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Commonwealth Fusion Systems receives $85M CHIPS Act award for fusion-ready semiconductors

1 fonte(s) · 1 atualização(ões) · publicado 23/10/2026 13:20 · coletado há 12 horas

Commonwealth Fusion Systems (CFS) announced it will receive $85 million from the U.S. Department of Commerce under the CHIPS Act. The award also gives the government a stake in CFS. The funds will go toward R&D and manufacturing capacity for chips and power electronics used in fusion power plants. CFS plans to switch on its Sparc reactor sometime next year. The article describes no cyber threat, vulnerability or security incident, so this is industry and funding news with no direct defender impact.

Detalhes técnicos

The award supports five initiatives. The article names four:

  • Advancing silicon carbide power electronics for the high-voltage bursts that drive superconducting magnets.
  • Developing next-generation radio-frequency power generators for heating fusion fuel.
  • Building faster reactor-control electronics hardened against radiation.
  • Adapting AI hardware such as GPUs and TPUs for power plants.

Linha do tempo

  1. techcrunch.com ↗ · pub. 23/10/2026 13:20 · coletado 23/10 14:00 primeiro registro

    Commonwealth Fusion Systems receives $85M CHIPS Act award for fusion-ready semiconductors

    ler a análise desta fonte

    Commonwealth Fusion Systems (CFS) announced it will receive $85 million from the U.S. Department of Commerce under the CHIPS Act. The award also gives the government a stake in CFS. The funds will go toward R&D and manufacturing capacity for chips and power electronics used in fusion power plants. CFS plans to switch on its Sparc reactor sometime next year. The article describes no cyber threat, vulnerability or security incident, so this is industry and funding news with no direct defender impact.

    Technical Details

    The award supports five initiatives. The article names four:

    • Advancing silicon carbide power electronics for the high-voltage bursts that drive superconducting magnets.
    • Developing next-generation radio-frequency power generators for heating fusion fuel.
    • Building faster reactor-control electronics hardened against radiation.
    • Adapting AI hardware such as GPUs and TPUs for power plants.