Hi all,
We recently had a largish earthquake (7.1) down here in this part of the world, did a fair bit of damage to older buildings, some water supplies and houses built on sand, but fortunately not much else.
I have been talking to piers in IT where that happened finding out how the IT systems stood up, and the good news was apart from initial power cuts, pretty well.
This got me thinking, how much of a shake could a running hard drive take before it failed? Our disk arrays here are bolted to the concrete floor so would take the full force of any earthquakes shake. Do the drives have some sort of protection in them? Is there a point at which we would start to see failures, then a point at which its pretty much guaranteed that they would all fail.
We live here in the shadow of an active volcano (has actually done anything for some time), whilst we are not in the path of any potential lava, lahar or pyroclastic flows, both of our data centers would potentially get a real good shake.
Anyway any ideas?
We recently had a largish earthquake (7.1) down here in this part of the world, did a fair bit of damage to older buildings, some water supplies and houses built on sand, but fortunately not much else.
I have been talking to piers in IT where that happened finding out how the IT systems stood up, and the good news was apart from initial power cuts, pretty well.
This got me thinking, how much of a shake could a running hard drive take before it failed? Our disk arrays here are bolted to the concrete floor so would take the full force of any earthquakes shake. Do the drives have some sort of protection in them? Is there a point at which we would start to see failures, then a point at which its pretty much guaranteed that they would all fail.
We live here in the shadow of an active volcano (has actually done anything for some time), whilst we are not in the path of any potential lava, lahar or pyroclastic flows, both of our data centers would potentially get a real good shake.
Anyway any ideas?