There could be hundreds of thousands of devices that are connected within a network, and the corresponding IP addresses can create a complex route that traffic must travel. This is where subnetting excels as a tool to help you maintain efficiency across your network. To locate a particular device, you would need to organize the IP addresses in a logical way. IP addresses help to identify the pieces of hardware connected to your network. IP addresses can be kept geographically localized meaning that a subnet can be used for specific staffing structures to reduce traffic and maintain efficiency and order. Organizing a network in an efficient way is crucial for large firms and those companies seeking to expand technologically. An engineer can create smaller mini-routes within a larger network to allow traffic to travel the shortest distance possible. If all network traffic was traveling across the system at the same time using the same route, bottlenecks and congestion would occur resulting in sluggish and inefficient backlogs.Ĭreating a subnet allows you to limit the number of routers that network traffic must pass through. As networks become larger and more complex, the traffic traveling through them needs more efficient routes. The goal of subnetting is to create a fast, efficient, and resilient computer network. Businesses across the globe want to reduce network congestion and need engineers who understand how to do this. If you need to make your computer network more efficient, you should consider subnetting. What Is Subnetting, Its Benefits, and How Does It Work?
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