Many QC applications can be supported by a limited series of waveforms, and just the timing and duration of the pulses must be adjusted in real-time during a quantum computation. In order to better support this kind of solutions, Proteus implements an innovative waveform memory handling, where all or the initial section of multiple waveforms can be stored in very fast static RAM implemented in the FPGA. This unique architecture combines the convenience of very large waveform memory offered by DRAM with the switching speed and deterministic timing (low trigger jitter) offered by static RAM. When this is not enough, the FPGA is fast enough to calculate waveforms in real-time according to the hardware (or SW) implemented in it or to apply differentiated processing to already-defined waveforms.
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