Introduction to Dynamic Routing for Cisco CCNA 200-125/100-105
Dynamic routing protocols are often the core of an enterprise network. This course will introduce the concept of dynamic routing and then examine OSPF operations as well as configuring a network to use OSPF.
What you'll learn
Routing protocols are used to exchange routing information between routers so that engineers do not need to maintain complex static routing plans. In this course, Introducing Dynamic Routing for Cisco CCNA 200-125/100-105, you will examine the different types of routing protocols and their operation. You will start with examining the behavior of a simple dynamic routing protocol, then examine RIP and OSPF. Next, you will implement OSPFv3 for IPv6 networks. Finally you will examine the OSPF neighbor table, OSPF link state data base, and routing table for both IPv4 and IPv6. By the end of this course, you'll be able to implement the OSPF routing protocol to allow your network to dynamically exchange routing information, and create a redundant network.
Table of contents
- Introduction 0m
- The Process of Discovering Your OSPF Neighbors 6m
- Router ID and the Neighbor Table 4m
- Exchanging Link Information and Calculating the Routing Table in OSPF 3m
- OSPF Terminology Review 4m
- Demo: Examining If Your RIP Network Is Functional Before Configuring OSPF 5m
- Demo: The Wildcard Mask 5m
- Demo: Completing the OSPF Configuration on Routers A and B 9m
- Demo: Configuring a Passive Interface on a Router 3m
- Summary 1m
- Introduction 1m
- Demo: Troubleshooting Router IDs 9m
- Demo: Troubleshooting the Neighbor Relationships on Your Routers 12m
- Demo: Troubleshooting Missing Networks from Your Routing Table and Testing Connectivity 4m
- Demo: Issues with Lingering Configurations on a Network 10m
- Demo: The Danger of Advertising Everything 5m
- Demo: Using the Bandwidth to Manipulate the Direction of the Traffic on a Network 7m
- Summary 1m
About the author
Ross has had a diverse career. He has a Structural Engineering degree from Milwaukee School of Engineering, but gave up the career shortly after graduating from college. Beginning in 1997, Ross began officially working in IT, implementing and supporting a paperless work order system for a Natural Gas Utility in Illinois. Since then, Ross has spent his years teaching and managing data networks. Ross spent 7 years at University of Wisconsin Hospitals and Clinics, supporting and managing the large ... more