If we take an example for a Class C network, 192.168.10.0, the address part and the subnet mask can be represented as below. Subnet mask is also a 32 bit number where all the bits of the network part are represented as "1" and all the bits of the host part are represented as "0". Really, IPv4 address is a combination of IPv4 address and Subnet mask and the purpose of subnet mask is to identify which part of an IPv4 address is the network part and which part is the host part. If we recollect from the previous lessons, an IPv4 address has two components, the network part and the host part. Subnetting ( RFC 950) is the process of dividing any classful IP network ( Class A, Class B, or Class C network) into smaller networks.īefore proceeding further deep into subnetting, we should know these terms. Click the following link to learn how to use the inbuilt calculator in Windows Operating System for binary, decimal and hexadecimal number conversions. Please use the inbuilt calculator in your computer only to verify the calculations you did manually are correct or not. Click the following link to learn more about binary and hexadecimal number system. ![]() You need good knowledge about binary number system and the conversions between decimal to binary and binary to decimal. In this Class C Subnetting Tutorial - Part 1, you will learn how to subnet a Class C network. Please visit below links in order to learn IPv4 subnetting completely. This lesson is only a part of a series of IPv4 subnetting lessons.
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