Amazon Braket Adds EU's First Trapped-Ion Quantum Computer

Amazon's quantum computing service Braket has integrated Alpine Quantum Technologies' IBEX Q1 trapped-ion quantum processor, marking a significant milestone for European quantum infrastructure. This represents the first time a trapped-ion quantum computer hosted within the European Union has become available through a major cloud provider.

The system is physically located in Innsbruck, Austria, and accessible via Amazon's Europe (Stockholm) Region. This strategic placement addresses growing concerns about data residency and technological sovereignty among European customers, who increasingly seek cloud services that keep sensitive data within EU borders.

The IBEX Q1 features a 12-qubit fully connected register using calcium-40 ions, with performance metrics that include a Quantum Volume of 128 and impressive gate fidelities. The system achieves 98.7% average two-qubit gate fidelity and 99.966% single-qubit gate fidelity, positioning it as a high-precision platform for complex quantum computations.

What makes trapped-ion systems particularly valuable is their all-to-all connectivity, which eliminates the need for SWAP gates in quantum circuits. This architectural advantage reduces circuit depth and minimizes error accumulation, making the system particularly well-suited for running sophisticated quantum algorithms that require multiple qubit interactions.

The device stands out for its practical deployment characteristics, operating at standard room temperature conditions between 20.5°C and 23.5°C. It fits into just two standard 19-inch server racks while consuming less than 2 kilowatts of power, making it significantly more energy-efficient than many competing quantum systems.

In terms of computational throughput, the IBEX Q1 can handle quantum circuits with up to 2,000 gates and executes more than 20,000 circuits per hour. This robust execution duty cycle makes it suitable for both research applications and potential commercial use cases in fields like quantum chemistry, financial portfolio optimization, and risk analysis.

Access to the system is available through two modes: on-demand experimentation for general research and Braket Direct reservation access for time-sensitive workloads. This dual approach allows researchers to conduct exploratory work while providing guaranteed access for production-level quantum computing applications.

The integration comes as European nations increasingly prioritize technological sovereignty in critical computing infrastructure. By hosting a high-performance quantum computer within EU borders, Amazon and Alpine Quantum Technologies provide European researchers and businesses with local access to cutting-edge quantum capabilities while maintaining compliance with regional data protection regulations.