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Characterization of SiN Integrated Optical Phased Arrays on a Wafer-Scale Test Station

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Ring-array processor distribution topology for optical interconnects.

Y Li, B Ha, T Wang

|August 25, 2010

Summary

This summary is machine-generated.

The ring-array topology offers a solution for optical interconnects, overcoming limitations of linear and rectangular designs. This approach enables high-performance, compact optical networks for multiprocessor computers.

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Area of Science:

Computer Engineering
Optical Networking
High-Performance Computing

Background:

Existing linear and rectangular processor distribution topologies for optical interconnects face challenges like clock skews and limited support for efficient optical implementation.
These limitations hinder the development of advanced digital electronic multiprocessor computers.

Purpose of the Study:

To investigate the ring-array processor distribution topology as a solution for optical interconnects.
To enable the implementation of fast clock rate, high-performance, and compact optical networks for multiprocessor systems.

Main Methods:

A theoretical study of the ring-array topology was conducted.
Practical design considerations for optical implementation were addressed.
Proof-of-principle experimental results were generated to validate the concept.

Main Results:

The ring-array topology effectively overcomes clock skew issues inherent in other designs.
It provides necessary support elements for efficient optical implementation.
Experimental results demonstrated the feasibility of the ring-array approach.

Conclusions:

The ring-array processor distribution topology is a viable and advantageous design for advanced optical interconnects.
This topology facilitates the creation of high-performance, compact optical networks essential for modern multiprocessor computers.