We recently collaborated with Northrop Grumman Corporation, a technology company focused on global security and human discovery, to create a fully automated cryogenic wafer probe system operating at 4 Kelvin and below designed to accelerate the development of superconducting compute applications. Following unique design specifications, FormFactor’s HPD cryogenic systems group worked closely with Northrop Grumman scientists and engineers from concept to construction. The team produced multiple units of fully automated cryogenic wafer probers capable of meeting the challenging test requirements of superconducting circuits.
Researchers at Northrop Grumman are at the leading edge in developing superconducting technologies including a Reciprocal Quantum Logic (RQL) processor, which delivers exponential improvements in computing power and reduction in energy consumption compared to traditional CMOS processors. These characteristics are vitally important requirements for data center applications, where rapid growth in data traffic consumes an ever-increasing amount of electricity and real estate.
Other applications range from artificial intelligence to pharmaceutical and chemistry developments, to cybersecurity, financial and weather modelling and more. The RQL processor leverages well established semiconductor circuit design and fabrication process, enabling faster time to market. Like other superconducting technologies, the processor must operate at temperatures close to absolute zero, and cryogenic test and measurement instruments are essential to device development.
FormFactor’s Amy Leong, General Manager of the Emerging Growth Business Unit, stated:
It’s rewarding to work closely with pioneers like Northrop Grumman engineers and scientists who are expanding the frontiers of computing technology. We’re pleased with the part our team has been able to play in this development. We look forward to continued engagement with the Northrop Grumman team and ultimately, the beneficial applications these new technologies may make possible.
For more information on this new cryogenic wafer probe system, please visit the website.