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Product:
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Sunbeam Overclocker's CPU Cooler Kit |
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Price:
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$28 (CAN) / $21 (U.S)
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Supplied By:
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ADPmods
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Author:
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Hi-TEK
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Date:
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October 14th, 2003
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Rating:
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The installation process for the Sunbeam Overclocker's CPU Cooler Kit is very straightforward despite
the lack of more detailed instructions. The first process is to attach two of the black plastic fan
conductors to the Flexible Mylar Air Duct. Since this product will be ducting cool air to the CPU,
consumers will need to choose the appropriate fan duct connector to match the size of the fan currently
on their CPU heatsink. In this example, I am attaching one 87mm and one 83mm to the Flexible Mylar Air Duct.
Each end of the plastic fan duct connectors are secured to the Mylar Air Duct using two stainless steel
hose clamps.
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The second step in the installation process to attach the included Plastic Chimney attachment to the PSU
fan located on the back of the case. The unit is secured using two 6-32 mounting screws and two pieces
of double stick tape. The purpose of this particular unit is to duct hot air away from the PSU.
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Click image for larger view
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Click image for larger view
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The final and most important step is the installation of the Flexible Mylar Duct on top of the CPU
heatsink. As previously mentioned, consumers will need to determine the size of their CPU heatsink fan
and attach the appropriate fan duct connector In this example, I will be using the new Thermaltake Silent Boost HSF Cooler
with a replaced TT-8025 80mm fan. The Thermaltake TT-8025 fan is capable of pushing 37 CFM at 2900 RPM
with a noise level of 30 dBA. The unit installs on top of the CPU heatsink fan location and is secured
by four screws located in each corner. At this point, consumers are required to stretch the Flexible
Mylar Duct towards any intake or exhaust location of an 80mm fan mount. I had a few problems in this
area due to the case that I was using during the process of this review. The Flexible Mylar Tube was not
long enough to route to any available 80mm fan mount. Newer server tower cases such as the Thermaltake
Xaser brand and Enermax CS-101812 brand use a long length wise chassis design. The Sunbeam Overclocker's
CPU Cooler Kit seems to be specifically designed only for mid-tower cases rather than larger server
cases. The second issue noted is that most of the newer Antec, Aspire, Chieftech, Chenming and Enermax
cases also use removable plastic fount mounts. This type of configuration makes it difficult to attach
the 87mm or 83mm duct connector to any 80mm fan since the plastic fan mount makes it impossible to
fully attach the unit. By modding the case location with standard fan mounting holes, this problem can
be easily corrected.
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Click image for larger view
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Click image for larger view
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As an alternative, I stretched the Mylar Air Duct as far as it could go towards the front of an Xaser
III case since the front portion has been modified with an open air intake.
Testing:
In order to provide accurate test results, I ran the following configuration in two types of scenarios.
The first scenario was the system without the Sunbeam Overclocker's CPU Cooler Kit installed and the
second with the kit fully installed. I will be using Artic Silver 3 in this round of testing for the
Thermaltake Silent Boost HSF with the following components:
- Asus AV7333 Motherboard
- AMD Athlon XP 1800+ CPU
- 512 MB Kingmax Tiny BGA DDR 333 RAM
- MSI G4 MX440 8X video card
- Maxtor D740X-GL 60 GB Hard drive
- D-Link DFE-530TX NIC card
- LG GCC-4120B Combination IDE Drive (12x8x32 CDRW + 8x DVD)
The "Burn-In Wizard" from SiSoft Sandra 2003 is used to put the CPU under concentrated load for a
pre-determined amount of time. The options selected in "Burn-In Wizard" run the CPU and CPU Multimedia
benchmarks for approximately 15 minutes. The system is left alone for approximate 15 minutes before the
burn-in test is performed. Maximum temperatures are measured in degree Celsius and recorded for idle,
full load, idle overclock and full load overclock using an independant thermal probe and Motherboard
Monitor 5.3.4.0. The system was run in normal mode at 1.5 GHz and in overclocked mode (VCORE 1.8, FSB
142, Multiplier 11.5x) in order to get the system running at 1.6 GHz. Ambient temperature was measured
at 30 degrees Celsius.
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Conclusion:
Based on the results from the performance graph, the Sunbeam Overclocker's CPU Cooler Kit does demonstrate
that the theory of ducting your CPU heatsink fan will lower overall CPU system temperatures. The results
I received were far less impressive than the 15 degree drop that Sunbeam claims this kit will achieve.
For the record, I should restate the disclaimer on the package advises that the effect of the Overclocker CPU
Cooler Kit is based on each user's CPU and computer environment. It is hard to determine which combination
of heatsink, hardware and fan works best with this package but results may vary. In its basic form the kit does provide you
with all the components required to remove hot air away from an overclocked CPU and does work as advertised.
Consumers should note that you will have to get used to the long Flexible Mylar tube which should
provide a challenge for keeping cable management to a minimum. If you use a server tower case you will also
need to find a unique method of mounting this product since the 50cm Mylar Air Duct might not work in
all cases. One final point to note is that consumers who use popular heatsink coolers from Zalman and
Thermalright will have some issues using this kit due to the nature of each manufacturer's heatsink
design. Aside from a few minor issues, I'm rating this kit a 6.5 out of 10 and
If you have any questions regarding this review be sure to visit the
ADPMods website for more information or
discuss them in our forums.
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Pros:
- Reduces CPU temperatures
- Easy to install
- Covers two known sources for heat generation
- Good add-on for an overclocked environment
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Cons:
- Some installation issues with server tower cases
- Kit components are easy to duplicate
- Weak documentation
- Limited to 70mm and 80mm fan sizes only
- Performance results are based on type of heatsink, CPU platform and computer environment
- Price
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