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-
Whether you have questions, special requests, or want to check availability – feel free to reach out via email or our contact form. We’ll be happy to assist you.
Quantum Packaging
Engineered for superior thermalization, light-tight shielding, and signal integrity. Whether scaling qubit counts or maximizing throughput, our designs ensure high-fidelity performance for your quantum experiments.
BiasT
Enable high-fidelity two-qubit gates with our linear BiasT technology. Designed for precise flux-biasing and noise suppression, our solutions deliver stable first-order transfer functions and minimal thermal load essential for scalable superconducting architectures.
Filter
Protect qubits from thermal noise and interference. Our high-attenuation IR filters and upcoming Low Pass filter solutions ensure the pristine signal environment required for high-fidelity measurements.
“The precision of their control hardware was a key factor in achieving 99% gate fidelity, demonstrating that close cooperation between industry and academia is essential for the next generation of quantum computers.”
“Our partnership with Quantum shows how academic labs and companies can work together on cutting-edge technology through the Berkeley Quantum model.”
“Demonstrating such high coherence times within their packaging gives us the confidence and reliability we need to develop new qubits and scale to better and more complex systems.”
“Our collaboration with YQuantum is a transformative step towards accelerating the quantum computing landscape.”
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