Ray Tracing Simulation Study on a Real 27 GHz Case Scenario

Fifth generation technologies propose new electromagnetic field propagation scenarios. Predicting the electric field levels generated by new generation systems is a key topic both in terms of coverage and exposure levels assessment. Aim of this work is to present a ray tracing simulation study on a millimeter-wave scenario. Simulations have been performed considering a real urban scenario in which a 27 GHz antenna is located. Simulations have been performed with different software tools and the results showed a good agreement. This work can be particularly useful to compare simulations results with on-site measurements to assess the electromagnetic field levels coverage and coexistence.