Modular Receiver System meets propagation analysis needs.

Press Release Summary:



Gazelle(TM) modular, high-speed, digital scanning receivers exceed distance-based averaging required to meet 40 lambda criteria essential for critical propagation analysis. System utilizes high-speed bus that can house up to 4 independent receiver modules, which simultaneously log RF energy needed to plot out coverage maps. Solution is suited for pre-build-out that provides analysis for more advanced modulated systems utilizing WiMAX or LTE technologies.



Original Press Release:



The Gazelle(TM) High-Speed Modular Receiver System Unveiled by Berkeley Varitronics System, Inc. at the CTIA Show in Las Vegas.



METUCHEN, New Jersey. - April 7, 2009 --

The Gazelle(TM) high-speed modular receiver system unveiled by Berkeley Varitronics System, Inc. at the CTIA show in Las Vegas.

Berkeley Varitronics Systems has unveiled the latest propagation analysis system at the CTIA show at the Las Vegas convention center starting April 1st (Booth# 4906). The Gazelle's unique modular high speed digital scanning receivers exceed the distance based averaging required to meet 40 lambda criteria essential for critical propagation analysis.

"The system utilizes a high speed bus that can house up to (4) independent receiver modules which simultaneously logs the RF energy needed to plot out coverage maps. Many carriers prefer a system powerful enough to collect up to (4) different frequency bands simultaneously, without requiring an engineer to operate.", says Scott N. Schober, President/CEO of Berkeley Varitronics Systems.

The Gazelle is a low cost test system that is ideal for pre-build-out that provides analysis for the more advanced modulated systems utilizing WiMAX or LTE technologies.

Visit www.bvsystems.com for more information.

Craig Schober
Media Director
Berkeley Varitronics Systems
255 Liberty Street
Metuchen, NJ 08840-1217
www.bvsystems.com
732-548-3737
732-548-3404

For high resolution (JPEGs) product images visit:

http://www.bvsystems.com/Artwork

All Topics