A PC-free FPGA control system achieves 282 μs feedback latency, enabling iterative rearrangement that boosts defect-free 10-atom array success probability from 65.7% to 95.4%.
The multi-round rearrangement protocol critically depends on the electronic latency per round; we now characterize each stage of this latency budget
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Low-latency FPGA-based electronic control system for fast preparation of defect-free atom arrays
A PC-free FPGA control system achieves 282 μs feedback latency, enabling iterative rearrangement that boosts defect-free 10-atom array success probability from 65.7% to 95.4%.