Measurement and Control System

High-Precision Quantum
Measurement and Control System

A modular design scalable to thousands of qubits enables synchronous measurement and control, supporting standardized quantum chip manipulation.

Advantages

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Scalable Synchronous Measurement and Control
Scalable Synchronous Measurement and Control
>99.5%
Supports simultaneous CZ gate operations across a 100-qubit system with fidelities exceeding 99.5%,

with real-time feedback control.

Components

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AWG-020 Board
ADC-110 Board
Chassis
AWG-020 Board
Function
Generate arbitrary waveforms for I/Q modulation
Number of Channels
2
Sampling Rate
1.0GS/s
Output Frequency
DC-300MHz
Output Amplitude
-0.6 V to +0.6 V
Vertical Resolution
16-bit
Maximum Output Length
100μs
ADC-110 Board
Function
Demodulate and analyze received signals
Number of Channels
2
Sampling Rate
1.5 GS/s or 1.0 GS/s
Input Frequency
DC-300 MHz
Input Amplitude
-0.2 V to +0.2 V
Number of Demodulation Channels *
8 or 12
Demodulation Window Length
4096 ns
Number of Demodulation Windows
64
Continuous Analysis Iterations
60000
Other Functions
Feedback signals for controlling AWG boards
Chassis
Function
Clock and trigger distribution for multi-board configurations
Slot Count
39 AWG/ADC boards
Input Clock Frequency
25 MHz
Input Clock Amplitude
-10 dBm to 14 dBm
Trigger Signal Amplitude
≤5 V
Network Interface
LC fiber adapter(10 Gbps)
*When Sampling Rate is 1.5 GS/s
Number of demodulation channels is 8
*When Sampling Rate is 1.0 GS/s
Number of demodulation channels is 12
Explore Our Quantum Measurement and Control System Specifications and Technical Features

Explore Our Quantum Measurement and Control System Specifications and Technical Features