Detailed Course Outline
Module 1: IRF Multi-Active Detection
- Describe the Intelligent Resilient Framework Multi-Active Detection functionality
- Configure BFD Multi-active Detection
Lab Activity 1: Configuring IRF MAD
- Task 1: Establish an IRF topology
- Task 2: Establish distributed link aggregation
- Task 3: Configure BFD Multi-Active Detection
- Task 4: Test BFD Multi-active Detection
- Task 5: Restore your original configurations
Module 2: Multi-Area OSPF
- Describe area types
- Describe LSA types (Type 3)
- Explain summarization
- Explain external route redistribution
Lab Activity 2: IP Routing with Multi-Area OSPF
Lab 2.1: Implement Single-Area OSPF
- Task 1: Build the topology
- Task 1: Configure OSPF with one area
- Task 2: Explore and observe Multi-Area LSAs
- Task 3: ABR Route Summarization and Route Filtering (not-advertise)
- Task 4: Observe effects of route aggregation
Lab 2.2: Implement Multi-Area OSPF
- Task 1: Divide the OSPF system into multiple areas
- Task 2: Explore the multi-area OSPF AS
- Task 3: Configure aggregated area summaries
- Task 4: Prohibit advertisements of area 0 routes in other areas
Lab 2.3: Implement Multi-Area OSPF
- Task 1: Reconfigure routers to support new topology
- Task 2: Configure the ASBR
- Task 3: Add a redundant connection to the new site
- Task 4: Configure a redundant ASBR
- Task 5: Configure stub areas
- Task 6: Configure totally stub areas
- Task 7: Add a redundant ABR
Module 3: IP Routing Using BGP Protocol
- Explain BGP concepts
- Explain BGP peering
- Describe BGP BFD
- Describe BGP route filtering
Lab Activity 3: IP Routing Using BGP protocol
Lab 3.1: Configuring Topology and Establishing BGP Sessions
- Task 1: Build the topology
- Task 2: Configure a BGP session to ISP1 on the company router
- Task 3: Configure a BGP sessions on the ISP1 router
- Task 4: Configure BGP sessions between ISP1 and ISP2
- Task 5: Configure authenticated BGP sessions between local AS and ISP2
Lab 3.2: Advertise and Receive Routes Using eBGP
- Task 1: Explore the BGP routing
- Task 2: Inject a network into BGP using a null route
- Task 3: Inject a network into BGP using a null route
- Task 4: Connect the company router to the OSPF AS
- Task 5: Advertise a default route in OSPF
- Task 6: Test the routing
- Task 7: Filter other ISP routes from BGP advertisements
Module 4: Multicast (IGMP/PIM)
- Explain and configure IGMP protocol
- Explain and configure PIM dense mode
- Explain and configure PIM sparse mode
Lab Activity 4: Configuring IGMP and PIM-Sparse Mode
- Task 1: Restore and verify the network topology
- Task 2: Prepare the multicast sender and receiver
- Task 3: Enable multicast routing and IGMP on receivers’ default gateway
- Task 4: Enable PIM-SM on routers between the source and receivers
- Task 5: Configure a static RP
- Task 6: Stream multicast traffic
- Task 7: Configure dynamic RPs
Module 5: MCE (Multi-VPN Instance Customer Edge) aka VRF-Lite
- Describe and configure MCE and vpn-instance
- Describe route leaking
Lab Activity 5: Configuring Multi-VPN Instance Customer Edge (aka VRF-Lite)
Lab 5.1: Configuring Basic MCE (VRF Lite)
- Task 1: Restore devices to lab default settings
- Task 2: Configure backbone IP connectivity
- Task 3: Configure IP VPN services for Customer A
- Task 4: Configure OSPF dynamic routing inside IP VPN instance
Lab Activity 5.2: Configuring Advanced MCE (VRF Lite)
- Task 1: Configuring IP VPN instance routing limits
- Task 2: Configuring route leaking between VPN instances