Assembling the Parts (continued)
One of the main obstacles for me in building a new computer is the size of my hands. They are very large, which makes it difficult to work in tight spaces inside of a PC case. The worst part has been installing all of the small headers that connect your power switch, reset switch and any front panel items (audio, usb, etc) to the motherboard. That is until now.
Asus has finally come to the rescue of big handed people like me with a new device which allows you to plug all of the connections into a single plastic container which you then plug directly into the motherboard. No more endless squeezing of tweezers and peering into the dark recesses of your case to push an tiny female plug on to an equally tiny male header on your motherboard. In the past, it would take me hours to get the headers attached; this build, because of Asus ingenuity, I had it all done in about 15 minutes.
Thank you, Asus Tek.
At this point, I make sure all of the case fans are plugged into the motherboard. I have 6 fans; three large ones on the top, front and side panel; two fans attached to the heat-sink in a push/pull configuration; and a rear fan. The idea is to bring cool air in from the front and sides of the case, then blow the hot air out the top and back of the case. The two fans attached to the heat-sink are specially designed to be low noise, but high volume of air which will push air through the heat-sink on one side and pull out air on the other side.
I was highly influenced by a great post at overclock.net by ShadowClock who outlined the basic ideas behind case/system cooling and providing working links to everything. This is one of the reasons why it is so important to have another internet ready computer handy while you are building. At one point, I wasn’t quite sure which way to orient my heat sink and which direction a fan was blowing air (one way to check is to simply plug in your PC power unit and try the fan out live; easy to see which way it blows then).
You won’t find these many fans in an off-the-shelf computer by HP, for example, because they haven’t over-clocked their GPU or CPU which produces plenty of heat. Since HP runs it’s units at standard speeds, there’s no need for anything more than just basic cooling. But I plan on pushing both the graphics card and the CPU a bit, so I need the extra fans. And in the southwest during the summer our apartment can get very hot. Even more reason to have extra fans.
Once the fans are all set, and the dvd-rom drive is inserted into the front of the case and secured, we are ready to add the power cables for everything. Since our Thermaltake PSU is modular, we add only the cables we need, which will reduce clutter inside the case and improve airflow.
All of the cables (plus some nifty cable ties) come in a nice pouch. All cables have multiple sockets on them and are very clearly labelled. Simple job to pull out Sata power cable, figure out how to run it from the PSU to the drive and then tie the cables off so they are out of the way. I was worried that the cable for the DVD drive might not reach as it’s all the way to the top/front of the case, but it was not a problem.
The Sata data cables (red, flat cables) plug into each drive (2 hard drives, a front of case sata port and a single DVD drive) and into Sata inputs on the motherboard. I’ve labelled each one with a note so I can remember which drives they are attached to. It’s very important that these connections are secure and tight. I triple-checked these to be sure.
Once all of the cables are tied off and out of the way (an important process that is often neglected), it’s time to start on the huge FirePro v8750 graphics card. I’ll install it to the PCI Express slot, secure it and then add 2 power cables (this is a hungry beast).
I chose the HAF 932 case because it had enough room for this large GPU. It takes up two spaces on the motherboard and runs almost all the way to the end of the board. Fortunately, the HAF is a match for it and there is plenty of space. Attaching the two 6-pin power cords was easy. Be sure to pay attention to how you route the power cables, since you want them to be out of the way.
One important point I’d like to make here is that, even though it’s obvious, don’t plug in the power to your PSU yet. You don’t want to run the risk of powering up by accident.
Now is the time to go back over your assembly and check to make sure everything is as it should be. Use the list you made earlier for the assembly and check items off: CPU secure, Ram installed correctly, PSU set with all connections to the right place and tight, all of the drives installed correctly, fans connected to the motherboard, etc.. You get the idea.
One last bit of fiddling with the cables and organizing them a bit better and it’s time to close up the sides of the computer and move it to my work space so I can attach the monitor, keyboard, internet cable, audio and power cable.
Ready to hit the power button and………..will you, won’t you, will you, won’t you, will you power up?









