The Complete IP Subnetting Course: Beginner to Advanced!

Name: The Complete IP Subnetting Course: Beginner to Advanced!
Rating: 4.7 (5326 reviews)

A deep dive into IP addressing and IP subnetting. Great for CCNA/CCNP, MCSE and CompTIA students.

Created byLearn to Excel Online

Last updated 9/2019

English

What you'll learn

How to subnet using shortcuts.
How to approach typical subnetting questions found in the CCNA, MCSA or CompTIA Network+ exams.

Course content

6 sections • 63 lectures • 5h 25m total length

How To Get The Most Out Of This Course1:22
Quick course overview and advice.

Binary Math Section Overview0:39
Converting from Binary to Decimal Tutorial5:03
Video tutorial for converting binary to decimal.
Converting from Binary to Decimal Worked Example1:25
Worked example

Convert this binary number to decimal without the use of a calculator:

11001010
Converting from Binary to Decimal Quiz
Explanations to Converting from Binary to Decimal Quiz5:59
Video explanations for the 'Converting from Binary to Decimal Quiz'.
Converting from Decimal to Binary Tutorial3:07
Video tutorial for converting decimal to binary.
Converting from Decimal to Binary Worked Example1:59
Worked example.
Convert this decimal number to binary without the use of a calculator:
157
Converting from Decimal to Binary Quiz
Explanations to Converting from Decimal to Binary Quiz12:02
Video explanations for the 'Converting from Decimal to Binary Quiz'.

IPv4 Address Structure Section Overview0:33
Introduction to the IPv4 Address2:21
Introductory basics for IPv4 addresses such as the address length and the concept of an octet.
IPv4 Address Structure with a Subnet Mask9:26
Dividing the IP address into Network ID and Host ID using a subnet mask.

The following three examples are explored in detail:

Divide 192.168.1.5 / 255.255.255.0 into Network ID and Host ID.
Divide 172.16.5.9 / 255.255.0.0 into Network ID and Host ID.
Divide 192.168.5.130 / 255.255.255.192 into Network ID and Host ID.
IPv4 Address Structure with a Subnet Mask Example 11:43
Dividing an IP address into Network ID and Host ID using a subnet mask.

The following example is explored in detail:

Divide 192.168.9.63 / 255.255.255.0 into Network ID and Host ID.
IPv4 Address Structure Quiz A
Explanations to IPv4 Address Structure Quiz A2:40
Video explanations for the 'IPv4 Address Structure Quiz A'.
IPv4 Address Structure with a Subnet Mask Example 26:18
Dividing an IP address into Network ID and Host ID using a subnet mask.

The following example is explored in detail:

Divide 192.168.9.70 / 255.255.255.192 into Network ID and Host ID.
IPv4 Address Structure Quiz B
Explanations to IPv4 Address Structure Quiz B11:08
Video explanations for the 'IPv4 Address Structure Quiz B'.
CIDR Notation5:39
An introduction to the prefix length and CIDR Notation.
IPv4 Address Structure with CIDR Notation Example 12:58
Dividing an IP address into Network ID and Host ID using a prefix length.

The following example is explored in detail:

Divide 192.168.88.66 /26 into Network ID and Host ID.
IPv4 Address Structure Quiz C
Explanations to IPv4 Address Structure Quiz C9:00
Video explanations for the 'IPv4 Address Structure Quiz C'.
Converting a Subnet Mask to Prefix Length Example3:19
Converting a subnet mask to a prefix length. The following example is explored:
How to convert a subnet mask of 255.255.255.224 to a prefix length?
Converting a Subnet Mask to Prefix Length Quiz
Explanations to Converting a Subnet Mask to Prefix Length Quiz6:29
Video explanations for the 'Converting a Subnet Mask to Prefix Length Quiz'.
Converting Prefix Length to a Subnet Mask Worked Example1:44
A tutorial on converting a prefix length to a subnet mask. In this video we explore converting /15 to a subnet mask.
Converting Prefix Length to a Subnet Mask Quiz
Explanations to Converting Prefix Length to a Subnet Mask Quiz9:49
Video explanations on the 'Converting Prefix Length to a Subnet Mask Quiz'.
Subnet Mask and Prefix Length Cheatsheet0:04

IPv4 Cram Sheet0:58
IPv4 cram sheet containing IPv4 addressing rules, IPv4 Classes, IPv4 Private address ranges and the Automatic Private IP Address (APIPA) range.
IPv4 Address Types Section Overview0:34
IPv4 Transmission Types6:05
A description of the unicast, multicast and broadcast transmission types.
Special IPv4 Addresses9:58
A description of the network ID, directed broadcast IP, broadcast IP and the loopback IP address range.
Calculating the Number of IPs per Network ID5:58
A tutorial on calculating the number of IP addresses for a given network ID.
Calculating the Number of IPs per Network ID Worked Example4:24
Two worked examples on calculating the number of IP addresses in a given network. The examples used are:
Calculate the number of IP addresses in the network given:
172.18.32.0 /19
192.168.5.64 / 255.255.255.192
Calculating the Number of IPs per Network ID Quiz
Explanations to Calculating the Number of IPs per Network ID Quiz 1-1011:58
Video explanations for the 'Calculating the Number of IPs per Network ID Quiz' questions 1-10.
Explanations to Calculating the Number of IPs per Network ID Quiz 11-189:23
Video explanations for the 'Calculating the Number of IPs per Network ID Quiz' questions 11-18.
IPv4 Address Classes Section Overview0:33
IPv4 Address Class A2:50
Detailed tutorial of Class A.
IPv4 Address Class B2:20
Detailed tutorial of Class B.
IPv4 Address Class C2:05
Detailed tutorial of Class C.
IPv4 Address Class D2:14
Detailed tutorial of Class D.
IPv4 Address Class E2:14
Detailed tutorial of Class E.
IPv4 Address Classes Quiz
Explanations to IPv4 Address Classes Quiz9:59
Video explanations for the 'IPv4 Classes Quiz'.
Private IP Address Ranges Tutorial4:35
Detailed description of the Private IP Address Ranges.
APIPA - Automatic Private IP Address Tutorial3:37
Detailed description for the Automatic Private IP Address range.
Private vs Public IPv4 Addresses Quiz
Explanations to Private vs Public IPv4 Addresses Quiz4:29
Video explanations for the 'Private vs Public IPv4 Address Quiz'.

Subnetting Section Overview0:33
What is subnetting?3:04
A brief description of subnetting.
How to subnet? Overview part 15:26
An introduction to the subnetting process. Part 1.
How to subnet? Overview part 25:03
An introduction to the subnetting process. Part 2.
Full Subnetting Worked Example A part 16:15
A detailed subnetting demonstration with complete explanations. Part 1.
Full Subnetting Worked Example A part 25:41
A detailed subnetting demonstration with complete explanations. Part 2.
Full Subnetting Worked Example A part 38:06
A detailed subnetting demonstration with complete explanations. Part 3.
Full Subnetting Worked Example B part 14:44
A detailed subnetting demonstration with complete explanations. Part 1.
Full Subnetting Worked Example B part 23:46
A detailed subnetting demonstration with complete explanations. Part 2.
Full Subnetting Worked Example B part 35:50
A detailed subnetting demonstration with complete explanations. Part 3.
Subnetting Quiz Case 1
Explanations: Subnetting Quiz Case 112:15
A detailed video explanation to the 'Subnetting Quiz Case 1'.
Subnetting Quiz Case 2
Explanations: Subnetting Quiz Case 211:39
A detailed video explanation to the 'Subnetting Quiz Case 2'.
Subnetting Question Type A10:50
Which of the following IP addresses are on the same subnet?
A: 192.168.55.60 255.255.255.240
B: 192.168.55.63 255.255.255.240
C: 192.168.55.65 255.255.255.240
Subnetting Practice Questions Type A
Explanations: Subnetting Practice Questions Type A Quiz10:43
Detailed explanations to the 'Subnetting Practice Questions Type A'.
Subnetting Question Type B6:40
Quickly identify the subnet that the IP 192.168.201.40 /28 belongs to.
Subnetting Practice Questions Type B
Explanations: Subnetting Practice Questions Type B Quiz6:18
Detailed explanations to the 'Subnetting Practice Questions Type B'.
Subnetting Question Type C6:40
Which of the following is a directed broadcast IP address?
A: 192.168.55.0 /28
B: 192.168.55.95 /27
C: 192.168.55.96 /27
D: 192.168.55.7 /30
Subnetting Practice Question Type C
Explanations: Subnetting Practice Questions Type C Q17:35
Detailed explanations for question 1 from the 'Subnetting Practice Questions Type C' quiz.
Explanations: Subnetting Practice Questions Type C Q24:20
Detailed explanations for question 2 from the 'Subnetting Practice Questions Type C' quiz.
Explanations: Subnetting Practice Questions Type C Q35:00
Detailed explanations for question 3 from the 'Subnetting Practice Questions Type C' quiz.
Subnetting Question Type D5:44
A PC has the IP address 192.168.28.150 255.255.255.192. It is configured to use the default gateway IP 192.168.28.128. Why is it not able to access the Internet?
Subnetting Practice Questions 1 - 10

Requirements

No previous networking experience is assumed by the instructor.

Description

5 Stars ⭐⭐⭐⭐⭐
"I needed to study this for exams and what I got was more than I thought I would. Best thing is I wasn't bored when he was teaching!"
Arkam Ramzan

This course dives deep into IPv4 addressing and IPv4 subnetting. Starting with binary math and ending with difficult IPv4 subnetting problems this course will prepare you for the subnetting questions on the CCNA, MCSA and CompTIA Network+ exams. Full of shortcuts and useful insights you will gain the clearest understanding of IPv4 addressing and IPv4 subnetting you have every had.

This course divides the material up into small increments and then conquers each with multiple examples, practice questions and video explanations. You will never just get stuck on IPv4 subnetting again.

We actively monitor the Q&A forum and will respond to every relevant question with a helpful answer. We are committed to helping every student achieve their learning goals and will listen to all comments and suggestions.

We invite you to enroll in our course and become an IPv4 subnetting expert today!

Here are some reviews from past students:

5 Stars ⭐⭐⭐⭐⭐
"I am truly amazed the instructor is not a doctor, has a lot of patience. I really took to heart what was taught with the lectures with this subnetting course. Your efforts in instruction carry a lot of weight in gaining the insight I can take away with this knowledgeable and yet so down to earth lesson. Thank you so very much."
Dale Mork

5 Stars ⭐⭐⭐⭐⭐
"The explanation is very thorough, I like that he is taking us baby steps in order to understand the whole procedure.recommend it for anyone!"
Ramona Obreja

5 Stars ⭐⭐⭐⭐⭐
"Excellent Course. I wish I could have gained this clarity in 1998 when I first obtained my CCNA. Your short cuts are GREAT!!! Your explanations are very clear and understandable. I am updating my skills after a layoff and you have prepared me to move forward. Thanks!!!"
Melanie Wright

Who this course is for:

Network engineers, network administrators and individuals seeking the CCNA, MCSA or CompTIA Network+ certifications.

The Complete IP Subnetting Course: Beginner to Advanced!

What you'll learn

Explore related topics

Course content

Introduction1 lecture • 1min

Binary Math7 lectures • 30min

The Structure of an IPv4 Address15 lectures • 1hr 13min

IPv4 Address Types18 lectures • 1hr 24min

Subnetting21 lectures • 2hr 16min

Bonus Content1 lecture • 1min

Requirements

Description

Who this course is for: