The number of tested SSD coolers is piling up, and the inter-comparison of different models is already quite voluminous. It includes inefficient structures, simpler (but efficient) and more complex designs. The IceCap cooler, which is the subject of this analysis, is among the more reasonable solutions for a few euros. In short, an inexpensive option to consider when thinking about how to reduce SSD temperature.
Our database now includes one hundred fans—75 in the 120 mm format and 25 models with a physical size of 140 mm. In this article, we have compiled all data into unified charts. What was once separated for clarity is now brought together again, and the commentary will also include a… look ahead regarding fan testing. But we can already reveal that there is still a lot more to come. Read more “The end, or just the beginning? 100 fans in HWCooling tests”
It’s time for a comprehensive recap of the results from SSD cooler tests we’ve accumulated over the years. We’ve gathered quite a lot of data, with most of the coolers being models integrated into motherboards, compared to standalone designs available for purchase. The following article primarily creates a database of various SSD coolers, based on which you’ll be able to determine how each available model performs in terms of cooling efficiency. Read more “More than 100 models tested. Overview of (M.2) SSD coolers”
Here and there we come across the opinion that it is advisable to test fans in real life conditions, which we can easily refute. At the same time, we understand that a layman can best identify with the differences in component temperatures that arise precisely due to different fan airflows. To help you see the correlations of such tests with results from “unnatural” environments, here’s something we remembered. Read more “In vivo fan tests: 14 models in system positions”
