Show us your SSD performance

That can be a big difference for what they are doing. Probably not very much for what we do.

Hammering slows it down a little more that the 320.

Practical use it is maybe 5% slower?

Normal usage 38MB's against 40MB's?

My guess it is partly the newer controller and its firmware.

Hopalong X said:

Hammering slows it down a little more that the 320.

Practical use it is maybe 5% slower?

Normal usage 38MB's against 40MB's?

My guess it is partly the newer controller and firmware.

That's what I meant. Big difference for them. Not for us.

EDIT: 5MB/s x60 seconds x 60 minutes x 24 hours =420GB day

Samsung 470 is still kickin it. 165TiB.


FYI for all.
Numbering difference is on the testers. Intels started out TB.

All the new ones are reporting TiB.

Hopalong X said:

Samsung 470 is still kickin it. 165TiB.


FYI for all.
Numbering difference is on the testers. Intels started out TB.

All the new ones are reporting TiB.

OK, I'll bite? what's the difference?

You would ask.

TiB is 8 based.
TB is 10 based.

Here goes what I understand but could be wrong.
The Intels were reporting SMART values in MB and TB when they checked them against what they actually were writing when they started weeks ago. So that is how they were reported.

All the newer drives Samsung and Crucials they found were reporting SMART values in MiB and TiB. So they are posting accordingly.

If you want exacts and all the math- Wikipedia time.

Chart is towards top on right.> http://en.wikipedia.org/wiki/TiB



http://en.wikipedia.org/wiki/Orders_of_magnitude_(data)

• • A group of 8 bits constitutes one byte. The byte is the most common unit of measurement of information (megabyte, mebibyte, gigabyte, gibibyte, etc.).
  • In 16-bit and 32-bit architectures, having processor registers of these sizes, that chunk of data is usually called a word.
  • The decimal SI prefixes kilo, mega etc., are powers of 10. The power of two equivalents are the binary prefixes kibi, mebi, etc.

  Accordingly:
  

  • 1 kB (kilobyte) = 1000 bytes = 8000 bits
  • 1 KiB (kibibyte) = 1024 bytes = 8192 bits

So using above in quotes 1KiB is 24bytes larger than 1kb.
Then you figure it to MB's and TB's.

OK, I got it. I am going to hazard a guess it is so people do not get the acronyms mixed up, TB could be misinterpreted as tuburculosis whereas it's obvious to everyone MiB is Men in Black.

Actually, 1 TB = 0.90949470177293 TiB

Ok then, how many Men in Black= 1MB

dave76 said:

ok then, how many men in black= 1mb

1024-decimal
931- binary

Dave76 said:

Ok then, how many Men in Black= 1MB

essenbe said:

dave76 said:

ok then, how many men in black= 1mb

1024-decimal
931- binary

.........or one badaxx Cowboy!