The Subnet Training Guide for Students and Instructors v3.0
Book Details
Author(s)Brendan Choi
ISBN / ASINB0014DPAH0
ISBN-13978B0014DPAH9
Sales Rank815,611
MarketplaceUnited States 🇺🇸
Description
***Version 3.0*** Now updated June, 2011.
"IP addressing is absolutely the most important topic for the CCNA exams."
--from the CCENT/CCNA ICND1 Official Exam Certification Guide, Cisco Press, 2nd Edition, 13th printing, Feb 2011.
A must-have for IT workers, network engineers, students and instructors. Learn IP addressing and subnetting for work, certification exams and job interviews. Teach IP addressing and subnetting to your students with confidence.
This 100+ page E-book contains over 90 detailed examples and over 130 practice exercises (all answers included) and teaches you how to understand and solve any IP addressing and subnetting questions in a few seconds, under certification exam and job interview conditions. For IT instructors, this book gives valuable advice on how to explain subnetting to your students.
Learn beginner topics like IP addressing, subnetting, Class A, B and C networks, VLSM, CIDR, wildcard masks and more advanced topics like supernetting, route summarization, and IPv6. There are both beginning and advanced VLSM examples and practice exercises.
IT workers and students can use this book to prepare for certification exams and job interviews. IT instructors can use this book as a supplement to teaching materials.
Ideal for Network+, Cisco CCNA, and CCNP candidates.
The Subnet Training Guide is over 100 pages and divided into 6 chapters.
Table of Contents
Chapter 1 Understanding IP addressing and Subnetting ( 27 examples )
1.0 Introduction
1.1 Understanding IP addressing and Binary numbers
1.2 IP Address Classes and Subnet Masks
1.3 Understanding Subnetting
1.4 Understanding VLSM
1.5 Chapter 1 Summary
1.6 Exercises ( 47 exercises )
Chapter 2 Subnetting Step By Step, including VLSM ( 33 examples )
2.1 Short Review of IP Addresses and Subnetting
2.2 Solving Class C Subnetting Questions
2.3 Class C Major Networks: Calculating Number of Subnets and Number of Hosts per Subnet
2.4 Class C Major Networks: Calculating Subnet Network Address for Subnet N
2.5 Solving Class B Subnetting Questions
2.6 Class B Major Networks: Calculating Number of Subnets and Number of Hosts per Subnet
2.7 Solving Class A Subnetting Questions
2.8 Class A Major Networks: Calculating Number of Subnets and Number of Hosts per Subnet
2.9 Solving Basic VLSM Questions
2.10 Exercises ( 50 exercises )
Chapter 3 CIDR, Supernetting and Classless Addressing ( 8 examples )
3.1 CIDR
3.2 Supernetting and Classless addressing
3.3 Route Summarization
3.4 Exercises ( 6 exercises )
Chapter 4 Wildcard Masks ( 9 examples )
4.1 Contiguous Wildcard Masks
4.2 Discontiguous Wildcard Masks
4.3 Special Wildcard Masks
4.4 Exercises ( 12 exercises )
Chapter 5 Introduction to the IPv6 Address Space ( 9 examples )
5.1 IPv6 Addresses and IPv6 Subnetting
5.2 IPv6 Network and Address Types
5.3 Exercises ( 15 exercises )
Chapter 6 Advance VLSM and Subnetting Problems ( 4 examples )
6.1 Class A and B Major Networks: Calculating Subnet Network Address for Subnet N
6.2 Advance VLSM Problems
6.3 Exercises ( 5 exercises )
Answers to Chapter Exercises
About the Author:
Brendan Choi has over 10 years experience working with UNIX systems and networks. He is currently a network engineer in the Washington, DC area.
"IP addressing is absolutely the most important topic for the CCNA exams."
--from the CCENT/CCNA ICND1 Official Exam Certification Guide, Cisco Press, 2nd Edition, 13th printing, Feb 2011.
A must-have for IT workers, network engineers, students and instructors. Learn IP addressing and subnetting for work, certification exams and job interviews. Teach IP addressing and subnetting to your students with confidence.
This 100+ page E-book contains over 90 detailed examples and over 130 practice exercises (all answers included) and teaches you how to understand and solve any IP addressing and subnetting questions in a few seconds, under certification exam and job interview conditions. For IT instructors, this book gives valuable advice on how to explain subnetting to your students.
Learn beginner topics like IP addressing, subnetting, Class A, B and C networks, VLSM, CIDR, wildcard masks and more advanced topics like supernetting, route summarization, and IPv6. There are both beginning and advanced VLSM examples and practice exercises.
IT workers and students can use this book to prepare for certification exams and job interviews. IT instructors can use this book as a supplement to teaching materials.
Ideal for Network+, Cisco CCNA, and CCNP candidates.
The Subnet Training Guide is over 100 pages and divided into 6 chapters.
Table of Contents
Chapter 1 Understanding IP addressing and Subnetting ( 27 examples )
1.0 Introduction
1.1 Understanding IP addressing and Binary numbers
1.2 IP Address Classes and Subnet Masks
1.3 Understanding Subnetting
1.4 Understanding VLSM
1.5 Chapter 1 Summary
1.6 Exercises ( 47 exercises )
Chapter 2 Subnetting Step By Step, including VLSM ( 33 examples )
2.1 Short Review of IP Addresses and Subnetting
2.2 Solving Class C Subnetting Questions
2.3 Class C Major Networks: Calculating Number of Subnets and Number of Hosts per Subnet
2.4 Class C Major Networks: Calculating Subnet Network Address for Subnet N
2.5 Solving Class B Subnetting Questions
2.6 Class B Major Networks: Calculating Number of Subnets and Number of Hosts per Subnet
2.7 Solving Class A Subnetting Questions
2.8 Class A Major Networks: Calculating Number of Subnets and Number of Hosts per Subnet
2.9 Solving Basic VLSM Questions
2.10 Exercises ( 50 exercises )
Chapter 3 CIDR, Supernetting and Classless Addressing ( 8 examples )
3.1 CIDR
3.2 Supernetting and Classless addressing
3.3 Route Summarization
3.4 Exercises ( 6 exercises )
Chapter 4 Wildcard Masks ( 9 examples )
4.1 Contiguous Wildcard Masks
4.2 Discontiguous Wildcard Masks
4.3 Special Wildcard Masks
4.4 Exercises ( 12 exercises )
Chapter 5 Introduction to the IPv6 Address Space ( 9 examples )
5.1 IPv6 Addresses and IPv6 Subnetting
5.2 IPv6 Network and Address Types
5.3 Exercises ( 15 exercises )
Chapter 6 Advance VLSM and Subnetting Problems ( 4 examples )
6.1 Class A and B Major Networks: Calculating Subnet Network Address for Subnet N
6.2 Advance VLSM Problems
6.3 Exercises ( 5 exercises )
Answers to Chapter Exercises
About the Author:
Brendan Choi has over 10 years experience working with UNIX systems and networks. He is currently a network engineer in the Washington, DC area.
