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Advantages

Faster

SPINQ QCM System features built-in hardware acceleration components. By utilizing FPGAs for distributed edge computing, it calculates and generates waveform files directly from pulse sequences at the hardware level. The system also performs real-time initial processing of collected signals and provides immediate feedback on qubit states to the host computer. This reduces data transmission between the system and the host computer, significantly decreasing experiment time.

More Accurate

SPINQ QCM System offers exceptional stability in frequency, power, and phase, with extremely low noise levels. It achieves sub-nanosecond synchronization accuracy and provides up to 16-bit vertical resolution. These features ensure highly precise and reliable qubit control and measurement.

More Convenient

SPINQ QCM System features a modular design that enables scalability, allowing users to easily expand control capabilities by adding identical or similar units for up to hundreds of qubits. It integrates built-in network analyzer functions and spectrum analysis functions, which are essential for qubit control and measurement. The system supports remote FPGA program upgrades and includes automated qubit characterization and calibration functions. Additionally, it offers a comprehensive set of code examples for qubit characterization and calibration.

Configuration

Aribitrary Waveform Generator

QCM-AWG-2208A

Arbitrary waveform output channels
8
Frequency range
DC - 450 MHz
High-speed DAC (two output stages)
1Vpp / 2Vpp
Real-time sampling rate
2 GSa/s
Vertical resolution
16-bit
Two output stages for DC bia
±1 VDC / ±2 VDC
FPGA direct connection DIO function
supported
Microwave signal output channels
4, supporting 2 independent frequency points (1 GHz - 10 GHz)
Onboard memory
2 GB
Power consumption
~65 W（DC12V）
Programming interface
Python API
Dimensions
fits 19-inch standard cabinet

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Applications

Qubit Control & Measurement

SPINQ QCM System is designed to meet the RF control electronic needs of various quantum computing platforms, including superconducting qubits, trapped ions, nerual atoms, semiconductor qubits, and NMR quantum computers.

Other Scientific Research Fields

With its enhanced speed, accuracy, and convenience, the SPINQ QCM System also finds significant applications in other scientific research areas, such as radar technology, general RF electronics, and electron paramagnetic resonance.

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