Published 6/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.27 GB | Duration: 3h 3m
Easy Subnetting in Hindi
What you'll learn
Understanding Concepts of IP addressing
Undestanding IP Address types, APIPA, IPv4 address Classes etc
Understanding concept of Subnetting and creating subnets for different classes of IP addresses
Understanding VLSM (Variable Lengths Subnet Mask) and creating subnets using VLSM
Requirements
Basic knowledge of Computer Networking. not recommended
Description
In this course we will understand the different concepts of IP*Addressing and Subnetting in a very easy way. We will start from basics of IP addressing and after understanding the concepts of IP addressing, in between we will also understand the binary representation of IP*version 4 addresses and how to convert decimal to binary and binary numbers to decimal then we will move to Subnetting part where we will first understand what is Subnetting, why Subnetting is very important, what id CIDR (Classless Inter Domain Routing), what are the CIDR*ranges for different classes of IP*version 4 addresses, how to create subnets using FLSM (Fixed Length Subnet Mask) Subnetting where we will create subnets for Class C, Class B and Class A Network addresses. we will also understand the concepts of VLSM (Variable Lengths Subnet Mask) Subnetting in which we will cover, what is VLSM and what are the advantages of VLSM over FLSM. Then we will create subnets using Variable Lengths Subnet Mask for small to large networks or address pools. This course can be summarized in bullet points as follows: Understanding Concepts of IP (Internet Protocol) addressing like what is IP*Address, structure of Internet Protocol version 4 address and understanding the binary representation of IP addressesUnderstanding IP Address types, APIPA (Automatic Private Internet Protocol Address), IP version 4 address Classes etc.Understanding concept of Subnetting like what is Subnetting, what is CIDR (Classless Inter Domain Routing) and creating subnets for different classes of IP addresses (Class C addresses, Class B Addresses and Class A Addresses)Understanding VLSM (Variable Lengths Subnet Mask) and why we should use VLSM*to create subnets Creating subnets using VLSM (Variable Lengths Subnet Mask) for small to large network requirements.
Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: Basics of IP Addressing
Lecture 2 IP Addressing Basics
Lecture 3 Parts of IP Address
Lecture 4 Types of IP Addresses
Lecture 5 Understanding APIPA
Section 3: Classes of IPv4 Addresses
Lecture 6 Class A IP Addresses
Lecture 7 Class B IP Addresses
Lecture 8 Class C, D and E IP Addresses
Section 4: Understanding Subnetting
Lecture 9 What is Subnetting?
Lecture 10 Understanding CIDR
Lecture 11 How to calculate Subnets
Section 5: Class C Subnetting
Lecture 12 Creating Subnets Class C Network Addresses
Lecture 13 Practical Implementation of Subnetted addresses
Lecture 14 Another example of Class C Subnetting
Section 6: Class B Subnetting
Lecture 15 Class B Subnetting for CIDR /16 till /23
Lecture 16 Another example of Class B Subnetting for CIDR /17 till /23
Lecture 17 Class B Subnetting for CIDR /24 till /30
Lecture 18 Anothe Example for CIDR /25 till /30 Class B
Section 7: Class A Subnetting
Lecture 19 Class A Subnetting for CIDR /8 tille /15
Lecture 20 Anothe example for CIDR /9 till /15
Lecture 21 Class A Subnetting for CIDR /16 tille /23
Lecture 22 Anothe example for CIDR /17 till /23
Lecture 23 Class A Subnetting for CIDR /24 tille /30
Lecture 24 Anothe example for CIDR /25 till /30
Section 8: VLSM (Variable Lengths Subnet Mask) Subnetting
Lecture 25 What is VLSM and Why VLSM?
Lecture 26 Creating Subnets using VLSM
Lecture 27 VLSM Subnetting for Large Networks
Who wants to enhance skills in IP addressing and subnetting and who are in IT platform or want to make career in IT
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