Neng Tyi SN03 Copper Heatsink Review
At a listed weight of 666 grams you have
wonder if black magic wasn't involved in the creation of this devilishly heavy
copper heatsink from the Taiwanese manufacturer, Neng Tyi. While these heatsinks
are only just starting to break through into North American markets, the time
may be ripe for an explosion - as long as they can keep up with
competition.
The competition in the heatsink world is
becoming fiercer by the week as new companies enter the market with ever more
powerful cooling solutions. One thing remains constant, and that's the copper.
Copper is the performance users' best friend, helping to keep high-performance
processors hopefully cooler than the rest. In the case of the Neng Tyi SN03, it
has plenty copper to go around, and combined with a very reliable Nidec fan, it
looks very impressive.
With its' giant mass of copper, one has to
wonder if the 16.2 CFM Nidec fan is powerful enough to adequately remove the
heat from those 24 sets of smooth copper fins. Rest assured we'll answer those
questions in just a second as we take the SN03 for a ride on our Synthetic test
bed.
|

Designed for:
AMD Athlon, Duron upto 1.5Ghz. Intel
FC-PGA upto 1.13GHz. |
The Neng Tyi SN03 Heatsink
-
Model: SN03
- Nidec Fan, 4700RPM, 16.2
CFM, 32dBa
- Fan Dim: 60x60x15mm
12V, 0.18A
- FHS Dimensions: 62x62x66mm
- Base: Nickel plated Copper
- HS Weight: 666 grams
- Made &
Sold by: NengTyi
|
The SN03 differs from
other copper fined heatsinks in several respects. First of all the heatsink is
built from a series of components; fins, base, and shroud. The fins on the SN03,
and all of Neng Tyi's heatsinks have little interlocking tabs which hold them
together independently of the framework and form a unique way of creating a
bonded-fin heatsink. Rather then using one continuous strip of thin
metal, folded over many times, the open top of this design allows more air to
flow over the many fins. As a plus, the machine-made fin assembly has
a nicer, flatter bottom to better make contact with the base.
While we're not entirely sure what effect
this will have on the thermal conductivity of the unit, the thick copper base of
the SN03 is plated with what looks like nickel to inhibit oxidation of the
copper there.