How electronics manufacturers are rethinking quality in the AI era

The electronics manufacturing landscape has fundamentally changed. With product complexity soaring and development cycles shrinking, traditional approaches to quality management…

Digital twins: The key to mastering cross-domain engineering challenges

Digital twins: The key to mastering cross-domain engineering challenges

Your team just discovered a major flaw in your latest smart product: the electronics don’t fit the mechanical housing, and…

Engineer’s Corner: Coordinating design across engineering disciplines

The growing need for cross-domain collaboration Are your engineering teams speaking the same language? In an era of increasingly complex…

Digital transformation: Solving age-old challenges in electronics manufacturing

In the fast-paced electronics and semiconductor manufacturing world, one challenge has persisted for decades: the inefficient management of engineering change…

Engineer’s Corner: Real-world BOM challenges

Navigating product variability in consumer electronics In today’s fast-paced electronics industry, managing Bills of Materials (BOMs) for products with multiple…

Bridging the gaps in electronic systems design Blog series | Closing the loop: Extending the digital thread to manufacturing – Part 4

Time is the one resource that electronics companies can never have enough of. In an industry where product lifecycles are…

Bridging the gaps in electronic systems design Blog series | The key to unlocking innovation – Part 3

Did you know that companies using simulation to explore design ideas report 74% better products and 50% faster innovation? In…

The image shows a person in a protective white full-body suit, including a hood and mask, holding a green silicon wafer with etched patterns in what appears to be a high-tech manufacturing facility or cleanroom environment. The background is slightly blurred, but displays a futuristic-looking interior space with bright overhead lighting. The image's focus and composition highlights the worker inspecting or presenting the silicon wafer, which is a key component used in semiconductor and microchip production.

Chip production and design with 3D IC technology

At Siemens, we recognize the potential of 3DIC to remove the limits and revolutionize semiconductor design and manufacturing. Our comprehensive portfolio of software and services provides the key enabling technologies for 3DIC adoption.

An engineer is working at a computer workstation with multiple monitors displaying electronic system designs and schematics. The title above the image reads "Electronic systems design: Blog series - Part 2 Accelerating mechanical and electrical design".

Bridging the gaps in electronic systems design Blog series | Accelerating mechanical and electrical design – Part 2

Bridging the gaps in electronic systems design Blog series | Accelerating mechanical and electrical design – Part 2