Addressing Complex Technology Challenges with the PADS Flow
On-demand Web Seminar
How can you get customers to say thank you? Satisfy and exceed their expectations!
In this web seminar, we'll show you how to integrate complex technologies into your end product by using the capabilities of the PADS Flow to maximize efficiency, increase product quality, and achieve results beyond your customers' expectations.
What You Will Learn
Every product starts with a concept that moves through design definition into design verification and production. But what do you do when complex technology is involved?
In this webcast, we'll review the challenges of complex technology in each design phase.
We'll take a look at the strengths of the PADS Flow and see how they enable design teams to incorporate circuitry demanding unique deployment requirements. Also shown will be ways to simultaneously increase efficiency across the entire design flow.
Specific elements we'll discuss include:
- The ability to identify appropriate stack-up definitions, trace topologies, & FPGA I/O assignment
- The definition phase, focusing on constraint development, schematic/table design methodologies, cross-probing, & advanced routing techniques
- The verification space, where we'll introduce signal integrity, power integrity, & 3D visualization techniques that ensure the highest-quality end product
- The documentation & review capabilities included in the PADS Flow
About the Presenter
Casey Silbernagel is an Application Engineer for the PADS products. He has a degree in Electrical and Computer Engineering from Oregon State University.
Who Should View
- Altium users
- OrCAD users
- DxDesigner users
- PADS users
- HyperLynx users
- Design Engineers
- Layout Engineers
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