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

with Carlo Tannoury, Kenneth Mayer


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Course at a glance

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Release date 6/4/2018
Level Intermediate
Runtime 3h 4m
Closed captioning N/A
Transcript N/A
eBooks / courseware N/A
Hands-on labs N/A
Sample code N/A
Exams Included


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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.

Prerequisites

This is part 2 of the series.

Meet the

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.

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.


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)