omp

The video shows you different ways to control traffic routing cross SD-WAN overlay in Cisco Catalyst SD-WAN. The four methods we will look at are Restrict Flag, TLOC Preference, OMP Route Preference, and Tunnel Weight. In different lab scenarios, we will manipulate desire traffic paths and test path failover.

The video shows you different ways to control traffic routing cross SD-WAN overlay in Cisco Catalyst SD-WAN. The four methods we will look at are Restrict Flag, TLOC Preference, OMP Route Preference, and Tunnel Weight. In different lab scenarios, we will manipulate desire traffic paths and test path failover.

The video shows you different ways to control traffic routing cross SD-WAN overlay in Cisco Catalyst SD-WAN. The four methods we will look at are Restrict Flag, TLOC Preference, OMP Route Preference, and Tunnel Weight. In different lab scenarios, we will manipulate desire traffic paths and test path failover.

The video completes the remaining router configuration to implement dual transports on Cisco Catalyst SD-WAN. We will visit the topics of additional static default route, source loopback interface, control connection removal, and VRRP. We will use Real-time Tools and Simulate Flow to analyze available routes. The lab finishes with failover testing.

The video completes the remaining router configuration to implement dual transports on Cisco Catalyst SD-WAN. We will visit the topics of additional static default route, source loopback interface, control connection removal, and VRRP. We will use Real-time Tools and Simulate Flow to analyze available routes. The lab finishes with failover testing.

The video completes the remaining router configuration to implement dual transports on Cisco Catalyst SD-WAN. We will visit the topics of additional static default route, source loopback interface, control connection removal, and VRRP. We will use Real-time Tools and Simulate Flow to analyze available routes. The lab finishes with failover testing.

The video takes you through a configuration of three routing protocols; static, EIGRP and OSPF, in Cisco Catalyst SD-WAN. We will start with using static routing on lab HQ routers, before converting it to EIGRP. OSPF will be used to advertise one of our branch subnets. You will also learn about route redistribution between OMP and the routing protocols. 

The video takes you through a configuration of three routing protocols; static, EIGRP and OSPF, in Cisco Catalyst SD-WAN. We will start with using static routing on lab HQ routers, before converting it to EIGRP. OSPF will be used to advertise one of our branch subnets. You will also learn about route redistribution between OMP and the routing protocols. 

The video takes you through a configuration of three routing protocols; static, EIGRP and OSPF, in Cisco Catalyst SD-WAN. We will start with using static routing on lab HQ routers, before converting it to EIGRP. OSPF will be used to advertise one of our branch subnets. You will also learn about route redistribution between OMP and the routing protocols. 

The video takes you through a configuration of three routing protocols; static, EIGRP and OSPF, in Cisco Catalyst SD-WAN. We will start with using static routing on lab HQ routers, before converting it to EIGRP. OSPF will be used to advertise one of our branch subnets. You will also learn about route redistribution between OMP and the routing protocols.