Design concurrently
Engineering teams can work concurrently throughout the product development process to reduce design cycle time and improve product quality.
Define intent
Quickly capture your schematic, leveraging design reuse and system hierarchy. Define stack-up and design constraints to ensure the system works as intended.
Automate layout
Leverage correct-by-design automation concurrently with your team to accelerate constrained high-speed designs.
Optimize across multiple domains
Efficient, secure, concurrent design across all engineering teams to optimize project costs, accelerate design time, manage data integrity, and improve quality of results.
Collaborate between ECAD & MCAD efficiently
Optimize electronics designs within tight form-factor constraints while still meeting quality, reliability, and performance requirements.
Co-design FPGA & PCB
Bridge the FPGA and PCB design domains for automated, fast, and error-free bi-directional data exchange that reduces PCB layer count, product cost, and design time.
Design products that work
Verify during the design process to achieve first-pass success while optimizing products for performance and manufacturability.
Verify often
Integrated and easy to use verification tools enable engineers to check a design early and often, ensuring first-pass success.
Ensure manufacturability
Assembly analysis on the fully placed and optimized board ensures that the part placement will work for production.
Define a MBSE strategy
From system requirements to implementation and manufacturing, Xpedition Enterprise creates aa model-based approach allows team members to view of the entire system (electronic, electrical, mechanical, and software) and models pieces of that system, while defining and optimizing interconnectivity and traceability from one domain to the other.
Develop integrated systems
Early use of simulation, both mechanics and electronics, combined with model-based systems engineering (MBSE) assist manufacturers in navigating the changes caused by the increasing complexity of electronics design and the organizational processes that come from it.
Leverage models to shift-left
Apply a shift-left strategy, involving the implementation of new methods to ensure system integration, boost design reuse, and employ digital prototyping during the design and verification phases of development.
2021 Study Reveals Key Drivers For Success
Digitalize the supply chain
Digitally transforming how the electronics value chain is traversed will unlock the full innovative potential of system design companies all over the world. With Siemens, companies can optimize not only their systems design process but also every link to all the stakeholders in the value chain, achieving higher levels of digitalization and profitability.
Make smarter decisions, earlier
Never design in another obsolete part. Empower engineers with real-time component sourcing data to make more informed part decisions without ever leaving the schematic. Prioritize the component vendors you use and mitigate the risk of component decisions early in the design process, saving you time and money.
Markus Välkky, Nokia
Bastian Diehm, TESAT