ASETEK WATERCHILL Antarctica


 

 

 

 

 

 

 

Test System:
Amd Athlon 64 FX-51
ASUS SK8N
2x512mb DDR433 Supplied and thanks to Corsair
AKASA AK-855 Cooler
Asetek KT12A-L30
ATI Radeon X800 Pro 256mb
IBM Deskstar 120 GXP 40GB 7200rpm Hard Drive
Sony CRX300E DVD/CDRW
Sony Floppy Drive
Mercury 400W PSU
AOC 19” 9GLR CRT

Software:
Windows SP1a
Direct X 9.0b
Catalyst 6.14.10.6xxx beta
Nforce Driver 4.24 WHQL
Farcry 1.1
I’mtoo DVD
Fraps latest build

 

Stock Scores:

We benched the system at stock settings using standard air cooling before installing the Asetek kit. Benchmarking comprised of taking the temperatures of the system components at idle, after a session of Farcry at 1600x1200 4xAA 16xAF and after encoding 24 minutes of DVD to DivX. Here’s how the 2 cooling solutions compare:


The idle temperatures of the system were similar on the CPU however the X800 was a full 10 degrees cooler which was an excellent result. When under heavy graphical load (Farcry) the advantages of watercooling become even clearer, where the standard air cooling of the X800 shows a temp of 62 degrees the Asetek unit keeps the system cooler than air was at idle temps. Under heavy CPU load (encoding) the air-cooling is nearly 10 degrees higher than the Asetek 12v.

Overclocking

On our test system the maximum overclock we achieved on air was 2500mhz @1.65v on the CPU and 540core 580memory on the X800. When the Asetek was used this increased to 2600mhz CPU and 580mhz core on the GPU. Memory overclock on the X800 remained the same as its not cooled by the Asetek system.

The results for the above settings are shown below, remember when comparing them that the CPU is running 100mhz faster on the Asetek with .25v more and the Radeon is running 40mhz faster on the Asetek.

The results achieved when overclocking are excellent on the Asetek system, even at settings higher than those achievable on air its still outscoring the stock temperatures on air, what more could you want from a cooling system! Graphics temperatures are a particular high point, almost half the temperature of the Air-cooled system.

 

 

Next: Conclusion


 

 

 

 

Click here to go to application and install page Click here to go to pcmark2004 page Click here to go to the results page Click here to go to the conclusion page

 
Click here to go to application and install page Click here to go to pcmark2004 page Click here to go to the results page Click here to go to the conclusion page