Build Your Own No-Compromises $1,500 PC
5. RAM It Home
You’ll get the most performance out of your PC by installing RAM in dual-channel mode. The method for doing this varies among motherboard brands. On the MSI board, dual-channel mode requires that you put one stick in an orange slot and the second stick in a green slot.
Place the board on a flat, stable surface. Put your antistatic bag beneath the board if you don’t have a good static-free work area. Next, locate the notch on the RAM and match it with the notch in the slot (image A). Pop the arms open for the slot you’ll be filling, put your fingers on the ends of the module, and gently push the RAM in place until the arms lock into position (image B). If the RAM doesn’t go in, double-check that the notches line up and try again. When you’re done, make sure the arms that hold the RAM in are in their closed position. If they are extended, they could impede your GPU or even damage it.
Why We Chose 4GB Patriot DDR2/800 RAM
One of the glaring weaknesses with last year’s $1,500 PC was RAM. With RAM prices through the roof at that time, all we could afford was 1GB of DDR2/800. Well, what a difference a year makes. While 1GB cost $150 last year, we were able to buy 4GB of Patriot DDR2/800 RAM for $120 this go-round. And that’s without the rebate, which brought the price down to $80
Why Patriot RAM? At this price, it’s all about bang for the buck, and after surfing the online stores, we picked the Patriot modules because they offer slightly better-rated latency for about the same cost as the competition.
Our RAM configuration isn’t that simple, though. Although the board posts just fine with 4GB, running a 32-bit Windows OS doesn’t quite give you full access to the RAM. Check Windows XP and it’ll report only 3.25GB free. So is the other .75GB wasted? Not quite. It’s a complicated issue, but Microsoft argues that even if the applications cannot use all 4GB of RAM, the OS, and even the drivers, will, so the additional headroom does help.
All we know is that we’re happy to quadruple our RAM footprint for less money than we spent last year. Now that’s progress.
6. Cage the Drive
Installing the hard drive is a straightforward process. But first getting to the hard drive cage in the CM Stacker is another matter. To get the cage out, unlock the quick-release arms on the left and right sides of the case. Pull the cage straight out. To get to the screws that you’ll use to mount the drive, pull the side plates off of the cage. They’re held there by simple friction and will come loose with just a slight amount of pressure (image A). Now, as you have done for the last 20 years, use four coarse screws to mount the hard drive in place (image B). Put both sides of the drive cage back on (along with the drive rails), and slide the cage back into the case. Push the bezels in place, lock the arms in place, and you’re done! With the hard drive, anyway.