2006•Unpublished venueRequires access

Holographic data storage / today and future

Hideyoshi Horimai, Xiaodi Tan

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Abstract

Collinear holography proposed by OPTWARE Corporation is the most promising method for ultra-high density volumetric optical data storage system. A servo technology is introduced to control the objective lens to be stopped relatively to the disc during the recording and the reconstructing process. Experimental and theoretical studies suggest that the proposed system and media structure are indeed very effective for materializing a small optical storage system with huge density. Further investigations have been underway to balance the data density and the transfer rate by incorporating newly designed optical and electronic components. Collinear holography can also be applied into other optical information storage systems in the future.

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What this paper is about

Collinear holography proposed by OPTWARE Corporation is the most promising method for ultra-high density volumetric optical data storage system. A servo technology is introduced to control the objective lens to be stopped relatively to the disc during the recording and the reconstructing process. Experimental and theoretical studies suggest that the proposed system and media structure are indeed very effective for materializing a small optical storage system with huge density. Further investigations have been underway to balance the data density and the transfer rate by incorporating newly designed optical and electronic components. Collinear holography can also be applied into other optical information storage systems in the future.

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Available abstract

Collinear holography proposed by OPTWARE Corporation is the most promising method for ultra-high density volumetric optical data storage system. A servo technology is introduced to control the objective lens to be stopped relatively to the disc during the recording and the reconstructing process. Experimental and theoretical studies suggest that the proposed system and media structure are indeed very effective for materializing a small optical storage system with huge density. Further investigations have been underway to balance the data density and the transfer rate by incorporating newly designed optical and electronic components. Collinear holography can also be applied into other optical information storage systems in the future.

Key concepts: Optical storage, 3D optical data storage, Optical disc, Computer data storage, Holography, Holographic data storage, Computer science, Process (computing)

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