omp

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. 

The video looks into route advertisement in Cisco Catalyst SD-WAN. We begin by reviewing OMP and BFD feature templates. We will then create Service VPN and Interfaces and start advertising routes for connected interfaces including a loopback. Our lab will have full reachability between sites at the end this lab.

The video looks into route advertisement in Cisco Catalyst SD-WAN. We begin by reviewing OMP and BFD feature templates. We will then create Service VPN and Interfaces and start advertising routes for connected interfaces including a loopback. Our lab will have full reachability between sites at the end this lab.

The video looks into route advertisement in Cisco Catalyst SD-WAN. We begin by reviewing OMP and BFD feature templates. We will then create Service VPN and Interfaces and start advertising routes for connected interfaces including a loopback. Our lab will have full reachability between sites at the end this lab.

The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.

The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.

The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.