The company uses a vapor chamber to transfer heat from the CPU IHS to the heatsink

Aug 1, 2012 23:31 GMT  ·  By

Well-known computer cooling systems manufacturer Cooler Master has decided to switch from using a solid copper base for its high-end coolers to using a horizontal vapor chamber. The solution seems to be considerably more efficient in theory.

It is very important to mention that all this must be proved in real-life tests using retail products, as the Company’s own TPC812 cooler failed to impress the enthusiasts.

In the TPC812, Cooler Master decided to use a large U-shaped vapor chamber that added additional heat transfer capacity next to the 6 heatpipes already present on the cooler.

The cooler provides very good cooling results, but it fails to surpass many of today’s cooling stars.

This is why we’ll take Cooler Master’s 8x improved heat dissipation claim with a grain of salt and wait for the initial tests.

Using a vapor chamber instead of a solid copper base should, in theory, improve the heat transfer from the CPU’s ISH to the heatpipes, and this is a problem especially in most tower cases.

Cooler Master Horizontal Vapor Chamber Concept and the TPC812 Vertical Vapor Chamber Cooler (3 Images)

Cooler Master's New Horizontal Vapor Chamber Cooling Concept
Cooler Master's New Horizontal Vapor Chamber Cooling ConceptTPC812 Cooler Using a vertical vapor chamber
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