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How to Design Predictable Interconnects up to 448 Gbps

2026-03-19T15:32:53-08:00

This presentation 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 [...]

How to Design Predictable Interconnects up to 448 Gbps2026-03-19T15:32:53-08:00

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

2026-03-19T14:52:49-08:00

The paper includes a study of the influence of anisotropy on the channel performance and examines methods to extract out the level of anisotropy. The overall goal is to achieve better than 2% measurement-simulation correlation in impedance profiles. This approach allows for optimized geometries and controlled geometry designs.

Free signal integrity? How understanding anisotropic materials and tolerances could increase performance at 112/224Gbps and beyond2026-03-19T14:52:49-08:00

How Interconnects Work: Crosstalk Quantification

2026-03-19T15:57:51-08:00

Crosstalk is unwanted noise from structures coupled to a signal link that degrade the useful signal and may reduce the data transmission rate and even cause complete link failure. All possible signal degradation effects, including the crosstalk, can be expressed with the balance of power.

How Interconnects Work: Crosstalk Quantification2026-03-19T15:57:51-08:00
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