How to Build a Kick-ass $800 Gaming PC
10. Installing the OS
It’s the moment of truth; everything is connected and you’re ready to hit the power button. But before you do that here’s a quick checklist to make sure you’re ready to go:
• Make sure all parts are properly seated
• Make sure all cables are in place
• Double check front panel connections are correct
• Plug in the power cord
• Plug in the monitor, keyboard, and mouse
• Flip the PSU switch to the on position
When you are sure everything is ready to go, power on the PC! Once the system is up and running, hit the DEL key during startup and you will be taken to the BIOS screen. Many of these options may seem foreign to you, but there are only a few sections that you will need to adjust.
Go to Advanced BIOS Features > Boot Sequence and select the CD/DVD optical drive as your first boot device. Press ESC to go back and while you are here, disable the Full Screen Logo Display and enable Quick Booting to increase your boot time. Once these settings have been made, press F10 and select Yes. The PC will now restart and during the reboot, insert your Windows CD into the optical drive and when prompted, hit any key on the keyboard and Windows setup will begin. Follow the instructions from here on out and you should have Windows successfully installed in a timely fashion.
After Windows is installed, head back to the BIOS and change the boot sequence to boot the hard drive first and the optical drive second. This will prevent the PC from trying to read from the optical drive every time you start the system. Also, head to the Cell Menu in the BIOS and make sure the CPU is running at its stock speed. The FSB frequency should be set at 333MHz and the multiplier should be set to 9 to give you 3GHz, which is the stock speed of this processor. Press F10 again and the system will boot into Windows. In Windows, make sure to install the motherboard, GPU and any other drivers that came with the parts. Some of the hardware may need additional updates online through their respective manufacturers’ websites.
Conclusion
We put this $800 PC up against our standard zero point machine to see how it matches up against a rig that costs twice as much. It’s not hard to guess that the zero point system with a Core 2 Quad and a Velociraptor would beat our budget rig on every test possible, but the $800 wonder did surprisingly well in some of the tests. Premiere Pro tests showed a two minute difference but in Photoshop we only experienced a 4 second difference while Photodex ProShow Producer showed a 41 second difference. MainConcept Reference hit our budget PC hard, though, and further shows that MainConcept is optimized for four cores.
We went into our gaming benchmark with low expectations from our budget card, the Radeon HD 4850. Obviously, it is no match against the dual GeForce 8800 GTX setup in the Zero Point system. With settings cranked up to the max, our card was barely able to spit out 16 FPS in Crysis. While playing Crysis at the highest settings possible and a resolution of 1920x1200 simply isn’t an option, turning down the graphic settings to medium resulted in 43 FPS made the game much more playable. Unreal Tournament 3 managed to give us a stellar 78 FPS. If you’re running at typical 22-inch LCD resolutions, this machine should kick ass.
So what can we say about this all-around budget PC? We can clearly see the difference between a budget system and performance system. However, we can also see that our budget PC is able to run every game and test we throw at it with very respectable benchmark scores. And if you spend a little extra over the $800 budget, performance can easily be increased – upgrades to video card, processor, or memory – but we are very pleased with the setup and performance we have here.
Benchmarks
| |
Zero Point |
$800 PC |
| Premiere Pro CS3 |
1,260 sec |
1,380 sec |
| Photoshop CS3 |
150 sec |
154 sec |
| ProShow |
1,415 sec |
1,456 sec |
| MainConcept |
1,872 sec |
2,716 sec |
| Crysis |
26 fps |
16 fps |
| Unreal Tournament 3 |
83 fps |
78 fps |
Best scores bolded. Our current desktop test bed consists of a quad-core 2.66GHz Intel Core 2 Quad Q6700, 2GB of Corsair DDR2/800 RAM on an EVGA 680 SLI motherboard, two EVGA GeForce 8800 GTX cards in SLI mode, a Western Digital 150GB Raptor and 500GB Caviar hard drives, an LG GGC-H20L optical drive, a Sound Blaster X-Fi soundcard, a PC Power and Cooling Silencer 750 Quad PSU, and Windows Vista Home Premium 64 bit.