Routing & Switching

The video shows you how multicast traffic is being supported in Cisco SD-WAN. We will cover basic concepts around a replicator, multicast service route, and autodiscover route before getting configuration to enable multicast between our remote sites. The lab ends with end-to-end testing of mulicast traffic and a review of OMP multicast routes.

The video shows another capability of Cisco SD-WAN to steer traffic based on path performance with Application-Aware Routing. We will introduce you to basic building blocks of BFD and SLA Class before getting into AAR policy configuration. We will review different failover schemes and demonstrate how WAN Edge reacts to a degraded transport.

The video shows another capability of Cisco SD-WAN to steer traffic based on path performance with Application-Aware Routing. We will introduce you to basic building blocks of BFD and SLA Class before getting into AAR policy configuration. We will review different failover schemes and demonstrate how WAN Edge reacts to a degraded transport.

The video shows another capability of Cisco SD-WAN to steer traffic based on path performance with Application-Aware Routing. We will introduce you to basic building blocks of BFD and SLA Class before getting into AAR policy configuration. We will review different failover schemes and demonstrate how WAN Edge reacts to a degraded transport.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows various methods to manipulate Cisco SD-WAN overlay topology. vManage comes with some default topology templates that we can look at. We will also create our own topology using Custom rules. Many available attributes will be explored in the Centralized Control Policy.

The video shows various methods to manipulate Cisco SD-WAN overlay topology. vManage comes with some default topology templates that we can look at. We will also create our own topology using Custom rules. Many available attributes will be explored in the Centralized Control Policy.