China is leading the 5G network forefront with the world’s largest 5G mobile network, said to contain 792,000 base stations. According to VIVAI Solutions’ “The State of 5G” report, 5G network is available in over 341 cities in China compared to 279 in the U.S. However, U.S. mobile carriers continue to ramp up their efforts of bringing this high-speed mobile network to more users.

With the rollout of 5G wireless technology comes the challenge of developing and deploying a new antenna network and base station infrastructure. The 5G network system utilizes a higher frequency of radio waves than the 4G system, decreasing the range of transmission. Thus, more antennas and base stations will be required for network reliability, and these particular antenna placements will need to be strategically implemented.

“To continue supporting next generations of mobile devices, radio access networks are constantly evolving to include new and different types of hardware. Antennas, for example, are included in some modern networks with designs that support much higher-bandwidth than have been widely employed in previous generations of wide area networks. In some implementations, a much larger number of these high-bandwidth antennas are used to provide network coverage. Problems can occur however, when conventional approaches are used to design these networks.

For example, for newer high-bandwidth millimeter wave transmitters, in some network implementations, one hundred or more transmitters per square mile can be sited for network coverage. With current manual approaches, only a small number of such networks can be evaluated. Without rapid evaluation of many different implementations, network designs with high levels of efficient coverage may be missed.

The above-described background relating to network hardware is merely intended to provide a contextual overview of some current issues, and is not intended to be exhaustive. Other contextual information may become further apparent upon review of the following detailed description.”

WHAT THE INVENTION WOULD DO

5G communication systems bring an unprecedented level of networking capability compared to the previous generations. While 4G operated in the 700-2500 MHz range 5G operates in the 28-39 GHz range. This not only allows for the extreme miniaturization in the hardware components within the system but also enables new signal techniques, like beamforming, to be employed throughout the network. These advanced signal processing techniques allow for a much more predictable propagation pattern that would have been unthinkable in previous network generations. This not only allows the invention to more accurately predict the correct location to deploy antennas, but also enables a much more efficient network overall. With the ability to predict and simulate the expected coverage of next generation networks telecommunication companies will be able to provide users with the most up-to-date networks while ensuring that the network is being deployed accurately.