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Cadence SiP Layout 


Advanced system-in-package implementation including die/BGA interface optimization

Cadence® SiP Layout provides a complete constraint- and rules-driven substrate layout environment, including full 3D design visualization, verification, and editing capabilities. Direct integration with Cadence OrbitIO™ Interconnect Designer provides the rapid implementation of proven interconnect pathways and die/BGA assignments.

Cadence Co-Design Datasheet »

Product ImageCadence SiP Layout is a complete physical design and manufacturing verification solution for complex 3D SiP package design, including die bump array/BGA integration refinement using die abstracts. Supporting all popular package interconnect and assembly methodologies, SiP Layout provides comprehensive constraint-driven layout of the package substrate. Since it must operate in a 3D world, SiP Layout allows stack assembly optimization with 3D layout and editing. It also contains a powerful set of auto-interactive routing features that speed timing closure of critical interconnects such as DDR3, etc. Intelligent automated flip-chip die breakout reduces time-consuming and tedious manual breakout. Comprehensive DFM and DFA checking and modification improves substrate yield and prevents manufacturing assembly issues. Design review documentation and debug, followed by direct manufacturing tapeout, completes the package.

Features/Benefits
  • Provides 3D die stack creation and editing for rapid stack assembly and optimization
  • Supports PiP-, PoP-, and interposer-based assembly architectures
  • Enables connectivity assignment to minimize layer usage based on SI analysis
  • Includes solid model 3D design viewer with snapshots for design review
  • Performs 3D wirebond verification and DRC with Kulicke- and Soffa-verified wire profiles
  • Supports bi-directional ECO and LVS flow for full co-design environment profiles
  • Includes a comprehensive suite of DFM/DFA preparation rules
  • Direct integration with OrbitIO Interconnect Designer for detailed package interconnect pathway implementation
  • Supports distributed die/BGA interconnect refinement using XML-based die abstracts compatible with Innovus™ and Virtuoso® solutions