采用多层结构的超高密度光盘

N. Shida, K. Suga, T. Higuchi, T. Iida
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引用次数: 5

摘要

为了实现超高密度光盘,利用光聚合物片的空间层厚度均匀性,对空间层进行了基础研究。然后制作了一个原型光盘。各薄片厚度变化在1.3 /spl mu/m以内。验证了转录特性。测量了光盘的数据-时钟抖动。在一张12厘米的光盘上,记录容量为27.4 GB。每层容量为13.7 GB。在这些基础研究的基础上,我们采用多层结构实现了超高密度光盘,其中利用光聚合物片作为空间层是非常重要的。届时,将有可能在4层结构的12厘米的光盘上实现50 GB以上的记录容量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Super high density optical disc by using multi-layer structure
To realize a super high density optical disc, the authors made basic researches into a space layer by using a photopolymer sheet owing to the uniformity of each space layer thickness. Then a prototype disc was manufactured. Thickness variation on each sheet was within 1.3 /spl mu/m. The transcription characteristic was verified. The data-to-clock jitter of the disc was measured. The recording capacity was 27.4 GB on a 12 cm disc. The capacity of each layer was 13.7 GB. As a result of these basic researches, we realized a super high density optical disc by using multi-layer structure, it is very important to utilize a photopolymer sheet for the space layer. It then will be possible to realize the recording capacity of 50 GB or over on a 12 cm disc having a four layered structure.
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