Seagate Announces Backup Plus Hard Drives

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  • I realize 2.5" form factor makes for easier storage and transporting, but also makes for shorter life and higher temps than most green-friendly 3.5" drives.
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  • alidan
    4tb doe 250$ someone confirm this.

    its getting o so close to where i will buy a 4tb drive, i can almost taste it.
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  • Avenger762
    I think someone messed up on the 2.5" drive prices. What's the point of buying 500GB drive when the 1TB is $60 cheaper? If that's the case maybe I should get two before they figure it out.
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  • lamorpa
    I, for one, would not pay the $70 premium to get 250GB less storage (750 -> 500) in the 2.5 inch series, but that's just me...
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  • livebriand
    Guys, the 2.5" 500GB one? You might want to check the pricing. Also, personally, I see no need for a 2.5" backup drive. In my case, my backup drive sits on top of my desktop, out of site and out of mind, and I simply plug it in and run a backup once a week. I don't care about the fact that it's 3.5" and not as portable as it could be. (I've taken it to friends' houses before, and it's portable enough anyway.)
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  • freggo
    Wouldn't a 3.5" drive also have a somewhat higher read/write speed ?
    Is for the size of a backup drive... 2,5...3,5 or even 5.25 don't matter much. Speed and especially Reliability are important to me.
    I have a suspicion that a larger drive would have a lower failure rate.
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  • zoobiewa
    Freggo: Smaller drives can theoretically have higher speeds. If you think about a disk, the center spins much more slowly than the edge. Therefore, a smaller drive has less of a speed difference between the center and the edge, meaning you can go higher and not worry about creating insane turbulences.
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  • alidan
    the small 2.5 drives would be good for laptop backup drives, thats the kind of portability they have. a 3.5 for a laptop would be bulky... but thats just my thinking.
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  • freggo
    zoobiewaFreggo: Smaller drives can theoretically have higher speeds. If you think about a disk, the center spins much more slowly than the edge. Therefore, a smaller drive has less of a speed difference between the center and the edge, meaning you can go higher and not worry about creating insane turbulences.
    That's what I what I meant. a larger disk at the same RPM will still have more data passing under the read/write head (on the outer portion of the drive).
    As for turbulence, I don't think that would be a problem; besides, they could always create a vacuum or at least low pressure environment inside the drive to take care of that.

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