Nimbus Data shares pricing for its 50TB and 100TB ExaDrive SSDs

[HEXUS]

These 3.5-inch (SATA or SAS drives) are priced at US$12,500 and $40,000, respectively.

Read more.

[Iota]

$400/TB

So, it's aimed at commercial / enterprise level only then. Shame there isn't really a consumer level drive with these capacities for a reasonable price per TB.

[Output]

I'll take 12 of the 100TB!


*Looks in wallet*


...Make that 0.

[[GSV]Trig]

50Tb would be nice, I could turn my server into a NUC build rather than an iTX build..

[DevDrake]

I wonder what is failure rate for these drives

[Spank]

$400/TB

So, it's aimed at commercial / enterprise level only then. Shame there isn't really a consumer level drive with these capacities for a reasonable price per TB.

Give it 5 years

[ammocave]

it's sad if they don’t keep

[kompukare]

Give it 5 years

Well, 5 years ago 1TB was about $400 now it's around $90 or so.

That's no guarantee of future costs or future capacities though. The biggest contributor to capacity has been even higher multi-cell which is a pretty direct trade-off versus endurance. Not sure how many more layers they can add and of course, more layers means a longer (slower) process.

As for prices? Well nobody really knows. We know that silicon fabs costs $billions to make so have to be run for long term returns. However, there have been times in the past where a price war has had them all making losses for sometimes a few years at a time.

Apparently Micron's costs and efficiency are rather low, while Samsung's are super efficient so they could go for a price war. However, with the American's being super protectionist that's probably not a good idea. So no below cost selling any time soon.

[supremelaw]

Re: 6.0 Gbps interface

It's really a shame that the industry as a whole has decided
to freeze SATA 6G specs. Back in 2012 at the Storage Developer
Conference, we suggested that a "SATA-IV" standard should
adopt the 128b/130b "jumbo frame" and increase the clock rate
at least to 8G to match the PCIe 3.0 clock rate.

The general idea was to "sync" chipsets with storage subsystems,
which came true for NVMe storage, but NOT for SATA storage.

Now that PCIe 4.0 is the current standard, a "SATA-IV" standard
should also sync with the 16G clock of that standard.

The net result of freezing the SATA spec is that
doing I/O with these ExaDrives is like sipping
an ocean thru a drinking straw.