Weekend Reviews

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Aron Schatz
Posted
May 31, 2004
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1357
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Well, if you haven't seen the Cebit coverage: »http://www.aselabs.com/articles.php?id=127 I also have a review coming up this week. Most likely On Wed.

Pimprig reviews the latest Asetek Watercooling.

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Obviously not satisfied with the less than stunning performance of the half-moon Waterchill, Asetek borrowed a design from a proven winner, the Little River White Water. (Currently being produced by Dtek) Simply put, the Antarctica is a White Water clone. It’s not the first, Logic Cooling’s blocks are based on the White Water design, and so are the popular Danger Den RBX and the TDX as well as many others. And it won’t be the last. It’s a cost-effective design that has proven to work very well.


Foxconn 865 @ OCIA.

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First, I like how all of the cables coming off of this board will be to one side, the front. The Floppy, ATX Power, both IDE, and even the PWR/RST/SPKR cables will all run right off the front of the board without covering up other components. The AGP slot also features an AGP retention clip. While almost all AGP cards are designed for this, most manufacturers leave it off of the motherboard. Also, even though this is a small form factor, Foxconn still managed to squeeze in three PCI slots.


Frostytech has a Verax Heatsink.

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Frostytech has reviewed several of Verax GmbH's ultra-quiet heatsinks in the past, and while the heatsink and fan have remained pretty much identical throughout, the company always manages to mix it up a little. The Verax CAIRdB fan design is unarguably one of the most revolutionary on the market, though it can really be a struggle to get acclimated with the when moving from traditional vaneaxial fans. As always, Verax place their focus on quiet, then cooling... I'd expect the newly released Intel Pentium 4 (willamette) / Socket 603/604 Xeon Verax P17CuX heatsink to be a little on the warm side when it comes to testing. So far though, the Verax heatsinks always manage to keep the test system within reasonable levels, all the while with virtually no noise. The P17CuX heatsink breaks away from Verax's past flirtation with CGDS technology, and instead employs a massive copper plate bolted to the base of their signature aluminum extrusion. A thin la! yer of common white silicon thermal compound fills out the voids between the two surfaces, but other than that, it's a pretty low-tech add-on.


Atech KB reader @ ER, MP3 Player @ RBMods, AMD Roadmap @ HWA, Silverstone ST-02 @ MTB<

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