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Product:
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Sytrin KuFormula VF1 Plus VGA Cooler |
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Price:
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$42 (CDN) / $37 (U.S)
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Supplied By:
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Sytrin Corporation
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Author:
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Skaal-Tel
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Date:
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May 10th, 2006
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Rating:
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Click image for larger view
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Click image for larger view
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Moving back to the design of the heatsink itself, in these pictures you can see a close-up of the finish on the base.
The finish on the base of the heatsink is, to the eye, not very smooth at all. No real reflections were visible, and
although polishing and lapping of the heatsink might yield temperature bonuses, I believe that if it were truly
necessary, it would already have been done. The construction of the heatsink is rock solid with no sharp edges found.
While not very light, the heatsink is mostly constructed of aluminum and should present no real danger to anybody's
video card, residing as it does right next to the motherboard socket. The KuFormula VF1 Plus is compatible with almost
every video card you can buy on the market right now. All that is required is to mount it to the various different
models is to change the flat "link" pieces from one shape to another. The links are attached to the heatsink via two
screws, and themselves are attached to a threaded bolt via a plastic C-clip. This type of configuration. allows for
flexible interchangeability if you decide to switch from an NVIDIA card to ATI and vise versa.
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Click image for larger view
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Click image for larger view
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The card of choice for this install is a ordinary GV-NX68256D 6800 PCI-Express video card from Gigabyte. In my experience, most
Gigabyte coolers are some lacking in longevity, so I was happy to replace mine with something a little nicer. Using
the "N2" links, the heatsink was ready to be installed.
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Click image for larger view
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Click image for larger view
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Removing the stock heatsink varies in procedure from card to card, but for most part its a simple matter of removing
the screws or clips on the back of the card and then gently prying the heatsink off. On this particular card there is
absolutely no RAM cooling provided by the stock heatsink, which is itself barely adequate for cooling the core. Following
the instructions provided, I cleaned the core and attached the 8 provided ram sinks. Coincidentally they perfectly
match the original colour scheme of the card. The RAM sinks attach via simple double sided tape. So far they haven't
fallen off, and they seemed strong enough to last forever.
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Click image for larger view
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Once the RAM sinks are installed, apply a small amount of thermal paste to the core and place the heatsink's pegs
through the original mounting holes on the video card. On this card, the heatsink fit perfectly and the RAM sinks have
plenty of clearance above the heatsink as well. Once the pegs are through the holes, you place a pair of plastic washers
and spring loaded screws on top and hand tighten them. I have heard many sad stories of video card heatsink destruction
from over tightening. Sytrin pre-empts such carnage by actually making the screws impossible to turn with a screwdriver
since there is a bump in the middle.
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