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Flash Drives Go To Work
feminazi writes "USB drive capacity is outpacing Moore's Law by doubling every year, evolving from tchotchkes to devices capable of addressing corporate needs ranging from mobile computing platforms to files stores with encryption and biometrics protection. SanDisk and M-Systems Flash Disk Pioneers launched a thumb drive with an intelligent U3 chip that can store and launch applications. Lexar's premium JumpDrive Lightning thumb drive has the fastest data-transfer rates at 18MB/sec write and 24MB/sec read. And some are strong on the outside, too. SanDisk touts a drive built to withstand 2,000 lbs. of pressure. Computerworld tested that claim by repeatedly driving a Volkswagen Beetle over the ruggedized thumb drive. While the drive's body came away with a few scratches, there were no dents, and not a single lost file."
It's a great feature that SanDisk has a flash drive that can be driven over. However, I can't think of the number of times I have forgotten those little buggers in my pockets when they've gone in the wash and the number of time they've come out and still worked perfectly normally. I have got to say, in a day and age when things break if you look at them wrong, it's great that we have invented the 21st century's response to the swiss army knife.
It has been a nervous year, with people beginning to feel like Christian Scientists with appendicitis.
On some drives, like the ones my college bookstore carries, you can't access the writable portion of the drive until after the U3 software is loaded into Windows. Hell, I couldn't even get past it using my Linux laptop.
And the U3 software fails on virtually every computer on campus, because the computers are locked down in such a way that one cannot install device drivers using a normal student account.
The real kicker? They're replacing all the PCs in the campus labs with ones without floppy drives. So even those poor kids with only a few hundred KB of data will have to use a flash drive, and us student assistants will have to support them.
Already, I've had to tell too many students that yes, they can access their data from home with that flash drive. No, they won't be able to use that flash drive here. Yes, I realize their assignment is due in twenty minutes. No, there's nothing I can do about it; I don't have any greater a degree of access than they do.
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Moore's famous "law", previously a handy rough predictor for the maximum obtainable complexity of ICs (integrated circuits, e.g. CPUs) is often unappropriately applied to fields which it has nothing to do with, e.g. the maximum capacity of HDDs. Does it apply in this case?