Cisco CCNP Routing

Cisco CCNP Routing, available at $19.99, has an average rating of 3.8, with 59 lectures, based on 5 reviews, and has 14 subscribers.

You will learn about CCNP certification with a framework Basic & Advanced Routing Concepts Routing Protocols Routing Functions This course is ideal for individuals who are Those who pursuing the CCNP certification It is particularly useful for Those who pursuing the CCNP certification.

Enroll now: Cisco CCNP Routing

Summary

Title: Cisco CCNP Routing

Price: $19.99

Average Rating: 3.8

Number of Lectures: 59

Number of Published Lectures: 59

Number of Curriculum Items: 59

Number of Published Curriculum Objects: 59

Original Price: ₹7,500

Quality Status: approved

Status: Live

What You Will Learn

CCNP certification with a framework
Basic & Advanced Routing Concepts
Routing Protocols
Routing Functions

Who Should Attend

Those who pursuing the CCNP certification

Target Audiences

Those who pursuing the CCNP certification

Cisco Certified Network Professional (CCNP) Routing and Switching certification validates that you have the ability to plan, implement, verify and troubleshoot local and wide area enterprise networks and that you can work collaboratively with specialists on advanced security, voice, wireless and video solutions.

This course is intended to provide those pursuing the CCNP certification with a framework of what concepts need to be studied. This is not a comprehensive course containing all the secrets of the CCNP Routing exam, nor is it a “braindump” of questions and answers.

In this course we will cover these topics:

Part I – Addressing

Addressing is used to uniquely identify a host within a local network.

Section 1 IPv4 Addressing

Section 2 IPv6 Addressing

Section 3 TCP & UDP

Part II – Basic Routing Concepts

Routing is the process of sending a packet of information from one network to another network.

Section 4 The Routing Table

Section 5 Classful vs. Classless Routing

Section 6 Static vs. Dynamic Routing

Section 7 Configuring Static Routes

Section 8 Default Routing

Part III – Dynamic Routing Protocols

RIP is a standardized Distance Vector protocol, designed for use on smaller networks.

Section 9 RIP v1 & v2

Section 10 IGRP

Section 11 EIGRP

Section 12 OSPF

Section 13 IS-IS

Section 14 BGP

Part IV– Advanced Routing Functions

It is preferable to employ a single routing protocol in an internetwork environment, for simplicity and ease of management.

Section 15 Route Redistribution

Section 16 Access Control Lists

Section 17 Route Filtering and Route-Maps

Section 18 Multicast

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Addressing

Lecture 1: IPv4 Addressing and Subnetting

Lecture 2: IPv4 Addressing

Lecture 3: Subnet Mask

Lecture 4: CIDR

Lecture 5: Subnetting

Lecture 6: Class A Subnetting Example

Lecture 7: IPv4 Protocol Number

Lecture 8: Logical Addr to Hardware Addr

Chapter 3: IPv6 Addressing

Lecture 1: IPv6 Basics

Lecture 2: IPv6 Prefix

Lecture 3: Reserved IPv6 Addresses

Lecture 4: Link Local IPv6 Addresses

Lecture 5: Common IPv6 MultiCast Addresses

Lecture 6: ICMpv6

Lecture 7: NDP

Lecture 8: Configuring IPv6 Static Routers

Lecture 9: Configuring IPv6 Static Routers Part-II

Lecture 10: Configuring IPv6 OSPF

Lecture 11: Configuring IPv6 Tunnel

Lecture 12: IPv6 Access Lists

Chapter 4: TCP & UDP

Lecture 1: TCP and UDP

Lecture 2: Transmission Control Protocol

Lecture 3: TCP Segmentation

Lecture 4: TCP Sliding Window

Chapter 5: The Routing Table

Lecture 1: Basic Routing Concepts

Chapter 6: Classful vs. Classless Routing

Lecture 1: Classful vs. Classless Routing

Lecture 2: Classful vs. Classless Routing Protocol

Chapter 7: Static vs. Dynamic Routing

Lecture 1: Static vs. Dynamic Routing

Lecture 2: Dynamic Routing Categories

Chapter 8: Configuring Static Routes

Lecture 1: Configuring Static Routes

Chapter 9: Default Routing

Lecture 1: Default Routing

Chapter 10: RIP v1 & v2

Lecture 1: Routing Information Protocol

Lecture 2: RIP Versions

Lecture 3: Limitations Of RIPv1

Lecture 4: RIPv2 Configuration

Chapter 11: IGRP

Lecture 1: IGRP

Lecture 2: Limitations Of IGRP

Chapter 12: EIGRP

Lecture 1: EIGRP

Lecture 2: EIGRP Topology Table

Chapter 13: OSPF

Lecture 1: OSPF

Lecture 2: OSPF Designated Routers

Lecture 3: OSPF Neighbors States

Chapter 14: IS-IS

Lecture 1: IS-IS Fundamentals

Lecture 2: IS-IS Protocols & Addressing

Lecture 3: CLNS Address

Chapter 15: BGP

Lecture 1: Border Gateway Protocol

Lecture 2: BGP Peers Messages

Lecture 3: Configuring BGP Timers

Chapter 16: Route Redistribution

Lecture 1: Route Redistribution

Lecture 2: Redistributing into OSPF

Lecture 3: Pitfalls Of Route Redistribution

Chapter 17: Access Control Lists

Lecture 1: Access Control Lists

Lecture 2: Types Of Access Lists

Lecture 3: Extended IP Access List

Chapter 18: Route Filtering and Route-Maps

Lecture 1: Route Filtering

Lecture 2: Route-Maps

Chapter 19: Multicast

Lecture 1: Multicast

Lecture 2: Multicast Addressing

Instructors

EasyShiksha Learning
e-learning

Rating Distribution

1 stars: 1 votes
2 stars: 0 votes
3 stars: 1 votes
4 stars: 1 votes
5 stars: 2 votes

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