Solutions

Quantum Computing

Intensifying Global Development Competition.

Technical Challenges of Hardware Development

  • Extreme noise suppression
  • Stable control of qubits

Japan-made Quantum Computer

Our low-noise DC power supplies are installed in Japan’s first to fourth quantum computers.

Unit 1

Developed by RIKEN (Institute of Physical and Chemical Research)

Unit 2

Developed by Fujitsu and RIKEN

Unit 3

Developed by The University of Osaka

  • ( Fig.1 : Parts of the fully Japan-made quantum computer )

Unit 4

Developed by Fujitsu and RIKEN, 256 qbits

Low Noise DC Power Supply

Our products drive microwave amplifiers at extremely low temperatures (inside a dilution refrigerator) to control qubits.

A power supply unit that minimizes noise to the utmost and provides extremely high stability is required.

16-ch Low Noise DC Voltage Source

Diagram of Superconducting Quantum Computer

To accommodate the scaling up of qubits, we are working to miniaturize products and enhance performance.

The strength of NF’s low-noise signal processing technology is being leveraged not only in quantum computing but also in quantum science fields such as quantum measurement and quantum sensing.