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QpiAI Opens Quantum Chip Foundry in India, Targets 10,000-Qubit Processors

Quantum computing startup QpiAI has opened a manufacturing facility in Bengaluru capable of fabricating superconducting quantum processors, part of an effort to bring more of its quantum hardware development and production under one roof.

The Quantum Insider

Publisher

Aug 17, 2026 at 11:42 AM UTC · Updated 2ヶ月前 · 5 分で読める

QpiAI Opens Quantum Chip Foundry in India, Targets 10,000-Qubit Processors
Image via The Quantum Insider

Key Signal

128 qubits Current chip capacity

Last Updated

2ヶ月前

翻訳中…

Insider Brief

  • QpiAI opened a quantum processor manufacturing facility in Bengaluru capable of fabricating superconducting chips with up to 128 qubits, with plans to scale capacity to 10,000 physical qubits in 2027.
  • The foundry will handle processes including lithography, etching, assembly and packaging while supporting research into superconducting, photonic and semiconductor qubits.
  • QpiAI has invested about $20 million to $25 million in the facility and plans another $10 million to $15 million as it expands manufacturing and develops proposed quantum-AI computing centers.

Quantum computing startup QpiAI has opened a manufacturing facility in Bengaluru capable of fabricating superconducting quantum processors, part of an effort to bring more of its quantum hardware development and production under one roof.

The Bengaluru-based company on Monday inaugurated the second phase of its quantum processing unit, or QPU, manufacturing facility in Jakkur, according to YourStory. QpiAI said the eight-inch fabrication facility can currently produce flip-chip superconducting processors with as many as 128 qubits.

The company plans to complete a third phase in 2027 that it says will give the facility the capacity to fabricate processors containing as many as 10,000 physical qubits. That target would represent a significant increase in scale, although reaching a given qubit count alone does not establish the performance or commercial usefulness of a quantum computer.

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