3D IC Stackup in Innovator3D IC

The Missing Piece for Chiplet Success

Chiplets are revolutionizing the semiconductor industry, enabling unprecedented levels of integration, performance, and flexibility. By breaking complex designs into smaller,…

How to Design Smarter: System-level multiphysics in 3D integration​

What happens when a perfectly functioning chip fails to perform in a 3D IC package? As semiconductor designs stack multiple…

​Why 3D ICs need a mindset shift and how to make it happen

What if the most revolutionary advances in semiconductor design aren’t about making things smaller, but about fundamentally reimagining how we…

Multiphysics analysis heterogeneous chiplet integration

Mastering interface planning and predictive analysis in IC design

From optimizing connectivity to ensuring electrical performance, designers are tasked with meticulous planning and execution to achieve seamless communication and…

​The hidden heat challenge of 3D ICs:  And what designers need to know

Why is thermal analysis no longer an afterthought in 3D IC design—and what is Siemens doing to empower engineers across…

​Why Traditional PCB Methods Fall Short in 3D IC Design

In this episode of the Siemens 3D IC Podcast Series,we delve into the world of FOWLP (Fan-out wafer-level packaging) with…

​3D IC technology trends: Microarchitecture in IC design

In this latest Siemens EDA 3D IC podcast episode, we explore microarchitecture’s crucial role in 3D IC design. Listen in…

​3D IC technology trends: how advanced IC packaging is changing the semiconductor industry

The semiconductor industry is rapidly evolving with 3D IC technology and advanced packaging solutions revolutionizing chip design and manufacturing. In…

Illustration of 3D IC stacked design

3D IC technology: your comprehensive guide to enabling heterogeneous integration

What is 3D IC technology? 3D IC technology refers to the integration of multiple silicon dies or wafers in a…