Critical Role of Microwave in LTE and Small Cell Backhaul

8 Mar

AVIAT NETWORKS: Official Wireless Transmission Blog

Mobile backhaul has become one of hottest and most contentious subjects in telecommunications ever since LTE cellular phone technology started to ramp up. One much overlooked aspect of deploying LTE lies not in the capacity required to backhaul cell site traffic but the effort required to build out the required sites. It is really about site surveys, frequency coordination, engineering, planning and installation. Aviat Networks’ chief technology officer (CTO), Paul Kennard, addressed this dichotomy and others related to LTE in his presentation to the IEEE’s Communications Society.

Although, Paul did have plenty to present regarding capacity. For example, with proper use of rings, overbooking, QoS, XPIC and other techniques and technologies, microwave backhaul can provide 400 Mbps-plus throughput. Compare this to the realistic throughput demands of a typical LTE site that max out at about 100 Mbps.

He also delved into the emerging backhaul category for Small Cells—designed to…

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One Response to “Critical Role of Microwave in LTE and Small Cell Backhaul”

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  1. Possibly the World’s Oldest Microwave Link Still in Service | AVIAT NETWORKS: Official Wireless Transmission Blog - April 6, 2013

    […] Critical Role of Microwave in LTE and Small Cell Backhaul (ytd2525.wordpress.com) […]

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