Abstract:

This chapter offers an explanation of creating a complete perspective on constructing a network capable of including the process of architecting, 5G technology, designing, and coordinating various elements such as IP transport, 5G RAN, Telco Cloud, datacenters, and 5G packet networks. The text presents actual instances that demonstrate the difficulties and effective approaches for implementing 5G Transport through closed-loop automation. Also covers important factors such as efficiency, size, delay, safety, and ease of use when constructing 5G transport systems for major global networks, as well as methods for transitioning from 3G, 4G and 5G to 6G in terms of transport and core networks. There is a growing global acceptance of 5G, the emerging technology being widely adopted by mobile service providers globally. They are ready to allocate resources to enhance their infrastructure for 5G and investigate novel business prospects with their enterprise and mobile clients. According to the Gartner survey, most of the earnings for communication service providers (CSP) will be generated from 5G. The emergence of 5G will pave the way for various innovations including speedy machine-to-machine communication, wireless virtual reality, advanced smart city infrastructure, self-driving cars, deployment of Internet of Things (IoT), industrial automation, applications based on artificial intelligence, and many other exciting possibilities.