Issue link: https://resources.pcb.cadence.com/i/1532922
TIP: This feature is amazing, because you can make use of the table to uncover crosstalk issues before they show up as signal attenuation on the test bench! Results We have completed the design and due to proper constraint management, we have passed the design correctly using the constraints-driven approach to hardware and PCB design. Conclusion of Part 5 - Project Example In Part 5 of the OrCAD X Constraint Management Guide, we explored the practical application of constraints using the Cadence FPGA as a case study. This real-world example highlighted the importance of implementing and managing constraints effectively to ensure successful design outcomes. By demonstrating how to set, analyze, and verify constraints in both schematic and PCB layout, we provided a comprehensive overview of constraint management in a complex design environment equipping you with the knowledge and tools necessary to tackle modern PCB design challenges. By applying these principles, you can enhance the reliability, efficiency, and innovation of your PCB designs, ensuring they meet industry standards and project requirements. You also learned how to use the impedance and coupling workflows to quickly address signal integrity concerns on the fly. This power of analysis is extremely convenient because you won't have to be a signal integrity expert to get the job done. As you continue your design journey, remember that effective constraint management is key to unlocking the full potential of your PCB projects. 101 www.cadence.com OrCAD X Constraint Management Guide