Review Checklist for Top Clock Tree Architecture focuses on clock skew budget, insertion delay, CTS closure rate. The goal is to map symptoms to boundary contracts, owner actions, and regression-proof closure.
Baseline manifest and revision are explicit.
Boundary contracts for this topic are current and approved.
Ownership map covers all open issues.
Focused and full regression evidence both exist.
Residual risks are either closed or bounded via waiver policy.
Owners signed: clock architect, CTS owner, STA owner.
OWNERSHIP MAP — Top Clock Tree Architecture
artifact owner
----------------- -----------------
primary owner clock architect
co-owner CTS owner
review owner STA owner
No top-level issue should remain ownerless beyond one review cycle.Clock/reset assumptions must be globally consistent across functional and test modes.
CLOCK/RESET FLOW
pll lock -> clock enable -> reset release -> domain readyBOOT STABILITY
stable boots ████████
reset hangs ███clock architecture report
reset release timing
mode matrix
boot trace summary
Intermittent boot hang traced to one domain releasing reset before dependent clock was stable.
Check mode-specific constraints
Trace reset dependencies
Correlate firmware sequencing
Ask: what baseline, owner, and artifact prove this topic is truly closed?
State baseline manifest and owner with every closure metric.
Run cross-domain regression after every top-level fix.
Comparing results across different manifests.
Unowned issues slipping through review cycles.
Waiving risks without expiry and validation plan.
Clock architecture partitions domains, generated clocks, and distribution strategy so top-level timing remains tractable under MMMC and PVT spread.
Metric: clock skew budget, insertion delay, CTS closure rate
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