Quantum Device Packaging
Our compact sample box, with 8 RF ports, supports few-qubit, high-coherence experiments with fast throughput. Its swappable, low-cost PCB enables rapid turnaround and multiple samples per cold finger.
BiasT
Tired of flux noise and pulse distortions? Our Flux BiasT delivers clean, reliable qubit control for higher-fidelity gates every time.
IR-Filter
Our compact sample box, with 8 RF ports, supports few-qubit, high-coherence experiments with fast throughput. Its swappable, low-cost PCB enables rapid turnaround and multiple samples per cold finger.
Quantum Packaging
Quantum Packaging
BiasT
BiasT
Filter
Quantum computers need thousands of qubits to be practically viable. At YQuantum, we develop innovative hardware components to make this possible, paving the way for large-scale quantum computers.
Our products include specialized components for high-fidelity superconducting-
For more information, special requests and availability, you can contact us
For more information, special requests and availability, you can contact us
YQ-BT-2G | 10 kHz – 2 GHz, 50 Ω
In Stock – Contact us for a Quote
Our specialized BiasT solution is designed to enable high-fidelity two-qubit gates on flux-tunable superconducting quantum computers. This component provides outstanding linearity and superior noise suppression.
Flux-tunable qubits are highly sensitive to control signal noise, which can be effectively filtered using our BiasT. Additionally, achieving high-fidelity control of qubit frequency requires compensating for the transient response of the control line. This precompensation depends on the system’s linearity, a characteristic that our BiasT ensures. Learn more about the importance of linerarity in our Application Note, see below
YQ-BT-2G | 10 kHz – 2 GHz, 50 Ω
In Stock – Contact us for a Quote
Our specialized BiasT solution is designed to enable high-fidelity two-qubit gates on flux-tunable superconducting quantum computers. This component provides outstanding linearity and superior noise suppression.
Flux-tunable qubits are highly sensitive to control signal noise, which can be effectively filtered using our BiasT. Additionally, achieving high-fidelity control of qubit frequency requires compensating for the transient response of the control line. This precompensation depends on the system’s linearity, a characteristic that our BiasT ensures. Learn more about the importance of linerarity in our Application Note, see below
Tired of control noise and pulse distortions messing with your qubit flux control?
Our specialized Flux BiasT eliminates these issues, making pulse predistortion simple and boosting the fidelity of your two-qubit gates, so you get cleaner, more reliable quantum operations every time.
For more information, special requests and availability, you can contact us
For more information, special requests and availability, you can contact us
For more information, special requests and availability, you can contact us
For more information, special requests and availability, you can contact us
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Miniaturizing Hardware for Quantum Computing
YQuantum is solving a critical bottleneck in quantum computing: the lack of scalable cryogenic hardware. Without miniaturized, high-performance components, today’s quantum computers cannot scale into powerful, commercially viable systems for pharma, finance, and beyond.
Founded by Dr. Christian Jünger, Dr. Johannes Herrmann, and Prof. Christian Schönenberger, YQuantum brings deep expertise from UC Berkeley, ETH Zurich, and the University of Basel. The company develops compact, integrated cryogenic hardware essential for scaling quantum systems. YQuantum recently submitted its first patent, protecting a key breakthrough in the integration of microwave filters. Backed by early traction and partnerships, YQuantum is targeting a CHF 250M obtainable market within a global sector projected to reach CHF 5B by 2035.
The Venture Kick funds will help refine YQuantum’s B2B market strategy while supporting IP development and customer acquisition to solidify its position in the quantum hardware market, Read more here.
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