 scenario are continuous and ubiquitous coverage in urban areas comprising macro-TRPs. The typical coverage in this environment is less than 250 m (in sub-GHz frequency bands an inter-site distance of 1732 m is assumed). Urban Macro-URLLC test environment symbolizes an urban macro environment target- ing URLLC services. Extreme Long Distance deployment scenario is defined to provision services for very large areas with low density of users that could be humans or machines (e.g., distribu- tion of sensors over a large geographical area). The main features of this scenario include macro-cells with very large coverage area supporting basic data rates and voice services, with low-to-moderate user throughput and low user density. The mapping of the IMT-2020 test environments to the usage scenarios is shown in Table 1. This mapping is based on the similarities between the key features of each test environment and those of the use case. It must be noted that a test environment represents a certain system/geometrical configuration to evaluate the operation of a candidate radio access technology in a particular usage scenario and to verify satisfaction of the require- ments for that usage scenario. A test environment typically signifies a practical deployment scenario with limited parameter set that are selected to model the realistic behavior of the radio access technology as accurate as possible. Therefore, the choice of parameters and their values is very important to the accuracy of the modeling of deployment scenarios. In the past two decades, 3GPP and ITU-R technical working groups have made significant efforts to define the test environments and their associated parameter sets to facilitate char- acterization of the radio access technologies. The selected parameter sets corresponding to the test environments are shown in Table 2. The complete list of parameters of each test environment is provided in reference [10]. The configurations shown in Table 2 are chosen to ensure fulfillment of the performance requirements