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1-to-27 highly parallel three-dimensional intra- and inter-board optical interconnects

机译:1至27个高度并行的三维板内和板间光学互连

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摘要

The authors present a novel interconnection scheme for highly parallel three-dimensional (3-D) optical intra- and inter-board fan-out using substrate guided waves in conjunction with a two-dimensional (2-D) multiplexed hologram array. 1-to-27 passive highly parallel optical fan-out was demonstrated for the first time. Optimum design rules are presented together with experimental results. The effort of employing substrate guided waves in conjunction with a 2-D multiplexed holograms array provides the capability of 3-D multi-stage intra- and inter-board massively parallel interconnects. As a result, the coupling from a laser diode to multi-stage two dimensional detector arrays and/or fiber array can thus be realized.
机译:这组作者提出了一种新颖的互连方案,该方案使用衬底导向波结合二维(2-D)复用全息图阵列,实现高度平行的三维(3-D)光学板内和板间扇出。首次演示了1对27无源高度并行光学扇出。提出了最佳设计规则以及实验结果。将衬底导波与2-D多路复用全息图阵列结合使用的努力提供了3-D多级板内和板间大规模并行互连的功能。结果,因此可以实现从激光二极管到多级二维检测器阵列和/或光纤阵列的耦合。

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