предположительно

Критический ток: 7 мА при температуре 400 К (127 градусов цельсия).

the low-leakage NMOS has a drive current capability of around 1.4 mA with 14 fins

The research group in Japan sought to create a superconductor microprocessor that’s adiabatic, meaning that, in principle, energy is not gained or lost from the system during the computing process
...
the data processing part of the microprocessor can operate up to a clock frequency of 2.5 GHz making this on par with today’s computing technologies

предположительно

Критический ток: 7 мА при температуре 400 К (127 градусов цельсия).

the low-leakage NMOS has a drive current capability of around 1.4 mA with 14 fins

The research group in Japan sought to create a superconductor microprocessor that’s adiabatic, meaning that, in principle, energy is not gained or lost from the system during the computing process
...
the data processing part of the microprocessor can operate up to a clock frequency of 2.5 GHz making this on par with today’s computing technologies

We demonstrate register file R/W access, ALU execution, hardware stalling, and program branching performed at 100 kHz