Scalable architecture
A modular, distributed system that scales smoothly from experimental validation to thousand-qubit control.
QUANTUM CONTROL & OPERATING SYSTEM
A unified, dependable control core for complex quantum experiments
RF control, signal acquisition, deterministic synchronization and low-latency feedback in a modular distributed architecture—from early experiments to thousand-qubit-scale systems.
< 300 psInter-chassis output skew
nsReal-time feedback
1000+Scalable to 1,000+ Qubits
SYSTEM CAPABILITIES
One system across the complete experiment loop
Unified timing and open software interfaces reduce integration overhead while control capacity scales with the experiment.
Cross-Clock Synchronization and Coordinated Control
Coordinated multi-chassis timing with inter-chassis output skew below 300 ps.
Modular Multi-Channel Configuration
Combine RF control, acquisition, digital triggering and feedback modules around each experiment.
High-Performance, Low-Noise Signal Chain
High-bandwidth, high-dynamic-range, low-noise signal chains improve control fidelity and readout accuracy.
Low-latency feedback
High-speed data processing and nanosecond-scale response support quantum error correction, dynamic calibration and advanced control algorithms.
Open software architecture
Open interfaces and programming frameworks span experiment orchestration, system monitoring and automated optimization.
MODULAR PLATFORM
Precise by design. Scalable by architecture.
Dense modular slots combine control, acquisition and digital triggering in one chassis. Add channels and functions as requirements grow without rebuilding the control stack.
REAL-TIME CONTROL LOOP
Deterministic timing through every control stage
01
Waveform
Multi-channel RF and baseband output
02
Synchronization
Deterministic coordination across chassis
03
Acquisition
High-dynamic-range real-time processing
04
Feedback
Nanosecond decisions and adaptive control
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