Tomorrow meets today
Radar systems are where the cutting edge technology of tomorrow meets the realities of today. GE Intelligent Platforms understands that the best drawing board solutions will never see deployment if they do not meet both performance and acquisition requirements.
Experience, staying power
GE Intelligent Platforms is a global leader in the design and manufacture of rugged, high-performance signal processing electronics. As such, we have the experience and the staying power you’re looking for. We are one of the leading independent suppliers of board-level commercial off-the-shelf (COTS) digital signal processing components to the global defense, aerospace and security market.
We can help you deliver state-of-the-art military computing solutions for rapid response contracts, in an architecture designed for evolutionary upgrades for decades to come. Our field-proven hardware offerings reach all the way from front-end data acquisition, to back-end signal processing.
Rapid software development
Our software toolset, AXIS (Advanced Multiprocessor Integrated Software), enables rapid, efficient development, debugging and deployment of sophisticated, high-performance signal processing applications. It is this expertise, hardware, software that set GE Intelligent Platforms apart.
Our solutions are in use in a wide range of commercial, military and paramilitary systems worldwide, including ship and airborne radar systems, fixed and mobile radio systems, and signals intelligence equipment. Even in operating environments that are extremely hostile to electronics, we’ve repeatedly proven that we are up to the task.
Expanding what's possible
Our research and development operations help to ensure that your solutions remain on the leading edge of signal processing technology. Whether it is the advanced algorithms needed to provide specialized capabilities, or the integration of the latest and most powerful Field Programmable Gate Arrays (FPGAs), we continue to expand what is possible in signal and sensor processing.