Vega

Superconducting Qubit Measurement and Control System

Superconducting quantum measurement and control system (Vega), specialized on superconducting qubit experiments, is a quantum computing control system that uses radio frequency pulses to manipulate and measure the quantum state of qubits. As an important part of the superconducting quantum computer, Vega plays an indispensable role of controlling the operation on quantum chips. Vega, independently designed and developed by SpinQ, has several advantages like high performance and functional integration.

12 Advantages Highlights

Various choice for users

Available expand qubits

Perfect performance

Design for professional quantum computing

Convenient update

modular function unit

Easy to operate

Integrate to optimize algorithm

Light design

High integration

Easy to calling API

Open-end port for programming

Quantum Measurement and Control Series Modules

Arbitrary Waveform Generator: AWG1208

Vega-AWG-1208
AWG Channels: 8 (output)
Sampling Rate: 2 Gsa/s
Converter Resolution: 16 bit
RF Bandwidth: 400 MHz
Skew between channels: <1ns

Quantum Analyzer: QA1124

ADC Channels: 2 (Input)

Sampling Rate: 1 Gsa/s

Converter Resolution: 14 bit

RF Bandwidth: 400 MHz

Skew between channels: <1ns

 

Vega-QA-1124

Channels: 4 (AWG outputs)

Sampling Rate: 2 Gsa/s

Converter Resolution: 16 bit

RF Bandwidth: 400 MHz

Skew between channels: <1ns

Clock Distribution Unit: CDU101R

Vega-CDU-101R

1 Input Channel, 25 Output Channel

Trigger Rise Time: <1ns

Trigger Distribution Unit: TDU101R

Vega-QA-1124

Channels: 4 (AWG outputs)

Sampling Rate: 2 Gsa/s

Converter Resolution: 16 bit

RF Bandwidth: 400 MHz

Skew between channels: <1ns

RF Mixer Unit: MIX18Q8

Vega-MIX-18Q8

Frequency: 2.5-8.5 GHz

IQ Mixer Module: 8

LO Leak Suppression: >40 dB

Image Leak Suppression: >40 dB

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