How To: Build a 'Double-Powered' Gaming PC

Take a look at what the competition is doing. First-tier manufacturers of CPUs, graphics processors and system chipsets have recently discovered that a fast, easy and cost-saving way to boost a PC's performance is simply to double-up on whatever the system needs for power and speed. The process began several years ago, when motherboard chipset designers and RAM companies realized they could improve overall system performance by including two memory controllers instead of just one. Thus was born dual-channel memory.

Later came "RAID striping," or enabling two disks to be ganged together to form one large virtual disk. This became popular as motherboard builders and chipset designers began incorporating RAID directly into their designs, even for low-end systems.

More recently, this trend has gone straight to the silicon. Both Intel and AMD have decided to take a breather from escalating clock speeds and instead focus on packing more computing power into a single chip package. That philosophy gave rise to Intel's Pentium D and Celeron D lines, and AMD's Athlon 64 X2, which are all "dual-core" designs that effectively turn a single-socket computer into a dual-processor machine. (For more information on this subject, see a recent TechBuilder Recipe: Build A Dual-Core System.)

Even the graphics-chip companies have gotten into the act. Nvidia and ATI have both reintroduced a technique not seen since the late 1990s, when the now-defunct firm 3dfx Interactive shipped the Voodoo graphics card, which was SLI, or "scan line interleave" capable. In essence, SLI technique let users gang together two video cards to act as one, leading to faster, more detailed 3D rendering. While 3dfx is no longer with us, SLI did survive. Today Nvidia calls SLI "scalable link interface," but the net result is the same: Put two video cards together to do the work of one, and a video game's frame rates and explosions-per-minute go through the roof.

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For this Recipe, I'll take you through the steps on a system build packed with twins that will deliver a powerful punch at the high-end of your consumer desktop line. Ingredients

Now that you've assembled your components, let's start building. Place the components on an anti-static workspace. You'll need only one tool: a small Phillips-head screwdriver.

This build delivers a lot of raw power, and the system requires a lot of juice from the power supply. But when it's finished and running along—your users and customers will love the power of two!

JASON COMPTON is a technology writer who has covered topics ranging from 8-bit entertainment to supercomputing for more than a decade.