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AQT Launches LYNX Series with European-Record Quantum Volume of 32,768

Quantum Computing Report
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⚡ Quantum Brief
Austrian quantum computing leader AQT unveiled its LYNX Series, a rack-mounted trapped-ion system achieving a record European Quantum Volume of 32,768—the world’s second-highest—using a 15-qubit register validated with 99.5% confidence. The LYNX system delivers a 256x performance boost over its predecessor, executing 2.9 Quantum Volume Circuits Per Second (QVCPS) thanks to all-to-all qubit connectivity and noise-resistant gate designs that eliminate SWAP operations. Its “PINE” setup integrates quantum hardware into standard 19-inch racks, enabling deployment in conventional data centers without external cryogenics, reducing operational complexity for industrial adoption. Cloud access is available via AQT’s ARNICA platform and partners like AWS Braket, Scaleway, and Classiq, offering immediate deployment for chemistry, logistics, and research applications. Backed by EU initiatives, the LYNX Series strengthens European quantum sovereignty, with first units shipping to strategic partners in Q4 2026 for high-fidelity, long-sequence algorithmic workloads.
AQT Launches LYNX Series with European-Record Quantum Volume of 32,768

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AQT Launches LYNX Series with European-Record Quantum Volume of 32,768 AQT, the Innsbruck-based leader in ion-trap quantum computing, has unveiled its LYNX Series, a new generation of 19-inch rack-mounted quantum computers. The system has officially achieved a Quantum Volume (QV) of 32,768, the highest ever recorded for a quantum computer designed, built, and located in Europe. This milestone positions AQT as the company with the second-highest Quantum Volume globally, demonstrating the scalability of its trapped-ion architecture for industrial applications in chemistry, logistics, and research. Technical Benchmarking and Performance The LYNX system passed the rigorous QV test using a 15-qubit register (215 = 32,768). To validate the result, AQT executed 305 random quantum circuits with 100 shots each, achieving a mean Heavy Output Probability (HOP) of 0.678, surpassing the required threshold with a 99.5% confidence level. The architecture’s all-to-all qubit connectivity eliminates the need for time-consuming SWAP operations, contributing to an execution speed of approximately 2.9 Quantum Volume Circuits Per Second (QVCPS). This represents a 256-fold performance increase over the previous AQT IBEX series, driven by patented gate implementations that reduce sensitivity to laser frequency and phase noise. Integration and Cloud Infrastructure A distinctive feature of the LYNX Series is its “PINE” setup, which integrates the complex quantum hardware into a standardized 19-inch rack. This form factor allows the system to operate within conventional data center environments without requiring external cryogenic infrastructure. For immediate deployment, AQT provides access to its trapped-ion systems through the ARNICA cloud service, as well as through a global network of cloud partners including AWS Braket, Scaleway, Horizon Quantum, and Classiq. Strategic Impact on the European Ecosystem The launch of the LYNX Series reinforces European technological sovereignty in the deep-tech sector. Supported by the European Commission’s Quantum Technology Flagship and the European Innovation Council, the system provides European industries with high-performance quantum assets that ensure data security. The first LYNX units are scheduled for availability to strategic partners in Q4 2026, offering a universal quantum computing platform capable of running long, high-fidelity algorithmic sequences that were previously computationally inaccessible on the continent. You can find the official press release regarding the AQT LYNX Series launch here and a detailed technical overview of the QV 32,768 demonstration here. Information regarding cloud partner access via AWS and other providers is available here. May 5, 2026 Mohamed Abdel-Kareem2026-05-05T12:37:45-07:00 Leave A Comment Cancel replyComment Type in the text displayed above Δ This site uses Akismet to reduce spam. Learn how your comment data is processed.

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Source: Quantum Computing Report