- Nov 22, 2001
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I'm putting an E6600 / 8800 GTX system together and chose the nVidia 650i chipset. After some research I've decided on a 100% Thermalright cooling solution.
Upgrading the cheap passive heatsink on the Asus P5N-E SLI is first order of business. Reviewers said the heatsink gets blazing hot Asus P5N-E SLI nVidia 650i Motherboard. The naked southbridge gets warm too, so I'm slapping this on it: Alpha 35x9.5mm Heatsink.
I selected the Thermalright HR-01 for the CPU and the HR-05 for the chipset:
Thermalright HR-01
Thermalright HR-05
I'm upgrading the CPU retention mechanism: Upgraded Bolt-Thru Retention Mechanism.
The HR-01 can be connected to a 120mm case fan by a fan duct. After taking some measurements, I'm confident either of my Antec P180 fans will work, though I intend to hook it up to the top fan: Antec P180 120mm fans.
The HR-01 with Intel fan duct
Here's it working
Here's how the HR-01 and HR-05 will look together
I'll update with pics after the build.
Upgrading the cheap passive heatsink on the Asus P5N-E SLI is first order of business. Reviewers said the heatsink gets blazing hot Asus P5N-E SLI nVidia 650i Motherboard. The naked southbridge gets warm too, so I'm slapping this on it: Alpha 35x9.5mm Heatsink.
I selected the Thermalright HR-01 for the CPU and the HR-05 for the chipset:
Thermalright HR-01
Thermalright HR-05
I'm upgrading the CPU retention mechanism: Upgraded Bolt-Thru Retention Mechanism.
The HR-01 can be connected to a 120mm case fan by a fan duct. After taking some measurements, I'm confident either of my Antec P180 fans will work, though I intend to hook it up to the top fan: Antec P180 120mm fans.
The HR-01 with Intel fan duct
Here's it working
Here's how the HR-01 and HR-05 will look together
I'll update with pics after the build.
