AME Technology Hits 97% Yield at Major U.S. Interconnect Maker

A major U.S. interconnect manufacturer has begun utilizing a new additive manufacturing process on its production floor after achieving a 97% yield during validation; the technology comes from QTREX Quantum. The company’s Additively Manufactured Electronics, or AME, system successfully completed hundreds of technical and process evaluations, covering reliability, vibration resistance, and humidity exposure, before being moved from a development environment. This milestone signifies progress in producing high-density interconnect structures, a growing challenge for advanced electronics manufacturers. Dagi Ben-Noon, Chief Executive Officer of QTREX, said that the 97% yield “demonstrates that our AME system is ready for demanding production environments.” QTREX’s AME technology uniquely integrates dielectric and conductive materials into single 3D structures, addressing a critical need for advanced connectivity in quantum computing and beyond.

AME Technology Validation Achieves 97% Yield in Production

A 97 percent yield during validation testing signals a substantial leap forward for additive manufacturing in the demanding field of quantum computing interconnects. QTREX Quantum recently completed an extensive validation program with a major U.S. interconnect manufacturer, demonstrating the viability of its Additively Manufactured Electronics (AME) technology for high-volume production. This unnamed manufacturer, a leading provider with existing quantum computing product lines, has now integrated the QTREX AME system directly into its production floor, transitioning from development to full-scale manufacturing. The validation process was rigorous, encompassing hundreds of evaluations focused on reliability, mechanical resilience against vibration, environmental factors like humidity, and yield performance. Achieving a 97 percent yield is particularly noteworthy given the complexity of high-density interconnect structures, where even minor defects can compromise performance.

This milestone arrives as electronics manufacturers grapple with increasing demands for denser interconnects, improved thermal management, and enhanced signal integrity, challenges that conventional manufacturing methods are increasingly unable to meet effectively. QTREX’s AME technology offers a potential solution by enabling the creation of complex, three-dimensional structures that seamlessly integrate both dielectric and conductive materials into a single, unified component, a capability the company asserts is significant. QTREX is continuing to pursue engagements centered on high-performance connectivity, AME-enabled manufacturing processes, and the development of essential quantum infrastructure, positioning itself as a key player in the evolving field of advanced electronics manufacturing.