PC Cooling
  Home arrow PC Cooling arrow Page 3 - Antec Performance CPU Cooler
Dev Hardware Forums 
Computer Cases  
Computer Processors  
Computer Systems  
Digital Cameras  
Flat Panels  
Gaming  
Hardware Guides  
Hardware News  
Input Devices  
Memory  
Mobile Devices  
Motherboards  
Networking Hardware  
Opinions  
PC Cooling  
PC Speakers  
Peripherals  
Power Supply Units  
Software  
Sound Cards  
Storage Devices  
Tech Interviews  
User Experiences  
Video Cards  
Mobile Linux 
APP Generation ROI 
IBM® developerWorks 
Weekly Newsletter
 
Developer Updates  
Free Website Content 
 RSS  Articles
 RSS  Forums
 RSS  All Feeds
Write For Us Get Paid 
Request Media Kit
Contact Us 
Site Map 
Privacy Policy 
Support 
 USERNAME
 
 PASSWORD
 
 
  >>> SIGN UP!  
  Lost Password? 
PC COOLING

Antec Performance CPU Cooler
By: Mike Mackenzie
  • Search For More Articles!
  • Disclaimer
  • Author Terms
  • Rating: 5 stars5 stars5 stars5 stars5 stars / 12
    2006-06-14

    Table of Contents:
  • Antec Performance CPU Cooler
  • Contents and Specifications
  • Antec Performance CPU Cooler Details
  • Installation
  • Results
  • Pros and Cons

  • Rate this Article: Poor Best 
      ADD THIS ARTICLE TO:
      Del.ici.ous Digg
      Blink Simpy
      Google Spurl
      Y! MyWeb Furl
    Email Me Similar Content When Posted
    Add Developer Shed Article Feed To Your Site
    Email Article To Friend
    Print Version Of Article
    PDF Version Of Article
     
     
    ADVERTISEMENT


    Antec Performance CPU Cooler - Antec Performance CPU Cooler Details


    (Page 3 of 6 )

    The heatpipes are pretty average in size; a quarter on the top of the heatsink shows just how small this cooler really is.

    Antec has designed their performance CPU cooler just like most companies designed their high end, heatpipe aided tower heatsinks. Antec uses a dual heatpipe design to pump heat away from the base of the heatsink through four heatpipes, and dissipate the heat to aluminum fins, which are directly cooled by a smaller 70mm fan.

    The base of the heatsink is very thin. Directly over the processors die will be the heatpipes; the cooler also has small dense fins for radiating air from around the Integrated heatspreader of the CPU.

    The base of the cooler is constructed of relatively thin aluminum, with the heatpipes soldered in place directly over the CPU. The outermost edges of the base have fins to dissipate heat caught in the Integrated Heat spreader that has not been transferred to the heatpipes.

    The heatsink is still very small compared to a quarter. Since it operates with a 70mm fan, there is really no need to have a taller heatpipe. It would also increase the weight of the cooler.

    Once the heat is transferred from the base, it's carried along by the heatpipe. The heatpipe runs vertically away from the motherboard, and significantly reduces the heat surrounding the motherboard. The cooler has 35 fins that run parallel to the motherboard. With the 70mm fan, heat trapped is efficiently radiated away and is pushed toward the rear of the chassis.

    More PC Cooling Articles
    More By Mike Mackenzie


       · Well what can i say... the performance wasn't anywhere near what i was expecting......
     

    PC COOLING ARTICLES

    - Scythe Ninja Plus Rev B
    - Adequate to Extreme PC Cooling Methods
    - A Sequel to Adequate Cooling Methods
    - Zalman 9500 LED Review
    - Thermalright HR-01 Review
    - Cooler Master Eclipse Review
    - Bluegears B-Flexi Fan Review
    - An Introduction to Adequate Cooling Methods
    - Measuring Temperatures with Thermal Probes a...
    - Bluegears b-COOL and b-ice fans
    - Antec Performance CPU Cooler
    - Antec HDD Cooler Review
    - Arctic Cooling Freezer 64 Pro Review
    - Cold Cathode Card Cooler XT Review
    - Heat Sink Lapping






    © 2003-2009 by Developer Shed. All rights reserved. DS Cluster 4 Hosted by Hostway
    For more Enterprise Application Development news, visit eWeek