5G WIRELESS ARCHITECTURE PLANNING

Abstract

5G, the fifth generation of mobile communications, intends to fulfil consumers' increasing needs and demands in terms of capacity and latency, in an exponential expansion that is predicted to continue. The main purpose of this thesis is analysing the 5G core network function and how these functionalities are interrelated with each other. Apart from this the analysis of achievable rate and access point for a futuristic system is assumed and users were assigned for example 15 and 20 users, analysis has been done. Adding more the generation of magnitude and spectrum for downlink in 5G has been generalised and plotted with simulation. Furthermore, a basic idea for network coverage and network radius has been drawn into the idea and analysis of how 5G is improvised and better than previous four generations has been explained. The fifth generation of mobile communications, known as 5G, intends to fulfil consumers' increasing needs and demands in terms of capacity and latency, in an exponential increase that is predicted to continue. Trust in contemporary telecommunications networks is a critical component of any technology's or telecommunication services' technological and business success.