What you'll learn

This course will show students how to configure the RIP Routing Protocol
This course will show students how to make RIPv1 & RIPv2 how to communicate
This course will show you how to configure RIPng
This course will show students how to configure RIP in a dual-stack scenario with EIGRP

Course content

7 sections • 15 lectures • 2h 0m total length

Introduction5:46
In this lecture, we will discuss the topics surrounding the RIP routing protocol.

Dissecting RIP14:27
In this lecture, I will discuss the different versions of RIP, and what type of dynamic routing protocol is RIP, and briefly go over some of the subcommands that RIP has to offer.
Configuring RIPv28:35
In this lecture, I will configure RIPv2 in a simple topology and analyze RIPv2 using several show commands and the “debug IP rip” command.
Advertising a Default Route6:30
In this lecture, I will show you how to advertise a default route using a subcommand in RIP called, default information-originate

Disabling Sending Updates15:00
In this lecture, I will show you how to suppress updates on an interface or all interfaces.
Adjusting RIP Timers6:38
In this lecture, I will show how to adjust the RIP timers, if you are having issues with bandwidth.
Changing the Maximum Paths3:42
In this lecture, I will show how to have different numbers of equal-cost paths. By default, is 4 equal-cost paths.
Configuring RIPv1 and RIPv213:11
In this lecture, I will be configuring both versions of RIP and be able to communicate between them.

IPv6 Addressing Configurations8:10
In this lecture, I will show you how to configure easy-to-use IPv6 addresses, in preparation for RIPng.
Configuring RIPng6:41
In this lecture, I will show you how to configure RIPng step-by-step.
Verifying the RIPng Configuration4:04
In this lecture, I will show you how to check to make sure RIPng is working.
Dual Stack RIPv2 and RIPng7:23
In this lecture, I will have IPv4 and IPv6 RIP running and the same time.

Requirements

The student must have a basic understanding of CLI configurations

Description

This course will help you understand the RIP Routing Protocol.

It is important that students, that want to enter or are already in the field of Networking, understand this distance vector protocol.

This is one of the oldest distance vector protocol, that employs the hop count as a metric.

RIP also has countermeasures that can be implemented to prevent routing loops.
Such as: Split-horizon, Route poisoning & hold-down timers to prevent incorrect routing information to be advertised.

You will learn the difference between RIPv1 & RIPv2 when they send their updates to neighboring routers.
It is extremely important to understand the difference.

The course itself is very simple to understand and will allow the student to grasp the basic concept of what RIP (Routing Internet Protocol) is all about and how to apply it.

DISCLAIMER: Please note that the simulators/emulators used in this course are not part of the course. It is the students responsibility to have these to practice with. The Cisco Packet Tracer and/or VIRAL (Virtual Internet Routing Lab) are Cisco proprietary software and can only be obtained through Cisco. It is up to each student to obtain the simulator/emulator of their choice to study along with this course. Students have other options like GNS3, BOSOM or Live Equipment.

Who this course is for:

Any student that is aiming towards an IT Professional and/or Network Engineering degree.
Any student that wants to pass an IT test and/or certification that has the RIP Protocol. (i.e.: Network+, CCNA, etc.)

What you'll learn

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Course content

Introduction to RIP1 lecture • 6min

Understanding the RIP Routing Protocol3 lectures • 30min

Suppress Routing Updates and other Sub-Commands4 lectures • 39min

RIP Authentication and Address Family Configuration1 lecture • 13min

Understanding and Configuring RIPng4 lectures • 26min

Summary of the Course1 lecture • 2min

Bonus Lecture1 lecture • 5min

Requirements

Description

Who this course is for: