A couple of years ago a
handful of companies released coolers which had
TECs (Thermo Electric Coolers) implemented. Unfortunately
they proved not to be the most efficient cooling
solution and they are still remembered as a project
which “just went wrong”. They had
three major problems. First, their extreme power
requirements required an external power source.
Second, their performance was good only when the
processor was not loaded. Finally, they were exceptionally
expensive. These problems forced the companies
to discontinue the TEC coolers and no other company
released any kind of air based TEC cooler since,
well that is until now. Titan just released a
CPU cooler, codenamed Amanda, which is a massive
heatpipe cooler aided by a TEC. Titan managed
to overcome many of the problems of a TEC cooler,
yet not all of them. We also still question the
capabilities of the cooler as it is using a much
smaller TEC than old coolers, so we will test
it and see how it really performs on the hottest
processor currently available, the Pentium 4 D9XX
series, considerably overclocked.
Features
• Newest cooling
design by combining TEC (Thermo-Electric Cooler)
and heatpipe solution
• Smart cooling to maintain optimal temperatures
for the CPU without condensation issues
• International patents, including USA,
Germany, China, etc.
• Extremely low thermal resistance provides
utmost cooling performance
• Super silent cooling operation
• Safety alarm system in case of the unlikely
situation of the cooler malfunction
The Amanda cooler is supplied
in a box which instantly betrays the humongous
size of the cooler. The package itself is larger
than most power supply unit packages we have seen.
Part of the cooler is visible from the side, while
a handle is present on top. The package is attractive
enough and well designed, so it can easily protect
the cooler from transportation damage.
The first item which you
will notice in the package is the PCI control
card, which the cooler uses to control and power
the integrated TEC. The card can also monitor
the status of the cooler and has an alarm installed,
in case something goes wrong. Diagnostic LED lights
are present at the backplate of the PCI card.
You will also find a cable to connect the cooler
to the card, but also to the motherboard fan headers
for fan speed monitoring. The fans are powered
via the PCI card. There is the rear retention
bracket, which is slightly insulated, the necessary
screws and threads and a tube of Titan’s
thermal grease, ‘Nano grease’. We
found the grease particularly good and decided
to use this during our testing instead of AS Ceramique.
Finally, there are two weight balancing cables
for you to tie the cooler to your case chassis
in order to reduce its massive weight strain somewhat.
We found that they are not necessary if the cooler
is well mounted and the case is still, but they
are highly recommended if you are going to move
your system often.
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