English | MP4 | AVC 1280×720 | AAC 44KHz 2ch | 16 lectures (1h 50m) | 613 MB
Clear, simple lectures explain IP addresses and subnets, and hands-on exercises help you master these skills!
Do you need to understand the fundamentals of IPv4 and Subnets? Have you found that many training resources use complex technical jargon that makes it difficult to understand the basic concepts? If you need to get a basic understanding of IP Addressing quickly and clearly, this is the course for you.
This course addresses the following topics:
- What is the purpose of IP addresses?
- Private vs. Public IPs
- IPv4 vs. IPv6
- IP address structure in decimal and binary forms
- How to create subnets and design network environments with multiple subnets
- Variable Length Subnet Masking and classful addresses
I have taught hundreds of thousands of students across a variety of platforms, and I think anyone who needs to understand IP Addressing will love this course. Most lectures in this course are 5 – 10 minutes long.
There are multiple hands-on exercises that I will guide you through that will help you master these topics.
If you need the basics of IP addressing and Subnets, this course will give you a strong foundation, and is the ideal starting point.
If you are a engineer, virtualization or cloud administrator, or anyone just getting started with IP addressing and subnets, this is the course for you!
What you’ll learn
- Understand the basic structure of IP addresses and how to convert to binary and decimal format
- Identify and work with classful address ranges (Class A, B, and C) and public and private IP addresses
- Perform many hands on tasks including creating subnets, binary notation, CIDR ranges, and more
- Understand network and broadcast addresses and the role of the default gateway
Table of Contents
Introduction
1 Introduction
2 Overview of IP addressing
3 Types of IP addresses Public vs. Private
4 Understanding IPv4 address structure
5 Exercise IP Addresses (See resources)
6 Classful vs. Classless addressing
Subnetting Fundamentals and Binary Addressing
7 Converting decimal to binary and binary to decimal
8 Why is 255 special
9 Handy Tool to Complete the Next Lesson
10 Hands-on practice with binary IP addresses
11 Why subnetting is necessary
12 Working with Subnets and CIDR Notation
13 How Many Hosts in a Subnet
14 Hands-On Practice with Subnets and CIDR Notation
15 Breaking Networks Into Smaller Subnets
16 Network address, Broadcast address, and Default Gateway
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