-filter/

NEW QUESTION # 224
Which difference must an engineer consider when choosing whether to implement OSPF or IS-IS as the routing protocol on the network?

A. IS-IS supports ordinary, stub, totally-stub, and NSSA areas, but OSPF supports only stub areas.
B. IS-IS links are associated with either a Level 1 area or a Level 2 area at one time, but OSPF links are associated with multiple areas at one time.
C. To support fast convergence, OSPF uses the LSA arrival timer and IS-IS uses the PRC-interval timer.
D. The OSPF DR election process is deterministic, and the IS-IS DS election process is not deterministic.

Answer: C

Explanation:
https://www.cisco.com/c/en/us/td/docs/ios-xml/ios/iproute_isis/configuration/15-s/irs-15-s- book/irs-fscnt.html

NEW QUESTION # 225
Refer to the exhibit. Dedicated MPLS Layer 3 services for VRF customer A are configured on the MPLS network for FTP access. OSPF with area 0 configuration is used as the interior routing protocol between the routers, and LDP is up and running on the MPLS network. After recent maintenance work on the MPLS network, IP address 172.16.100.1 cannot access the FTP server with IP address 172.16.192.21. All loopbacks are reachable on the network. Which configuration must the engineer apply to correct the problem?

A. Configure network 33.33.10.1 0.0.0.255 area 0 under the OSPF configuration on R33.
B. Configure ip cef under the global configuration on R22.
C. Configure ip ospf network point-to-point under the Lo0 interface on R33.
D. Configure passive-interface under the Gi0/2 interface on R22.

Answer: B

Explanation:
The MPLS Layer 3 VPN services depend on Label Distribution Protocol (LDP) for forwarding traffic. The MPLS forwarding table on R1 shows the route to 172.16.192.21/32 uses a pop label action with R22 as the next hop. This indicates that R22 should perform label switching to forward the packet correctly to R33.
IP CEF is a prerequisite for MPLS to operate. Without IP CEF, LDP cannot function properly, and label switching will fail. If CEF is disabled on R22, it prevents proper MPLS label forwarding, which causes traffic to drop.
Configuring ip cef globally on R22 ensures that MPLS forwarding and LDP label switching work as expected.

NEW QUESTION # 226
Refer to the exhibit. Unified MPLS is implemented on this network to provide end-to-end services.
A network engineer noticed that R3 is failing to receive labels from R1. However, R2 is receiving labels from R1. R3 can ping R1 normally. Which action resolves the issue?

A. Add the send-label keyword in the R1 neighbor statement for R3.
B. Add the cdp run command to the link configuration between R1 and R3.
C. Configure R1 to run Unified MPLS on both interfaces.
D. Disable mpls Ip on the link between R1 and R3.

Answer: A

NEW QUESTION # 227
......

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