From 2.5D to true 3D IC: What’s driving the next wave of integration.​

With 3D IC integration blurring the lines between chip and package, is your team’s mindset truly system-centric, or are traditional…

10 steps for successful heterogeneous chiplet integration

Unlock advanced chiplet design success: Discover the Siemens EDA Heterogeneous Integration eBook series

The future of semiconductor innovation is rapidly shifting from monolithic chips to advanced, multi-chiplet architectures. As devices demand greater power,…

Why every 3D IC needs a test vehicle before it hits production​

Would you risk millions of dollars on a semiconductor design without knowing if it can be manufactured? Discover why test…

Breaking down 50 million pins: A smarter way to design 3D IC packages​

As 3D IC complexity skyrockets, are we truly evolving our design methodologies at the same pace, or are we unknowingly…

Navigating signal integrity and power integrity (SI/PI) in 3D IC design​

Q: Is dedicated SI/PI analysis still necessary in 3D IC design? A: With the rapid advancements in chip design automation…

Illustrative example of 3D IC heat dissipation - thermal management

IC package thermal resistance: Accurate modeling for system-level IC thermal reliability

As semiconductor devices grow more powerful and complex, effective thermal management has become a top priority in IC design. With…

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…