Transitioning from Architecture Design to Detailed Design
This webinar is Part 3 of a 3 part series covering the systems engineering process of converting product or system requirements into a viable and robust hardware architecture and then moving that architecture directly into detailed design without any manual re-entry.
Architecture design is typically done with a variety of tools including Excel and Visio. Once an architecture is defined using these tools the architecture design must be realized in the detailed design process. That transition today is manual and error prone involving data re-entry.
This webinar demonstrates the seamless transition from architecture design and optimization to detailed design. After a short review of architecture optimization and validation, the design will be moved to detailed design. A functional block diagram becomes a detailed design schematic or schematics. 2D multi-board planning becomes a 2D/3D PCB design ready for detailed placement and routing. Data re-entry is not required.
What you’ll learn:
- How to easily transition from architecture design to detailed design without any data loss or re-entry
- Functional block transition to a traditional schematic or schematics
- 2D multi-board floor planning transitions to a multi-board system
Who should watch:
- Hardware engineers
- System architects
- Design engineers
- Electronic engineers
- Product managers
- Engineering managers
This webinar introduces a solution that automatically updates the pin assignments of ICs and complex connectors in PCB designs by reading pinout lists of SoC modules and multi-pin connectors into CR-8000 Design Gateway and automatically creates all required connections, buses, and hierarchy links in the schematic.
This webinar will introduce the use of the Ansys Electronic Database (EDB) format to share information from CR-8000 Design Force to Ansys, the advantages beyond the former ANF-based interface, and how this can help users be more effective and productive.
In this webinar you will see how Design for Test (DfT) using TestWay from Aster Technologies can be integrated into a CR-8000 design flow to allow users to analyze their design at each stage of the design to delivery workflow, avoiding the traditional problems associated with traditional post-layout testing, prior to transfer of the CAD data to production.
As more organizations look to move their engineering IT to the cloud, we will present our essential guidelines and lessons learned to help you define your strategy to achieve your desired goals and plan for a sustainable migration.