Spire Whisper Rock IV Socket A Cooler
Features
Dimensions
Heat sink: 80×80×44 mm (l × w × h)
12VDC Fan : 80×80×25mm
Bearing: Ball bearing
Rated speed: 2300 RPM +/-10%
Noise level: 21.0 dBA
Air flow: 28.0 CFM at 2,300 RPM
Current: 0.09 A
Life hours Ball: 50,000
Features: Blue transparent fan, 3 grip clip, Copper core, Fan
Guard
Connector: 3 Pin, mainboard
Application
Duron ~ 1.3 GHz (Morgan)
Athlon XP ~ 2700+ (Thoroughbred)
Athlon XP ~ 2100+ (Palomino)
Athlon XP ~ 3200+ (Barton)
Athlon MP ~ 2600+ (Thoroughbred)
Athlon ~ 1.4 GHz (Thunderbird)
Thermal resistance: 0.568 °C/W
Thermal type: White grease pre-applied
Clip model: 0604271
Upon removing the cooler from its postage box, we are greeted with a pretty
standard product box. It does, however, have some instructions on the side of
the box on how to install the cooler, for those who aren't as experienced in
this area. (I'll explain how to install it later in the article as well). It
also comes with a multi-lingual instruction sheet which allows for the unit
to be sold worldwide.
The cooler itself is larger than your average CPU cooler, as it has to fan
out enough to be able to accept the 80mm fan. The fan itself is rated at 28CFM
whilst only producing 21dB of noise. Apart from this more efficient fan, this
cooler is identical to the Falcon Rock II.
The base of the heatsink comes with an evenly spread pre-applied layer of thermal
grease, which saves us having to apply it ourselves. The base also has a copper
insert, a long running tradition amongst cooler manufacturers, as copper is
better at drawing heat off the CPU whilst aluminium is better at radiating it
into the surrounding air.
Installation
Installation is relatively simple. First, we place the cooler on the cpu, and
clip one side of the clip onto the socket. Next, we take our trusty screwdriver,
and then lever the second side of the clip onto the socket (this does require
some pressure, in order to get good contact with the cpu, so don't be too afraid
to push). Personally, I prefer coolers that allow installation without the need
of a screwdriver, not because I am personally a bit hesitant to use a screwdriver,
but because others out there who haven't had as much experience replacing their
cooler are.
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