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Ultra-compact dilution system with the gas handler beside the cryostat

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Preconfigured systems

Dilution refrigerator

Two ultra-compact LD350 packages, one for superconducting qubits and one for spin qubits. Each is specified, wired if you take the kit, and tested, with four months from order to installation.

These are application packages on the ultra-compact LD, not a blank refrigerator. The gas handler is in the same unit as the cryostat. You choose superconducting qubits or spin qubits, and you can add the matching five-qubit wiring kit so the first cooldown is not spent sorting lines.

All dilution frames

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Product highlights

1.0Preconfigured systemsDilution refrigerator

Ready for a 5-qubit chip

Both packages use the ultra-compact LD: cryostat, gas handler, and rack in one frame, so the lab does not need a separate handler layout. An optional wiring kit for that qubit type is installed and tested before the system leaves, aimed at a five-qubit chip.

Four months, not a one-off build

Order to installation is four months for a tested system. Fixing the configuration also keeps the price under a refrigerator specified from a blank sheet.

LD350 with extra 4 K power

The pulse tube is a PT415-ENH with the tighter cold-head mount. Running the 4 K flange warmer can raise cooling power there by up to three times, without pulling the mixing chamber off its specification. The frame is quiet enough for noise-sensitive work. The vacuum can is in three sections for more room. A 4 K heater shortens the warm-up. Control is the generation-2 software.

Room to add wiring later

The refrigerator is the same LD family, so later coaxial, DC, and magnet options from the measurement catalog still fit.

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Configurations

2.0LD350 packagesTwo qubit types

Superconducting qubits

Experimental space 510 mm. The wiring kit is optional and, if ordered, is installed and tested.

Spin qubits

Experimental space 440 mm, because a 3D vector magnet is in the cryostat. The wiring kit is optional and, if ordered, is installed and tested.

ParameterValue
FrameUltra-compact LD350
Pulse tubePT415-ENH, enhanced 4 K integration
Mixing-chamber flange294 mm
Line-of-sight portsTwo ISO-K63 and five KF40
RackTemperature controller and 4 K heater supply for a 19-inch rack

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Optional wiring kits

3.0Five-qubit kitsInstalled and tested

Superconducting qubits

  • 5 attenuated, infrared-filtered microwave drive lines for X/Y control
  • 5 low-loss, infrared-filtered fast-flux lines for Z control
  • 4 low-loss, infrared-filtered fast-flux lines for tunable couplers
  • 1 attenuated, infrared-filtered readout input
  • 1 low-loss readout output with an isolator and a HEMT amplifier
  • DC wiring and a supply for the HEMT
  • SMA male connectors on every coaxial line

Spin qubits

  • 5 attenuated, infrared-filtered microwave pulse lines
  • 24 filtered twisted-pair DC lines for bias and tuning
  • Fischer 24-pin socket at room temperature, 25-pin micro-D at the mixing chamber
  • 1 attenuated, infrared-filtered readout input
  • 1 low-loss readout output with a wide-band HEMT
  • DC wiring and a supply for the HEMT
  • 3D vector magnet, 1 T × 1 T × 1 T, bore 105 mm

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Layout and facility

The layout is fixed: gas handler, thermometry unit with 10U of free rack, cryostat and support, and the pulse-tube compressor inside the frame. The room needs 3-phase power, cooling water, and compressed air. The longer pre-install list is sent with the sales package.

Sales

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