Performance Analysis of 5G Waveforms for MIMO System

Wireless communication infrastructure has recently been in grave risk due to the exponential growth in mobile and wireless service subscriptions and the resulting data load. Due to the need to modernize current wireless technologies, 5G has attracted a lot of attention. In the implementation of wireless systems, they are crucial enabling factors. System transceivers are heavily influenced by the multicarrier waveform being employed. Additionally, it affects the functioning of the entire system. CP-OFDM multicarrier is a successful part of the 4G system. This method is unsuitable for many 5G applications because to the high user density and strict synchronization and orthogonality requirements of this multicarrier waveform. The purpose of this work is to simulate and evaluate a system employing the 3GPP new waveforms suggested for 5G wireless systems. The system model investigates 4G LTE-Advanced physical layer standards, as well as extra filtering specifications from the 3GPP Technical Report. The reported results are analyzed to existing 4G multicarrier system.