Synopsys PrimeClosure™, enabled with Synopsys Multiphysics Fusion™ capabilities, delivers unified, signoff-accurate optimization that integrates timing, power integrity, thermal, and process effects directly into the design closure loop. By combining Synopsys PrimeTime®, RedHawk-SC™, and PrimeShield™ technologies, PrimeClosure enables engineering teams to identify and resolve the physical effects that increasingly limit timing, performance, and reliability at advanced nodes. Its high-capacity, AI-driven, single-box architecture scales efficiently to advanced-node, billion-instance designs, providing a unified path to multiphysics-aware design closure with optimized convergence, faster time-to-results, and predictable signoff success.
Leveraging signoff-accurate voltage- and thermal-aware insights, PrimeClosure applies surgical, timing-safe fixes that proactively address IR drop and thermal challenges earlier in the flow. This eliminates the inefficiencies of traditional analysis-ECO-place-and-route iterations, enabling faster convergence, higher ECO success rates, and improved power, performance, and area (PPA).
Built on a golden PrimeTime optimization engine, Synopsys PrimeClosure removes uncertainty from last-mile closure by delivering:
Modern SoCs have outgrown flat closure. PrimeClosure GigaScale delivers scalable, hierarchical ECO closure for giga-scale designs.
GigaScale enables fast, predictable closure across timing, power, IR, robustness, metal, and area—even for designs with hundreds of millions to billions of instances.