The Effect of Human Blockage on 6G Telecommunication Networks

The 6G network is predicted to provide much faster network speeds, lower latency, and be able to support advanced mobile devices and systems so that it can meet all network requirements in the future. The use of high frequencies on 6G makes the technology sensitive to influences around the sender and receiver, such as the influence of Human Blockage. This research aims to determine the level of influence of human blockage on the 6G communication network on the signals received by users. In this research, a simulation method was carried out to see the effect of human blockage on the 6G channel model with a working frequency of 95 GHz using the NYUSIM (New York University Simulator) channel simulator. Apart from that, supporting data is used in the form of environmental conditions in the city of Banda Aceh. The results of this research show that the 6G channel model under the influence of Human Blockage obtained a received power value of -131.7 dBm with a pathloss value of 161.7 dBm and a delay of 11.9 ns. In general, the received power value is still not good based on the RSRP standard, and the pathloss and propagation delay values are still high.