IP Address Subnetting and VLSM from beginning to advance

Name: IP Address Subnetting and VLSM from beginning to advance
Rating: 4.3 (6 reviews)

IP Addressing , Subnetting and VLSM with Reverse IP Engineering for all IT Professional to Fresher

Created byAjay Sharma

Last updated 1/2018

English

English [Auto],

What you'll learn

IPv4 Introduction
IPv4 Classes
Decimal to Binary conversion and vice versa
Calculating the No of host is each class
Subnetting
Class A,B.C Subnetting
VLSM
Designing of VLSM on a Practical scenario to make it more clear
VLSM Practical Implementation
Reverse IP Engineering
Private and Public IP Address

Course content

1 section • 11 lectures • 2h 57m total length

IP Address Introduction11:47
Explore IP address introduction, subnet masks, and DNS basics, and learn how 32-bit binary and decimal conversions support network addressing.
IPv4 Decimal to Binary conversion and vice versa1:52
IPv4 decimal to binary conversion and back within the 32-bit space, understanding boundary values from zero to all ones, classful ranges, and host counts.
3. IPv4 CLasses , Subnet Mask , No of host33:48
Explore IPv4 classes, subnet masks, and host counts across class a, class b, and class c networks, and compute network and broadcast boundaries for practical IP addressing.
Subnetting Introduction and C Class Subnetting20:03
Learn subnetting basics and c-class subnetting, analyze broadcast behavior, divide large networks into subnets, and convert between binary and decimal for network sizing.
Subnetting Class B20:21
Explore class B subnetting and VLSM by learning how to borrow bits, determine block sizes, and identify network and broadcast addresses for efficient IP addressing.
Subnetting Class A20:34
Explore class A subnetting and VLSM concepts through practical examples, building one or two networks, and mastering decimal and binary representations for IP addressing.
Variable Length Sunet Mask (VLSM) Introduction5:34
Explore the introduction to variable length subnet mask (vlsm) within ip address subnetting. Learn the basics of vlsm and its role in network design.
Variable Length Subnet Mask Desgining7:24
Explore variable length subnet mask design to optimize IP address allocation from beginner to advanced levels, integrating fundamentals of subnetting and efficient network planning.
VLSM Practical Implementation18:19
Explore practical vlsm implementation within ip address subnetting by examining net design, the internet, and media.
Reverse IP Engineering and IP Troubleshooting22:35
Learn reverse IP engineering and IP troubleshooting to diagnose misconfigurations in subnetting, routing, and destination IP addressing, using binary and decimal conversions and subnet masks.
Private and Public IP15:02
Explore how private and public IP addresses enable LANs to access the internet, why private IPs stay inside a LAN, and how public IPs are assigned by ISPs.

Requirements

1. Basic Computer and Networking Knowledge 2. Desire to learn and time to practice as well

Description

Complete IPv4 Masterclass – From Basics to Advanced Subnetting and VLSM

Master IPv4 networking from the ground up with this comprehensive course designed for beginners, students, network engineers, system administrators, and IT professionals preparing for networking certifications.

In this course, you will gain a deep understanding of IPv4 addressing and subnetting through clear explanations, practical examples, and hands-on demonstrations. We start with the fundamentals of IPv4, including IP address structure, network and host portions, address classes, and subnet masks. You will then learn how to convert decimal numbers to binary and binary to decimal with simple techniques that make subnetting calculations easy.

The course covers Class A, Class B, and Class C subnetting in detail, along with real-world subnetting exercises to strengthen your skills. You will also master Variable Length Subnet Masking (VLSM), allowing you to design efficient IP addressing schemes for networks of any size. Through step-by-step demonstrations, you will learn subnet calculations, address allocation, and network optimization.

Additionally, the course introduces Reverse IP Engineering techniques to help you analyze and identify network information from IP addresses. You will also explore the differences between private and public IP addresses, NAT concepts, and practical deployment scenarios.

By the end of this course, you will be confident in designing, troubleshooting, and managing IPv4 networks and will have a solid foundation for certifications such as Cisco CCNA, Network+, and other networking programs.

Who this course is for:

I design this in such a way it will be very helpful for everyone either Beginner or professional, everyone will get benefit from this video series. Specially who is preparing for CCNA Certification