How to Build a Kick-Ass Windows Home Server
Build Your Own Windows Home Server
Why settle for the limitations of a store-bought server when you can build one that's even better?
Even though several PC manufacturers offer complete Windows Home Server solutions (like the ones reviewed later in this article), there are many advantages to building one yourself. Most WHS packages are limited to a maximum of four storage drives, and generally include a 1TB drive to get you started. Our build allows for up to six internal SATA drives, with a starting capacity of 4TB (two 2TB drives). Additionally, we included a dual-core Athlon processor, which is far better suited for video transcoding tasks than the typical Atom or Celeron that’s included in current WHS builds. Finally, even though our build is a little more expensive than pre-assembled offerings, WHS software runs perfectly on normal PC hardware, so we recommend that you scavenge parts from old PCs to save on costs.
The Parts List
Case: Antec 200
$59, www.antec.com
Motherboard: Asus M4A78 Pro
$110, www.asus.com
Processor: AMD Athlon X2 240
$61, www.amd.com
RAM: 2GB Corsair DDR2
$40, www.corsair.com
Storage: (2) 2TB Western Digital Caviar Green
$440, www.wdc.com
Power Supply: Rosewill RP550-2
$55, www.rosewill.com
OS: Windows Home Server OEM
$95, www.microsoft.com
TOTAL: $860
Optical Optional
We omitted a DVD drive ($20) from our parts list because, aside from installing the OS, you're never going to need an optical drive for your server. WHS can be installed from an external USB DVD drive, but we also recommend installing from a 2GB USB key ($10).
1. Prep the Case
We picked the Antec 200 because it’s an inexpensive chassis with six 3.5-inch drive bays. It also one-ups other budget cases by including an external easy-swap SATA bay, which is convenient if you plan on frequently replacing your WHS’s drives. The included 14cm fans also have adjustable rpm switches, so you can turn them down to keep the system whisper-quiet. To start, you’ll have to snap in the motherboard’s included I/O shield in the back of the case (image A), and then screw nine motherboard stands into the belly of the chassis (image B). We also took this opportunity to install the power supply (image C).
(image A)
(image B)
(image C)