The development of science and technology changes with each passing day, and the technological products are constantly updated and iterated. The advent of graphene cooling technology has brought good news to the sluggish mobile phone industry. 21st century science and technology is the core competitiveness. The use of innovative technologies can better improve market competitiveness and its own popularity.
Graphene cooling technology was first applied by Huawei manufacturers in the field of smart phones, and led the mobile phone industry to achieve large-scale applications. Utilizing the high thermal conductivity of graphene materials, it effectively solves the heat dissipation problem of electronic equipment, while improving the service life and safety performance.
Graphene heat dissipation technology has strong performance advantages, such as high heat dissipation performance, fast charging speed, and easy to use. All aspects are superior to traditional heat dissipation technology. In addition, graphene heat dissipation technology has obvious external advantages such as cost performance and patent protection. This technology brings superior performance to the product.
The opportunity for the emergence of graphene cooling technology stems from the gradual reduction in weight of electronic equipment, and the internal components are more sophisticated and complex, which increases the heat dissipation requirements of internal components. In addition, the graphene heat dissipation technology takes into account the electronic characteristics between the components to avoid the amount of energy and service life caused by short circuits and heating problems. Therefore, lightweight electronic products need an excellent heat dissipation mechanism to solve the high heat problem.
In general, integrated circuits are used extensively in electronic product components. However, high temperature is a "blocker" for integrated circuits, which not only easily leads to unstable operation of the equipment and shortens the service life, but also burns parts and components, causing harm to human bodies. In fact, the "killer" that causes the high temperature is from the internal components of the integrated circuit. If it can absorb or emit heat through the heat dissipation component, it can effectively ensure the stable operation of the electronic component.
The successful research and development and large-scale application of graphene cooling technology are the concrete manifestations of technology changing life. In the future, with the breakthrough of high-end layers of graphene technology, it will be used in many aspects of human production and life. Graphene will be an innovative material that will change the future of the 21st century.