James Shadle
06-04-2009, 02:27 AM
Image file sizes are growing and so is the popularity of software like HDR, image stitching, etc.
To combat the time it takes to process large image files (1GB .tiff is my record) I have designed and assembled a very fast (IMO) computer.
Here are the specs:
CPU Intel Core 2 Quad Q9550 Yorkfield 2.83GHz Running at 4.012GHz
Motherboard Asus P5E3 Premium with WiFi
Memory 8GB OCZ DDR-3 1600
Video Card BFG 8800 GTS OC 640MB
Power Supply Antec TruePower Quattro 1000 Watts
Hard Drives 150GB Raptor for System , 36GB Raptor for Cashe / Virtual Memory / Page File
74GB Raptor for Programs, WD 500GB for File Storage, Seagate 1TB for Cataloged Images, Seagate 1TB for Non-Processed Images.
Computer Case CoolerMaster Cosmos
Operating System Widows Vista 64
WorkFlow Software Adobe Photoshop CS4 64 bit, Nikon View, Nikon Transfer and Nikon Capture NX2
This is a water-cooled machine! The reason I chose water cooling was my plan to significantly overclock the CPU.
Overclocking a 2.83GHz Quad Core all the way to 4.012GHz with 8GB of Ram is significant(the more memory in the machine, the tougher it is to overclock).
This is the water-cooling set up.
Swiftech Pump, Koolermaster Reservoir, Heatkiller 3.0 CPU Water Block, EK-FC8800GTX-ACETAL GPU Water Block,
OCZ Ram Water Blocks, (3) 120x38mm Delta 151CFM Fans sandwiched between (2) XSPC RX360 Extreme Performance Radiators. I also have 3 120mm Thermaltake Case Fans.
Cool air is pulled through the top radiator and then pushed through the bottom radiator. The case fans all blow out of the case to prevent pressure build up that could reduce radiator fan efficiency.
I designed this water-cooling system as a parallel system rather than a series system.
Series systems are easier the build, however warm water runs through multiple components.
This is my parallel system..
Top Radiator: Pump>Radiator>CPU Water Block>Reservoir>Pump 1/2 Tubing
________________________________GPU>Reservoir>Pump 1/2 Tubing
Bottom Radiator: Pump>Radiator>T>
________________________________RAM>Reservoir>Pump 1/4 Tubing
As a result, the temperatures on this overclocked machine are better than the stock temperatures!
To combat the time it takes to process large image files (1GB .tiff is my record) I have designed and assembled a very fast (IMO) computer.
Here are the specs:
CPU Intel Core 2 Quad Q9550 Yorkfield 2.83GHz Running at 4.012GHz
Motherboard Asus P5E3 Premium with WiFi
Memory 8GB OCZ DDR-3 1600
Video Card BFG 8800 GTS OC 640MB
Power Supply Antec TruePower Quattro 1000 Watts
Hard Drives 150GB Raptor for System , 36GB Raptor for Cashe / Virtual Memory / Page File
74GB Raptor for Programs, WD 500GB for File Storage, Seagate 1TB for Cataloged Images, Seagate 1TB for Non-Processed Images.
Computer Case CoolerMaster Cosmos
Operating System Widows Vista 64
WorkFlow Software Adobe Photoshop CS4 64 bit, Nikon View, Nikon Transfer and Nikon Capture NX2
This is a water-cooled machine! The reason I chose water cooling was my plan to significantly overclock the CPU.
Overclocking a 2.83GHz Quad Core all the way to 4.012GHz with 8GB of Ram is significant(the more memory in the machine, the tougher it is to overclock).
This is the water-cooling set up.
Swiftech Pump, Koolermaster Reservoir, Heatkiller 3.0 CPU Water Block, EK-FC8800GTX-ACETAL GPU Water Block,
OCZ Ram Water Blocks, (3) 120x38mm Delta 151CFM Fans sandwiched between (2) XSPC RX360 Extreme Performance Radiators. I also have 3 120mm Thermaltake Case Fans.
Cool air is pulled through the top radiator and then pushed through the bottom radiator. The case fans all blow out of the case to prevent pressure build up that could reduce radiator fan efficiency.
I designed this water-cooling system as a parallel system rather than a series system.
Series systems are easier the build, however warm water runs through multiple components.
This is my parallel system..
Top Radiator: Pump>Radiator>CPU Water Block>Reservoir>Pump 1/2 Tubing
________________________________GPU>Reservoir>Pump 1/2 Tubing
Bottom Radiator: Pump>Radiator>T>
________________________________RAM>Reservoir>Pump 1/4 Tubing
As a result, the temperatures on this overclocked machine are better than the stock temperatures!