on-demand webinar

Using chiplet design kits to help pave the way for 3D IC heterogeneous integration

Share

Image of a SOC with a design file layer superimposed over the top

A chiplet is an ASIC die specifically designed and optimized for operation within a package in conjunction with other chiplets. Heterogeneous integrated (HI) involves integrating multiple die or chiplets into System-in-Package (SiP) chiplets. These devices offer considerable benefits, including performance, power, area, cost and TTM.

The Chiplet Design Exchange (CDX) consists of EDA vendors, chiplet
providers/assemblers and SiP integrators and is an open working group to recommend standardized chiplet models and workflows to facilitate a chiplet ecosystem. This webinar summarizes the chiplet design kits (CDKs) proposed to help standardize 2.5D and 3.D IC designs to create an open ecosystem.

<h2>Building an ecosystem for successful 2.5D and 3D chiplet model integration</h2>

Similar to an SOC process, you need an ecosystem for chiplets. Key enables for general market adoption and deployment of chiplet based designs include:

  • Technology: 2.5 D interposer and 3D stacked die manufacturing and assembly processes
  • IP: Standardized chiplet models
  • Workflows: EDA design flows and PDK, CDK, DRM & assembly rules
  • Business models: chiplet marketplace

The initial focus of the CDX is 2.5D interposer-based chiplet models with 3D to follow. Learn more about these efforts in the webinar.

Related resources

Proposed standardization of chiplet models for heterogeneous integration
White Paper

Proposed standardization of chiplet models for heterogeneous integration

The benefits provided by the heterogeneous integration of chiplet devices into advanced ic packaging is driving demand in new markets.

Semiconductor Engineering Article: Preparing for 3D ICs
Article

Semiconductor Engineering Article: Preparing for 3D ICs

In this article, Semiconductor Engineering interviewed industry experts to learn more about preparing for 3D ICs and their impact on current tools and workflows.

Discontinuities Are Driving Innovation in 3D-IC Package Design and Verification
White Paper

Discontinuities Are Driving Innovation in 3D-IC Package Design and Verification

Disruption and discontinuity are often the hallmarks of progress. Multi-chip packages (MCP) or System-In-Package