Wireless sensor connectivity is taken into consideration in the framework of 5G heterogeneous networks to ensure the system throughput of the sending data detected by the system. Inadequate internet service often causes problems for wireless sensor networks. These networks could include, among other things, a wide range of various sensors or information about the transmission of images or patterns. The NB-IoT technique is far more effective when utilized in a 5G dispersed context than when used in native LTE network conditions, in addition to leveraging 5G transmission. The advantages of employing 5G for data transfer consequently include data integrity and excellent transmission efficiency. This study looks at the evolution of 5G technology and proposes a method for simulating the production of a 5G signal using MATLAB software under different parameter settings that represent diverse scenarios. This article will cover 5G wireless medium use, including driver configuration and high bandwidth testing. The construction of the worldwide 5G network is ongoing. The transmission power of 5G is greater than that of earlier generations, according to the findings of the researcher's transmission speed test.