Items Tagged with 'design'

The new integration brings over ten million CAD assets into the Future Electronics digital experience, allowing engineers to download models in formats compatible with leading ECAD tools without leaving the website.

The increasing speeds of digital interfaces to meet the ever-growing data demands of modern society places stress on design engineers. A new test methodology for measuring intra-pair skew is necessary to verify high-speed interfaces such as PCI Express. The BERT-based setup uses a new method with dual transmitters to control the phase of signals within a differential pair, enabling granular measurement of intra-pair skew. This capability is crucial for understanding and mitigating the impact of skew on BER margins at high data rates such as 64 GT/s.

The future of signal integrity design is being reshaped by AI and machine learning. Traditional SPICE and IBIS models are giving way to generative AI, digital twins, and physics-informed models that offer real-time insights and future-proofing capabilities. Chris Cheng discusses why AI is no longer just data-driven—it’s becoming physics-aware, adaptable, and ready to co-pilot your next design.

Yuriy Shlepnev of Simberian outlines the fundamental elements of DEA, examines the conditions for its accuracy, and highlights its growing importance in the future of interconnect design.

Eric Bogatin shares four useful tools that illustrate the dynamic nature of propagating signals, promoting the understanding that is imperative to the design of high-performance products.

This DesignCon paper showcases high-speed design and testing schemes for LPO systems from a system perspective while also presenting the testing results, data, and product architecture of a linear direct-drive switch in conjunction with an LPO module system.

In this article, Yuriy Shlepnev provides an overview of Simbeor electromagnetic signal integrity software and highlights its new features.

DesignCon panel co-chairs extend an invitation to a special tech panel on generative AI and large language models for electronic designs.

In just two generations, six different technological revolutions have transformed our economy, our careers, and our quality of life, for better or for worse. Eric Bogatin reflects upon industry progress and explores the potential impact of the latest development in technological innovation, generative AI.