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Six orders of magnitude in linear tape technology: The one-terabyte project

机译:线性磁带技术的六个数量级:1 TB的项目

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For the last 50 years, tape has persisted as the media of choice when inexpensive data storage is required and speed is not critical. The cost of tape storage normalized per unit capacity (dollars per gigabyte) decreased steadily over this time, driven primarily by advances in areal density and reduction of tape thickness. This paper reports the next advance in tape storage—a demonstration of a tenfold increase in capacity over current-generation Linear Tape-Open® (LTO®) systems. One terabyte (1 TB, or 1000 GB) of uncompressed data was written on half-inch tape using the LTO form factor. This technical breakthrough involves significant advances in nearly every aspect of the recording process: heads, media, channel electronics, and recording platform.
机译:在过去的50年中,当需要廉价的数据存储并且速度不是很关键时,磁带一直是首选的介质。在此期间,单位面积的标准化磁带存储成本(每千兆美元美元)稳步下降,这主要是由于面密度的提高和磁带厚度的减小所致。本文报告了磁带存储的下一个进步-证明了容量比当前的LinearTape-Open®(LTO®)系统增加了十倍。使用LTO尺寸规格在半英寸的磁带上写入了1 TB(1 TB或1000 GB)的未压缩数据。这一技术突破涉及到记录过程几乎每个方面的重大进步:磁头,媒体,通道电子设备和记录平台。

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