IP Addressing and IPv4 Subnetting
Networking
| Beginner
- 23 videos | 53m 8s
- Includes Assessment
- Earns a Badge
Internet Protocol (IP) is the backbone of internet communication. Subnetting is the process of dividing a network into subnetworks and it's an important part of designing computer networks. In this course, you'll discover IP addressing concepts such as addressing, binary numbering, and dotted decimal notation. Then you'll explore classful addressing, reserved and private addresses, and network masks. You'll learn about classless addressing and the new format for IP addresses, IPv6. You'll explore subnetting and its purpose and subnet mask rules. Then you'll discover the art and the science of subnetting and how to calculate subnets. Finally, you'll learn about key subnet addresses and how to implement a subnet plan. This course was originally created by Global Knowledge (GK).
WHAT YOU WILL LEARN
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Describe the basic purpose of logical addresses in computer networking
Discuss binary numbering and why we need to convert between binary and decimal
Describe how to convert decimal numbers to binary
Discuss dotted decimal notation and how it's used in ip addressing
Identify the three categories of ip addresses
Discuss classful addressing and the features of class a, b, c, d, and e
Identify addresses in the three user classes of ip version 4 and their broadcast addresses
Identify reserved ip addresses and their respective purposes
Describe private ip addresses and their purpose
Discuss the purpose of network masking and identify common network masks
Describe how network masks are used to facilitate communication
Discuss classless ip addressing and its purpose -
Discuss ipv6 and the reasons for its implementation
Describe the basic structure of ipv6 addresses and why the subnet mask is not required in ipv6
Describe the role of subnetting in computer networking
Identify the purpose of ipv4 subnetting
Describe how devices communicate using ipv4 addresses
Discuss the basic rules of ipv4 subnet masks
Describe considerations for planning subnets
Describe methods used to determine how many host bits are used to form subnets
Discuss methods for calculating subnet sizes and numbers of subnets
Identify four key addresses used in subnets
Discuss how to implement subnet assignments and facilitate communication between subnets and within subnets
IN THIS COURSE
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1m 55s
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2m 39s
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3. Decimal to Binary Conversion1m 13s
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4. Dotted Decimal Notation1m 9s
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5. Three types of IP addresses1m 12s
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6. Classful Addressing3m 51s
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7. Examples of network-specific addresses3m 15s
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8. Reserved Addresses4m 25s
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9. Private Addresses2m 8s
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10. Network Masking4m 18s
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11. Using the Network Mask2m 31s
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12. Classless Addressing2m 26s
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13. Introduction to IPv61m 19s
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14. IPv6 Addresses1m 53s
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15. IPv4 Subnetting1m 6s
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16. Purpose of Subnetting1m 20s
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17. Subnet Communications2m 51s
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18. Subnet Mask Rules1m 59s
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19. The Art of Subnetting1m 43s
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20. The Science of Subnetting2m 49s
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21. Calculating Subnets2m 51s
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22. Four Key Subnet Addresses3m 12s
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23. Implementing a Subnet Plan1m 6s
EARN A DIGITAL BADGE WHEN YOU COMPLETE THIS COURSE
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