The ultimate platform for ultra-low noise and long-term stability for the most sensitive quantum operations.
.avif)
Physically decouples the signal ground from the mains earth to completely eliminate 50 Hz / 60 Hz interference, ensuring pristine signal integrity.
Straightforward integration of DC source and measure units with baseband, RF signal generation, and timetaggers into one cohesive, modular system.
Attain ultra-quiet flux biasing for SQUIDs to maximize your dephasing time (T*). By combining the DC Cluster with our QCM, you unlock bias-t free flux pulsing while drastically minimizing low-frequency noise for superior gate fidelities.
Sub-µV precision and ultra-low noise guarantee long-term stable quantum dot potentials, essential for high-fidelity spin qubit operations.
Attain ultra-quiet flux biasing for SQUIDs to maximize your dephasing time (T2*). By combining the DC Cluster with our QCM, you unlock bias-t free flux pulsing while drastically minimizing low-frequency noise for superior gate fidelities.
Scale your quantum processor without compromising on signal precision or connectivity. Our proprietary synchronization and routing protocols integrate seamlessly with the DC Cluster, creating a unified architecture that provides the ultimate flexibility for advanced quantum computing use cases.
Guarantees perfectly deterministic, picosecond-level synchronization across all modules and distributed clusters.
Delivers an all-to-all connectivity backplane with ultra-low latency and massive throughput for real-time, multi-module feedback.
