Take your photography to the next level and beyond...

  • NEWS
  • REVIEWS
  • INSPIRATION
  • COMMUNITY
  • COMPETITIONS

Why not join for free today?

Join for Free

Your total photography experience starts here


New PortraitPro 12 SALE + 10% OFF code EPZROS814

Hitachi predicts 20Gb microdrives by 2007

Hitachi predicts 20Gb microdrives by 2007 - Hitachi Global Storage Technologies achieve industry-leading areal densities via Perpendicular Recording and demonstrated an areal density of 230 gigabits per square inch (Gb/in2) recently.

 Add Comment

Category : Technology
Share :

Hitachi perpendicular recording
Hitachi predicts 20Gb microdrives by 2007
This is the highest areal density achieved to date based on vertical recording. This accomplishment represents a doubling of today’s highest data densities on longitudinal recording technology. At the current rate of growth, Hitachi expects to see products shipping at 230 Gb/in2 in 2007, translating into storage capacities of up to 20 gigabytes* on Hitachi’s one-inch Microdrive and up to one terabyte on the Hitachi 3.5-inch Deskstar hard drive.

One of the key challenges facing the hard drive industry is overcoming the constraints imposed by the superparamagnetic effect, which occurs when the microscopic magnetic grains on the disk become so tiny that they interfere with one another, thus losing their ability to hold their magnetic orientations. The result is “flipped bits” – bits whose magnetic north and south poles suddenly and spontaneously reverse – that corrupt data, rendering it and the storage device unreliable and thus unusable.

Perpendicular recording definedLongitudinal recording, as its name indicates, aligns the data bits horizontally, parallel to the surface of the disk.In contrast, perpendicular recording aligns the bits vertically, perpendicular to the disk, which allows additional room on a disk to pack more data, thus, enabling higher recording densities.* 1 gigabyte = 1 billion bytes

Explore More

Join ePHOTOzine and remove these ads.

Comments


14 Apr 2005 4:05AM
Does that mean that if you leave your memory cards on their sides for to long it will interrupt the memory or cause the polarity to confuse the memory?
And how does this help Photographers that have side loading memory cards?

Join ePHOTOzine for free and remove these adverts.

Sign In

You must be a member to leave a comment.

ePHOTOzine, the web's friendliest photography community.

Join For Free

Upload photos, chat with photographers, win prizes and much more.