How PQCInside ensures seamless physical synthesis across diverse semiconductor foundries and advanced FinFET process nodes.
Different semiconductor foundries and process nodes exhibit radically different leakage currents, voltage thresholds, and thermal profiles. An architecture optimized for 28nm planar CMOS will fail to achieve timing closure on 3nm Gate-All-Around (GAA) FinFET nodes without careful microarchitectural pipelining.
We explain how PQCInside structures its synthesizable logic to remain process-agnostic, using parameterized pipeline registers, technology-mapped memory primitives, and clean clock-domain crossing (CDC) boundaries.
Reviewing real-world silicon tape-out telemetry: clock frequencies achieved, power dissipation measurements, and yield percentages from high-volume manufacturing runs.