Altium
Next generation electronics design solutions
Take the pain out of Pin Swapping
Harness the benefits of FPGAs without being overwhelmed by complex PCB to FPGA synchronization issues. Using pin swapping as an example, this informative video and white paper provides an overview of the design data management challenges facing PCB and FPGA designers and illuminates the path forward for successful design.
How do I use FPGA Pin Swapping during PCB layout?
Key Benefits of FPGA/PCB Pin Synchronization
- Get to market faster
- Maximize profits
- Manage increased complexity
- Reduce PCB manufacturing costs
- Encourage collaboration and interaction between parallel development teams
- Eliminate costly delays caused by poorly coupled design tools
- Streamline design processes
- Increase productivity
- Replace poorly coupled design tools
- Improve PCB performance
- Harness FPGA programmability to decrease PCB routing complexity
- Minimize trace lengths
- Minimize via count
- Improve PCB reliability
- Guarantee synchronization between FPGA and PCB design documents
- Automate pin swapping
- Work seamlessly across FPGA and PCB design documents
- Work more productively from a single, unified design environment
- Leverage current board-level design skills to access the benefits of FPGAs.
- Free up time to focus on value adding
- Increase user satisfaction
See how Altium allows complete concept-to-production design and engineering to be done within a single application that brings together traditionally separate design disciplines.