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Trapped Ion Quantum Chips Take a Step Toward Scale: Universal Quantum Launches the iQPU

By Aisha RahmanPublished November 4, 20267 min read
A silicon wafer rests on an inspection stage, with cleanroom machinery softly blurred behind it.
A semiconductor foundry wafer evokes the commercial manufacturing route behind Universal Quantum’s iQPU. Illustration: MarketIntelLabs

Universal Quantum took the recorded step the trapped ion approach to quantum computing has been building toward for years. On 3 November the company launched the iQPU, an integrated quantum processing unit built around a processor chip with more than 400 square millimeters of active compute area, fabricated on a commercial 200mm semiconductor foundry line using industry standard design and manufacturing tools. Name one hard number, one named customer, and one reason the disclosure matters for the public quantum complex: the German Aerospace Center, known as DLR, is already among the customers receiving systems built on the chip.

Key Takeaways Universal Quantum launched the iQPU on 3 November,…

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Universal Quantum iQPU: Trapped Ion Chips Move Toward Scale | MarketIntelLabs