PC Modifications

 


This is my Desktop PC. After many, many hours of contemplating and researching I have finally created my "dream machine." It's super fast to say the least, and has all of the power to take on any task you can throw at it. I hope that you enjoy the pictures & content maybe they will inspire you build one for yourself.



Here is a list of the Components with prices so maybe you can get a better feel of what it costs to build a powerful home computer vs. purchasing a pre-assembled PC of lesser speed and ability.
(All of the components were purchased through Newegg.com / Xoxide.com / FrozenCPU.com / Directron.com.

Processor: AMD Phenom II X3 (Triple Core) 720 2.8GHz Socket AM3 95W Triple-Core Black Processor Model HDZ720WFGIBOX
(139.99) Rated at 2.8 but modified "overclocked" to 3.43

Mainboard: GIGABYTE GA-MA790X-UD4P AM3/AM2+/AM2 AMD 790X ATX AMD Motherboard
(109.99)

Graphics Card: ZOTAC AMP EditionZT-285E3LA-FCP NVIDIA GeForce GTX 285 1GB 512-bit GDDR3 PCI Express 2.0 x16 HDCP Ready
(329.99)

Hard Drive: Western Digital Caviar Black WD1001FALS (1,000GB) 1TB 7200 RPM SATA 3.0Gb/s 3.5" Internal Hard Drives
(99.99)

Memory / RAM:
G.SKILL 4GB (2 x 2GB) 240-Pin DDR2 SDRAM DDR2 1066 (PC2 8500) Dual Channel Kit Desktop Memory Model F2-8500CL5D-4GBPK
(54.99)

Case:
LOGISYS Computer CS888UVBL Blue Clear Acrylic ATX Mid Tower Computer Case Pre-Assembled
(55.99)

Power Supply: CORSAIR CMPSU-750TX 750W ATX12V / EPS12V SLI Ready CrossFire Ready 80 PLUS Certified Active PFC Compatible with Core i7 Power
(119.99)

CD / DVD Drive: LG 22X DVD±R DVD Burner Black IDE Model GH22LP20 LightScribe Support
(23.99)

Keyboard / Mouse: i-rocks RF-6572-WH White USB 2.4GHz RF Wireless Standard Keyboard Mouse Combo
(49.99)

Card Reader: Rosewill RCR-IC002 74-in-1 USB 2.0 3.5" Internal Card Reader w/ USB port
(16.99)

O.S.: Microsoft Windows Vista Home Premium SP1 64-bit for System Builders
(79.99)

(Total Core Components = 1,081.89)

///////Miscellaneous Components:

Lighting: LOGISYS Computer CLK12BL2 12" DUAL COLD CATHODE KIT
(5.99)

Processor Cooler: COOLER MASTER RR-CCH-L9U1-GP 92mm Hyper TX2 CPU Cooler
(26.99)

Case Fans: 3 X
Enermax Marathon 80mm ENLOBAL Bearing Fan
(24.99)

Graphics Card Cooler: Arctic Cooling Accelero XTREME GTX 280 VGA Cooler (nVidia GTX 260/280/285)
(64.95)

Graphics Card Memory Heatsinks: Zalman ZM-RHS1 VGA RAM Heat Sinks
(11.99)

Fan Covers: Virtual Hideout 80mm Laser Cut Logo
(4.99)

Fan Controller: Scythe Kaze Master Ace 5.25" 4 Channel Fan Controller / Temp Display
(42.99)

Thermal Adhesive: Arctic Silver Adhesive (Premium Silver Thermal Epoxy)
(11.99)

Thermal Compound: Arctic Cooling MX-2 Thermal Compound
(7.98)

(Total Miscellaneous Components = 194.92)
(Total Project: 1,276.88)



As you can see its modified to 3.43 GHz it appears to be very stable and despite the RAM being set at 980Mhz its still just as fast as 1066. I've tried both settings with the RAM and could not notice a difference. The downside to running 1066 would have been upping the Multiplier instead of CPU Frequency which I find gives better overall noticeable performance.

How to Install an Acellero GTX 280 Cooler on an NVIDIA GTX285 Graphics Card
I've decided to do a complete How-to guide on this install because the parts that are supplied with the Accelero kit do not fit a GTX285 correctly "Memory Heatsinks," and need to be either modified or you will have to purchase additional parts like I have done.
The following is an actual essay that I had to create for my English Comp Course. I later found out it was too long and needed to be shortened to 1-2 pages. I turned in the "shorter" version but the larger "unedited" version resides here.






The Accelero GTX280 Xtreme Modification Guide

      This guide is a complete review of how I successfully applied one GTX280 Xtreme cooler to a Zotac GTX285 AMP Edition graphics card. The required installation components are one Phillips screwdriver, MX2 compound, Arctic Silver adhesive,  Northbridge cooler, one Accelero GTX280 Xtreme cooler, Q-Tips, Alcohol, sixteen Memory coolers and one Nvidia GTX285 Zotac AMP Edition graphics card. These components will provide the card with high performance cooling allowing the user to enhance the graphics cards performance. By giving the card a new theater of decreased operating temperatures we can achieve higher overall Memory, Core and Shader Clock settings via “Over-Clocking.” Enhancing these settings with a “stock” cooler would otherwise cause the card to over- heat. The following installation guide will outline the process of the GTX280 cooler modification.
     This guide is an overview of how I applied the Accelero
GTX280 Xtreme cooler to a Zotac GTX285 AMP Edition graphics card The necessary installation components are one Phillips screwdriver, MX2 thermal compound, sixteen video memory heat sinks, Arctic Silver thermal adhesive, one Northbridge heat sink, one Accelero GTX280 Xtreme cooler, two Q-Tips, Alcohol and one Nvidia GTX285 Zotac AMP Edition graphics card. These components will provide the card with high performance cooling. This will allow the user to further “Over-Clock” or enhance the graphics cards performance. By lowering the operating temperatures we can increase the Core Clock Speeds, Shader Clock and Memory Clock speeds without reaching a core temperature level that would automatically shut down the card.
     After the application I noticed a dramatic decrease in temperatures. With the stock cooler in place I would experience core levels of forty degrees Celsius in an idle setting and sixty degrees under operation. After the Accelero modification I now experience core levels of t
hirty four degrees Celsius idle and forty three degrees Celsius while gaming.
     The process begins with removing the factory cooling or “cover” of the video card to expose the main board.  This can be done by removing the twelve screws located on the back of the card indicated by the pink circles in the illustration.

By removing the cover “stock cooler” we will reveal the cards memory and core. Once the main board is accessed it is necessary to discard the metal ring around the core and use the Q-Tips and alcohol to clean the memory modules indicated by the pink stars.

Just dip the Q-Tips into the Alcohol and squeeze them to remove any excess then wipe the Memory with the swabs allowing them to air-dry. You don’t have to squeeze the Q-Tips too hard like a baby grabs a cat in the face. Just squeeze out the excess. The Northbridge heat sink can now be applied using the two pre-attached fasteners. This is indicated by the before and
after illustration.
 
Remove any adhesive or backing that may be pre-applied to the memory
heat sinks. Mix the adhesive as directed by the manufacturer’s directions of a “one to one” ratio.  
 
Apply a thin layer of the adhesive to the back of each heat sink and apply them to each of the memory components. Allow the adhesive to set for approximately three hours. While the adhesive is curing the core can now be prepped. Apply a thin coat of MX2 thermal compound to the core of the graphics card. Use something like a playing card or perhaps a credit card to apply 
the thermal compound evenly across the core in a thin layer. Attach the new cooler to the main board by applying the four screws that will hold it in place.

The screws will align with the green circles in the photograph pictured above. Use caution when applying the screws and do not scratch the main board with the screwdriver. If you have followed all of the directions accordingly you should have a finished product that at is ready to install. The adhesive should be cured well enough to hold the memory coolers in place. I recommend not operating the card in a “gaming” state until the cure time has reached the three hour limit. You can also verify the adhesive has dried by touching the left over mixed adhesive.
 
     This concludes the Accelero GTX280 Xtreme Modification Guide. I hope you have enjoyed 
this presentation. It may serve as a guide for installing such a device, as well as making an informed decision on purchasing one.


"The Ultimate" Graphics Card! If you notice I have also cut-out a section of the bottom case panel and installed one 80mm fan for addtional "Airflow." This makes sure that all three fans get massive air and keep it extra cold. I've noticed many GTX285 owners are claiming temperatures of 60 Celcius with stock settings. This card stays just under 44 Celcius with a massive overclock. While idle with the stock cooler I was noticing temps of 41-43 Celcius it now idles at 34-35.
Here are a few of the performance statistics as well.
I

If you notice above the Core temp did not exceed 42 Celcius taken directly after 3DMark Testing. The Memory remained cool as well at 34 Celcius. The stock setting for this card is 720Mhz stock here it is set for 750Mhz and performing very well. Under "normal gaming" operation its usually set at about 735.