Homebuilt 19" Mini-ITX Server Rack
TykSak writes "I started to build this rack with Mini-ITX boards almost 3 years ago and today it holds four 3U servers with a total of 28 harddrives. I made this site to describe the process of the build."
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TOTAL SPACE:
4643Gb > 4.53 Tera bytes (28 Harddrives)
Why is this something to post about... measureing 19" is not that hard.... Hell i do it on a daily basis as i work in Pro audio/lighting.
t ml
What would have been simpler to me is to just by a Mid-atlantic rack, get the shelving unit (U1 or U3).
Find a computer case thats 19" tall. Throw it on its side. screw it to the shelf and then mount it in the case.
Also could have gotten some 19" blanks and lined the back with fans/outtakes, put an AC Plug on there. along with RJ45 jack that goes to the switch. so it looks cleaner with less wires hanging out.
http://www.rit.edu/~ajw8557/computer/rack/index.h
I think these guys did a much cooler job making one that this dude.... at least they did it with an old fridge!
How about this box? 1.2 TB (with RAID 5) in a neat little package. Since it's an embedded system, it should be ok in the noise/power usage department.
Unfortunately, I don't own one, so I don't know know if there are any "showstoppers"...
Don't whistle while you're pissing.
It depends on what you mean by "performance", doesn't it?
We have a database server that is limited by seek speed. For us, splitting our databases and adding more disks is the way forward (until we hit the next bottleneck). So in this case, yes adding more drives equals more performance.
But, if by performance you mean "throughput", then you are correct that adding more drives will help - to a point. At some point your controller won't be able to keep up with all those drives, and adding more will actually give you no additional benefit.
For instance, the Maxtor Atlas 15K II has a top transfer rate of over 90 Mbyte/sec. Even the highest-speed SCSI interface only has a throughput of 320 Mbyte/sec.