Demand on cellular networks continues to increase, which in turn drives more innovation in network equipment to support that demand. For a number of years, CommScope has endorsed the capacity benefits of splitting a traditional cell site into six sectors by using twin-beam antennas. For many sites these days, that is not enough capacity. Looking ahead, the challenge for network operators only gets worse. CommScope now offers a 3-beam lens antenna to split cell sites into nine sectors, which could be part of the solution. There are added benefits in using 3-beam antennas thanks to something called tessellation. And the nature of lens antennas themselves offer unique performance benefits compared to traditional Butler-matrix models. Check out this short video to learn more.

CLICK TO TWEET:  Why should you use a 3-beam lens antenna in your cellular network?

   

About the Author

Martin Zimmerman

Marty Zimmerman is director of antenna solutions, Base Station Antennas, for CommScope, responsible for driving the development of next-generation antenna products based on collaborations with key customers. Other duties include managing the IP portfolio and providing technical guidance on M&A activities. Previously, Marty served as director of engineering and senior principal antenna engineer for the same team. Prior to that, he worked as an antenna engineer for Sinclair Technologies and Analex, a NASA contractor. Marty holds 23 U.S. and numerous foreign patents in addition to having been published in several journals. He has a BS in electrical engineering from California Institute of Technology and an MS and PhD in electrical engineering from University of Illinois, Urbana-Champaign.

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