Harnessing Precision: SpinQ’s High-Performance Arbitrary Waveform Generator

Key Features & Advantages

• Eight DC-coupled, single-ended analog outputs
• Up to 16-bit vertical resolution for sub-microvolt amplitude precision
• 2 GSa/s real-time sampling rate on each channel
• Inter-channel skew below 200 ps, guaranteeing synchronized multi-qubit operations
• Expandable, modular design: scale control to hundreds of qubits with plug-and-play channels
• FPGA-based hardware acceleration for custom waveform generation and low-latency updates

Optimized for Complex Quantum Control

The QCM-AWG-2208A’s wide bandwidth (DC–450 MHz) and deep on-board memory (512 MSamples/channel) enable the generation of:

• Shaped pulses for error-mitigation via DRAG and optimal control theory
• Dynamic decoupling sequences to prolong coherence
• Multi-tone microwave pulses for frequency-multiplexed control
• Real-time feedback loops in variational algorithms

Modular Scalability

SpinQ’s modular architecture lets you daisy-chain multiple AWG units, seamlessly expanding from a single 8-channel controller to a 100-channel control matrix. Each module fits a standard 19-inch rack and can be remote-upgraded via FPGA for future feature sets.

Beyond Quantum Computing

While purpose-built for cutting-edge quantum experiments, the QCM-AWG-2208A doubles as a general-purpose high-performance AWG for:

• Radar signal generation
• Electronic paramagnetic resonance spectroscopy
• Ultrasonic testing and medical imaging research

Supporting the Quantum Ecosystem

Pair the AWG with SpinQ’s QCM Measurement & Control System, SpinQit programming framework, and QPU EDA tools to create a fully integrated, end-to-end quantum control solution. Together, they empower researchers and educators to design, implement, and iterate quantum experiments with laboratory-grade precision—all from a compact, turnkey system.

By combining superior waveform fidelity with unmatched synchronization and scalability, SpinQ’s QCM-AWG-2208A sets a new standard for quantum control electronics—unlocking more reliable gates, deeper circuit depths, and faster paths toward quantum advantage.