Optical holographic interconnects: categorization and potential efficient passive resonated holograms
Stuart A. Collins, H. John Caulfield
Abstract
Stuart A. Collins, H. John Caulfield
Abstract
We consider several aspects of holographic optical interconnects. First we outline the various categories of holographic interconnects. We then show that obtaining a large number of superimposed holographic interconnects, all of high efficiency, in one hologram is difficult with present materials. Resonant mirrors around the hologram are suggested as a solution. It is shown that, with four mirrors around a lossless hologram of low diffraction efficiency, it is possible to choose mirror reflectivities to provide 100% diffraction efficiency. Angular beam widths and a recommended configuration are also presented.
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We consider several aspects of holographic optical interconnects. First we outline the various categories of holographic interconnects. We then show that obtaining a large number of superimposed holographic interconnects, all of high efficiency, in one hologram is difficult with present materials. Resonant mirrors around the hologram are suggested as a solution. It is shown that, with four mirrors around a lossless hologram of low diffraction efficiency, it is possible to choose mirror reflectivities to provide 100% diffraction efficiency. Angular beam widths and a recommended configuration are also presented.
Key concepts: Holography, Diffraction efficiency, Optics, Diffraction, Lossless compression, Physics, Computer science, Optoelectronics