Abstract
The increase in high data rate demand has caused an increase in the density of small cells to meet the maximum needs of subscribers. The emergence of an ultra-dense cellular network is due to a powerful MIMO antenna and communication technologies in millimeter waves. One of the most anticipated ways to overcome the uncertainty of the millimeter wave network (mmWave) is to deploy ultra-dense small cells in the future fifth generation (5G). An ultra-dense cellular network is one of the most important tasks for 5G cellular networks. The purpose of this article is to provide an overview of cell location density in cellular networks. The article demonstrated the effect of the number of different small cellular BSS on the bandwidth of the Feedback Network and the energy efficiency of the feedback of ultra-dense cellular networks. The result shows that ultra-dense cellular networks have a small cell density limit.
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