Scaling up quantum systems
using ultra-cold nanoelectronics
THE PROBLEM
Blocked scalability in Quantum computing
Quantum processors operate at temperatures near absolute zero, but the systems that control them sit at room temperature. Every signal must travel between these environments, exposing fragile quantum data to heat and noise. As quantum computers scale, this communication gap becomes a critical bottleneck for reliability, speed, and system size.
THE SOLUTION
Accelerating the future of ultra-low temperature quantum technologies
Kelvin Quantum’s systems are capable of continuous operation from room to deep cryogenic temperatures. We offer a range of hardware solutions from individual integrated circuits to entire packaged electronic systems for control and readout tailored for your quantum system requirements.
Unlock cryogenic scale,
The electronics layer quantum
computing has been missing
Our experience in cryogenic circuit design offers solutions across a wide range of low power integrated circuits.
We create full systems capable of readout and control of on-chip quantum devices from inside the cryogenic refrigeration system.
Our expertise in cryogenic electronics allows us to offer individual in-cryostat electronic subsystems to speed up for applications.
About Us
At Kelvin Quantum, we’re driven by a singular belief:
That Quantum Technology will change the world.
Our vision is to become the trusted partner for companies creating revolutionary quantum technologies and accelerate their breakthroughs into deployable systems. What sets us apart is our commitment to understanding your unique challenges and delivering tailored systems that drive quality and scale.
With years of our lives committed to quantum, cryogenics and electronics, we combine deep expertise with a client-first approach that puts your goals at the centre of everything we do.
