Content
Implementing Advanced Cisco IP Multicast Remote Labs v2.0
Content
This set of lab exercises contains the following exercises:
Objectives
Upon finishing this set of exercises, you will be able to:
There are five (8) lab exercises included in the MCAST 2.0 course:
- Configure IP multicast support
- Monitor IGMP
- Monitor the network without IGMP snooping
- Monitor the network with IGMP snooping
- Configure PIM Sparse Mode
- Form shared tree with sources and receivers
- Switch to the Shortest Path Tree
- Form PIM Sparse Mode shared tree with sources and receivers
- Switch to the Shortest Path Tree
- Configure Bidirectional PIM Mode
- Monitor Bidirectional PIM Mode
- Configure SSM
- Monitor SSM
- Configure PIM Sparse-Dense Mode
- Monitor PIM Sparse-Dense Mode
- Troubleshoot PIM Sparse-Dense Mode
- Configure IGMP filters to allow the receiver to join only certain predefined multicast groups
- Configure Auto-RP
- Configure BSR mechanism
- Deploy Anycast-RP
- Configure external MBGP/MSDP peerings
- Determine the amount of information resulting from multicast distribution tree kept globally (not per VPN)
- Separate the customer multicast traffic by introducing multicast VRF (mVRF) on the PE-routers
- Configure a default multicast distribution tree (Default-MDT) for multicast VPN domain (mVPN)
- Deploy PIM-SSM in the core to avoid configuration of a Rendezvous Point (RP)
- Configure an IP multicast routing between the PE-router and the CE-router
- Configure a data multicast distribution tree (Data-MDT)