Insider Brief
- ConScience AB has launched two new quantum devices, QiB1 and QiB2, expanding its QiB product line to support quantum research and development.
- QiB1 is designed for versatile testing of single qubits, including fixed and tunable transmon qubits, while QiB2 focuses on studying qubit coupling with various coupling configurations.
- Both devices feature ConScience’s Box16 packaging for durability and integration, contributing to advancements in quantum computing applications across multiple industries.
PRESS RELEASE — ConScience AB, a leading innovator in quantum computing technology, proudly announces the launch of two new quantum devices: QiB1 and QiB2. Following the success of the company’s first product, “Qubit-in-a-Box-0” (QiB0), released in 2024, these new additions to the QiB family mark a significant advancement in the field of quantum research and development.
QiB1: A Superconducting Quantum Device for Versatile Testing and Evaluation
QiB1 is designed for comprehensive testing of single qubits, including isolated fixed frequency qubits, fixed frequency qubits with XY lines, and flux tunable qubits with XY lines.It covers two transmon qubit types: shunted and floating qubits for redundancy characterization.
QiB2: Optimized for Qubit Coupling Studies featuring both fixed frequency and tunable qubits.
QiB2 is designed for testing and evaluating various two-qubit coupling types and contains fixed and tunable frequency couplers. It is suitable for teams developing tools and calibration techniques. QiB2 also includes single qubit configurations for benchmarking.
“I am excited to introduce this new product, a testament to our team’s unwavering commitment to advancing superconducting qubit devices with the highest possible performance,” said Marcus Rommel, CTO.
The QiB1 and QiB2 contains a total of 6 and 7 qubits respectively and come in ConScience’s newly developed Box16 packaging, ensuring robustness and ease of integration into existing quantum research setups.
Quantum computing leverages the principles of quantum mechanics to perform complex computations significantly faster than classical computers. With potential applications in cryptography, financial modeling, drug discovery, and climate research, quantum technology is poised to revolutionize numerous industries.
