Multi-Die Design from Architecture Exploration to Signoff

By  Rita Horner, Sr Director Product Marketing, Synopsys

Multi-die design has become commonplace in many applications such as high-performance computing, networking, automotive, and mobile. Since multi-die designs involve multiple chiplets, designers must have both a chiplet-level and a system-level view at all times. A typical design example shows how this works. The process starts with early architecture exploration which benefits greatly from the bridging of functional and physical architectures. It continues to design implementation with thermal, signal and power integrity analysis occurring at both chiplet and system-level. Finally, signoff includes the integration of the chiplets and the analysis of the full design so it is ready for testing and manufacturing.

Multi-Die Design from Architecture Exploration to Signoff
Multi-Die Design Solutions
Chiplet Market Growth Forecast
What is Driving the Demand for Multi-Die Packaging?
2.5D Multi-Die Integration in a Package with Interposers
IC & Packaging Boundaries Blurring
2.5D Advanced Packaging Technologies
Die-to-Die Interfaces
2.5D Multi-Die Design Challenges
2.5D / 3D Multi-Die Package
Multi-Die Packaging Technology Evolution for Higher Integration
Classification for 2.5D/3D High Performance Packaging
Multi-Die Packaging Platform
Multi-Die Advanced Package Design Solution Platform
Multi-Die Floorplanning & Prototyping
3D Design Implementation
Multi-Physics Analysis
Signoff Analysis
Synopsys Multi-Die Solution