Samsung Ships 15.38TB SSD With Up To 1,200MBps Performance (computerworld.com)
Lucas123 writes: Samsung announced it is now shipping the world's highest capacity 2.5-in SSD, the 15.38TB PM1633a. The new SSD uses a 12Gbps SAS interface and is being marketed for use in enterprise-class storage systems where IT managers can fit twice as many of the drives in a standard 19-inch, 2U rack compared to an equivalent 3.5-inch drive. The PM1633a sports random read/write speeds of up to 200,000 and 32,000 IOPS, respectively. It delivers sequential read/write speeds of up to 1,200MBps, the company said. The SSD can sustain one full drive write (15.38TB) per day, every day over its life, which Samsung claims is two to ten times more data than typical SATA SSDs based on planar MLC and TLC NAND flash technologies. The SSD is based on Samsung's 48-layer V-NAND (3D NAND) technology, which also uses 3-bit MLC flash. Also at Hot Hardware
I could REALLY use that for my gaming rig.
SJW's don't eliminate discrimination. They just expropriate it for themselves.
I'm not sure that I can pull the trigger on a $6,000.00 2.5 inch hard drive.
What's teh warranty on that jewel?
15.38 TB? That's only like 1 Library of Congress.
People say that HDDs are killer on enterprise due to large data density. However, with products from Fixstars and Samsung it seems that SSD data density has quickly taken huge leaps. I can buy 8 TB HDD in 3.5" form factor. However, this Samsung SSD already packs 15 TB in 2.5". Meanwhile, HAMR is still in the skunkworks. As the prices will eventually fall as well, I see SSD technology simply taking over the mass storage market in few years. Any counterarguments?
"where IT managers can fit twice as many of the drives in a standard 19-inch, 2U rack compared to an equivalent 3.5-inch drive." LOL! Who ARE these editors? Fresh out of high school?
My 32TB file server is down to 200GB free. I've got another TB worth of Blu-rays to backup and anticipate a need for another 2TB of storage this year. At the very least I hope these will push down the cost of 6-8TB HDDs.
That's 1% of my porn collection!
I have been working on enterprise-grade applications running on Raspberry-Pi type of computers. In this case, less is more (less trashing resources produce better usage). And it is possible to execute transactional monitors with a mere 6 megabyte of RAM, so the overall 1 gigabyte of memory on those machines is good enough for complex tasks when it is wisely used.
And now we have more than 15 terabyte SSDs that it is like to lost a needle not on a haystack but on the milky way.
Of course, it is possible to use that space on gaming or raw video storage, even on hungry relational database storage, but what could be done when working with care? There are applications only the imagination can figure about this type of fast, power saving and huge storage. And there are other consequences also: better and cheaper low level SSDs ( ) for general usage, that could really break the hard-disk kingdom.
Better off with an PCI-e one. Cheaper too as this will also need a high end SAS card as well to make use of that speed.
with 4 X16 PCI-e video cards (running at full pci-e 3.0 speed) + pci-e based boot disk.
I'd rather have 2-3TB at a price that's not going to leave me eating ramen for the next few months than a 15TB that's going to leave me eating ramen for the two years.
Actually, I'd like to be able to afford two. Redundancy and all...
In an early Star Trek: The Next Generation, Data states that his storage capacity is 800 TB. With just 50 of these we match 24th century computers. We should measure storage in units of Data now.
i will believe 1.2Gbps when i see it in a respectable review site.
The PM1633a sports random read/write speeds of up to 200,000 and 32,000 IOPS.
Those are rather lopsided performance spec's - random reads more than six times as fast as random writes. There are much smaller SSD's that offer random read/write speeds of 460,000 and 290,000 IOPS, for example.
For some applications the larger, slower SSD's may be fine, but for database applications those random write spec's are pretty lacklustre.
The Backblaze implementation of top-loading drives is one well-known example. They've 45 drives in 3U (or 4U?) for many years.
https://www.backblaze.com/blog...
Nowadays you can order a 90-bay top loader off the shelf from Super Micro:
http://www.supermicro.com/prod...
This isn't *really* 3D NAND. It is just 48 layers of planar MLC NAND with vertical interconnects. None of the elements themselves are arranged vertically, and there is no information stored in that direction.
Once your format the drive, you're prob'ly left with about 3.5TB of usable space.
next week 2 triillon.....
my god, its full of bits!