Thanks to its remarkable thermal performance, liquid metal TIM is a favorite among high end desktop PC builders who aren't turned away by the somewhat daunting application process. But Overclocked Inside points out that liquid metal TIM can give laptops a huge boost as well, as their CPUs and GPUs are strongly limited by their relatively meager heatsinks and low-cost TIM. The site posted a tutorial for applying Thermal Grizzly Conductonaut to laptop CPUs and GPUs, and reportedly observed a performance jump of around 17% after applying the compound to a Dell XPS 17 notebook. Before the application with liquid metal, the CPU reached the maximum core temperature of 100C under load after less than 1 minute on turbo clock and then only clocked at 2.2GHz and kept this clock just below the temperature limit. By default, the laptop is configured by the manufacturer for 45W continuous load and 65W short-term peak load. With these performance values, the CPU, as already mentioned, ran so hot after a few seconds that the thermal protection function had to reduce the clock frequency to the standard clock... After using the liquid metal, the full all-core turbo clock rate of 2.8GHz could now be maintained after any number of runs of the benchmark without a break in between. With a Long Term Power Target of 52W. The Short Term Power Target has also been adjusted to 52W. As a result, we now received 478 points in the Cinebench R15, which corresponds to a performance increase of more than 17% and an equally reduced computing time.