Benchmarking RF demodulation pipelines is oftenbottlenecked by slow simulation loops. While multi-threadedexecution can reduce wall-clock time, naive scheduling maybias robustness estimates if seeds are not managed consistently. We demonstrate a scalable scheduling harness thatexploits CPU worker parallelism and batch sizing to accelerate benchmarks without introducing statistical drift. Usingthe SignalIntelligenceSystem threading architecture, ourresults show near-linear throughput … Continue reading Scheduling and Parallelism in RF Benchmarks: Throughput Without Drift