redistribution

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 walks you through configuration of IPv6 on Cisoc Firepower 6.7. We begin with basic IPv6 interface configuration and progress into IPv6 routing covering static, BGPv3, and OSPFv3. BGPv6 will be used to establish internet routing, while OSPFv3 will handle internal routing. Bidirectional redistribution will be configured to allow full connectivity from internal network to internet.

The video walks you through configuration of IPv6 on Cisoc Firepower 6.7. We begin with basic IPv6 interface configuration and progress into IPv6 routing covering static, BGPv3, and OSPFv3. BGPv6 will be used to establish internet routing, while OSPFv3 will handle internal routing. Bidirectional redistribution will be configured to allow full connectivity from internal network to internet.

The video walks you through configuration of IPv6 on Cisoc Firepower 6.7. We begin with basic IPv6 interface configuration and progress into IPv6 routing covering static, BGPv3, and OSPFv3. BGPv6 will be used to establish internet routing, while OSPFv3 will handle internal routing. Bidirectional redistribution will be configured to allow full connectivity from internal network to internet.

The video walks you through configuration of IPv6 on Cisoc Firepower 6.7. We begin with basic IPv6 interface configuration and progress into IPv6 routing covering static, BGPv3, and OSPFv3. BGPv6 will be used to establish internet routing, while OSPFv3 will handle internal routing. Bidirectional redistribution will be configured to allow full connectivity from internal network to internet.

The video walks you through configuration of OSPF routing on Cisco Firepower 6.7. We will go over various features and functionalities of OSPF including basic configuration, redistribution, virtual link, inter-area and external route filtering and summarization.

The video walks you through configuration of OSPF routing on Cisco Firepower 6.7. We will go over various features and functionalities of OSPF including basic configuration, redistribution, virtual link, inter-area and external route filtering and summarization.