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Meshed Backhauling of Small Cells Using IEEE802.11ad at 60GHz

Wireless backhaul to small cells and remote radio heads is a key enabler for the cost-effective deployment of LTE advanced and 5G when fibre is too costly. This paper presents a study of a millimetre-wave meshed backhaul deployment using a dynamic system simulator. IEEE 802.11ad technology at 60GHz is assumed. Results demonstrate the viability of the technology over multiple-hops (up to four in the example studied), and show the influence of the number of points of presence (POPs) and the number of radio channels available. The latency of the backhaul is approximately 0.5 ms per hop.