Evaluation of Throughput and BLER in the 5G Communication System Having AWGN Channel

The 5G New Radio communications basically the update of 4G LTE. It is now the existing technology which entered into the real world in the year 2020. This technology can able to convert the real world to smart world. This conversion will take some time to see the complete smart world. The smart world can able to give good support during pandemic and disaster situation. Side by side, this smart world can able to give easy access to every user totally in wireless channel. In wireless channel, there are some error disturbances during transmission and reception of signal due to the presence of noise. The presence of error disturbances specifies the unreliability of the signal. Noise power spectral density in Additive White Gaussian Noise (AWGN) channel is an important issue for the evaluation of throughput and Block Error Rate (BLER). It has been estimated that with the increase in noise power spectral density, the throughput is decreased and the BLER is increased. The decrease in throughput and the increase in BLER specify the fall of reliability of the signal. Hence in order to keep the reliability of the signal, the noise power spectral density should be adjusted.