Synopsys RedHawk-SC is a digital SoC power-integrity and reliability signoff tool that performs static and dynamic IR-drop, electromigration (EM) and electrothermal analysis, and integrates with timing and ECO workflows for advanced-node, full-chip signoff at large design scale.
Published Sep 19, 2026
| Starting Price | Not public (quote-based) | Not public (quote-based) | Not public (quote-based) |
| Primary use case | Foundry-certified full-chip digital EM/IR and dynamic voltage drop analysis for very large SoCs; cloud/HPC scale; integration with PrimeTime/PrimeClosure | Full-chip EM/IR and power analysis integrated with Cadence implementation and timing tools; distributed/hierarchical capacity | Power integrity analysis across digital/analog/3D IC; integration flexibility across toolchains |
| Key attributes | Focus on dynamic voltage drop coverage (SigmaDVD) and distributed compute scaling; integration into Synopsys signoff ecosystem | Strong integration with Cadence implementation and timing flows (Innovus/Tempus); system-level PI/thermal ecosystem | Broad applicability across analog/digital/3D flows; examples of foundry collaboration in public materials |
| Key considerations | High infrastructure and methodology demands; pricing opacity; limited semiconductorspecific public user reviews | Also complex and enterprise-focused; potential for vendor lock-in in Cadence-centric environments | Perceptions of differing deployment density in some segments; fewer public customer stories in certain niches |
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Cadence Voltus:
Siemens EDA mPower:
Synopsys PrimeSim EMIR (overlap/adjacent):