Quantum computing depends on maintaining precise, stable conditions around highly sensitive qubits, making protection from magnetic interference essential. This infographic explores how non-magnetic RF connectors and cryogenic wiring solutions can help preserve qubit signal integrity while supporting reliable operation in ultra-low-temperature environments.
Learn how Amphenol SV Microwave and Amphenol CDI address these challenges with specialized quantum computing interconnects engineered from non-magnetic materials. The infographic highlights CoreCryo™ interconnects, a high-density, multi-coax solution designed to extend from the top of a quantum refrigerator to the qubit while enabling higher channel counts. It also examines non-magnetic SMA and SMPM connectors developed for applications requiring low magnetic susceptibility.
Readers will discover key performance characteristics of these cryogenic RF interconnects, including support for frequencies up to 20 GHz for CoreCryo cable assemblies and 65 GHz for non-magnetic RF interconnects, along with 1,000-cycle durability and port-to-port spacing as tight as 2.5 mm.
Download the infographic to explore how purpose-built quantum computing connectivity can reduce magnetic interference, support scalable system designs, and deliver reliable performance in demanding cryogenic environments.