FrostyTech.com Heatsink Reviews and Analysis
      
TOP 5 Heat Sinks     TOP 5 Low Profile Heat Sinks     TOP 5 Liquid Coolers    
 Reviews + Articless     News     HSF Mfg's Index     Advanced Search    

Thermal Buster Heatsink Review
Thermal Buster Heatsink Review
  80%   
Abstract: Amidst all the confusion a radical new cooling concept has arisen. The Thermal Buster from KingCooler Metal Technologies.....

 Company link  Category  Published  Author 
King Cooler   Cooling / Heatsinks   Jan 03, 2001   Max Page  
Home > Reviews > Page Title: Synthetic Testing and Results

The Flowtherm thermal modeling program allows three dimensional objects to be created, heat and air sources to be applied, and the resulting thermal flow diagrams modeled. All of which can be done before a single unit needs to be produced. The company has included two pictures to illustrate how the heatsink performs in real life, unfortunately, the fin temperatures don't seem to be depicted... so it's difficult to comment on how well this design conducts heat up through to the very top of its' many thin copper fins.

A thermal image of the heatsink from two perspectives illustrates the hotspot directly above the processors core, and to some extent the cool air as it exits the fin array.

Illustrates CPU rise above ambient temp.

For our testing of the Thermal Buster we used the FrostyTech Synthetic Heatsink Test apparatus. The temperatures values recorded through this device are much more accurate than with an on die test for several reasons we'll explain in a moment.

What is it?

The apparatus itself consists of a framework housing an aluminum block which is heated by a 50W heatsource. Heat is transmitted to the heatsink via the block and up through a copper die template which has a thermistor embedded directly in it.

A temperature reading for a particular heatsink is taken once the temperature stabilizes in the copper die template. Since the die templates have the surface area of either a silicon topped or heatspreader-topped processor the flow of heat to the base of the heatsink accurately mimics a real life configuration.

Shown with the copper die template for a silicon-topped processor, the synthetic heatsink test apparatus awaits a coating of AOS29KY non-silicon thermal compound and the Thermal Buster heatsink. A slightly larger copper die template was used to test the effective cooling ability of the Thermal Buster atop a heatspreader-based processor (like a PGA Celeron).

FrostyTech Synthetic Test Temperature Results (120V 50Watt constant heat load)
Mfg. Model No. Ambient (C) Big Die (C) Small Die (C) Thermal Compound Thermal pad No. Fans Fan Noise Clip
1 Coolermaster CH5-5K12 26.6 53.7 64.8 AOS 52029KY lead 1 mod stiff
2 KG Metal Tech Thermal buster 26.7 57.5 68.8 AOS 52029KY yellow 1 none stiff
3 FrostyTech CuSink 27.7 57.5 69.6 AOS 52029KY - 1 low stiff
4 Ascent AC300-4P 27.1 59.5 70+ AOS 52029KY none 1 low easy

The synthetic test temperature results show that when the Thermal Buster is used on a Celeron or PGA-type processor it performs equivalent to that of the much larger Frosty CopperSink, and only slightly less than the significantly wider all-aluminum Coolermaster CH5-5K12 heatsink. The Ascent AC300-4P represents how a generic run of the mill large aluminum bonded-fin heatsink would perform in this test.

When we switched to the small copper die template (representing FC-PGA or Socket A processors) for our tests many of the heatsinks had troubles keeping the temperature below the all-to-critical 70 degrees C - the maximum value our thermistors could record. The typical Ascent was completely unable to cope while the large Coolermaster held the low-end of the scale at 64.8 C. However, during this test the Thermal Buster managed to outperform our much larger and totally copper Frosty CopperSink proving itself indeed capable.

Considering the technology and construction of the Thermal Buster heatsink - and forgetting how horrible the original fan is - you have a heatsink with good performance characteristics. Even under the worst scenario - total fan failure - the Thermal Buster managed to keep our PIII from destroying itself. Synthetic testing illustrates its performance characteristics on both small-die and heatspreader-based processors. When considering the dimensions of this heatsink are the smallest of any which we tested, the at par or just below par performance of the is very good.

If you have a cramped case and are looking for a very good heatsink to keep things cool then the Thermal Buster makes a worthy option. The only caveat is don't use that original fan!!



 Previous Page °
Heat Sink Review Index  

Table of Contents:

 1:  Thermal Buster Heatsink Review
 2:  Technologies in this heatsink
 3:  Features of the Thermal Buster
 4: — Synthetic Testing and Results

List all King Cooler heat sinks that Frostytech tested?

Follow Frostytech on FacebookFrostytech News RSS FeedFollow frostytech on Twitter
Resources
° Got Feedback?
° Mk.II Test Platform
° Where To Buy?
° Manufacturer Index
° Industry Dir.
° Cooling Projects

Gelid Tranquillo 4 Air Cooled Heatsink Review

Coolermaster Ergostand III Laptop Cooling Stand Review

Noctua NH-L9x65 Low Profile Heatsink Review

Noctua NH-D9DXi4-3U LGA2011 Xeon Server/Workstation Heatsink Review

Scythe Fuma SCFM-1000 Heatsink

Scythe Ninja 4 SCNH-4000 Heatsink Review
...More Articles >>




Websites you may also like:
PCSTATS

Google Search Frostytech

Time stamped: 3:52AM, 09.18.2019
In Case You Missed it...
°  Swiftech H240 X3 AIO processor cooler

°  SilverStone Lucid LD03 Computer Case Review

°  Deepcool Gamer Storm Castle 240EX Review

°  ATS Design Services for Digi-Key Customers

°  Alphacool Eisblock Aurora Acetal GPX-A Radeon 5700/5700XT Reference Design

°  Deepcool Gamer Storm Castle 240EX AIO Cooler Review




FrostyTech.com
Since June 1999


Find a Heatsink / RSS Feeds
Latest Heatsink Reviews
Top 5 Heatsinks Tested
News RSS Feed
Reviews RSS Feed


Social Media
Facebook
Twitter
Pinterest


FrostyTech.com Info
Feedback
Contact Us / Heatsink Submissions
Submit News
Legal
Suite 66
© Copyright 1999-2019 www.frostytech.com All Rights Reserved. Privacy policy and Terms of Use
Images © FrostyTech.com and may not be reproduced without express written permission.
Current students and faculty of accredited Universities may use Frostytech images in research papers and thesis, provided each image is attributed.