rtl-p5-verify-team

Parallel RTL verification across multiple modules is orchestrated by spawning a coordinator and worker teams to execute dependency-aware task graphs concurrently. This scales validation by coordinating per-module tasks across various verification categories.

Dependency-aware task graph execution in RTL design verification maps sequential gates between parallel workers, ensuring categories like lint, SVA, and CDC run concurrently only when their module dependencies are resolved, maximizing throughput without violating compliance.

Yes, you can automate lint, SVA, CDC, formal, and coverage checks simultaneously by distributing these verification categories across coordinated worker teams. The orchestrator manages the team lifecycle and monitors tasks until all parallel checks complete.

Parallel verification orchestration is needed for RTL projects with three or more modules requiring concurrent validation. It solves the complexity and slow execution of sequential verification by automating team coordination and module graduation gates.

Yes, parallel RTL verification works without manual coordination by using native team lifecycle management to automatically spawn coordinators and workers, monitor task progress, and handle cleanup. This eliminates manual synchronization overhead across verification categories.