Space Dynamics Lab Licenses Sensor Technology to Teledyne, Advancing Tech Transition to Industry

Utah State University’s Space Dynamics Laboratory (SDL) has entered into an intellectual property licensing agreement with Teledyne Digital Imaging US, Inc. to commercialize advanced sensor electronics technology. This partnership facilitates the introduction of high-resolution, space-ready cameras designed for critical applications including space situational awareness, Earth observation, and national security. The agreement represents a significant technology transition from government-sponsored research to the commercial space sector, ensuring that essential engineering capabilities are available for broader operational use.

The agreement grants Teledyne the rights to commercialize sensor electronics designs, software, technical data, and engineering expertise originally developed by SDL for U.S. Department of War-sponsored space and national security programs. As one of 16 University Affiliated Research Centers (UARCs) sponsored by the U.S. Space Force, SDL acts as a trusted adviser to the government, and this transition is a central part of its mission to bridge the gap between innovation and application. Under the terms of the deal, Teledyne will manufacture and support new products incorporating this technology at its facilities in Arizona and New Jersey, while SDL retains the rights to continue using the technology for research, education, and government-sponsored work.

One of the first products resulting from this collaboration is a compact, high-performance camera featuring the Emerald 67M CMOS sensor. This sensor delivers 67-megapixel resolution, high dynamic range, and global shutter capability, all within a platform qualified for the extreme radiation, thermal, and vibration conditions of space. The technology has been vetted through SDL’s development programs to ensure dependable operation across various mission profiles, ranging from low-Earth orbit to geostationary orbit. This high-resolution capability is expected to significantly enhance U.S. domestic manufacturing of space-ready imaging hardware.

Leaders from both organizations emphasized the strategic value of the partnership for the Space Technology sector. Michael Larsen, SDL senior program manager, stated that the laboratory's responsibility includes transferring technologies to ensure they are delivered to the organizations that need them. Ravi Guntupalli, general manager of Teledyne Scientific Camera Group, noted that the agreement reflects the value of collaboration between research institutions and industry to strengthen national capabilities. This agreement builds on a long-standing relationship between SDL and Teledyne, providing a formal pathway for government-funded research to reach both government and commercial customers.