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Course contents

  • How to Use This Course
  • DFT Metrics Reference
  • DFT Glossary
  • Reading Path
  • Scan Fundamentals61
  • Compression & Diagnosis61
  • ATPG & Pattern Generation61
  • MBIST & LBIST61
  • Boundary Scan & JTAG61
  • Test Timing & Power61
  • DFT Physical Integration61
    • Scan Chain Physical Effects
    • Test Logic Floorplan
    • DFT-PD Handoff
      • DFT-PD Handoff: Mechanism
      • DFT-PD Handoff: Inputs & Outputs
      • DFT-PD Handoff: Reports & Metrics
      • DFT-PD Handoff: Debug Playbook
      • DFT-PD Handoff: Worked Example
      • DFT-PD Handoff: Pitfalls & Red Flags
      • DFT-PD Handoff: Interview Drills
      • DFT-PD Handoff: Review Checklist
      • DFT-PD Handoff: Theory Deep Dive
      • DFT-PD Handoff: Design Space
      • DFT-PD Handoff: Expanded Case Study
      • DFT-PD Handoff: Step-by-Step Walkthrough
      • DFT-PD Handoff: Comparison Matrix
      • DFT-PD Handoff: Software / Programmer View
      • DFT-PD Handoff: Silicon PPA Impact
    • Physical DFT Debug
    • DFT Physical Integration: Tricky Q&A
  • DFT Interview Prep61
  • DFT / ATPG Cheatsheet
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‹DFT-PD Handoff
  1. Topics
  2. Design for Test
  3. DFT Physical Integration
  4. DFT-PD Handoff
  5. DFT-PD Handoff: Review Checklist

DFT / ATPG · All levels

DFT-PD Handoff: Review Checklist

Review Checklist for DFT-PD Handoff.

On this page

    Review checklist

    Review Checklist for DFT-PD Handoff focuses on handoff issue count, late-stage DFT ECO volume, closure turnaround. The goal is to convert metric movement into mechanism, owner, and release decision.

    • Run tags and scenario context are explicit.

    • Constraints and legality assumptions are documented.

    • Quality, timing, and test-power checks are included.

    • Diagnosis evidence supports residual-risk decision.

    • Owners signed: DFT lead, PD lead, program manager.

    Signoff ownership

    Diagram
    OWNERSHIP MAP - DFT-PD Handoff
    
    artifact              owner
    ----------------      -----------------
    architecture/report DFT lead
    constraints/setup   PD lead
    physical/test       program manager
    
    Name an owner for each failing metric cluster.

    DFT deep dive

    Physical integration quality decides whether DFT architecture survives implementation realities.

    Concept diagram

    Diagram
    PHYSICAL DFT FLOW
    
    chain planning -> floorplan placement -> route -> test timing/power validation

    Metric graph

    Diagram
    ROUTING BURDEN
    
    poor chain order -> longer routes -> more hold buffers

    Reports and artifacts

    • scan physical wirelength

    • congestion heatmap

    • test clock skew

    • handoff issue tracker

    Mini case study

    Late scan reorder reduced route detours and eliminated a major shift hold cluster before signoff.

    Debug branches

    • Correlate chain order with congestion

    • Place compression logic near chain clusters

    • Keep DFT-PD handoff versioned

    Senior review question

    Ask: what evidence proves this DFT decision is safe for production?

    Key takeaways

    • State metric, lot/corner context, and pattern tag with every claim.

    • Treat timing, power, and quality as one signoff problem.

    Common pitfalls

    • Chasing coverage without legality checks.

    • Ignoring test-power side effects of pattern changes.

    • Debugging silicon without reproducible tags.

    Principal DFT review addendum

    Clear DFT-to-PD contracts for chain rules, test clocks, and legal placement constraints prevent expensive late-stage churn.

    Metric: handoff issue count, late-stage DFT ECO volume, closure turnaround

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    See also

    • DFT-PD Handoff: Mechanism
    • DFT-PD Handoff: Inputs & Outputs
    • DFT-PD Handoff: Reports & Metrics