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With the formidable growth of various booming wireless communication servicesthat require ever-increasing data throughputs, the conventional microwave bandbelow 10 GHz, which is currently used by almost all mobile communicationsystems, is going to reach its saturation point within just a few years.Therefore, the attention of radio system designers has been pushed towardsever-higher segments of the frequency spectrum in a quest for capacityincrease. In this article, we investigate the feasibility, advantages andchallenges of future wireless communications over the E-band frequencies. Westart from a brief review of the history of E-band spectrum and its lightlicensing policy as well as benefits/challenges. Then we introduce thepropagation characteristics of E-band signals, based on which some potentialfixed and mobile applications at the E-band are investigated. In particular, weanalyze the achievability of non-trivial multiplexing gain in fixedpoint-to-point E-band links and propose an E-band mobile broadband (EMB) systemas a candidate for the next generation mobile communication networks. Thechannelization and frame structure of the EMB system are discussed in details.

Multi-Gigabits Millimetre Wave Wireless Communications for 5G: From Fixed Access to Cellular Networks