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White Papers

Home » White Papers » Free signal integrity? How understanding anisotropic materials and tolerances could increase performance at 112/224Gbps and beyond

Free signal integrity? How understanding anisotropic materials and tolerances could increase performance at 112/224Gbps and beyond

This paper analyzes second-order design features using precision measurements of test vehicles and digital twins. We propose a metric-driven methodology based on AI/ML to determine relevant parameters for simulating anisotropic behavior that matches both time and frequency domain measurements.

White Papers

Kathleen Ardner2025-04-26T10:21:16-08:00
Free signal integrity? How understanding anisotropic materials and tolerances could increase performance at 112/224Gbps and beyond
Kathleen Ardner2025-04-26T10:21:16-08:00
Via Design for 112 Gbps and Beyond: Theory and Reality
Kathleen Ardner2025-04-26T10:21:16-08:00
A Practical Method to Model Effective Permittivity and Phase Delay Due to Conductor Surface Roughness
Kathleen Ardner2025-04-26T10:21:16-08:00
BER- and COM-Way of Channel-Compliance Evaluation: What are the Sources of Differences?
Kathleen Ardner2025-04-26T10:21:16-08:00
Developing Unified Methods of 3D Electromagnetic Extraction, System Level Channel Modeling, and Robust Jitter Decomposition in Crosstalk Stressed 10Gbpsec Serial Data Systems
Kathleen Ardner2025-04-26T10:21:09-08:00
Full-wave Time Domain Modeling of Interconnects
Kathleen Ardner2025-04-26T10:21:09-08:00
Evaluation of S-Parameters Similarity with Modified Hausdorff Distance
Kathleen Ardner2025-04-26T10:21:09-08:00
Practical Identification of Dispersive Dielectric Models with Generalized Modal S-Parameters for Analysis of Interconnects in 6-100 Gb/s Applications
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