Bascom Hunter supplies the defense market with advanced electronics and integrated solutions for applications in artificial intelligence (AI), signal intelligence, resilient communications, electronic warfare, and high-performance signal processing. Our Defense Electronics Group delivers highly customized products designed to address the evolving challenges faced by today’s warfighters, combining deep technical expertise with a commitment to innovation and mission success.

The Communications product line provides secure, resilient, and high-performance solutions for tactical and strategic communications environments. Leveraging expertise across SATCOM, networking, signal distribution, and system integration, Bascom Hunter develops tailored communications architectures that enable reliable connectivity in contested and demanding operational environments.

The RF Front Ends product line delivers tightly integrated, high-specification products ruggedized for defense applications. We specialize in complex RF functionality and challenging requirements, including broadband performance, low phase noise, frequency conversion, filtering, and microwave photonic technologies. Our offerings include advanced RF subsystems as well as microwave photonic cancellers and filters designed to enhance system performance in contested electromagnetic environments.

The Advanced Computing product line focuses on enabling next-generation processing capabilities at the edge. Our expertise includes VPX-based computing platforms, heterogeneous processing architectures, neuromorphic computing, and photonic processing technologies. Bascom Hunter integrates advanced commercial and emerging technologies into custom hardware solutions, deploying mission-specific algorithms to support AI, machine learning, sensor fusion, and real-time decision-making applications. Through collaborations with leading research institutions, including Princeton University’s Lightwave Lab, we continue to advance cutting-edge neuromorphic and photonic computing technologies for defense applications.