Abstract
Fifth generation technology 5G is causing researchers to find ways to maximise the mobile telecommunication network capacity. This term has led to the discovery that there is a vast spectrum in the millimetre wave mmWave band between 3 GHz and 300 GHz which can be used to deploy small-cell technology over a highly populated service area. This paper proposes a 5G cellular system with a multi-pico cell deployment at 28 GHz operating frequency in order to reduce the signal-to-interference-noise ratio and thus improve the quality of user experience QoE. Our study also provides a comparison between the suggested mmWave model and the cellular Fourth Generation/Long Term Evolution 4G/LTE at 1900 MHz. We established and tested both systems over a 1.2 km² service area. Finally, we investigated that our proposed system enabled a cell throughput three times the maximum cell throughput of 4G/LTE1900.
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