If you have ever wondered what the performance would be from your flagship smartphone such as an iPhone 6S, Galaxy S6 Edge, HTC One M9, or ZTE Axon if its processor was water-cooled, you are in for a treat.
A new video has been published on the XDA Developers website, revealing whether the iPhone 6S processor has been thermally throttled or not and the performance you could get from it if it was water-cooled. This experiment provides fascinating insights into the thermal management of modern smartphones and how cooling solutions can impact performance.
The Experiment: Water-Cooling Smartphones
The tests were carried out by Linus Sebastian of LinusTechTips, a well-known tech reviewer and YouTuber. To conduct the experiment, Linus sealed the smartphones in plastic bags to protect them from water damage and then immersed them into a tray of iced water. This unconventional method aimed to simulate an extreme cooling environment to see how the devices would perform under such conditions.
GeekBench 3, a popular benchmarking tool, was used to record the results after 10 minutes of processing. This provided a standardized way to measure the performance improvements, if any, due to the water-cooling. The results were indeed intriguing and showed significant performance gains in some cases.
Results and Implications
The video below showcases the entire experiment and its results. It is fascinating to see just how much difference water cooling can make on some of the flagship smartphones that are currently available to purchase. For instance, the iPhone 6S showed noticeable performance improvements when its processor was kept cool, indicating that thermal throttling was indeed a limiting factor under normal conditions.
Thermal throttling is a common issue in high-performance devices. When a processor gets too hot, it automatically reduces its speed to prevent damage, which in turn affects the device’s performance. By keeping the processor cool, the device can maintain higher speeds for longer periods, resulting in better overall performance.
This experiment also raises interesting questions about the future of smartphone cooling solutions. While water-cooling is not practical for everyday use, it highlights the potential benefits of improved thermal management systems. Manufacturers could explore advanced cooling technologies, such as vapor chambers or liquid cooling systems, to enhance performance without compromising on design and portability.
Watch the video below to see for yourself just how much difference water cooling your processor can make on some of the flagship smartphones that are currently available to purchase.
In conclusion, while water-cooling your smartphone is not a practical solution for everyday use, this experiment by LinusTechTips provides valuable insights into the importance of thermal management in modern devices. It also opens up possibilities for future innovations in smartphone cooling technologies, which could lead to even more powerful and efficient devices.
Source: XDA : LinusTechTips
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