Cisco CCIE Routing and Switching: Implement IPv4 and IGPs

Pluralsight

Course Summary

This course prepares candidates for the routing section of the CCIE Routing and Switching written exam 400-101, and will provide CCIE candidates with a strong level of foundational knowledge in routing needed to begin studying for the CCIE Routing and Switching lab exam.

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Course Description

The primary goals of this course are to prepare candidates for the routing section of the CCIE Routing and Switching written exam, as well as to provide CCIE candidates with a strong level of foundational knowledge in routing needed to begin studying for the CCIE routing and switching lab exam. At the end of the course, a student should feel confident in his or her knowledge of the routing-based topics covered by the CCIE routing and switching written exam, and will have the fundamental knowledge necessary to begin their longer journey to passing the CCIE lab exam. Please note the course is not designed to fully prepare a candidate to sit the CCIE lab exam, but rather to prepare a candidate to pass the written exam and as a stepping stone into lab exam preparation. More information about the CCIE program can be found at http://www.cisco.com/go/ccie.

Course Description

The primary goals of this course are to prepare candidates for the routing section of the CCIE Routing and Switching written exam, as well as to provide CCIE candidates with a strong level of foundational knowledge in routing needed to begin studying for the CCIE routing and switching lab exam. At the end of the course, a student should feel confident in his or her knowledge of the routing-based topics covered by the CCIE routing and switching written exam, and will have the fundamental knowledge necessary to begin their longer journey to passing the CCIE lab exam. Please note the course is not designed to fully prepare a candidate to sit the CCIE lab exam, but rather to prepare a candidate to pass the written exam and as a stepping stone into lab exam preparation. More information about the CCIE program can be found at http://www.cisco.com/go/ccie.

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Course Syllabus

Introduction to the Course
- 14m 38s

—Meet Your Instructor 3m 36s
—Course Overview 7m 7s
—Course Lab Topology 3m 55s

RIPv2 Foundations
- 41m 20s

—Introduction to RIPv2 Foundations 0m 18s
—Classful Routing Review 9m 5s
—RIP: The Cold Hard Facts 7m 57s
—RIP Timers 4m 15s
—RIPv2 Summarization 8m 28s
—Unicast and Broadcast Updates 3m 45s
—Redistribution and Default Route Advertisement 5m 16s
—RIPv2 Command Summary 2m 16s

RIPv2 Foundations Configuration
- 24m 14s

—Introduction 3m 24s
—RIPv2 Base Configurations and Timer Manipulation 6m 12s
—Configuring Manual Summarization 2m 56s
—Configuring Unicast and Broadcast Updates 8m 12s
—Configuring Conditional Default Route Advertisements 3m 30s

RIPv2 Advanced Features
- 37m 16s

—Introduction 1m 0s
—RIPv2 Authentication 2m 59s
—Configuring Authentication 3m 18s
—Manipulating Administrative Distance 2m 54s
—Configuring RIPv2 Administrative Distance 2m 18s
—RIPv2 Route Filtering 6m 27s
—Configuring Route Filtering in RIPv2 4m 2s
—Offset-Lists 2m 58s
—Configuring Offset-Lists 3m 6s
—Miscellaneous Advanced Features 4m 33s
—Configuring Triggered Updates and Interpacket Delay 3m 41s

OSPF Foundations
- 48m 57s

—Introduction 0m 54s
—OSPF Review 4m 34s
—Base Configuration 5m 14s
—Designated Routers 4m 38s
—LSA Types and Path Selection 7m 8s
—OSPF Adjacencies 4m 32s
—OSPF Metric Calculation 3m 0s
—Stub and Totally Stubby Areas 3m 28s
—Stub and Totally Stubby Area Configuration 4m 29s
—NSSA and Totally NSSA 4m 23s
—NSSA and Totally NSSA Configuration 6m 37s

Dissecting the OSPF LSDB
- 43m 37s

—Introduction 1m 32s
—Type 1 Router LSA 9m 18s
—Type 2 Network LSA 5m 20s
—Type 3 Summary Network LSA 6m 11s
—Type 5 External LSA 5m 14s
—Type 4 ASBR Summary LSA 7m 53s
—Type 7 NSSA External LSA 8m 9s

Exploring OSPF Network Types
- 47m 37s

—Introduction 2m 28s
—Network Type Non-Broadcast 2m 42s
—Non-Broadcast Configuration 6m 40s
—Network Type Broadcast 2m 13s
—Broadcast Configuration 7m 35s
—Network Type Point-To-Point 3m 7s
—Network Type Point-To-Multipoint 5m 27s
—Point-To-Multipoint Configuration 4m 46s
—Network Type Point-To-Multipoint Non-Broadcast 2m 41s
—Point-To-Multipoint Non-Broadcast Configuration 4m 45s
—Troubleshooting and Loopback Interfaces 5m 13s

Exploring OSPF Advanced Features
- 48m 15s

—Introduction 0m 46s
—OSPF AD and Summarization 2m 55s
—Configuring AD and Summarization 5m 37s
—OSPF Route Filtering 6m 53s
—Configuring OSPF Route Filtering 8m 15s
—OSPF Ninja Filtering 9m 38s
—OSPF Authentication 2m 29s
—Configuring OSPF Authentication 3m 47s
—Virtual-Links 4m 45s
—OSPF Default Routing 3m 10s

IS-IS Foundations
- 55m 58s

—Introduction 0m 36s
—Introduction to IS-IS 7m 10s
—IS-IS Hierarchy 12m 6s
—NSAP Addressing 8m 36s
—IS-IS Network Types 7m 30s
—IS-IS PDU Types 8m 30s
—IS-IS Wide Metrics 2m 50s
—IS-IS Configuration and Verification 5m 9s
—IS-IS Summary 3m 26s

IS-IS Configurations
- 52m 42s

—Introduction 1m 27s
—IS-IS Topology Overview 4m 32s
—Enabling IS-IS For IP Routing 9m 26s
—IS-IS Base Verifications 12m 51s
—Modifying Router and Circuit Types 10m 57s
—Examining ISIS LSDB 13m 26s

EIGRP Foundations
- 49m 26s

—Introduction 1m 9s
—EIGRP Fast Facts 16m 23s
—Neighbor Requirements and Message Types 7m 12s
—EIGRP Base Configurations 6m 41s
—Query Mechanism and Miscellaneous Topics 10m 51s
—Configuring Redistribution, Summarization/Default Route Advert 7m 10s

Dissecting the EIGRP Composite Metric
- 23m 53s

—Introduction 1m 25s
—Understanding the EIGRP Composite Metric 11m 46s
—Calculating an EIGRP Composite Metric 10m 42s

EIGRP Advanced Features
- 50m 19s

—Introduction 0m 53s
—Manipulating Administrative Distance 2m 28s
—Configuring EIGRP AD Manipulations 3m 0s
—Stub Routing and Query Scoping 7m 9s
—Configuring Stub Routing 2m 26s
—Leak Maps 2m 24s
—Configuring Leak Maps 2m 46s
—EIGRP Authentication 2m 44s
—Configuring EIGRP Authentication 2m 35s
—Route Filtering 5m 20s
—Configuring Route Filtering 2m 46s
—Metric Manipulation 3m 14s
—Configuring Offset-Lists 1m 41s
—EIGRP Load Balancing 4m 21s
—Configuring EIGRP Load Balancing 3m 54s
—Timers and EIGRP Bandwidth Consumption 2m 38s

EIGRP Named Mode
- 44m 29s

—Introduction 1m 25s
—Why EIGRP Named Mode? 5m 28s
—Configuration Modes 5m 32s
—Address-Family Mode 6m 41s
—Interface Mode 10m 26s
—Topology Mode 8m 45s
—EIGRP Classical vs. Named Configuration 4m 2s
—EIGRP Named Mode Summary 2m 6s

EIGRP Over-the-Top (OTP)
- 26m 21s

—Introduction 1m 10s
—What Is EIGRP OTP? 10m 25s
—EIGRP OTP Control Plane 4m 6s
—EIGRP OTP Route-Reflectors 4m 58s
—EIGRP OTP Data Plane 3m 43s
—EIGRP OTP Summary 1m 56s

Policy-Based Routing and GRE Tunnels
- 48m 51s

—Introduction 0m 39s
—Policy-Based Routing 10m 35s
—GRE Tunnels 14m 9s
—Configuring GRE Tunnels 17m 5s
—Configuring Policy-Based Routing 6m 23s

Course Fee:

USD 29

Course Type:	Self-Study
Course Status:	Active
Workload:	1 - 4 hours / week

This course is listed under Development & Implementations , Networks & IT Infrastructure and Telecommunications Community

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Course Fee:

USD 29

Course Type:	Self-Study
Course Status:	Active
Workload:	1 - 4 hours / week

IT Career Development Platform

Cisco CCIE Routing and Switching: Implement IPv4 and IGPs

Pluralsight

Course Summary

Course Description

Course Description

Course Syllabus

Course Type:

Course Status:

Workload:

Enhanced Interior Gateway Routing Protocol (EIGRP)

Open Shortest Path First (OSPF)

Intermediate System-to-Intermediate System protocol (IS-IS)

CCIE (Cisco Certified Internetwork Expert)

Routing Information Protocol (RIP)

Router

Load balancing

Troubleshooting

Network Service Access Point (NSAP)

IP Routing

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Course Type:

Course Status:

Workload: