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Auras LPT-700 Heatsink Review
Auras LPT-700 Heatsink Review
Abstract: The Auras LPT-700 is an Intel-only socket 775 heatsink designed for quiet cooling. The LPT-700 is equipped with a 92mm PWM fan that scales in speed from 700-2100RPM.

 Company link  Category  Published  Author 
Auras   Cooling / Heatsinks   Dec 30, 2007   Max Page  
Home > Reviews > Page Title: 360° View - Auras LPT-700 Heatsink

360° View - Auras LPT-700 Heatsink

Information on Frostytech's test methodology is available here.

The 25x92x92mm fan on the front of the Auras LPT-700 heatsink quickly removes to allow access to the LGA775 mounts below (spring tensioned screws slip into each of the four aluminum cups). The fan is PWM complaint and rotates at 700-2100RPM. Power is supplied by a 4-pin motherboard fan header, the fan defaults to full speed when connected to a 3-pin connector. It can be replaced with another fan of the same dimensions if desired.

An aluminum fan shroud on the Auras LPT-700 adapts the 92mm fan with the 80mm wide heatsink body. The aluminum fins are press fit over the three, 6mm diameter copper heatpipes. These route to the base where they are packed edge-to-edge to ensure good thermal transmission from the copper base plate. Each aluminum fin is 0.3mm thick and spaced ~1.5mm apart. The injection molded aluminum LGA775 mounting frame doubles as the base for the heatsink, holding all the various components together. As it's attached to the copper base, it would be advantageous to have some fins moulded into this aluminum component to help it shed heat as well.

The top shot of the Auras LPT-700 heatsink better demonstrates the change in width to 80mm, with a further reduction to 65mm just past the fan shroud. The top black tab releases the fan from the plastic retention bracket. The three heatpipes are soldered to the 2mm thick copper base plate. The copper plate is 42x36mm in size, with a smooth finish. The injection moulded aluminum base and mounting frame very solidly holds the LPT-700 heatsink together, while ensuring compression forces are evenly distributed. The only possible downside to this approach is that the aluminum makes direct contact with the copper base pad, so some heat is absorbed into the bracket where it's effectively just stored. The rivets in the base are all flush.

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Table of Contents:

 1:  Auras LPT-700 Heatsink Review
 2: — 360° View - Auras LPT-700 Heatsink
 3:  Acoustic Sample and Heatsink Sound Levels
 4:  Final Intel LGA775 Heatsink Temperature Comparisons

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Time stamped: 1:05AM, 02.25.2018
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