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Fiber-image-guide-based bit-parallel optical interconnects.

Y Li, T Wang, H Kosaka

|December 15, 2010

Summary

We developed a scalable optical interconnect for high-bandwidth communication. This method uses fiber image guides to transmit parallel optical data, enabling multigigabyte per second per channel transmission.

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Area of Science:

Optoelectronics
Optical Communications
Computer Engineering

Background:

High-bandwidth interprocessor communication is critical for modern computing.
Existing interconnects face limitations in scalability and data transmission rates.

Purpose of the Study:

To propose and evaluate a scalable bit-parallel optical interconnect method.
To address the need for high-bandwidth data transmission in parallel computing systems.

Main Methods:

Utilized flexible fiber image guides for spatially parallel optical data transmission.
Investigated lens-based and fiber-image-taper-based input-output coupling schemes.
Modeled power loss and resolution degradation mechanisms.
Conducted experiments to validate operational principles and performance.

Main Results:

Demonstrated a scalable method for optical interconnects.
Achieved parallel transmission of hundreds of channels.
Confirmed multigigabyte per second per channel data rates.

Conclusions:

The proposed optical interconnect method is scalable and efficient.
It offers a viable solution for large-bandwidth interprocessor communications.
The technology supports high-speed, parallel data transfer crucial for advanced computing.

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