Building the Infrastructure for Scalable Quantum Technologies
Join Quantum Design UK & Ireland and Quantum Design Oxford at the NQCC Quantum Computing Scalability Conference 2027, bringing together expertise in cryogenics, low-temperature measurement, high magnetic fields and quantum device characterisation.
The conference, hosted by the National Quantum Computing Centre, brings together researchers, engineers and industry leaders tackling the practical challenges of scaling quantum computing – from qubit and gate performance and quantum control to scalable architectures and the engineering infrastructure needed to support increasingly complex quantum systems.
Talk to us about your quantum technology challenges
At the conference, our teams will be available to discuss the measurement and cryogenic technologies supporting quantum research and development.
For teams working on superconducting and spin qubits, Quantum Design Oxford’s Proteox® family of Cryofree® dilution refrigerators provides ultra-low-temperature environments for quantum device research.
One platform family. A pathway to scale.
Discover the Proteox® family of Cryofree® dilution refrigerators, designed to support different stages of quantum research and development.
01 | PROTEoxS — Device development
A compact platform for early-stage quantum-device research and experiments at ultra-low temperatures.
02 | PROTEoxMX — Qubit / QPU development
Greater experimental capacity for more complex setups, with space for additional wiring, microwave components and measurement capabilities.
03 | PROTEoxLX — Quantum computing scale-up
Designed for increasing qubit counts, with high-density wiring and the experimental infrastructure needed to support more demanding quantum-computing architectures.
04 | PROTEoxQX — Large-scale quantum computing
A modular platform designed to support the demanding infrastructure requirements of very large quantum-computing systems.
We can also discuss Lake Shore cryogenic measurement and temperature-control technologies, including solutions for integrating temperature measurement, control and electrical measurements into low-temperature experimental environments.
For researchers investigating quantum materials, superconductivity, quantum transport and low-dimensional systems, the TeslatronPT Plus combines low temperatures and high magnetic fields with an open-architecture measurement environment. Its integrated Lake Shore instrumentation and DECS control software are designed to simplify complex electrical transport experiments while providing flexible scripting, automation and data management.
From Device Characterisation to Scale-up
Perhaps you are developing quantum devices, investigating materials at millikelvin temperatures, characterising superconducting or spin-based systems, or considering how your cryogenic infrastructure needs to evolve as your research programme grows? Whatever your challenge, we’d be pleased to talk.
Come and meet Quantum Design UK & Ireland and Quantum Design Oxford at the NQCC Quantum Computing Scalability Conference 2027.
Get in touch with QDUKI’s Luke Nicholls to discuss the Quantum Design systems and other products in our extensive portfolio.
Introducing… Alex Melville, our new Territory Cryogenic Sales Manager. Email Alex with your queries about the Quantum Design Oxford products.
