As the communications and media industries continue to evolve, First Broadcasting and its SpectraMax™ software system are finding new opportunities across a wide array of emerging wireless transmission technologies. Our software and know-how are both content and platform agnostic, and therefore can be applied to virtually any network dimensioning, planning or optimization task. These applications include network planning and optimization for 700MHz based systems, mobile television in both digital video broadcasting-handheld (DVB-H) and digital multi-media broadcasting (DMB), Wi-Max, public safety and electronic warfare networks. In particular, our systems and technologies provide invaluable aids in identifying and avoiding interservice interference from co-channels, adjacent channels and other sources, including within "white space."
First Broadcasting and its principals have achieved substantial success in exploiting and developing nascent technologies. For example, we were among the earliest investors in InfoGear Technology Corporation, developer of the world’s first Internet touch screen phone, and Digital on Demand, as Silicon Valley based provider of wireless digital distribution for entertainment content. This tradition of innovation gives us a unique perspective and deep relationships upon which to draw as we expand our activities in emerging spectrum applications.
As the communications and media industries continue to evolve, First Broadcasting and its SpectraMax™ software system are finding new opportunities across a wide array of emerging wireless transmission technologies. Our software and know-how are both content and platform agnostic, and therefore can be applied to virtually any network dimensioning, planning or optimization task. These applications include network planning and optimization for 700MHz based systems, mobile television in both digital video broadcasting-handheld (DVB-H) and digital multi-media broadcasting (DMB), Wi-Max, public safety and electronic warfare networks. In particular, our systems and technologies provide invaluable aids in identifying and avoiding interservice interference from co-channels, adjacent channels and other sources, including within "white space." 
