"- (1) LSI Mega RAID SAS/SATA 9260-8i raid cards," shouldn't that be 5 as you say here, "forty 256GB TorqX SSDs connected to five LSI SAS PCI-E controllers."
So, give or take $50K, maybe 60? but only 10TB of storage in RAID 0, or 2.5TB in RAID 1/0. 150,000 IOPS can be achieved for less per TB with even basic SAN architectures, and they're far more redundant.
A nice achievement for a PC tower, but not something I believe to be taken seriously. I can't begin to imagine a use case for that many IOPS on that little storage that would run under those 2 CPUs (or 20 of them)...
That's A LOT of cables.
It would have been fun to see it with only 2 GB of RAM, and another 100GB of virtual RAM.
Each SDD cost $750.
Each DIMM costs $155.
Each CPU costs $1000.
The motherboard costs $450.
Each PSU costs $180.
Each RAID card costs $500.
I can't say the costs for the case or that last expansion card however.
(40)700+(12)155+(2)1000+450+(2)180+(5)500= $35170
This is only taking the core components into question. That's a damned expensive system. I want.
- 48GB 1333MHz of Patriot DDR3 ECC-Registered memory (12) PS34G13ER-
Forget the virual RAM, heck, forget the SSDs. Just load up windows onto a virtual drive in memory! Just don't unplug the power :0/
Now if you could combine the transfer rate of this with the computing power of the FASTRA II (13 GPU's, 12 trillion operations per second!), that would be insane!
what i'm more amazed about is how they managed to fit them all in a tower while keeping it clean inside the case. that's 2 cables per drive (power/sata) = 80 cables running around just for the drives alone!
So what was the purpose of this? You would think they would be braging about beating the world record....but that's not the case. So is this just a pretty picture of what could of been a beast of a machine? JMO
[citation][nom]Calihan[/nom]If I gave them 5 dollars, do you think they would let me have it?[/citation]
It's worth a shot, but just letting you know you show up with 5 I will show up with 10 😛