Higher STR will only make Santilli happy when he'll run benchmarks to entertain himself.
Higher STR will only make Santilli happy when he'll run benchmarks to entertain himself. Otherwise, it will have very little impact on the perceived speed of the drive from a user experience.
I move large files between disks quite a bit, so higher STR would help me. I'll also need to upgrade to a 10gbps network.
The math in that article doesn't make any sense. If the highest density is around 625gb/inch^2 right now and it's expected to increase to 1800 that is a 2.88x increase. If you can get 5TB with 5 platters and 625 you should be able to get 14.4TB with 1800. Where they get 60TB from is beyond me.
See the bottom paragraphs:The math in that article doesn't make any sense. If the highest density is around 625gb/inch^2 right now and it's expected to increase to 1800 that is a 2.88x increase. If you can get 5TB with 5 platters and 625 you should be able to get 14.4TB with 1800. Where they get 60TB from is beyond me.
HAMR technology is likely to lead the way in creating next-generation HDDs, even though satisfactory costs via HAMR comparable to those of PMR have yet to be seen. In theory, however, advanced technologies like HAMR could extend HDD areal density to a range spanning 5Tb/inch[SUP]2[/SUP] to 10Tb/inch[SUP]2[/SUP].
The highest capacity for 3.5" HDDs could then reach 30TB to 60TB
See the bottom paragraphs:
NICs aren't that bad if you just want to run a crossover between two machines. I've seen 10GbE PCI-e cards go for $75 on ebay.
That would be ideal, but my computers are close to 100ft apart and my wife doesn't like wires running down the hallway.
So you're looking forward to 10G wireless then?
So you're looking forward to 10G wireless then?
I expect that they will be twice as powerful, ten thousand times larger, and so expensive that only the five richest kings of Europe will own them.Somehow I expect the basic specs to remain the same. They have not changed much in a decade or more.