Data Hoarder

0 readers

3 users here now

We are digital librarians. Among us are represented the various reasons to keep data -- legal requirements, competitive requirements, uncertainty of permanence of cloud services, distaste for transmitting your data externally (e.g. government or corporate espionage), cultural and familial archivists, internet collapse preppers, and people who do it themselves so they're sure it's done right. Everyone has their reasons for curating the data they have decided to keep (either forever or For A Damn Long Time (tm) ). Along the way we have sought out like-minded individuals to exchange strategies, war stories, and cautionary tales of failures.

founded 1 year ago

MODERATORS

[email protected]

Anyone know how the "shock" value is calculated in this case? The label says 350Gs, is that G like 350* 9.8m/s^2 or G*s, so uh 35m/s velocity? (alien.top)

submitted 1 year ago by [email protected] to c/[email protected]

1 comments fedilink hide all child comments

you are viewing a single comment's thread
view the rest of the comments

[–] [email protected] 1 points 1 year ago

It is related to retardation force when dropped. That in turn is related to the height at which the drive is dropped and the elasticity/softness/hardness of the surface.

For example, if you drop the drive from 1 meter of height, less than 350G means the floor material must be soft/elastic enough to stop the fall after about 2.8 mm, or more. In other words, a thick carpet, rubber, foam or elastic plastic. Drop the drive on a hard stone/ceramic non-elastic surface and the retardation force, when it hit, will be way higher than 350G. And the drive is likely to break. A soft wood floor that get a 3 mm dent might perhaps be OK.