rtl-p5s-cdc-verify

To find missing synchronizers in multi-clock RTL, static CDC analysis maps registers to clock domains and enumerates cross-domain signals to flag metastability risks and structural violations. This verifies synchronizer patterns and highlights gaps during pre-synthesis sign-off.

Yes, you can generate SDC constraints from clock domain crossing analysis by assessing synchronizer quality and identifying CDC constraint gaps. The analysis produces SDC constraint files for downstream EDA tools alongside human-readable markdown reports.

Before pre-synthesis sign-off, check clock domain crossing risks including missing synchronizers, improper multi-bit transfers, and reconvergence issues. Static analysis identifies these metastability risks and verifies synchronizer patterns like 2-FF, gray-code, and async FIFO.

To verify synchronizer patterns and reconvergence in RTL, static analysis evaluates multi-clock domain crossings against known patterns like 2-FF, 3-FF, and handshake synchronizers. It flags violations or cautions with explanations and remediation steps.

Yes, CDC static analysis works without external verification dependencies. It structurally analyzes the RTL source to map registers to domains, enumerate crossings, and generate CDC reports plus SDC constraints using only the provided design files.