Part 2/5:
How Does Vapor Chamber Cooling Work?
Vapor chamber cooling operates on the principles of phase change and heat transfer efficiency. It involves a small quantity of liquid, precisely sealed inside a metal ceramic packaging. This sealed environment contains a porous structure, which acts similarly to a sponge, holding the liquid close to critical processor components.
Imagine a sponge soaked with water inside a bottle. When the chip workings generate heat, the sponge evaporates some of its liquid, turning it into vapor. Because vapor has a much larger surface area than the liquid metal, it efficiently dissipates heat into the surrounding environment.