Optical Interconnects with Reflection Holographic Optical Elements

R. Kostuk, J. Goodman, L. Hesselink
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Abstract

The increasing demands on micrelectronic circuits for small size and high data rates has pushed electronic interconnection technology to its limit. New techniques are being sought to circumvent these difficulties. Among them are optical interconnections. A multiple grating reflection type holographic element can be used in a number of electronic chip to chip interconnection arrangements. To be effective the element should distribute optical radiation incident at one reconstruction angle into a number of signal beam directions with high diffraction efficiency, η. Analytical and numerical models have been developed to describe some aspects of multiple transmission gratings1,2,however except for the "on-Bragg" description by Kowarschik3, relatively little exists for multiple reflection gratings.
光学互连与反射全息光学元件
微电子电路对小尺寸和高数据速率的需求日益增长,将电子互连技术推向了极限。人们正在寻求新的技术来克服这些困难。其中包括光互连。多光栅反射型全息元件可用于多个电子片对片互连布置。为了达到有效的效果,该元件必须将入射于一个重构角的光辐射分布到多个具有高衍射效率η的信号光束方向上。分析和数值模型已经发展到描述多透射光栅的某些方面1,2,然而,除了Kowarschik3的“on-Bragg”描述,相对较少存在多反射光栅。
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