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Council Exhibit D <br />Verizon <br />verrAT '1mreless <br />RF Coverage Maps for Proposed Site in Orono, MN <br />1-20-2018 <br />Nithya Jaipuriyar, RF Engineer, Verizon Wireless <br />The following maps demonstrate the need for a new site at Orono Orchard Rd S, Orono, <br />MN 55391. The measurements considered in this study will be the Coverage and the Best Server <br />Coverage Distribution - a map showing the geographic areas served by a site's sector. A new site <br />such as the one proposed in this document will be designed with the goal of improving coverage <br />in an area, especially in target areas such as neighborhoods, shopping areas or busy <br />highways/roads. Another design goal for a new site is to balance the load between the existing <br />sites in the area and the proposed site. This way if a proposed site experiences a large amount <br />of traffic, that traffic will be divided among existing and proposed sites resulting in an increased <br />speed and connection reliability for customers. <br />First case: Coverage <br />In general, at analysis we can identify three levels of coverage: <br />- Good (Red) - at this level customers will be able to establish and maintain reliable <br />connections both indoors and outdoors; <br />- Fair (Yellow) - at this level customers will be able to establish a reliable connection <br />outdoors but performance will most probably suffer indoors. Reliable connections will still <br />be possible in vehicle; <br />- Poor (Green) - at this level, connections can only be established outdoors. Reliable <br />connections indoors or in vehicle are highly unlikely. <br />If the coverage is below poor level, it is generally considered that the signal is `non -existing', <br />meaning that no reliable connection will likely be possible. The following maps show the existing <br />and expected coverage in the area surrounding the proposed site. <br />