Overview
Headquarters
Branchburg, New Jersey
Fiber-Span is a leading global communications network & Distributed Antenna System(DAS) provider for Public Safety, Military and Cellular coverage. Fiber-Span has been an industry leader in designing and manufacturing communications networks and DAS products for In-Building, In-Tunnel and Outdoor coverage for the wireless, public safety, government and military markets. Fiber-Span also offers custom design solutions for complex applications and system integrations. Over the last couple of decades, Fiber-Span has successfully deployed multi-band systems including cellular, PCS, public safety and other new bands in various global locations. Whether you are transporting radio signals, remote sensing antennas and base stations, receiving mission critical tracking data, reducing cost and weight with fiber optic cable or simply trying to alleviate signal loss and EMI/RFI emanations, we have your wireless solution covered, cost effectively and reliably. Fiber-Span's evolving class of products addresses the growing demand and movement toward the convergence of wire line and wireless networks, and the requirement for high performance, high bandwidth solutions and networks. With an expert team of designers and extensive industry experience Fiber-Span has continually delivered flexible and scalable wireless solutions. Fiber-Span, LLC was founded in 2002. The company's line of business includes the manufacturing of radio and television broadcasting and communications equipment. Fiber-Span, Inc. is located in Toms River, NJ, United States and is part of the Wireless Telecommunications Equipment Manufacturing Industry. Fiber-Span, Inc. has 40 total employees across all of its locations and generates $10.50 million in sales (USD). Fiber-Span, Inc. is located in Toms River, NJ, United States and is part of the Wireless Telecommunications Equipment Manufacturing Industry. Fiber-Span, Inc. has 40 total employees across all of its locations and generates $10.50 million in sales (USD). (Sales figure is modelled).
