Preconfigured Systems
Dilution Refrigerator Measurement System
Our preconfigured Ultra-Compact LD Systems for superconducting qubit and spin qubit quantum applications provide everything needed to get results, fast—with just 4 months from order to installation.
Preconfigured Systems are designed as application-specific packages that are available for rapid delivery in just 4 months, at an affordable price point. The two system configurations have been expertly optimized to meet the needs of researchers working with superconducting qubits and spin qubits. Drawing on our industry-leading LD System, and combining optional measurement infrastructure kits optimized for each use case, the packages are designed to drastically reduce the time between purchase and first results, and to go on delivering those results, reliable and consistently for years to come.
Product Highlights
1.0
Preconfigured Systems
Dilution Refrigerator Measurement System
Configurations
2.0
Preconfigured Systems
Dilution Refrigerator Measurement System
LD System for Superconducting Qubits
A complete, ready-to-go LD Dilution Refrigerator optimized for superconducting qubit applications
- Ultra-Compact LD350 System
- Enhanced Cooling with optimized PT415-ENH Pulse Tube Cryocooler integration
- MXC Flange Diameter: 294 mm
- Experimental space: 510 mm
- Two ISO-K63 and five KF40 LOS (line-of-sight) ports
- Bluefors Temperature Controller and 4K heater power supply for 19” rack
- Optional Superconducting Qubit wiring kit (preinstalled and tested)
LD System for Spin Qubits
The off-the-shelf solution for Spin Qubit applications, including a 3D vector magnet.
- Ultra-Compact LD350 System
- Enhanced Cooling with optimized PT415-ENH Pulse Tube Cryocooler integration
- MXC Flange Diameter: 294 mm
- Experimental space: 440 mm
- Two ISO-K63 and five KF40 LOS (line-of-sight) ports
- Bluefors Temperature Controller and 4K heater power supply for 19” rack
- Integrated cryogen-free superconducting 3D vector magnet (1T-1T-1T), bore size 105 mm
- Optional Spin Qubit wiring kit (preinstalled and tested)
Optional Wiring Kits
3.0
Preconfigured Systems
Dilution Refrigerator Measurement System
Optional Superconducting Qubit Wiring Kit
The optional wiring kit delivers everything required to operate a five-qubit chip architecture for superconducting qubit modalities. The kit Includes dedicated microwave drive lines and flux lines for qubit control, as well as wiring for flux control of tunable couplers. Readout is enabled through one readout input and one amplified readout output line.
- 5 attenuated and IR-filtered microwave drive lines for X/Y qubit control
- 5 low-loss, IR-filtered microwave fast flux lines for Z qubit
- 4 low-loss, IR-filtered microwave fast flux lines for Z qubit tunable coupler operations
- 1 attenuated and IR-filtered microwave line for readout input
- 1 low-loss readout output line with isolator and HEMT amplifier
- DC wiring and power supply for HEMT amplifier
- All coaxial lines use SMA male connectors
Optional Spin Qubit Wiring Kit
The optional wiring kit delivers everything required to operate a five-qubit chip architecture for spin qubit modalities. The kit includes dedicated microwave pulse lines and DC bias lines for qubit control, plus a 3D vector magnet for precise magnetic field application, ideal for spin qubit tuning, spectroscopy, and quantum transport. Fully compatible with modern RF reflectometry readout schemes.
- 5 attenuated and IR-filtered microwave pulse lines for qubit state control
- 24 filtered twisted-pair DC lines for qubit biasing and tuning
- 1 attenuated and IR-filtered microwave line for readout input
- 1 low-loss readout output line with wide-band HEMT amplifier
- DC wiring and power supply for HEMT amplifier
- All coaxial lines use SMA male connectors whereas twisted-pair DC lines have 24-pin Fischer socket at RT and 25-pin micro-D plug at MXC.
Services
Customer Care
We support our customers throughout the lifetime of their system, providing dedicated care to find solutions for any issues. Our technicians and engineers are ready to help you wherever you are located, with prompt service delivered either remotely or on-site.
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Layout and Facility Requirements
4.0
Preconfigured Systems
Dilution Refrigerator Measurement System
Layout Overview
The Ultra-Compact LD System is designed with a pre-determined lab layout.
Facility Requirements
The basic requirements are 3-phase electricity, cooling water, and compressed air. The full list of requirements and specification details can be found in the Pre-Installation Guide, please contact our sales team for a copy.
LD Systems Empowering Research
Building the Foundations of the Quantum Internet
Exploring Quantum Materials with Scanning SQUID Microscopy
Big Bang Vision: Exploring the Cosmic Microwave Background at Simons Observatory
Utilizing Synthetic Quantum Materials to Study Many-Body Systems
CCAT Observatory – Exploring the Universe from the Edge of the Sky
QTran Lab – Pushing the Boundaries of Quantum Device Technology
Detecting Dark Matter: The HAYSTAC experiment at Yale University
Aalto University: The First Bluefors Systems Still Cooling
See Also
Introducing Preconfigured LD Systems: Ready for Results in Just 4 Months
Increased Cooling Power Specifications for Bluefors Dilution Refrigerators
Ultra-Compact LD System: A Silent, Space-Saving and Powerful Cryogenic Measurement System
Ultra-Compact LD System – Now Available
Gas Handling System Gen. 2 – Designed for Performance
Control Software Generation 2 – Cool Power at Your Fingertips
Quantum Applications in the Bluefors Measurement System
1000th Bluefors system has been installed
How Does a Dilution Refrigerator Work?
