Cisco Related by MindLeaders ROUTE 642-902 - Online Course

This series is designed to help users prepare for the Cisco Certified Network Professional ROUTE 642-902 exam. The courses in this series provide a broad range of technical details on topics related to routing. Each course presents configuration examples and sample verification outputs to demonstrate troubleshooting techniques and critical issues surrounding network operation.

This series is for anyone who is preparing to take the Cisco Certified Network Professional ROUTE 642-902 exam. This online course contains 8 lessons and should take approximately 32 hours to complete.

Lesson 1: Routing Services (3.0) hours

Routing Services teaches you how to describe complex enterprise network frameworks, architectures, and models, differentiate between the various Cisco network models, create an implementation plan, document an implementation plan, execute an implementation plan, describe IP routing principles, and configure routes. This course discusses the frameworks, architectures, and models used in complex enterprise network designs. This course also explores the process of creating, documenting, and executing a network implementation plan, and reviews IP routing principles. Topics include Complex Enterprise Network Frameworks, Architectures, and Models, Creating, Documenting, and Executing an Implementation Plan, and Reviewing IP Routing Principles.

Lesson 2: Configuring the EIGRP (6.0) hours

Configuring the EIGRP teaches you how to describe EIGRP capabilities and attributes, populate EIGRP tables, differentiate between EIGRP packet types, calculate EIGRP metrics, plan EIGRP routing implementations, plan, configure, and verify basic EIGRP, configure and verify EIGRP route summarization, differentiate between Layer 2 and Layer 3 MPLS VPN Solutions, and plan, configure, and verify EIGRP authentication. This course discusses EIGRP terminology and operations and how to plan for, configure, and verify EIGRP. This course also explores considerations for deploying EIGRP in enterprise WANs, how to configure and verify EIGRP authentication, and how to optimize EIGRP implementations. Topics include EIGRP Terminology and Operation, Configuring and Verifying EIGRP, Configuring and Verifying EIGRP in an Enterprise WAN, Configuring and Verifying EIGRP Authentication, and Optimizing EIGRP Implementations.

Lesson 3: Configuring the OSPF Protocol (4.0) hours

Configuring the OSPF Protocol teaches you how to explain OSPF terminology and operation, describe OSPF packets, configure OSPF, identify OSPF network types, describe OSPF LSAs, interpret the OSPF LSDB and routing table, configure OSPF special area types, and configure OSPF authentication. This course introduces the Open Shortest Path First routing protocol. The course covers configuration of OSPF, in both single and multiple areas, as well as over specific network types. Advanced OSPF features are also discussed, as well as passive interface, default routes, summarization, virtual links, changing the cost metric, and special area types. The course concludes with a discussion of OSPF authentication configuration and verification. Topics include OSPF Terminology and Operation, OSPF Packets, Configuring and Verifying Basic OSPF Routing, OSPF Network Types, OSPF LSAs, The OSPF LSDB and Routing Table, Configuring and Verifying Advanced OSPF Features, and Configuring and Verifying OSPF Authentication.

Lesson 4: Manipulating Routing Updates (3.0) hours

Manipulating Routing Updates teaches you how to assess network routing performance issues, use multiple IP routing protocols on a network, implement route redistribution, and control routing update traffic. This course discusses network performance issues related to routing and using multiple IP routing protocols on a network. Implementing route redistribution between different routing protocols is described, and methods of controlling the routing information sent between these routing protocols are explored, including using route maps, distribute lists, and prefix lists. Topics include Network Routing Performance Issues, Implementing Route Redistribution, and Controlling Routing Update Traffic.

Lesson 5: Implementing Path Control (2.0) hours

Implementing Path Control teaches you how to assess path control network performance, implement path control using tools such as offset lists, Cisco IOS IP service level agreements (SLAs), and policy-based routing (PBR), and implement advanced path control tools. This course describes path control, and details three tools for path control: offset lists, Cisco IOS IP service level agreements (SLAs), and policy-based routing (PBR). The course also discusses advanced path control tools. Topics include Understanding Path Control, Implementing Path Control Using Cisco IOS IP SLAs, and Advanced Path Control Tools.

Lesson 6: Implementing a BGP Solution (5.0) hours

Implementing a BGP Solution teaches you how to explain BGP terminology and concepts, implement BGP configuration, verification, and troubleshooting techniques, and analyze route maps to manipulate BGP path attributes and filters for routing updates. This course covers BGP terminology and concepts, and provides BGP configuration, verification, and troubleshooting techniques. The course also introduces route maps for manipulating BGP path attributes and filters for BGP routing updates. Topics include BGP Terminology, Concepts, and Operation, Configuring BGP, Verifying and Troubleshooting BGP, Basic BGP Path Manipulation Using Route Maps, and Filtering BGP Routing Updates.

Lesson 7: Implementing Routing Facilities (3.0) hours

Implementing Routing Facilities teaches you how to implement routing services, plan the Branch Office Implementation, and route traffic to the mobile worker. This course discusses branch office implementation planning and the various services that can be implemented for branch office connectivity. This course also explores how to route traffic to branch offices and discusses how mobile workers can connect to the corporate network. Topics include Planning the Branch Office Implementation, and Routing Traffic to the Mobile Worker.

Lesson 8: Implementing IPv6 (6.0) hours

Implementing IPv6 teaches you how to describe IPv6 features, demonstrate IPv6 addressing, configure and verify IPv6 unicast addresses, route IPv6 traffic, transition from IPv4 to IPv6, tunnel IPv6 traffic, and use NAT-PT for translation. This course introduces IPv6, its addressing scheme, and how these addresses are configured. Routing protocols that support IPv6 are explored in detail, as is IPv6 policy routing and route redistribution. The course concludes with a discussion of how IPv4 networks can be transitioned to IPv6, including dual stack, tunneling, and translation techniques. Topics include Introducing IPv6, Configuring and Verifying IPv6 Unicast Addresses, Routing IPv6 Traffic, Transitioning IPv4 to IPv6, and Translation Using NAT-PT.