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The Install:
I
installed the AeroCool DoublePower VGA cooler on to one of my EVGA
7800 GTX cards and installed it on my ABIT Fatal1ty AN9 32X
Motherboard. The build includes an AMD
Athlon AM2 5600+, 2 x 2GB Mushkin
XP2-6400 modules, and powered by an
Ultra X3 1000 Watt power supply. Storage was provided by both
160 GB and 250 GB Maxtor SATA II drives and a Lite-on 16x DVD burner
all mounted in the Tagan El Diablo case.
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Hardware |
Model |
|
Operating System: |
MS Windows XP Professional |
|
Motherboard: |
ABIT Fatal1ty AN9 32X |
|
CPU |
AMD AM2 5600+ |
|
Memory |
2x 2 GB kit
of Mushkin XP2-6400 |
|
Graphics |
EVGA 7800 GTX |
|
Power Supply |
Ultra X3 1000
Watt |
|
Drives |
160 and 250
GB Maxtor SATA II, 16X Lite-on DVD Burner |

The first step required to install the DoublePower
is to remove your factory cooler and prep the heatsink for the new
components. Here you can see our donor EVGA 7800 GTX prepped
for surgery. It is critical you make sure the memory chips are
clean and dry.

Next place one of the memory heatsinks firmly onto
the card. I found that getting these guys to stick is like
playing the lottery, the lucky ones will find one that just doesn't
want to stick. I got my best results when the heatsinks sat
for a bit after they were installed. Moving the card too soon
resulted in one or more falling off during the card install.
The reality is most cards don't need these extra heatsinks if the
system airflow is good, but the inclusion allows for more effective
cooling which should lead to better performance!

Next I placed eth mounting screws through the
board using the included non-conductive washers and applied the
included heatsink compound. There are a lot of different
theories on how to apply the compound, I use a thin layer smoothed
out by a finger.

Now center the heatsink over the chipset and
gently set it down. The heatpipes should lead towards the back
and top of the card.

Finally place one tension spring and a washer on
each of the screws. place the nut on each post and tighten the
screws in opposite order like changing a tire. This should
result in an even pressure on the chipset and a smooth layer of
heatsink compound for optimal performance.

The Double power can be plugged into a standard 12
V run or any 3 pin controller. Since the 7800 GTX has a four
pin socket, I ended up plugging the 12 V pass through into may
motherboard accessory socket.

Now install the video card back into the system
gently. Take care to not accidentally knock off one of the
memory heatsinks because its a real pain to get to some of them with
the cooler installed! The end result looks pretty good with
the lights all lit up.
Testing:
To test the performance of the AreroCool
DoublePower I first let the system idle overnight to record a good
idle temperature. Next I ran the system solid for about an
hour in TeamFortress 2 to get it warmed up and then recorded the
peak temperature during a run of Futuremarks 3DMark 06. For
comparison I will also test the lab favorite Artic Cooling NV5.
Test temperatures were taken from the center of the chipset and from
the exposed back of the card, the higher temperature was recorded
each time.

As you can see from the above chart. The
AeroCool DoublePower idles at a solid 108 F (42 C) and reaches a
load temperature of 135F (57 C). Compared to the more
expensive Artic Cooling design the DoublePower looks pretty good.
The only major concern with the DoublePower
design is the lack of any method to exhaust the hot air out of the
case. With the card installed in the Tagan El Diablo
Case and the 320mm side fan at max, the card temperature dropped
another 6 degrees on average. Without this solid system
airflow to depend on, all of the hot air from your video card will
be expended right into the center of your system.
Conclusion:
The AeroCool DoublePower VGA Cooler represents a
new way to incorporate a heatpipe design into VGA cooling without
breaking the bank. I found the performance about what I would
expect at this price point but the Double Power faces some stiff
competition for your hard earned $40. The size if the heatsink
and the placement of the fan section make a dual card setup
impossible on most standard motherboards. The only other major
drawback is the lack of any external exhaust solution to draw all
that heat out of your system. Installation was easy and the
overall look is unlike anything else I have tested. The
neutral choice of a white light makes the DoublePower an aesthetic
match for your windowed installations too. Based on the
performance, I would call this cooler a solid buy that should hold
its own in any single card installation.
Note: Club Overclocker is
now using a new rating system based on a score of 1 to 5.
Please go to our rating system page for more information.
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| Performance: |
3 out of 5 | |
Innovation: |
3 out of 5 | |
Quality: |
4 out of 5 | |
Stability: |
4 out of 5 |
| Aesthetics: |
4 out of 5 | |
Software/Drivers Pack: |
N/A |
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Overclocking: |
N/A |
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Value: |
3 out of 5 |
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|
 | Project Skill Level (5 being most difficult) | 3
out of 5 |

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