Liquid metal in a laptop may not always reduce heating (test)

Replacing inefficient thermal paste with liquid metal is very popular in high-performance laptops. And it is no longer exclusively an enthusiastic modification. In this way, for example Asus in ROG G703 improved its cooling. However, accelerating the heat dissipation from the dies may be unhelpful in some circumstances. No matter how strange and weird it may sound so far, it has a rational justification. See what may surprise you. Read more “Liquid metal in a laptop may not always reduce heating (test)” »

Coollaboratory Liquid Ultra vs. Thermal Grizzly Conductonaut

Coollaboratory is well known among the hardware enthusiasts, mainly thanks to its liquid metals. The model with higher thermal conductivity, Liquid Ultra, is commonly preferred with high power consumption chips since their default compounds are usually of lower quality. To find out whether CLU still pays off, we put it to the ring with an opponent from the Thermal Grizzly workshop, and with Core i5-7600K as the referee. Read more “Coollaboratory Liquid Ultra vs. Thermal Grizzly Conductonaut” »

Operation Kaby Lake: 24 ways to cool the chip

Is it enough to replace the default paste, or should you consider an uncompromising solution like a liquid metal? Does it pay off to try your luck and experiment with on-die cooling? You will find the results of tests of all relevant combinations in this article. We also monitored how can the behaviour of a liquid cooler and a traditional air cooler affect the performance. Read more “Operation Kaby Lake: 24 ways to cool the chip” »