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Vacuum pumping port
Where the module is pumped down.
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Modular cryogenic platform
Large-scale quantum infrastructure
A row of modules that cools and wires a large quantum computer. Start with one. Add modules as the qubit count grows. The cooling unit can be changed later without pulling the wiring.
Separate cryostats do not scale into a single payload space. This platform joins modules into one vacuum chamber. The published aim is physical qubit counts in the hundreds of thousands once many modules are connected, without a matching growth in floor area.
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Explore the platform
1.0Modular cryogenic platformLarge-scale quantum infrastructure
Module flange
The joint between modules.
Wide module door
Full-height access on the wide size.
End door or next module
Close the row, or bolt on another module.
Cooling unit
Swappable without moving the wiring.
Payload space
The volume inside the joined modules.
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Highlights
Start with one module
Modules come narrow or wide, and each one can be fitted as a cooling unit or as a wiring insert. A system can begin as a single module. More modules are added when the computer grows. If the cooling requirement changes, the cooling unit is replaced and the surrounding frame and wiring stay where they are.
A chamber you can walk a payload through
The platform is a self-supported vacuum chamber with doors on every side. Joined modules make one continuous interior. Each module is specified for a payload up to 800 kg. Wiring is not tied to the cooler: a module can take up to 32 side-loading ports, so lines and payload can be moved without rebuilding the cooling.
A low cabinet for a computing hall
The outside is a low cabinet so a row fits a high-performance computing room. The exterior finish can be changed for the site. The footprint of each module stays small, so a longer row does not waste floor the way a set of separate cryostats would.
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