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Millimetre-Wave Communication for 5G/B5G Applications
Abstract
Emerging millimeter wave (mm Wave) wireless communication systems reflect the culmination of more than a century of advancement in modern communications. Millimeter wave (mm Wave) communications have recently piqued the interest of researchers due to the enormous available bandwidth, which has the potential to result in rates of multiple Gbps (gigabit per second) per user. Though mm Wave can be easily used in stationary scenarios such as indoor hotspots or backhaul, it can be challenging to use in mobile networks because the transmitting/receiving nodes may be travelling, the channels may have a complex framework, and coordination among multiple nodes is difficult. In spite of this, mm wave is significantly important in implementation of 5G/B5G communication networks. The novelty in the chapter is to suggesting a modern antenna design for mm wave application and link budget analysis so as to achieve flaw less communication with reduced call drop rate. In this chapter we are focusing on introduction and background. The chapter further will focus on mm wave in cellular mobile communication along with the applications in 5G/B5G wireless communication networks. The chapter will also deal with system architecture of 5G communication employing mm wave and antenna in mm wave communication will be discussed. Also various challenges associated with deployment of mm wave technology in 5G networks are discussed. At the last advantages and disadvantages of mm wave will be discussed in brief.
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