Unlock the potential of cloud-based E/E systems design

Electrical and Electronic (E/E) systems designers face numerous challenges, including increased complexity, interdisciplinary integration, safety and reliability, cybersecurity, cost and time-to-market pressures. Cloud-based E/E systems design software offers numerous benefits, promising to help designers tackle these challenges while accelerating development.

In this ebook, we’ll explore key challenges of E/E systems design, the benefits of the cloud for systems development, and how the cloud-based software-as-a-solution (SaaS) Siemens Capital X can be quickly and easily deployed and accessed in the cloud.

Capital X for cloud-based E/E systems design

Siemens Capital X is a powerful cloud-based solution for E/E systems design, offering a comprehensive digital twin and digital thread that spans the entire design flow. From electrical distribution system design to harness manufacturing and in-service publication creation, Capital X streamlines the process by verifying designs with real-time design-rule checks, ensuring efficiency and accuracy.

With Capital X, teams gain valuable insights across the product lifecycle, helping to avoid costly rework, prevent missed milestones, and address certification and compliance issues early. Engineers can explore different electrical system architectures by dynamically grouping functions into virtual ECUs, optimizing weight, power consumption, and overall performance. This flexibility allows for better decision-making and earlier detection of tradeoffs in the development cycle.

Download this eBook and find out how Capital X facilitates seamless cross-discipline collaboration, can effectively streamline E/E system design and much more.

Benefits of deploying an E/E systems development platform in the cloud

Cloud solutions offer several benefits for E/E systems engineers. Those benefits include:

• Fast, automatic allocation of computing resources
• Scalability to handle increasing design complexity
• Enhanced collaboration and communication
• Seamless collaboration for testing and simulation
• Cost efficiency and productivity
• Regulatory compliance and standards

Collectively, these advantages and more contribute to faster development cycles, increased
efficiency and accelerated innovation.