Introduction

Synopsys 3DIC Compiler is an advanced platform for 3D IC design planning and multi-die integration. It enables chiplet-based architecture definition, interposer and packaging exploration, and system-level analysis. The tool supports heterogeneous integration flows and helps optimize power, performance, area, and thermal characteristics in modern multi-die systems.

Learner Prerequisites

• Basic understanding of VLSI design flow and semiconductor fundamentals
• Knowledge of physical design concepts such as floorplanning, placement, and routing
• Familiarity with chip packaging concepts (2.5D/3D IC, interposer, TSV)
• Exposure to standard EDA tools and IC design environments
• Awareness of system-on-chip (SoC) architecture and integration challenges

Table of Contents

1. Chiplet-Based Architecture Fundamentals
1.1 Evolution of chiplet-based design and heterogeneous integration
1.2 2.5D vs 3D IC architectures overview
1.3 Chiplet partitioning strategies and design considerations
1.4 Interconnect technologies (TSV, micro-bumps, UCIe basics)
1.5 Power, thermal, and performance implications

2. Design Planning in 3DIC Compiler
2.1 Project setup and multi-die environment configuration
2.2 Die stacking and placement planning
2.3 Interposer and package definition setup
2.4 Constraint management for multi-die systems
2.5 Early feasibility and design space exploration

3. Chiplet Integration & Interconnect Design Flow
3.1 Die-to-die connectivity planning
3.2 Signal integrity and power delivery network considerations
3.3 Routing strategies for inter-die communication
3.4 Interface standard integration and validation
3.5 Timing closure across multiple dies

4. System-Level Analysis & Optimization
4.1 Thermal analysis in 3D stacked designs
4.2 Power integrity and IR drop analysis
4.3 Performance modeling and bottleneck identification
4.4 Cross-die timing optimization techniques
4.5 Design trade-off analysis and optimization loops

5. Verification, Signoff & Manufacturing Readiness
5.1 Design rule checking for 3D IC layouts
5.2 Physical verification across stacked dies
5.3 Package-level signoff flow integration
5.4 Reliability and stress analysis
5.5 Tapeout preparation and final validation

6. Advanced Workflows & Industry Applications
6.1 AI/ML chiplet integration case studies
6.2 High-performance computing (HPC) design flows
6.3 Automotive and aerospace 3D IC applications
6.4 Emerging standards and ecosystem trends
6.5 Future of chiplet-based design methodologies

Conclusion

This training provides a comprehensive understanding of chiplet-based design integration using 3DIC Compiler, covering architecture planning, interconnect design, system-level optimization, and signoff readiness for advanced multi-die semiconductor systems.