Water cooling is no stranger to IT enthusiasts. IT is a popular cooling method besides air cooling. Due to its bold refit and strong DIY features, IT has won the favor of some players. Water cooling is also flourishing. So water cooling, in addition to the application of computer cooling, where will

The increasing power of electronic devices and the ever-increasing link between society and the continuous improvement of latency are driving further adoption of computing and intelligent device features in new and diverse applications. Liquid cooling systems are now prevalent in the m

With the dramatic rise in digitization and electronification across all industries worldwide, data centers need faster and more powerful technology to increase processing and storage. Managing the increased heat load from rapid growth in processing power in a sustainable manner is a top prior

The increasing heat loads of high-power electronics and the push for smaller packaging have shifted designers' perspectives. Liquid cooling is no more seen as a risk but somewhat a must. Liquid cold plates outperform more traditional air-cooled methods in high-heat flux utilizations. In the liquid c

If air cooling can no longer achieve the goal of system cooling, then liquid cooling may be a good choice. Liquid cooling is mainly achieved through cold plates, and there are many types of cold plates like Tube Liquid Cold Plate, FSW Liquid Cold Plate, Brazing Liquid Cold Plates, etc. For those int

In Power Electronics, the insulated-gate bipolar transistor (IGBT) is one of the most widely utilized semiconductors. Modern IGBTs are built of Silicon Carbide (SiC) and Gallium Nitride (GaN) for better production and thermal efficiency. While IGBTs are helpful for power supply and conversion, they

The liquid cold plate is a heat dissipation technology that dissipates the heat and power consumption of high-power electronic components on the surface of the cold plate by arranging fluid channels inside a compact and relatively thin plate or strip of metal to allow convective heat exchange betwee

In electric automobiles, the essential factor is controlling the release of heat. It is vital to install a heat sink because it absorbs the heat pushing it away from the battery. When the heat loss is not negated from the battery, it tends to damage the battery's life and the vehicle itself. Hence,

Although the CPU heat sink is not an expensive accessory, if there is no CPUheat sink, the CPU will generate a lot of heat and will reduce the frequency by itself at high temperatures, which not only threatens the safety of other parts of the motherboard, but also affects its performance. There are