Maximizing Performance and Reliability of SERDES Interfaces

This Fidus whitepaper, awarded the Outstanding Paper Award at EDI CON USA 2017, delves into the complexities of high-speed SERDES (Serializer/Deserializer) interfaces, particularly focusing on their implementation on single printed circuit boards and backplane systems. With data rates exceeding 5 Gbps, these interfaces have become commonplace, but ensuring error-free operation remains a challenge.

This paper explores the design process, emphasizing the importance of understanding parameters like s-parameters, insertion loss, return loss, skew, and insertion loss deviation. It also addresses the impact of ground plane resonance and skew between differential pairs on link performance.

Why Download This White Paper?

• Understanding SERDES Design Flow and Debug Strategy: Gain insights into the intricacies of designing and debugging SERDES interfaces, including common issues encountered during testing and strategies for resolution.
• Re-examining Cascaded Network S-parameters: Explore the nuances of cascade theory in the context of uniform transmission lines and discover exceptions where conventional approaches may not suffice.
• Insights from Measurement and Simulation: Benefit from real-world case studies and simulations illustrating the impact of ground plane resonance and P-N skew on SERDES performance, providing actionable insights for design optimization.

This whitepaper offers valuable perspectives on optimizing SERDES interfaces, highlighting the critical role of meticulous design, simulation, and testing processes. By understanding the complexities discussed herein, engineers and designers can enhance the reliability and performance of high-speed communication systems.

Download this whitepaper to unlock essential insights for optimizing SERDES interfaces and ensuring robust high-speed data transmission in your designs.