Items Tagged with 'interconnect'

ARTICLES

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Superconducting Interconnect: The Effect of Kinetic Inductance on Signal Integrity

While the lossless characteristics of superconducting interconnect can trigger visions of tremendous bandwidths over infinite physical distances, superconductors have unique properties that can appreciably affect signal integrity in unexpected ways. This article introduces kinetic inductance from the eyes of signal integrity with the aim of preparing engineers to analyze superconducting links.


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Futuring Interconnect Infrastructure for AI: RF Transmission over Plastic Cable Surpasses Copper and Optics at Terabit Scale

Point2 Technology’s e-Tube offers a compelling alternative to copper cables and optics. It extends copper’s reliability and economics to support terabit-scale data rates in a lightweight, power-efficient, and highly manufacturable form to address short reach, AI cluster scale-up in data centers. With roadmap scalability to multi-terabit and compatibility with standard cable form factors, e-Tube redefines the compute fabric for next-generation AI clusters.


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How Interconnects Work: Crosstalk Quantification

Crosstalk problems here to stay as long as interconnects are designed as the open waveguiding systems. Thus, understanding and proper quantification of the crosstalk and mitigation of the consequences are important. This article outlines multiple possible ways to quantify the crosstalk: coupling coefficients, frequency domain metrics, time-domain analysis of crosstalk, and a modern statistical approach. 


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