全铜版U120E..YY中..................

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TRUE
Copper
CPU Heatsink

Origin…
Since the release of Ultra-120 eXtreme, it has become the standard, or as the one to beat in a lot of major CPU cooler comparisons. At Computex 2008, Thermalright displayed three versions of the Ultra-120 eXtreme; original (aluminum), black, and copper. Not surprisingly, the copper version was the one most well received. Many hardcore Overclockers saw it to be the ultimate air cooling device. Inheriting from its predecessor, TRUE Copper has six highly efficient heatpipes with every vital part soldered to them to ensure the highest rate of heat transfer and durability. This is one of the features that you will see in each and every Thermalright heatsink.
TRUE Copper’s weight exceeds all of our previous heatsinks. Due to this reason, we strongly suggest installing it on a horizontal platform. Even though in our test lab, TRUE Copper was taken out for a test drive on a vertical platform and ran without a glitch as the motherboard came out unscathed. But since not all motherboards are manufactured the same way in terms of thickness and degree of stress, Thermalright cannot guarantee the condition of your motherboard after TRUE Copper is installed for a certainly amount of time. If you insist installing on a vertical platform, please check to make sure your motherboard is sturdy enough.
As most experts would expect, TRUE Copper will be a limited edition to the eXtreme lineup due to the high cost of copper. If you pass up this chance, you may never see another TRUE work of art again so don’t wait anymore and grab one for the collection.




Features

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Use high quality copper material for consistent heat absorption and transfer.

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Utilizes six high quality 6mm heatpipes, strategically positioned to pick up the heat from the CPU.

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Proprietary bent winglet design to minimize airflow resistance.

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Heat pipes soldered to base ( nickel plated ) and fins for optimum heat transfer.

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Stack of 52 pieces of copper fins, the most over any other heatsinks in the market. Can be covered entirely by a 120mm fan to absorb all in-coming air flow.
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Vast compatibility list for multiple multi-core CPUs and platforms.

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Includes both bolt-thru-board retention mechanisms for Intel 775 and AMD AM2 (backplate included for both platforms).

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Includes two sets of fan wire clips for a duo-120mm fan installation (fans not included).
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Includes the NEW thermal paste, Chill Factor 2 for even better conductivity.


Technical Spec
Dimension: L133 x W156 x H38 mm
Weight: 1900g
Recommended Fan (120x25mm)
Heat pipes: six Heat pipes
Material : Copper


Compatibility
Intel Socket 775 & AMD Socket AM2
Support Intel Core i7 Processor (optional )
Support Intel Core 2 extreme and any Socket 775 Processor
Support AMD Phenom X4 and any Socket AM2 & AM2+ Processor


Components

TRue Copper *1	775 Bracket *1	775 Backplate *1	AM2 Bracket *1

AM2 Backplate *1	775 Load screws *4	AM2 Load Screws *4	CF2 Thermal paste *1

120mm Fan wire clip *4	Anti-ration strip *4

Accessories List

120 Fan Holder	FDB Fan	1366 Bolt Thru kit

FAQ
Q: TRUE Copper being so heavy, will it damage my motherboard?
A: We did an actual test in our lab with TRUE Copper installed on a system inside a tower case and ran for a week. It did not show any sign of ill condition. Even so, we still recommend TRUE Copper be installed on a horizontal platform rather than vertical.
Q: Intel is coming out with its new CPU core i7 on Socket 1366. The positioning of the new socket seems to be not in alignment with any of your current heatsink’s retention mechanism. Will there be an adapter kit forthcoming for your existing HSF's?
A: Yes, we will have an adapter kit soon to convert your current Thermalright heatsink to work on Socket 1366. Please check out our webpage at www.thermalright.com from time to time for the update.


TRue Copper Detail Drawing

Tesalar

净重1900g....主板啊{cry:]
支持LGA 1366,果然是YY圣品

sylphee

和铜忍一样只能收藏不能使用的东西

没个12038都搞不定,,

fish2fish

1900g。。。卧式机箱专用啊

liubangde

yy专用！！

金戈铁马

Weight: 1900g  直接报废你的主板!!!!

vc2136

主板都要被压弯了

seejiajia

干嘛不镀镍呢
～～～

hotuser

又一米物产生了

hdy_aoe

是不是太重了