Rather than introduce this
one myself, I'm going to take a portion of the story from the horse's mouth -
the sentiment, and meaning to this absolute monster of a heatsink, so that you,
the reader, can get an idea of what Thermalright hopes to achieve with the
release of their TRUE Copper Edition.
"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.
With that in mind, the
remainder of the review carries us towards the second part of that paragraph
- which comes after I tear the packaging away, and try to install this
absolute monster of a heatsink, something with almost four and a half pounds
of copper to call home. Let's take a look at the features.
Features
Use high quality copper material for
consistent heat absorption and transfer.
Utilizes six high quality 6mm heatpipes,
strategically positioned to pick up the heat
from the CPU.
Proprietary bent winglet design to minimize
airflow resistance.
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.
Vast compatibility list for multiple
multi-core CPUs and platforms.
Includes both bolt-thru-board retention
mechanisms for Intel 775 and AMD AM2 (backplate
included for both platforms).
Includes two sets of fan wire clips for a
duo-120mm fan installation (fans not
included).
Includes the NEW thermal paste, Chill Factor
2 for even better conductivity.
Technical Spec
Dimension: L133 x W156 x H38 mm
Weight :1900g (Heatsink Only)
Recommended Fan (120x25mm)
Heat pipes: six Heat pipes
Material : Copper
Processors 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
With the formality finally aside, it's good and time to
take the packaging away from this sexy little sink and
see what sets it apart from the rest.
A Closer Look:
Packed in an unusual waxed
white box, the TRUE Copper comes as an example of how to strike the presence of
your product into the minds of those who've seen the products before. This white
box is of the same dimensions and strength as the ones before, which is somewhat
worrisome, considering the TRUE Copper weighs in at around three times more than
the predecessors. When the top flap of the box folds back, the same soft foam as
always protects the heatsink, while a bland white box sits off to the side with
the mounting hardware. Let's take a look at the sink, and what's in the box,
anyway.
Top Shot of the Box
Embossed Font
Accessories
Top Shot of The Sink
Taking a few turns
around the heatsink itself, it's the same TRUE as always - but with well
polished edges - in nearly every shot you can see the camera's lens glinting
off the fins, much in the same way that screws glint off the base. Perhaps
the only thing to consider here, is that aesthetics aside, copper absorbs
heat better than it dissipates it; meaning that this four pound beauty would
likely need a beefy fan to see it's peak performance. That said, though, I'm
quite happy to say that there's absolutely no build quality issues to
address, and though copper is noted as a softer metal, it showed no signs of
stress even after an extended period of installation.
From Above
The Front
The Base 1/2
The Base 2/2
With the heatsink
evaluated, it's time to take a look at the installation process, and the
difference between all three models of this family.