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ICND2 3.0: Configuring and Verifying OSPFv2


Overview/Description
Target Audience
Prerequisites
Expected Duration
Lesson Objectives
Course Number


Overview/Description
Building scalable routed networks requires dynamic routing protocols. However, each dynamic routing protocol is unique and choosing the right one can be difficult. This course focuses on the characteristics and behaviors of OSPFv2 and how it can be used to build large scale routing domains. It will also examine both the configuration and verification of an OSPFv2 deployment. This course is one of a series in the Skillsoft learning path that covers the objectives for the Cisco exam Interconnecting Cisco Network Devices Part 2 (200-105 ICND2). This exam counts toward the CCNA Routing and Switching certification.

Target Audience
Anyone who is looking to expand their knowledge and skills of routing and switching with Cisco IOS products and/or needs to prepare for the Cisco ICND2 v3.0 certification exam

Prerequisites
None

Expected Duration (hours)
3.6

Lesson Objectives

ICND2 3.0: Configuring and Verifying OSPFv2

  • start the course
  • describe link-state routing protocols
  • define link-state routing protocol data structures
  • describe the attributes of the OSPF hello packet
  • identify the attributes of the OSPF hello packet
  • name the states that OSPF uses while establishing neighbor adjacencies
  • identify the states that OSPF uses while establishing neighbor adjacencies
  • define the hierarchical structure of an OSPF autonomous system
  • define the various router types in an OSPF autonomous system
  • compare a single-area and multi-area OSPF autonomous system
  • configure OSPFv2 on Cisco IOS routers
  • modify OSPFv2 on Cisco IOS routers
  • configure a default route and advertise it using OSPFv2
  • configure and verify OSPFv2 passive interfaces
  • verify an initial OSPFv2 deployment
  • identify an initial OSPFv2 deployment
  • verify the interfaces that are participating in the OSPFv2 routing process
  • identify the interfaces that are participating in the OSPFv2 routing process
  • verify OSPFv2 neighbor adjacencies
  • verify the OSPFv2 learned routes
  • define the different types of OSPFv2 LSAs
  • describe the different types of OSPFv2 LSAs
  • describe the SPF algorithm
  • configure the OSPFv2 reference bandwidth
  • modify the OSPFv2 reference bandwidth
  • describe the OSPFv2 metric calculation
  • describe the need for a DR and BDR in a multi-access network
  • identify the need for a DR and BDR in a multi-access network
  • configure the OSPFv2 router-id
  • Course Number:
    cc_icng_a06_it_enus