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3D-Printed Quasi-Optical Antenna-Systems for Mm-wave Communications

Bisognin, A. ; Titz, D. ; Luxey, C. ; Gianesello, F. ; Costa, J.R. ; Fernandes, C. A. ; Gloria, D. ; Del-Río, C.

3D-Printed Quasi-Optical Antenna-Systems for Mm-wave Communications, Proc European Conf. on Antennas & Propagation - EUCAP, Paris, France, Vol. , pp. 1 - 4, March, 2017.

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The rapid growth of wireless data drives the development of new technologies. We have here in mind the current works on 5G standardization, wireless backhaul developments in V/E Band as well as low orbit mobile satellite service development in Ku band. For all those communication systems, the availability of high performance and cost effective antenna is key. To address this need, fundamental enablers lie in manufacturing technologies able to handle complex 3D shape while providing at the same time fast and low cost prototyping as well as the ability to support volume production. This paper illustrates how 3D printing and digital manufacturing technologies might help to develop innovative and cost effective antenna solutions in order to address new business challenges. Index Terms — 3D printing, digital manufacturing, antenna, millimeter waves, 5G, Ku band, low orbit satellite, backhaul.