on-demand webinar

Digital Transformation in Electronics System Design

Share

Electronics System Design

Digital Transformation is not only an increasing trend. It is the requirement for being sustainably successful in a global marketplace.

Digital Transformation is one of the very few strategies allowing for improvement of all three business vectors: cost, efficiency, and innovation.

In order to be successful with digital transformation, companies require tools and methodologies allowing automated collaboration and digitalization between domains and across the entire lifecycle. In addition, companies require robust data management, digital twin strategies for early modeling and verification as well as technology allowing remote collaboration without data duplication.

Excellent Design tools are essential and you need a partner that has the expertise and portfolio to enable digital transformation beyond one domain. Siemens EDA offers the industry’s most innovative PCB design flow, providing integration from system design definition to manufacturing execution. Its unique technologies can reduce design cycles by 50 percent or more while significantly improving overall quality and resource efficiency.

Meet the speakers

Siemens EDA

DurgaPrasad Nerella

Sr. Application Engineer

Siemens EDA

Varadharajan N

Sr. Application Engineer

Related resources

Integrated multi-board system design
Fact Sheet

Integrated multi-board system design

Single engineering environment to define electronic systems from logical system to PCB, reducing interfaces, manual data handling, duplication and transfer errors.

Tour Xpedition Enterprise in seven minutes
Technology Overview

Tour Xpedition Enterprise in seven minutes

Xpedition Enterprise is an innovative electronic systems design flow, from system definition, electronics design, electro-mechanical co-design, analysis and verification, through to PCB manufacturing.

Adopting a shift-left methodology
Technology Overview

Adopting a shift-left methodology

Xpedition's shift-left design methodology integrates design verification tools throughout the system design process to let designers find and fix errors where they happen, instead of waiting until later.