Option 1:
CPU: Q6600 GO Stepped
CPU Heatsink: D-Tek Fuzion
MOBO: Asus Maximus Extreme
GFX: (2) Sapphire HD3870 512MB ATI Radeon
GFX Cooling: (2) Waterblocks (need to research)
Memory: 2GB CellShock PC 14400
PSU: PC & Cooling Silencer 750W
Pros
# # Comes with N/B waterblock to counteract the high temps that the N/B has
# Highly overclockable
# Supports newest Intel CPU's
# Supports new 1333 & 1600 MHz FSB
# On board power/reset/clear CMOS switches
# PCIe 2.0
# Supports new Penryn chips
# Extensive BIOS Features
# Great Performance
# Stable
Cons
# Requires expensive DDR3 Memory
# Does not overclock as well as their DDR2 cousins do
# Platforms and modules need to mature more
# 3 year warranty
# Poor customer service
Option 2:
CPU: Q6600 GO Stepped
CPU Heatsink: D-Tek Fuzion
MOBO: eVGA nForce 780i
GFX: (2) EVGA GeForce 8800 GTS (G92) 512MB
GFX Cooling: (2) EK-FC8800GTS Full Cover WB
Memory: 2GB OCZ 1066 SLI-Ready
PSU: PC & Cooling Silencer 750W
Pros
# # Comes with N/B waterblock to counteract the high temps that the N/B has
# Three-way SLI for the ultimate gaming machine
# Overclockable
# Supports Intel 45nm Duo & Quad core processors, but only the 1333 MHz processors are actually fully supported.
# Supports 1333 MHz FSB
# DDR2 speeds of DDR2-1200 and beyond can be used to keep pace with overclocked system components with full support for SLI-Ready memory (EPP)
# PCIe 2.0
# CPU thermal diode LED, located next to the CPU fan pins. It turns red when abnormal CPU heat is detected.
# Great Performance
# Stable
# Lifetime Warranty
# Excellent customer service
Cons
# SPP (Northbridge) generates a serious amount of heat. Known to idle at 50 degrees celcius and 70 degrees celcius under load.
# This motherboard uses solid aluminum capacitors on the voltage regulator circuit. This is great because it prevents the infamous capacitor leakage problem. The other electrolytic capacitors used on this motherboard, however, are regular ones, manufactured by Samxon, which is a Chinese company (Japanese capacitors are better). This motherboard also uses iron chokes on the voltage regulator circuit, while tier 1 manufacturers like Gigabyte and ASUS are using ferrite chokes on their high-end products, which offer a lower power loss.
Parts I will be using for new build from my current set up will be the following:
CoolerMaster Stacker STC-TO1
2 x 36.7GB WD Raptors(Raid 0)
1 Hitachi 160GB 7200RPM SATA 7K250 Hard Drive
SB Audigy 2 ZS
Alphacool Laing DDC Pump
Black Ice XtremeII equiped w/ DD Stacker Shroud w/2 Sanyo Denki San Ace Fans
Swiftech MCRES-MICRO Hi-Flo Reservoir
Vantec 305 Nexus Fan Controller
LG 246WP
Windows XP Pro w/SP2
Parts I will be ordering:
Black Ice Xtreme Radiator
Alphacool Laing DDC Pump
D-Tek Fuzion
(2) EK-FC8800GTS Full Cover WB
Swiftech MCRES-MICRO Hi-Flo Reservoir
15 feet of Tygon tubing
If I go with the 780i I will be using a waterblock on the SPP (Northbridge) to counteract the high temps. This will also eliminate the stock heatsink fan on the SPP blowing unwanted heat on the backside of my video card. I will have to research for a waterblock. Any helpful suggestions for a good waterblock are needed.
I plan to implement a 2 loop configuration. The first loop will consist of the processor and north bridge. The second loop will consist of the video cardsam considering running the video cards in a seperate loop on which ever configuration I opt for.
Since the computer build revolves most importantly on my motherboard choice, my goals are to have a system that overclocks well, with stability, and performs well in games like COD4.
I have always bought Asus motherboards like the Asus P4C 800 E Deluxe and Asus A8N32-SLI Dekuxe. Both overclocked rather well and ran stable. Always dependable and had no complaints or problems.
With the two configurations listed above, which one would you recommend and why?
Be sure to list pros or cons that I might have overlooked. I have been looking at both boards and reading reviews pretty extensively.
Thanks for the helpful insight.
__________________
AMD System
CoolerMaster Stacker STC-TO1|AMD Athlon 64 4400+ X2|ASUS A8N32-SLI Dekuxe|2 x 1GB Corsair XMS 3500LL Pro DDR SDRAM Dual Channel Kit @ (1:1) 2-3-2-6|EVGA 7800GTX KO Edition |2 x 36.7GB WD Raptors(Raid 0)|Hitachi 160GB 7200RPM SATA 7K250 Hard Drive|SB Audigy 2 ZS|OCZ Powerstream 520W|Alphacool Laing DDC Pump | Swiftech Storm | DD Maze 4 | Black Ice XtremeII equiped w/ DD Stacker Shroud w/2 Sanyo Denki San Ace Fans | Vantec 305 Nexus Fan Controller|LG 246WP|Windows XP Pro w/SP2
CPU: Q6600 GO Stepped
CPU Heatsink: D-Tek Fuzion
MOBO: Asus Maximus Extreme
GFX: (2) Sapphire HD3870 512MB ATI Radeon
GFX Cooling: (2) Waterblocks (need to research)
Memory: 2GB CellShock PC 14400
PSU: PC & Cooling Silencer 750W
Pros
# # Comes with N/B waterblock to counteract the high temps that the N/B has
# Highly overclockable
# Supports newest Intel CPU's
# Supports new 1333 & 1600 MHz FSB
# On board power/reset/clear CMOS switches
# PCIe 2.0
# Supports new Penryn chips
# Extensive BIOS Features
# Great Performance
# Stable
Cons
# Requires expensive DDR3 Memory
# Does not overclock as well as their DDR2 cousins do
# Platforms and modules need to mature more
# 3 year warranty
# Poor customer service
Option 2:
CPU: Q6600 GO Stepped
CPU Heatsink: D-Tek Fuzion
MOBO: eVGA nForce 780i
GFX: (2) EVGA GeForce 8800 GTS (G92) 512MB
GFX Cooling: (2) EK-FC8800GTS Full Cover WB
Memory: 2GB OCZ 1066 SLI-Ready
PSU: PC & Cooling Silencer 750W
Pros
# # Comes with N/B waterblock to counteract the high temps that the N/B has
# Three-way SLI for the ultimate gaming machine
# Overclockable
# Supports Intel 45nm Duo & Quad core processors, but only the 1333 MHz processors are actually fully supported.
# Supports 1333 MHz FSB
# DDR2 speeds of DDR2-1200 and beyond can be used to keep pace with overclocked system components with full support for SLI-Ready memory (EPP)
# PCIe 2.0
# CPU thermal diode LED, located next to the CPU fan pins. It turns red when abnormal CPU heat is detected.
# Great Performance
# Stable
# Lifetime Warranty
# Excellent customer service
Cons
# SPP (Northbridge) generates a serious amount of heat. Known to idle at 50 degrees celcius and 70 degrees celcius under load.
# This motherboard uses solid aluminum capacitors on the voltage regulator circuit. This is great because it prevents the infamous capacitor leakage problem. The other electrolytic capacitors used on this motherboard, however, are regular ones, manufactured by Samxon, which is a Chinese company (Japanese capacitors are better). This motherboard also uses iron chokes on the voltage regulator circuit, while tier 1 manufacturers like Gigabyte and ASUS are using ferrite chokes on their high-end products, which offer a lower power loss.
Parts I will be using for new build from my current set up will be the following:
CoolerMaster Stacker STC-TO1
2 x 36.7GB WD Raptors(Raid 0)
1 Hitachi 160GB 7200RPM SATA 7K250 Hard Drive
SB Audigy 2 ZS
Alphacool Laing DDC Pump
Black Ice XtremeII equiped w/ DD Stacker Shroud w/2 Sanyo Denki San Ace Fans
Swiftech MCRES-MICRO Hi-Flo Reservoir
Vantec 305 Nexus Fan Controller
LG 246WP
Windows XP Pro w/SP2
Parts I will be ordering:
Black Ice Xtreme Radiator
Alphacool Laing DDC Pump
D-Tek Fuzion
(2) EK-FC8800GTS Full Cover WB
Swiftech MCRES-MICRO Hi-Flo Reservoir
15 feet of Tygon tubing
If I go with the 780i I will be using a waterblock on the SPP (Northbridge) to counteract the high temps. This will also eliminate the stock heatsink fan on the SPP blowing unwanted heat on the backside of my video card. I will have to research for a waterblock. Any helpful suggestions for a good waterblock are needed.
I plan to implement a 2 loop configuration. The first loop will consist of the processor and north bridge. The second loop will consist of the video cardsam considering running the video cards in a seperate loop on which ever configuration I opt for.
Since the computer build revolves most importantly on my motherboard choice, my goals are to have a system that overclocks well, with stability, and performs well in games like COD4.
I have always bought Asus motherboards like the Asus P4C 800 E Deluxe and Asus A8N32-SLI Dekuxe. Both overclocked rather well and ran stable. Always dependable and had no complaints or problems.
With the two configurations listed above, which one would you recommend and why?
Be sure to list pros or cons that I might have overlooked. I have been looking at both boards and reading reviews pretty extensively.
Thanks for the helpful insight.
__________________
AMD System
CoolerMaster Stacker STC-TO1|AMD Athlon 64 4400+ X2|ASUS A8N32-SLI Dekuxe|2 x 1GB Corsair XMS 3500LL Pro DDR SDRAM Dual Channel Kit @ (1:1) 2-3-2-6|EVGA 7800GTX KO Edition |2 x 36.7GB WD Raptors(Raid 0)|Hitachi 160GB 7200RPM SATA 7K250 Hard Drive|SB Audigy 2 ZS|OCZ Powerstream 520W|Alphacool Laing DDC Pump | Swiftech Storm | DD Maze 4 | Black Ice XtremeII equiped w/ DD Stacker Shroud w/2 Sanyo Denki San Ace Fans | Vantec 305 Nexus Fan Controller|LG 246WP|Windows XP Pro w/SP2
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