In wireless technology electromagnetic waves carry information in the form of a signal over a communication channel or path. Cellular phones, GPS (global positioning system), home-entertainment-system control boxes, cordless telephone sets, remote garage-door openers, satellite television and two-way radios are some of the products who employ wireless technology. In-building wireless technology is a set of networks, services and products installed for seamless and reliable indoor coverage. In-building cellular communication is a technology that enables rebroadcasting and the distribution of cellular, LTE, AWS, PCS, other (radio frequency) RF frequencies within an infrastructure. In-building cellular systems vary in complexity and capability. Wireless solutions are often more cost effective and faster to implement and maintain which augment the scalability and flexibility of several processes.
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Various components used for in-building wireless communication include repeaters, DAS (distributed antenna systems) trays, antennas, passive and active DAS head ends, remotes and cabling. Passive DAS components include splitters and combiners. Cabling components are fiber, coaxial cables and CAT5. Repeaters are electronic devices that receive and retransmit a signal at higher power so that signal can cover longer distances. A distributed antenna system is a neutral host model or shared-infrastructure that expands a wireless network by adding capacity and coverage in hard to reach areas. This results in increased quality without need of the capital investment to manage additional infrastructure or build network system. DAS improve reliability in heavily trafficked areas, augment mobile broadband coverage, eases pressure on wireless communication and enhance network capacity networks when number of users in close proximity actively uses mobile devices simultaneously.