vrf

The video demonstrates an ability to support multiple IPv6 client networks across Cisco IPv4 MPLS VPN. We will show the similarity to the regular MPLS VPN and go over configurations changes that you need to make to the VRF definition and address-family type in order to support VPNv6 routes. For simplicity, we will use static routes for our PE-CE routing in this lab.

The video demonstrates an ability to support multiple IPv6 client networks across Cisco IPv4 MPLS VPN. We will show the similarity to the regular MPLS VPN and go over configurations changes that you need to make to the VRF definition and address-family type in order to support VPNv6 routes. For simplicity, we will use static routes for our PE-CE routing in this lab.

It is possible for a single CE device to serve multiple MPLS clients. This requires traffic segregation to be extended to the CE device. The video looks at a scenario of multi-VRF CE device in Cisco MPLS VPN. We will configure two PE-CE routing protocols; BGP and OSPF, in VRF-lite setup and enable support for MPLS label exchange all the way to the CE router. Special configuration will be presented now that our CE router contains multiple VRF and participates in MPLS forwarding.

Route reflector can be used in MPLS VPN to increase network scalability and routing manageability similarly to IPv4 BGP. This video demonstrates configuration of a route reflector in Cisco MPLS VPN. We will closely look at how a route reflector should be incorporated in a design and its placement choices. The lab also contains a special scenario of load balancing traffic to a site with dual connections, and advance exercises on route filter and Route Target rewrite.

Route reflector can be used in MPLS VPN to increase network scalability and routing manageability similarly to IPv4 BGP. This video demonstrates configuration of a route reflector in Cisco MPLS VPN. We will closely look at how a route reflector should be incorporated in a design and its placement choices. The lab also contains a special scenario of load balancing traffic to a site with dual connections, and advance exercises on route filter and Route Target rewrite.

This video looks at another alternative of implementing share service and internet service for Cisco MPLS VPN. We will repeat the same lab scenarios as the previous video but this time using a VRF. You will see differences in implementation effort comparing to the non-VRF method. Pros and cons between the two methods will be discussed so you can make an informed decision on the deployment option.

This video looks at another alternative of implementing share service and internet service for Cisco MPLS VPN. We will repeat the same lab scenarios as the previous video but this time using a VRF. You will see differences in implementation effort comparing to the non-VRF method. Pros and cons between the two methods will be discussed so you can make an informed decision on the deployment option.

Many MPLS providers provide common services such as SIP trunk gateway to their clients. Internet access is also a type of common services. This video demonstrates how these shared services can be implemented in Cisco MPLS VPN. We will first look at an implementation without VRF and methods to get traffic from client VRF to global routing table and back into the VRF. The next video will look at an alternative of implementing this with VRF. 

Many MPLS providers provide common services such as SIP trunk gateway to their clients. Internet access is also a type of common services. This video demonstrates how these shared services can be implemented in Cisco MPLS VPN. We will first look at an implementation without VRF and methods to get traffic from client VRF to global routing table and back into the VRF. The next video will look at an alternative of implementing this with VRF. 

The video extends the use of Route Target to implementing provider-managed CE devices in Cisco MPLS VPN. A provider usually only need a single IP on a managed CE device to be reachable and this is achieved by selectively exporting an IP, usually on a loopback interfaces, to the provider management VRF. This simple trick allows the provider to manage devices in multiple clients network without compromising network separation.