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Toshiba launches super-rugged HDDs designed for 24/7 use

by Pete Mason on 19 November 2010, 14:52

Tags: Toshiba (TYO:6502)

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Tohsiba's latest hard drives might not be the smallest, fastest, densest or highest capacity models on the market, but they might just be some of the toughest storage that money can buy.

The MK1060GSCX and MK8050GACY are designed to be run continuously in the harshest environments without packing in. That means they can survive and continue to operate in a temperature range of between -30°C and 85°C, or -15°C to -70°C on the disk enclosure surface. They're also capable or running at altitudes of up to 5,650m above or 300m below sea level and resisting shock of up to 300G while active or a massive 800G - or 7,840m/s2 - when not in operation.

As for the drives themselves, they offer 100GB or 80GB of storage with seek times of 12 and 16 milliseconds, respectively in a standard 2.5in form-factor with a 4,200RPM spindle speed. The higher-capacity model makes use of a SATA interface, while the 80GB version has to make do with a PATA connection.

These drives are designed for use in factories, digital surveillance and any other form of computing that requires exceptional reliability, though they'd also be an excellent fit for a ruggedized laptop. They certainly won't outperform a speedy new SSD - or even the majority of mechanical hard-drives - but if you need a HDD that just won't quit, the Toshiba's might be just what you're looking for.

Both drives are due to be released in December and while pricing hasn't been announced, don't expect durability like this to come cheap.



HEXUS Forums :: 7 Comments

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SSDs kinda make this drive redundant. :\
aidanjt
SSDs kinda make this drive redundant. :\

Maybe mechanical drives have better longevity? An SSD writing all day (ie surveillance system) might be more likely to fail/hit its MTBF.

Just a guess.
BullDogg
Maybe mechanical drives have better longevity? An SSD writing all day (ie surveillance system) might be more likely to fail/hit its MTBF.
80GB isn't exactly much space for high resolution surveillance systems. And if you fill the disk I don't think you'll be wanting to wipe it until the old data can be archived, so it's not exactly going to be a mass of write fills per day.

It just doesn't make sense to me. :\
aidanjt
80GB isn't exactly much space for high resolution surveillance systems. And if you fill the disk I don't think you'll be wanting to wipe it until the old data can be archived, so it's not exactly going to be a mass of write fills per day.

Good point, well made. To be honest, I'm not sure what the answer is, but I'm sure there's a market for these kind of things. Black boxes perhaps?

Now I'm just trying to think of anything where you might need to survive acceleration of 2.5km/s^2 while writing data. Rail gun, perhaps? :P
aidanjt
80GB isn't exactly much space for high resolution surveillance systems. And if you fill the disk I don't think you'll be wanting to wipe it until the old data can be archived, so it's not exactly going to be a mass of write fills per day.

It just doesn't make sense to me. :\

Makes sence to me if you stick it in an external enclosure…