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4-Qubit Quantum Computer control system

  • VPX control and readout system; up-to 8-qubit
  • Synchronous, high-speed, low latency
  • 8 Ch 1GHz, 16-bit D/A
  • 8 Ch  1GHz, 12-bit A/D
  • Low latency crossbar switch for qubit synchronization; 4 digital IOs per qubit
  • Built-in precise digital sequencer for peripheral devices control
  • One Xilinx FPGA per qubit for real-time DSP/FFT/state estimation
  • Graphical FPGA firmware development kit using Matlab/Simulink and Xilinx System Generator
  • Expandable up to 16-qubit

NOT include external microwave sources, mixers, filters, attenuators, refrigerator

4-Qubit Quantum Computer control system

Real-Time embedded  control and readout system for  quantum computing field. Using high-speed, low-latency X6-1000M modules inside a compact VPX PC, a synchronous system to control and measure 4 entangled qubits is readily configured. With state-of-the-art FPGA technology, quantum computing engineers perform FFTs and generate waveforms to synchronously control qubits within 250 ns. A low-latency system is valuable for performing as many operations as possible before quantum decoherence occurs.

The system is scalable  up to 16-Qubit Synchronous Control and Readout

More Information
Number of input Channels 8
Channel Type synchronized
A/D Resolution 12 bit
Band Width 2 GHz
Max Sampling 1 GSPS
Memory Depth 1 GB per ch
External Trigger Internal/external
Number of Output Channels 8
D/A Specification 16 bit
Waveform Generation AWG
Digital IO

4 IP per qubit

LAN port 10/100/1000 port on rear panel
Dimensions 250x210x152 mm
Manufacturer Innovative Integration
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