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Appendix H: 5G Networks
Pages 173-176

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From page 173...
... There would be some dead spots, but this is just a cookie-cutter estimate. This discussion assumes a flat Earth and no path loss due to foliage, buildings, or environmental effects.
From page 174...
... . The required radio transmission powers per radio frequency to achieve a 2 km range in ideal conditions are the following: 1.
From page 175...
... These expendable UAVs could potentially cover an area of a few hundred square meters serving squad operations. These smaller lightweight UAVs, potentially 3D printed close to the point of need, would carry lower power repeaters operating at the higher operating frequencies with higher bandwidth.
From page 176...
... However, the radio range can be improved through the use of UAVs and mobile ground platforms with higher power and greater area coverage. These obstacles should not detract from the Army's pursuit of 5G battlefield systems; instead, they should guide the research and acquisition decisions to most efficiently advance the state of the art so that they can be more easily adopted.


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