QUANTUM COMPUTING IS COMPLICATED, BUT THE INFRASTRUCTURE DOESN’T HAVE TO BE.
By using open hardware platforms and modular building blocks, your quantum computing infrastructure will start with a framework that’s proven and scalable.
From here, we rely on decades of expertise in signal routing and precise triggers and work with you to evaluate the tradeoffs between development timelines, EMC noise, and latency as you validate ideas and architect systems.
This technology is then customized to meet your integration needs and housed in streamlined, cooled, customizable chassis or cabinets to reflect your brand.
Shorten the Path from Theory to Commercial Application
Leverage our long-term experience in support for beam control of particle accelerators and understanding of both leading-edge research and real-world engineering to create viable infrastructure solutions for quantum computing.
Achieve Critical Latency and Synchronization Requirements
Evaluate tradeoffs between development timelines, EMC noise, and latency as you validate ideas and architect systems with time-to-market in mind.
Simplify Design and Scale Your Production
Use open standard hardware platforms, standard system architecture, and modular building blocks to develop quantum computing infrastructure solutions that scale from initial prototypes to high-volume production.
nVent Schroff helps customers take a strategic approach to complex control systems for quantum computers.
Customer Quote
“nVent SCHROFF made it easy for a company like ours that doesn’t have a large team of mechanical engineers, to create a semi-custom configuration that’s tailored to what we need for our quantum control stack.”
– Jules Van Oven, CTO + Co-Founder of Qblox
