采用叠层薄膜调制器和检测器的光互连系统

D. Shen, S. Kowel
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引用次数: 1

摘要

提出了一种在硅VLSI芯片上使用薄膜调制器和探测器的新型光连接系统。该系统的优点是整个芯片区域可以专用于处理器和存储电路。这样的系统可以为多处理器提供大带宽并行通信通道,完全基于经过验证的、兼容的材料和工艺,并可以在不久的将来完成。薄膜聚合物标准子结构可作为调制器。电存储的信息可以转换为光学信息,然后广播到接收阵列。所述非晶硅可以作为接收阵列沉积在硅芯片的顶部。讨论了这一概念和重要的技术问题。初步的实验结果表明,这个新系统是有希望的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optical interconnection system using stacked thin film modulator and detector
Proposes a new optical connection system using thin film modulators and detectors on top of silicon VLSI chips. The advantage of this system is that the entire chip area could be dedicated to processor and memory circuits. Such a system could offer large bandwidth parallel communication channels for multiprocessors, based entirely on proven, compatible materials and processes and could be accomplished in near future. Thin film polymer etalon structures can be used as the modulators. The electrically stored information can be changed to optical information and then broadcast to receiving arrays. The amorphous silicon can be deposited on top of the silicon chip as a receiving array. The concept and important technical issues are discussed. The initial experimental results suggest that this new system is promising.<>
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