Vapor Chamber cooling technology application in XPS17
For equipment that requires multiple software operations or a large number of rendering, high-intensity use will heat up the computer, and excessive heat will also affect the hardware operation. It is particularly important to have a powerful heat dissipation system, and the vacuum soaking plate technology is born on demand.For the thermal coolig system of XPS 17, a vapor chamber with full coverage can be selected as the thermal solution for high performance laptops.
Vapor chamber cooling technology refers to the heat dissipation method of adding a layer of large-area vacuum cavity soaking plate between CPU and copper heat pipe. This technology expands the heat exchange area through the heat conduction texture in the cavity, thus upgrading the heat dissipation from "line to surface", and exporting the heat in the high temperature area in the form of steam more quickly.
Compared with the traditional heat dissipation, the vacuum cavity soaking plate can be said to be the "dimension raising" technology of copper tubes. The heat tubes have only effective heat conduction capability in a single direction, while the VC can more efficiently carry away heat from all directions.
XPS 17's bilateral double outlet cooling system is using this technology. One Vapor chamber with full coverage can be selected, with GORE ™ The heat insulation film blocks the heat transfer to the keyboard, giving a better thermal cooling experience! The VC heatsink brings a more stable and efficient heat dissipation effect. By virtue of its large area, it not only solves the heat in the CPU area, but also balances the heat in the GPU area, allowing the heat to be forcefully expelled, bringing lasting and strong performance.
The excellent thermal cooling architecture is only designed to give a better use experience. The performance will not be affected by overheating and frequency reduction, and the feel will be greatly improved! Each design of this laptop is one step ahead of others. It refuses overheating flashback and frequency reduction, ensuring a smooth use experience.
