
Marco Arment: "Everyone should play by the same rules.
A proposal: storage capacities referenced or implied in the names or advertisements for personal computers, tablets, and smartphones should not exceed the amount of space available for end-user installation of third-party applications and data, after enough software has been installed to enable all commonly advertised functionality. With today's OSes, iPads could advertise capacities no larger than 12, 28, 60, and 124 GB and the Surface Pros could be named 23 and 83 GB." Wholly agreed. When I buy a box of 100 staples, I expect it to contain ~100 staples - not 50 because the other 50 are holding the box together.
Member since:
2010-01-21
I don't know what input any hard drive manufacturers who had members in these organizations might have had might have had, but the binary prefixes (kibi/gibi/tebi/etc.) were developed by the IEC with support from the IEEE and CIPM (International Committee for Weights and Measures) due to concerns that the old "everybody knows kilo- means 1024 in the context of computers" attitude was proving problematic as computers became a more and more generally-used tool.
It's actually meant to SOLVE the problem you're complaining about... though more in the context of standards, research, and business. (People in related but different fields both saying 5GB but meaning different things)
...because people in computer science decided "Ehh... 1000? 1024? Close enough. Use the SI prefixes."
Personally, I think it'd make more sense to complain about wood measurements like 2x4 referring to the size they're cut before the wood is dried out.
Just because Google Calculator is still non-compliant with a definition standards bodies agreed on over a decade ago doesn't mean that should continue to be the case.
GiB is unambiguous. GB will become unambiguous when we stop abusing it to refer to powers of 1024.
Complain to the hard drive manufacturers (Good. Ditch GB) or to Microsoft (Not something I want. Keep GiB.) to get them to agree on a set of units.
Here's the NIST page on the topic:
http://physics.nist.gov/cuu/Units/binary.html
Edited 2013-01-30 05:42 UTC