In a computer, having a high-end configuration does not only mean having the best components, but also the best cooling, something that on many occasions we may not take into account too much, thinking that a basic system can be useful. But as in tower configurations, in laptops this can greatly increase performance, something that has been demonstrated by Frore Systems, creators of the refrigeration activate Airjetteaching how ultrabook Samsung Galaxy Book4 Edge is capable of offering 50% more performance just by changing its fans for this system.
The active cooling systems used by laptops are generally based on the same ones found in desktop computers, heatsinks connected to several fans that move hot air outward to remove heat from the case. But this is something that has always been a problem in this type of computers, since the fans are obviously always located in the lower area, making it often difficult to eliminate the heat generated by the components, mainly due to the reduced power offered by the cooling system along with the need to incorporate a base so that it can function properly.
Frore Systems demonstrates once again the advantages that AirJet can offer
A few years ago we saw for the first time the presentation of what many people defined as the cooling system of the future for laptop computers, the AirJeta type of refrigeration active of state solid which allows you to far exceed what current fans offer. Now, the company that has carried out the development of this component has carried out a series of tests on what it is capable of offering in some of the finest laptops in the world, ultrabooks, being the model they have used in this case a Samsung Galaxy Book4 Edge 14″.
According to what they say, the test has been a complete success, not only because it has allowed them to replace the cooling system that it included with their own, but also because it has increased the performance of the model by 50% by replacing the two large fans that were installed. Currently used in the laptop by four AirJet chips. In addition to increasing performance, they also free up a lot of space inside the computer, since they occupy 4,800 mm² compared to the 8,800 mm² of the fans, potentially allowing the size of the battery to be increased to offer greater autonomy.
It should be noted that it achieves all this without modifying any additional aspects, so this ultrabook remains the thinnest in the world even after implementing this cooling technology. According to the company, we will be able to learn more details about this improved Galaxy Book4 during CES 2025 along with a range of various products that incorporate this highly advanced system and that could end up becoming one of the first options for compact devices that need to offer a higher performance, preventing them from having Thermal Throttling problems and similar.
