High-speed Signal Processing with Low Latency Feedback System for Quantum Bit Evaluation

High-speed Signal Processing with Low Latency Feedback System for Quantum Bit Evaluation

Evaluation systems for quantum technology require signal generation for Qubit control, readout signal generation, post-signal processing of signals read, etc. Control based on the results of signal processing using a digitizer and feedback within coherence time and readout signal variability are becoming essential. The M3000 series processes signals at high speed. Using the optional programmable FPGA DSP capabilities with the Hard Virtual Instrumentation (HVI) provide real-time technology that reduces the decision execution time from the digitizer to AWG to x100 ns.

Easy to program a real-time system

• Intuitive flowchart style user interface allows for real-time sequencing in ps accuracy and ns resolution programmed (OS not required) 

• Flow control: If-else, while loop, for loop

• Fast and decisive conditional judgment

Ready-made intermodule synchronization mechanism

• Synchronous execution, no trigger required 

• Ready-made intermodule coherent synchronization mechanism

• Each module executes a separate flowchart

M3xxxA series PXIe AWG, Digitizers and combination modules

• 100 MSa/s and 500 MSa/s Digitizers 

• 500 MSa/s and 1 GSa/s AWGs

• User programmable built-in FPGA (Xilinx Kintex 7)

• Inter-channel skew of 50 psec or less

• Optional HVI technology allows synchronous phase coherent operation across multiple channel / chassis AWGs, Digitizers or combination units. 

• Very cost efficient

M3602A Graphical FPGA Development Environment (exclusive for M3xxxA modules)

• The user-customized area and the measurement area are clearly separated, allowing you to focus solely on the custom processing of AWG generation and Digitizer acquisition signals without having to implement the control of measurement.

• The user-friendly graphical environment simplifies the development of custom DSP for the FPGA device enabling special modes of operation or new control structures. 

• Easily import FPGA codes and external IP - VHDL, Verilog, and VIVADO/ISE projects, MATLAB/SIMULINK, Xilinx IP core - Fast one-click compilation - Reduced development time and compiling time together with hot programming enable dynamically-reconfigurable instruments.