I have actually started to buy the pieces for this, the motherboard and power supply came just before Christmas and I will buy the other parts as I can. I don’t feel like I have everything listed here but I think I have all the major pieces. I will also post a picture of the case I want to use as soon as I am able to take the picture. I have a new “antique” trunk that is about the right size to fit a micro-ATX cube style case (or at least the guts from one) so I will be camoflaging the new computer in that. So here is the list of major componants.
Motherboard- AMD Micro ATX BIOSTAR A880G+ AM3 AMD 880G HDMI (This and the power supply came in a package for $62.00 including shipping.)
Power Supply- LOGISYS PS550ABK 550Watts ATX12V Power Supply With SATA and 20/24 Pin connectors
CPU- I was going with the AMD Phenom II X4 955 Black Edition Deneb 3.2GHz 4 x 512KB L2 Cache 6MB L3 Cache Socket AM3 (Since this is the Black Edition it runs at 125W intstead of 95W)125W Quad-Core Processor HDZ955FBGMBOX for ( $138.00 Newegg) However, for an extra $30 I can have this one instead the AMD Phenom II X6 1055T Thuban 2.8GHz 6 x 512KB L2 Cache 6MB L3 Cache Socket AM3 125W Six-Core Desktop Processor HDT55TFBGRBOX ($169.00 Newegg)
Graphics Card- There is an on-board graphics card (ATI Radeon HD 4250) on the mobo, however, from what I have read, it is better to have one good card than linking two together. So I am going with the XFX HD-567X-ZNF3 Radeon HD 5670 1GB 128-bit DDR5 PCI Express 2.1 x16 HDCP Ready CrossFireX Support Video Card ($94.00 Newegg)
Memory- G.SKILL Ripjaws Series 8GB (2 x 4GB) 240-Pin DDR3 SDRAM DDR3 1333 (PC3 10666) Desktop Memory Model F3-10666CL9D-8GBRL
DVD/CD/BluRay Drive- LG Black 10X BD-ROM 16X DVD-ROM SATA Internal Blu-ray Disc Combo Model UH10LS20 LightScribe Support – OEM ($69.99 Newegg)
Operating System – Microsoft Windows 7 Ultimate 64-bit 1-Pack for System Builders – OEM ($179.00 Newegg)
Hard Drive – This has been a tough decision for me. I really wanted a solid state drive (SSD) but the cost is prohibitive. I have been thinking of getting one large enough for the operating system and some major software and then getting a regular hard drive for storage so that is what I’m going to list here. The SSD is an A-DATA S596 Turbo AS596TB-64GM-C 2.5″ 64GB USB 2.0 & SATAII Internal / External Solid State Drive ($92.00 Newegg) and the regular HD is a Western Digital Caviar Green WD6400AARS-FR 640GB 64MB Cache SATA 3.0Gb/s 3.5″ Internal Hard Drive -Bare Drive ($29.99 Newegg)
Total price so far – $780.97 I guess I need to start saving my pennies!
I did a lot of reading before I ever decided to build this computer and I always read the reviews of the products. It does really help to get the input from people who have actually bought the pieces.
This how-to is from e-How.com and is the simplest I have found. You can go to the site http://www.ehow.com/how_4859671_build-computer-steps.html and it goes like this…
1
Install the Computer Processing Unit (CPU) into its slot on your motherboard. Match the CPU pins very carefully and gently but firmly push the CPU into place. Take care not to apply any forcible pressure – if it does take some force for the CPU to go in, then it has inserted improperly and can possibly break. Remove it and insert it again.
2
Install your fan/heat sink on the motherboard. Modern CPUs operate at high speeds and run pretty hot. The fan was developed to cope with this. The importance of a high quality, highly efficient fan cannot be over-emphasized.
3
Install the Memory (RAM chips) into the RAM slots, which look like long memory card slots on your motherboard. Align the RAM chip with the slot, and then gently push it all the way in place. Hook the clips for the RAM chip to keep it in place.
4
Once you have installed the CPU, fan and RAM chips on your motherboard, the motherboard is assembled and ready to be installed in your computer case.
Locate the screw placeholders in your computer case. Align the motherboard with the case’s holes and screw it in place.
5
Install the power supply. To do this, you will need to slide it into the brackets found near the corner of the case and screw on to hold it in place. Once you have installed the power supply, you have all of these wires. No need to worry. The wires are clearly labeled and the manual that came with the power supply will give detailed instructions on which wire goes where.
6
Install the hard drive. The hard drive typically has a removable bracket with four rubber grommets on it, which line up with four holes on the hard drive. Screw the hard drive into this bracket, and then put the bracket back into its slot in the case. Make sure you set the jumpers correctly.
You will then connect the hard disk to the power using one of the connectors coming off of the power supply.
7
Install the cables. There should be a colored mark across one edge of the cable. Line up this colored line with the IDE connector marked “1.” Insert the other end to the back of the hard drive and you’re ready to go.
8
Install the CD-ROM drive. This step is very similar to installing the hard drive. First set the jumpers. Screw the drive into the case and connect the IDE cables the same way you connected the hard drive above.
This step is the same whether you are installing a CD-ROM, a DVD-ROM or even a DVD-R/RW drive
9
Install the video card. To install a video card, sound card, or other expansion card, simply find the corresponding connector on the motherboard and gently plug it in.
10
Powering up the Computer – this is the moment of truth! Now that you have completed the construction of your dream machine, you can now boot it up to test and see if it works. When you turn on the computer, you should check for these components to see if the system is working properly. You hear the fans start spinning, the hard disk turning, and various lights lighting up on the case. The monitor flickers on to indicate that the motherboard is alive
Now that you have successfully built your computer you can now turn to the task of installing the operating system.