Hitachi's deskstar 7K400 ($400) is the new king of big: The 7200-rpm Serial ATA hard drive comes with an 8MB buffer and a staggering 400GB of storage. The reasonably priced drive, available now, also features improved digital-media handling capabilities. In our tests it performed exceptionally well on standard desktop applications, too.

To reach 400GB in the new model, Hitachi essentially slipped two more 80GB platters into its 250GB Deskstar 7K250--the fastest hard drive we have tested to date (see January's Top 10 Hard Drives). Adding the extra platters didn't affect performance: The 7K400 completed our tests in 34 minutes, 1 second--21 seconds slower than the 7K250, a statistical tie. And in both our Windows and our applications-based tests, it outperformed the average score of all seven 200GB or larger hard drives we've seen, often by 9 to 16 percent.


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The drive is not only speedy; Hitachi says it also excels at streaming video--a key function of set-top, TiVo-like boxes and of PCs used as digital video recorders--thanks to its new Streaming Command Set. When used with compatible software, the industry-standard technology alters the drive's error-correcting functions during video streaming to permit minor errors rather than stopping the stream for correction. Although such errors are unacceptable in PC data, this results in smoother video, with rare, blink-and-you-miss-it imperfections. Hitachi says users should be able to turn this feature on and off. (PC World was not able to test it.)

Better streaming abilities aside, this is one fast drive. And at $400, it's a fairly economical way to prepare a new or existing media-savvy PC for high-definition content, where each hour of video can require 8GB or more.

lets see i could use a few... I am building a computer with plans of 1.5 terabites of Internal storage... these could make that a lot more!!!

Jarod . u need space ?!

read that!!

The petabox by the Internet Archive is a machine designed to safely store and process one petabyte of information (a petabyte is a million gigabytes). The goals-- and current design points are:
* Low power-- 6kWatts per rack, and 60kWatts for the whole system
* High density-- 100 Terabytes per rack
* Local computing to process the data-- 800 low-end PC's
* Multi-OS possible, linux standard
* Colocation friendly-- requires our own rack to get 100TB/rack, or 50TB in a standard rack
* Shipping container friendly-- Able to be run in a 20' by 8' by 8' shipping container
* Easy Maintainance-- one system administrator per petabyte
* Software to automate mirroring with itself
* Inexpensive design
* Inexpensive storage


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PILOT STATUS 5/2004

* The first 100TB Rack is up and running!
* The second 100TB Rack will be up by the end of May
* Thermal Targets have been met
* Systems Booted from USB Dongle
* Reiser FS running
* PC-based Router running



Source and pics:


http://www.archive.org/web/petabox.php


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