![]() ![]() Learn subnetting: Understand the ideas and terms in each part of IPv4 subnetting, how to use the ideas in the related mathematical processes, and the purpose and meaning of the facts learned by those processes.No matter your motivation or current job role, this course helps you The course works through a series of topics about some big ideas, followed by the related subnetting math, and then has available practice for you to build the skill level you need for your purposes. This complete IP version 4 (IPv4) subnetting course sets out to solve these problems. However, subnetting includes enough different ideas, terms, and math processes so that you might struggle in choosing what number you need to find, what math process to use, and what the results mean once calculated. Thankfully, all the subnetting math can be understood with a little explanation and practice. Subnetting math works a lot like math word problems did for us all back in school. Without proper background knowledge, people can struggle to connect the facts to the ideas and make the correct conclusions.Īdditionally, subnetting math causes the kinds of challenges to both new learners and long-time IT practitioners. However, output and figures that describe IP networks do not describe the underlying concepts they just list the numeric facts about addresses and subnets. For example, IP subnetting includes many interwoven ideas, and many common tasks in networking require knowledge of those fundamentals. Unfortunately, learning IP subnetting can be a big challenge. IP itself has several components, most notably IP addressing, IP routing, IP routing protocols, and of course, IP subnetting. ![]() To build the networks used throughout the world you must understand the single most important networking protocol: Internet Protocol, or IP. ![]()
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