Siemens Digital Industries Software Blog Network

Siemens Digital Industries Software Blogs


Electronics & Semiconductors

Three ways sharing data across domains in electronics manufacturing improves the entire product lifecycle

Electronics manufacturers often struggle to manage increasingly complex electronic devices and the accelerated pace of design. To remain competitive, these...

Thought Leadership

System tomorrow: software and automotive – The Future Car on E/E Systems – ep. 4

What will the future car look like, and how will electric and electronic architectures impact the evolution of new vehicles?...

Small & Medium Business

What is APS software?

Manufacturers of all sizes use advanced planning and scheduling (APS) software to optimize the production planning process. APS software simplifies...

Marine

Why the marine industry needs to ditch the design spiral in ship design and engineering

While the traditional design spiral method for designing marine vessels has been around for decades, new technology and new pressures...

Consumer Products & Retail

A cranberry's journey: How technology gets it from the bog to the can (and eventually your Thanksgiving meal)

Many of us will have cranberry sauce on the Thanksgiving table, but have you ever stopped to think about where cranberries come from? You...

Valor

The role of design verification in the electronics manufacturing process

Blog #2 in a 12-part series covering the Digital Twin Best Practices in Electronics Manufacturing mini-webinar series by Jay Gorajia Participants in...

Partners

EMS efficiency for small batch sizes

European Electronics Manufacturing Services (EMS) providers face major challenges if they want to compete in the global market. One challenge...

Electronic Systems Design

Easy and fast DFM analysis now available for PCB designers

PCB designers face a lot of challenges. On one hand, the design must fulfill the electrical functionality requirements. On the...

Simcenter

Frequency Response Function measurements on permanent magnet rotors

How can engineers capture high-frequency FRF data on a permanent magnetic rotor and enable accurate FRF measurements more efficient models?