January 25th, 2010
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System Administration
(NAS, Networking, Windows)
This is Part 2 in the Building a home Network Attached Storage server series. In this article I will talk about some of the options for the RAID arrays and the art of RAID configuration.
Now that we know what hardware this system is going to be built on we have to decide what technology is going to run it all. We still have several options for RAID controllers and software.
One item that really needs to be mentioned is that if you use Windows computers to access the NAS you will want to use Windows Vista, 7 or Server 2008 as the NAS operating system. This is for one simple reason, Windows Vista in 2006 introduced Server Message Block 2.0. SMB2 is a massive boost to network file transfer speeds. Where an XP machine may only be able to send 50MB/s over the network, the same machine running SMB2 will be pushing 80MB/s. So if you are going to be using Windows on your desktop, you probably want to be using Windows on your NAS.
The first step is deciding what RAID controller you are going to use for the system.
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December 27th, 2009
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System Administration
(NAS, Networking)
Recently I built a home NAS file server to finally consolidate all of my data into one easily managed network location. I have worked with Network Attached Storage systems before, andĀ I’ve even played with SAN solutions before, but this was my first time building one from scratch.
The goal of this project is to have a massive, always-on, redundant, and wicked fastĀ network accessible storage drive where I can save all of the files massive media collection for permanent archive. This central location will be my grand file repository for basically everything. Ideally I should be able to loose my desktop and laptop drives without losing anything that I care about.
I’ve had plenty of time to define exactly what I needed in a file server, and requirements were actually pretty simple:
- Separate system and storage arrays
- RAID failure protection on both arrays
- At least 7 terabytes of usable storage
- At least 60 MB/s of real world network throughput
- Expandable base that I can add storage to when it become necessary
- Excellent hard drive cooling
- Reasonably low power requirements
- Less than $2,000 total
This is the story of my particular NAS build and some of the stuff I learned during the course of this project.
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