How Integrated FPGA-PCB I/O Co-Design Accelerates PCB Design and Reduces Costs
Today’s leading-edge systems require a modern FPGA I/O optimization interface that enables you to quickly perform pin swapping and layout-based I/O optimization within the PCB design flow. Fact is, the lack of, or poor FPGA I/O optimization often leads to longer routing cycles and longer trace lengths which in turn result in the need for additional signal layers and vias which can impact signal integrity. A design tool flow with FPGA I/O Optimizer technology eliminates the barriers between FPGA and PCB designers and provides ‘correct-by-construction’ FPGA I/O assignment allowing pin swapping and layout-based I/O optimization within the PCB process.
The ability to read in, export and synchronize FPGA designers’ HDL and constraint files ensures full consistency during the iterative concurrent design process. Incidentally, it also allows creating high pin count FPGA PCB parts ready for instantiation in minutes. Modern FPGA I/O optimization helps you not only accelerate design time-to-market, but also reduces manufacturing costs.
What You Will Learn
- How to create a multi-thousand pin FPGA part in minutes
- How to enable collaboration between FPGA and PCB designers
- How to optimize FPGA pin assignment in the context of the PCB layout
Who Should Attend
- Electrical Engineers
- PCB Designers
- Engineering Managers
- Anyone interested in FPGA-PCB co-design
Live Webinar: How Integrated FPGA-PCB I/O Co-Design Accelerates PCB Design and Reduces Costs
Tuesday the 21st of July, 2020
3:00 PM - 4:00 PM CEST
This webinar will discuss requirements for effective SerDes channel post-route verification and show how they can be achieved.How Integrated FPGA-PCB I/O Co-Design Accelerates PCB Design
In this webinar you will learn that modern FPGA I/O optimization helps you not only accelerate design time-to-market, but also reduces manufacturing costs.