At a glance
| Booth | I3000 |
| Country | GB |
| Website | www.kelvinquantum.com |
Company profile
Kelvin Quantum brings semiconductor technology into the cold. Kelvin Quantum develops the electronics layer that quantum technology has been missing: readout and control systems engineered to operate at the same ultra-low temperatures as the quantum processors and sensors they serve. Our Cryo-CMOS hardware runs continuously from room temperature down to deep cryogenic conditions, eliminating one of the most stubborn bottlenecks on the path to scalable quantum systems. We design from the chip up. Our expertise spans mixed-signal and analogue RF ASICs — including cryogenic-capable DACs, ADCs, mixers, and amplifiers — through to in-fridge FPGA platforms, electronic sub-systems, and complete packaged solutions. Based in Glasgow, Scotland, we specialise in electronic verification with in-house cooling systems operating down to millikelvin temperatures — allowing us to characterise and validate every design in the exact conditions it will face in the field. By integrating electronics directly inside cryogenic refrigeration systems, we improve connectivity, reduce power consumption and noise, and enable faster, more precise measurements — simplifying system architecture so quantum manufacturers can scale toward commercially viable, large-scale machines.
Exhibits
Provides Cryo-CMOS readout and control hardware operating continuously from room temperature to deep cryogenic conditions. Products and capabilities include mixed-signal and analogue RF ASICs with cryogenic-capable DACs, ADCs, mixers and amplifiers, in-fridge FPGA platforms, electronic subsystems, complete packaged solutions, and in-house electronic verification down to millikelvin temperatures.
Capabilities and products
- Cryo-CMOS readout and control systems
- hardware running continuously from room temperature to deep cryogenic conditions
- mixed-signal and analogue RF ASICs
- cryogenic-capable DACs, ADCs, mixers and amplifiers
- in-fridge FPGA platforms
- in-house cooling systems operating down to millikelvin temperatures
- specialising in electronic verification
- reducing power consumption and noise by integrating electronics in cryogenics