Master Subnetting in an Easy Way

Enroll today and master subnetting once and for all!

Created byBaldev Singh

Last updated 11/2020

English

What you'll learn

At the end of this course you will be able to perform subnetting tasks by yourself in an easy way.
You Will Learn Class C Subnetting /25 to /30
You Will Learn Class B Subnetting /17 to /30
You Will Learn Class A Subnetting /9 to /30

Course content

1 section • 45 lectures • 5h 3m total length

Subnetting Introduction4:46
Learn how subnetting divides a network into smaller subnets to save address space, allocate 252 usable IPs per /24, and connect networks via gateways.
What Should We Know Before Subnetting10:04

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Dear Students

Hope you have enjoyed this course. I would like to take this opportunity to appreciate and congratulate you for investing time in your learning. I hope this course is upto your expectations. If you have any suggestion, please write me an email at info@imedita.com I would love to work on the suggestions.

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Friends, I am a full time Instructor and Trainer with I-Medita Learning Solutions and provide instructor led classroom training as well. We are trusted as India’s Best Training Institute for Cisco Certifications like CCNA, CCNP, CCIE. You can check out more details about the courses from here: www.imedita.com.

AMAZING ARTICLES FOR YOU:

How To Do Class C Subnetting at /2511:07
How To Do Class C Subnetting at /268:31
Learn class C subnetting at /26 by borrowing two bits to create four subnets with 64-host blocks and 62 usable hosts per subnet, plus first/last hosts and broadcast addresses.
How To Do Class C Subnetting at /2711:43
How To Do Class C Subnetting at /2810:37
Explore Class C subnetting with /28, calculating cidr-based masks from the default mask to /28, and determining 16 subnets with 14 usable hosts per subnet, including network and broadcast details.
How To Do Class C Subnetting at /298:48
Learn Class C subnetting with /29, calculating 32 subnets of 8-address blocks, 6 usable hosts per subnet, and applying practical 192.168.1.x examples.
How To Do Class C Subnetting at /309:46
Master subnetting of class C networks at /30, covering CIDR notation, block size, subnet increments, and identifying first/last hosts and broadcast addresses.
How To Do Class B Subnetting at /1711:24
Learn how to subnet a class B network to /17 by borrowing one host bit, creating two 172.16.0.0/17 and 172.16.128.0/17 subnets with 128-block increments, listing hosts and broadcast addresses.
How To Do Class B Subnetting at /187:58
How To Do Class B Subnetting at /1910:20
Master class B subnetting at /19 by applying CIDR and block sizes to derive eight subnets with correct host ranges and addresses.
How To Do Class B Subnetting at /208:25
How To Do Class B Subnetting at /216:22
How To Do Class B Subnetting at /224:32
Learn how to subnet a class B network using /22, calculate subnets and hosts, and work through practical 172.16.x.y examples.
How To Do Class B Subnetting at /235:30
Master class B subnetting at /23, calculate the 255.255.254.0 mask and block sizes, and determine total subnets and usable hosts using 172.16.0.0, 172.16.2.0, and 172.16.4.0 examples.
How To Do Class B Subnetting at /243:29
Learn to subnet a class B network 172.16.0.0/16 into /24 subnets, using a 256-block size to yield 254 usable hosts per subnet and identify network and broadcast addresses.
How To Do Class B Subnetting at /255:07
learn to subnet a class B network using a /25 mask, determine block size of 128, count subnets, and identify 126 usable hosts per subnet with an example like 172.16.0.0/16.
How To Do Class B Subnetting at /265:48
How To Do Class B Subnetting at /276:09
How To Do Class B Subnetting at /2810:58
Learn step-by-step class B subnetting to /28, calculate block sizes, determine total subnets, and identify first and last host and broadcast addresses for each subnet.
How To Do Class B Subnetting at /298:49
How To Do Class B Subnetting at /306:26
How To Do Class A Subnetting at /94:23
Learn class A subnetting with /9 using CIDR notation, compute subnets and hosts, determine block size of 128, and identify first host, last host, and broadcast addresses.
How To Do Class A Subnetting at /105:16
How To Do Class A Subnetting at /114:55
How To Do Class A Subnetting at /124:46
Master subnetting in an easy way explains class A subnetting at /12, showing block sizes, hosts, and broadcast addresses with examples like 10.0.0.0 and 10.0.16.0.
How To Do Class A Subnetting at /134:29
Master class A subnetting at /13 by calculating total subnets, block sizes, and example address ranges. Apply the steps to determine subnet boundaries and host allocations.
How To Do Class A Subnetting at /145:38
Master class a subnetting at /14 by calculating block size and total hosts, then identifying first and last hosts and the broadcast address for each subnet.
How To Do Class A Subnetting at /154:55
Explore class A subnetting at /15, calculating block size and subnet counts, and deriving host ranges using subnet formulas to design flexible subnets.
How To Do Class A Subnetting at /165:42
How To Do Class A Subnetting at /176:07
Master class a subnetting at /17 by applying the subnetting formula to compute host ranges, first and last hosts, block size, and broadcast addresses.
How To Do Class A Subnetting at /187:21
Master class A subnetting at /18 by determining block size and subnet boundaries, creating two subnets from 10.0.0.0, and outlining host ranges for each.
How To Do Class A Subnetting at /198:44
Learn class a slash 19 subnetting by calculating subnets, block size, and host ranges for /19 networks, interpreting standard addresses and cidr notation to design efficient subnets.
How To Do Class A Subnetting at /205:17
How To Do Class A Subnetting at /216:49
How To Do Class A Subnetting at /226:44
How To Do Class A Subnetting at /237:11
How To Do Class A Subnetting at /245:27
How To Do Class A Subnetting at /255:44
How To Do Class A Subnetting at /267:08
How To Do Class A Subnetting at /274:55
Learn how to perform class a subnetting at /27, calculate block size, determine subnet addresses and host ranges through step-by-step calculations.
How To Do Class A Subnetting at /284:49
This lecture covers class A subnetting at /28, guiding you through block size calculation, subnet ranges, and practical examples with 10.0 addresses and 256-address blocks.
How To Do Class A Subnetting at /294:47
Master how to perform class a subnetting with a /29 CIDR, calculating subnets and block sizes, and using a calculator to verify results.
How To Do Class A Subnetting at /304:36

Requirements

Networking Fundamentals
Computer Literacy

Description

Are you struggling to understand IP addressing? Do CIDR notations and subnet masks feel like a foreign language? Welcome to the ultimate masterclass designed to turn you into a Subnetting Expert!

Subnetting is one of the most critical skills for any networking professional, yet it is often treated as one of the most difficult to learn. This course changes that. Designed specifically for networking aspirants, IT students, and preparing professionals (like those studying for CCNA, CompTIA Network+, or Security+), this comprehensive course breaks down complex networking concepts into digestible, easy-to-follow steps.

Whether you are a complete beginner or looking to brush up on your skills, this course will enable you to perform subnetting quickly and flawlessly in your head or on paper. We strip away the confusing jargon and focus on practical, real-world techniques.

By the end of this course, you won’t just memorize formulas—you will truly understand how data routes through partitioned networks. You will gain the ultimate confidence needed to ace your networking exams and tackle real-world IT infrastructure challenges.

This course will help you become master in subnetting and enable you to perform subnetting for Class C, Class B, Class A. This course is designed for networking aspirants looking to master network subnetting concepts.

This Subnetting Course includes:

How To Do IPv4 Subnetting of Class C
How To Do IPv4 Subnetting of Class B
How To Do IPv4 Subnetting of Class A

Who this course is for:

Networking aspirants
CCNA Candidates