Let’s build a computer
I always build all of my computers. This way I can choose the exact parts I need and want without over paying for it. If you use a company like Dell (not that Dell is bad), you end up getting the specifications you want in a computer, but the parts are often unique to them. This means that upgrading later could turn into a hassle.
Since I have a friend who wants to know more about building a computer and I am considering building a new one, I figured I would walk through the process in this blog.
The Purpose:
The purpose of this computer is to allow me to play current PC games in all their glory. I also want to be able to compile mp3 files for the MODSonair show each week and later to render 3D animation using Lightwave or Maya. This means I need a fairly high-end computer that can handle heavy processing and graphics. However, the ‘current games’ stipulation adds a potential conflict.
Processor:
Currently, my favorite game is Battlefield 2142. It’s only been out for a few months making it a fairly new game. However, as with most new games, it cannot take advantage of multi-threading. This means that if I have a multi-core processor, the game will most likely only utilize one of the cores limiting my processing power.
A perfect example is a setup I currently have in my home. I have two computers in my office. One is my old computer which my wife uses containing an Intel P4 3.2Ghz processor. Great processor, but single threaded which makes it almost 2 years old. My current computer is an AMD Athlon 64 X2 4400. A dual core processor, but each core runs at 2.21 Ghz. When starting up Battlefield 2142 on each computer, the older computer running the 3.2Ghz is more than twice as fast at loading and playing the game. I was quite frustrated to find that out.
So, now I am setting out to put together a computer with multiple cores for processing those mp3 files and rendering that animation. But, I also want a computer that can play games that can only process on a single core and do it with ease.
Video:
My home setup has me working on four monitors. I like to spread my work out across multiple monitors. I find it really helps me be more productive because I don’t have to keep switching between windows. However, four monitors means I must use at least two video cards. Each video card will need to support two monitors, but this is quite common these days.
I could get away with running one great video card and one mediocre one, but I don’t want to compromise the video quality across all the monitors. This means my best solution would be using two identical video cards. The way to do this is with a system that can handle the Nvidia SLI or ATI Crossfire technology and I am partial to Nvidia (not worth getting into that story here).
Rest:
The rest of the parts that I choose don’t require a background story. I’ll just list them below with my explanation.
So, Let’s get started. (more…)