Sunday , May 16 2021

Huawei pushed an innovative solution with the Nobel Prize



Gambling, virtual reality and movie lovers can make it easier to take a break. Huawei battled this year with Cambridge University with an innovative solution that will solve the problem of absorbing smartphones. Reduce the grain, eliminating some of the unnecessary side effects, leaving engineers promise that the answer will soon be used on all devices and companies. By the way, the new cooling solution has already been applied to one of the capitals of the Mate 20 series, which saw daylight in October this year.

Huawei pushed an innovative solution with the Nobel Prize

Striving for excellence and offering the most advanced technologies to customers, manufacturers encourage continuous investment in the creation and development of innovation. Over the past decade, Huawei has invested more than 44 billion in research and development. euro Based on these studies, the company has developed a variety of solutions to solve problems with clever appliances.

According to Yanfei, the head of Huawei Baltic Consumer Group, for a long time, it was attempted to overcome the overheating equipment. According to him, this problem has arisen as people's needs grow when the phone starts to use activities that are increasingly resources, such as gaming or virtual reality.

"Earlier, the development of mobile phone games did not need much capacity, but with the opportunity to play on the Internet with other people, the demand of gaming developers and phone manufacturers began to be harder. In addition, there are platforms Virtual reality and add-ons that need high-tech graphics are also gaining momentum in the world. Because smartphone graphics is often limited, there is also a problem with cooling the tools. But that's a solution, "he said. Yanfei.

According to him, company engineers with scientists from the University of Cambridge highlighted graphene. With excellent thermal features, this carbon form has become the basis for developing a thermal film designed to increase the thermal capacity of the device. In fact, that was not easy before patenting the innovation above.

Grafen had to be improved

Best graph can be described as a thin graphite layer or carbon appliance with high thermal capacity. Some scientists call it a "modern modern king". According to Yanfei, you do not have to think about that name, since graphene spends four times more efficient heat than any other alloy and ten times better than copper.

Although graphene, like nanomaterial, has an excellent property, its use also causes some problems. For example, its productivity can cause short responses or adverse responses when connecting to other materials. For this reason, the team of Huawei engineers led by the Nobel Prize winner of Konstantin Novoselov and the team of scientists at the University of Cambridge have developed improved or better functional graphics.

"Functional graphics have one or more functional embossed active molecules, which prevents a variety of adverse reactions with other materials while maintaining excellent electrical and thermal conductivity features. exactly we have succeeded in achieving when we have developed a functional graphics film, "explains Yanfei.

He added that the retrospective graphene can be as high as 50%. improve thermal productivity. In addition, the use of graphene nanomaterials properties results in a very high coefficient of thermal capacity over a relatively small surface area.

Used in future equipment

Huawei is optimistic about the future of the use of the grain, as this technology solution is relatively inexpensive and environmentally friendly. It is also important that the current technology makes it easy to create functional graphics, so it can be done ready for mass use.

As Yanfei says, the company has invested heavily in developing this material before submitting a patent. He worked with many manufacturers in the areas of graphene development and processing for a thermal film certificate. All of this allows us to assume that Huawei's proprietary technology will be in the near future with a wide variety of applications in different fields. And the first examples of this have already been introduced in London in October.

"By overcoming the obstacles and various difficulties in using our production, our company has succeeded in achieving its goal and has offered the market a leading edge of Mate 20 X, aligning the mass production of a graphene film," he said. spokesman for the company.

This device uses innovative cooling technology, which includes a thin film of cereals and a cooling system. This tandem guarantees that the device will hold low operating temperatures under heavy loads, such as playing games or watching movies.

The functional graphics movie used by Huawei Mate 20 X phones reduces the temperature of Kirin 980 chips, camera and other heating elements to about 1-2 degrees Celsius. This is enough to prevent the device from over-contamination. The company also plans that a patent solution will be installed on all devices in the future.


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