Fujitsu lining up gargantuan 1.2TB hard drives for notebooks

fujitsu-hard-drives.jpgFujitsu’s found a way to start charging more money for hard drives – inventing a new technology to increase their capacity.

We’ll copy the method it used directly from the Fujitsu announcement as, frankly, it’s all a bit bewildering. Apparently, “one-dimensionally aligned alumina nanohole patterns with 25nm pitch were produced to support one Terabit/in2 bit recording density.”

LINDY launches NAS enclosure matching Mac Mini

lindy_nas_mac_mini_storage_file_server.jpgLINDY has launched its latest enclosure designed to complement and sit underneath a Mac Mini, but usable by any home network configuration. It’s a NAS (Network-Attached Storage) device which is compatible with standard 3.5-inch ATA hard drives (which you supply yourself).

It features a built-in FTP (file transfer) server allowing up to five consecutive users on a network connect, plus support for Samba server, and a password-protected browser-based user interface to allow configuration.

Hard drives with ultra-powerful zaps of LASER beams

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New tests, from Radboud University Nijmegen in the Netherlands, show pulses from ultra-powerful lasers outperform magnets by two orders of magnitude. By flipping polarity of the laser to either positive or negative, binary sequences of one or zero are indicated. Data in these tests transfered in intervals of 40 quadrillionths of a second, which is about a hundred times faster than we’ve got now, which means we could store a hundred times as many Lol cats pictures in the same amount of time. Oh, efficiency! [GT]

Lighting a Fire Under Hard Drives (via Crunchgear)

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