Cisco CCNP Implementing Cisco IP Routing , Part 2 of 4: OSPF and Routing

Course description

Implementing Cisco IP Routing is a qualifying exam for the Cisco Certified Network Professional CCNP®. This course starts with the Open Shortest Path First Protocol both describing its function as well as how OSPF routes packets and to verify and configure OSPF in a WAN. Next it describes network performance problems, considerations for routing protocols and ends with controlling and routing traffic.

Each LearnNowOnline training course is made up of Modules (typically an hour in length). Within each module there are Topics (typically 15-30 minutes each) and Subtopics (typically 2-5 minutes each). There is a Post Exam for each Module that must be passed with a score of 70% or higher to successfully and fully complete the course.

Prerequisites

This is part 2 of the series.

Meet the experts

Kenneth Mayer

As a certified Microsoft Instructor, Ken has focused his career on various security aspects of computer and network technology since the early 1980s. He has offered a wide variety of IT training and high level consulting projects for Fortune 500 companies globally. Through the course of his extensive career, he has taught a full line of Microsoft, CompTIA, Cisco, and other high level IT Security curricula.

Carlo Tannoury

Carlo has worked in the computer technologies industry since the mid-90s. He is also a certified member of Microsoft, Cisco, ISACA, PMI, CompTIA, IIC, and EC-Council. He has designed and customized courses for private and public sectors, including college curriculums, and has worked as a lead consultant engineer in corporate Cyber security and Information Assurance training since 2001.

Video Runtime

184 Minutes

Time to complete

224 Minutes

Course Outline

OSPF

OSPF Terminology (18:55)

• Introduction (00:11)
• OSPF: Open Shortest Path First (01:44)
• Features of OSPF (02:18)
• Characteristics of Link-State Protocol (03:11)
• Advantages (01:32)
• Terminology (03:05)
• Router Types (01:08)
• Internal and Backbone Routers (01:22)
• Area Border Router (02:23)
• Autonomous System Boundary Router (00:56)
• BDR and DR Routers (00:54)
• Summary (00:08)

OSPF Packets (10:19)

• Introduction (00:06)
• What Are OSPF Packets Used For (01:46)
• OSPF Hello Packet: Type 1 (03:31)
• OSPF DBD Packet: Type 2 (01:03)
• OSPF LSR and LSU Packets: Type 3 and 4 (01:11)
• OSPF LSAck Packet: Type 5 (00:49)
• Adjacent Neighbors (00:53)
• Link-State Data Structures (00:48)
• Summary (00:08)

OSPF Routing (05:57)

• Introduction (00:06)
• Planning OSPF Deployment (01:33)
• OSPF Implementation (01:06)
• OSPF Verification (01:51)
• OSPF Documentation (01:10)
• Summary (00:08)

OSPF Verification and Configuration (12:55)

• Introduction (00:07)
• Enable OSPF Routing and Network Identification (01:11)
• Wildcard Mask (01:26)
• Interface Bandwidth Definition and OSPF Router ID (01:01)
• Demo: Configure Single-Area OSPF (01:37)
• Router ID Definition (00:26)
• Demo: Configure Multi-Area OSPF (00:51)
• OSPF Verification: First Method (01:14)
• Demo: Verify OSPF (02:10)
• OSPF Verification: Second Through Fifth Methods (02:27)
• Clearing the OSPF Routing Table (00:13)
• Summary (00:08)

OSPF Network Types (34:50)

• Introduction (00:04)
• Broadcast (01:04)
• DR and BDR (02:13)
• Election Manipulation and Router Priority (01:18)
• Demo: Assign Router Priority (02:46)
• Influencing the Election Process (00:44)
• Demo: Configure Simple Authentication Key (03:15)
• OSPF over MPLS (00:37)
• Demo: Verify Simple Password Authentication (00:55)
• NBMA (03:03)
• Demo: IP Addresses (03:51)
• Demo: Configure OSPF (06:01)
• Demo: Routes (01:22)
• Demo: Branch Routers (07:22)
• Summary (00:08)

Using Multiple Routing Protocols

Routing Performance Issues (04:52)

• Introduction (00:05)
• Usual Routing Performance Issues (01:49)
• Running Different Protocols at the Same Time (01:21)
• Performance Solutions for Routing Protocols (00:53)
• Route Filtering (00:34)
• Summary (00:08)

Multiple Routing Protocols (10:13)

• Introduction (00:05)
• Simple Protocols and Complex Networks (00:36)
• Multiple Protocols Running on One Network (02:03)
• Complex Networks (00:40)
• Redistribution (00:36)
• Demo: Redistribution (01:19)
• Redistributed Routes (01:05)
• How to Select the Best Route (01:26)
• Edge and Core Routing Protocols (00:54)
• Loop Prevention and Redistribution Guidelines (01:16)
• Summary (00:08)

Route Redistribution (44:27)

• Introduction (00:05)
• Redistribution Command (00:53)
• Demo: Redistributing into RIP (03:01)
• Important Route Redistribution Information (00:44)
• Demo: Redistributing into OSPF (03:32)
• Default Metric for BGP, OSPF, and RIP (00:42)
• Demo: Default Metrics (07:13)
• Default Metric for EIGRP (00:34)
• Demo: Apply Metrics for EIGRP (03:07)
• Modifying the Administrative Distance (00:40)
• Demo: Modify Administrative Distance (06:03)
• Changing the Default Administrative Distance (02:29)
• Demo: OSPF Routes (05:26)
• Demo: EIGRP Routes (05:41)
• Demo: (04:02)
• Summary (00:08)

Routing Update Traffic (41:46)

• Introduction (00:04)
• Controlling Routing Updates (01:35)
• Passive Interfaces (00:59)
• Static Routes and Route Maps (01:28)
• Demo: Route Maps (04:41)
• Demo: Route Maps Continued (05:15)
• To Define a Route Map (01:09)
• Various Route-map Commands for PBR (02:08)
• Using Distribute Lists (01:09)
• Demo: Distribute Lists (03:32)
• Define a Filter for Incoming Routing Updates (00:28)
• Demo: Incoming Filter (01:43)
• Define a Filter for Outgoing Routing Updates (00:25)
• Demo: Outgoing Filter (03:40)
• Demo: Prevent Feedback Loops (00:46)
• Demo: Outoging Filter Continued (02:02)
• Prefix Lists (00:41)
• Demo: Avoid Route Feedback (06:31)
• Prefix List Configuration (00:40)
• Demo: Prefix List (02:34)
• Summary (00:08)