… In this paper, we explore using 3-300GHz spectrum for mobile broadband applications. Key
advantages for these frequencies are spectrum availability and small component sizes such …

… at 300GHz) provide enormous potential for mmWave antenna … systems to further improve
mmWave spectral efficiency. It … of three key technologiesmmWave mobile broadband [70], …

… in the mm-wave spectrumranging from 3 to 300GHz.In addition … The spectral allocations
in mm-wave spectrum are much … characterize the mm-wave link for 5G mobile broadband. …

mmWave mobile broadband (MMB): Unleashing the 3–300GHz spectrum | CiNii
Research … mmWave mobile broadband (MMB): Unleashing the 3–300GHz spectrum …

… Especially, the spectrum within 3-300GHz referred as millimeter-wave(… utilizes mm-wave
bands for mobile broadband communications. This paper suggests architecture of MMB system, …

… They are electromagnetic waves in the range of 30-300 GHz … MmWave spectrum has been
employed in different application … communication [10] and mobile broadband networks [11]. …

… abundant spectrum in the mmWave bands and prove commercial viability. We describe
mmWave … by a detailed description of our mmWave prototype and its performance, respectively. …

… To process 1000 times more mobile data traffic, the mmWave band in the 30-300GHz
frequency range is being considered as a candidate for new radio bands for emerging 5G …

… broadband wireless mobility will be supplied by moving up to the millimeter-wave (mmWave)
spectrum, … mmWave spectrum to perform multi-band system-level simulations. A number of …

… The mmWave band in the 30-300GHz frequency range is being considered … mmWave
communication systems [2][3]. Signal propagation in non-line-of-sight (NLoS) regions of mmWave …