For the hardware, I ended up with a fanless MiniITX motherboard Intel D510MO, which has a Atom processor, Gigabit ethernet (all my home network is Gigabit, so it does make a difference). I am also using a 2GB 800Mhz Kingston RAM memory, and both two SATA connectors. The MOBO has up to seven 2.0 USB and one mini PCI Express, in case I want to add more SATA drives in the future.

via DanielAndrade.net

Whether your budget and storage needs are modest or extensive, we have you covered in the latest builder’s guide to file server systems.

via AnandTech

In the last few years RAID has become really quite popular. Once purely in the domain of high-end enterprise servers, today, any self respecting enthusiast motherboard had better have onboard RAID if it wants to be taken seriously. The abundance of onboard RAID controllers mean that it’s not unusual to see small arrays in today’s home computers. The reasons for this can be for increased speed, increased reliability or simply for bragging rights. After all, two or more disks are better than one, right?

This article will give you an overview of all parameters that are relevant to hard drive performance. These are the drive form factor, platter diameter and platter count, recording technology and data density, rotation speed and access time, interface and buffer memory.

I did some research into building a network attached storage (NAS) server, and bought the appropriate hardware online. I’ll cover the steps I took to build a homebrew NAS server capable of offering 1Tb of redundant RAID 5 storage.

This tutorial shows how you can set up a network-attached storage server with FreeNAS. FreeNAS is based on the FreeBSD operating system and supports CIFS (samba), FTP, NFS, RSYNC, SSH, local user authentication, and software RAID (0, 1, 5). It comes with a powerful web interface and uses very little space on the hard drive – about 32MB.