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Additionally The Ipv4 Address Could Also Be Converted To Hexadecimal Producing The Ipv4Mapped

Additionally the ipv4 address could also be converted to hexadecimal producing the ipv4mapped

Figure 6-C. IPv4-mapped IPv6 Addresses

Using IP address 172.16.255.1/32 as an example, this address could be represented in the IPv4-mapped IPv6 address format as 0000:0000:0000:0000:0000:FFFF:172.16.255.1/128. Because it is perfectly legal to represent the address in the compressed form, the same address could also be written as either 0:0:0:0:0:FFFF:172.16.255.1/128 or ::FFFF:172.16.255.1/128. Additionally, the IPv4 address could also be converted to hexadecimal, producing the IPv4-mapped IPv6 address 0:0:0:0:0: FFFF:AC10:FF01/128, or simply ::FFFF:AC10:FF0/128.


Table of Contents

IMPORTANT COPYRIGHT & LEGAL NOTICE

Subnetting – What Is It and Why Bother Learning It?

What’s In Subnetting Secrets?

About Me

What to Expect from This Book

How the Book Is Laid Out
What You Will Learn in Part 1
What You Will Learn in Part 2
What You Will Learn in the Appendices
The Website
What Others Are Saying about Subnetting Secrets©

How to Read This Book

Part I – IP Addressing

How Binary Works
How Hexadecimal Works
Converting Exercise

IP Version 4

Powers of Two
IP Addressing
Class A Addresses
Class B Addresses
Class C Addresses
Class D and Class E Addresses
Summary
IPv6 Addressing
Configuring IPv6
Reserved Addresses

Subnetting

Address Depletion
How to Subnet
How to Write Out Subnet Masks
Changing the Subnet Representation
Variable Length Subnet Masking (VLSM)
Classless Inter-Domain Routing (CIDR)
How Many Subnets and How Many Hosts?
Shortcut Method
Exam Questions
Working Out How Many Subnets and How Many Hosts
IP Subnet-Zero (Again)
Secondary IP Address
Wildcard Masks
Practise Questions
Answers
Conversion Examples
The Subnetting Secrets Chart©

Subnetting Secrets: Part 2

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