"New materials is a prerequisite for the high-quality development of manufacturing and weaponry. In recent years, China's materials technology has developed rapidly, but The industrialization of high-level materials needs further development, and the technical barriers of high-end materials are increasingly appearing.” At the opening ceremony of the Institute of Advanced Electronic Materials of the Shenzhen Institute of Advanced Technology, the Chinese Academy of Sciences, the former Chinese Academy of Engineering and the former vice president of the Chinese Academy of Engineering When Chang Ganyong talked about the "struck neck" problem, he called for scientific research personnel to take the lead in material issues.
Dan Yong said that the lack of core technology in integrated circuit manufacturing is a major problem facing China. In 2017, China's server sales were about 2.55 million units, of which more than 98% were X86 servers. Although domestic manufacturers such as Huawei and Shuguang accounted for the majority of the total machine share, more than 85% of the hardware material costs came from foreign suppliers. On the one hand, technology is subject to people, on the other hand, the gross profit of the whole machine manufacturer is extremely low, and the processors, memory and other suppliers have earned high profits. Although the domestic CPU has reached or is close to the international advanced level, the process is far from the international advanced level.
He turned his head and said, "The battle for chips is a battle for materials. The breakthrough in the 'struck neck' material is imminent!"
According to the introduction, the Institute of Advanced Electronic Materials was established on the same day. It will undertake the construction of Shenzhen Advanced Electronic Materials International Innovation Research Institute. Fan Jianping, dean of the Shenzhen Institute of Advanced Technology of the Chinese Academy of Sciences and doctoral supervisor of the Chinese Academy of Sciences, revealed that the Advanced Electronic Materials Research Institute will develop 5G communication as an engine, with artificial intelligence, high-end communication and Internet of Things applications as the wings, around advanced electronic materials. Research and industrialization are tackling key issues, focusing on the key electronic materials for 5G communication.
The information from the Shenzhen Institute of Advanced Science and Technology of the Chinese Academy of Sciences shows that the Advanced Electronic Materials Research Institute will have three research centers, namely the Thermal Management and Thermal Materials Research Center, the Wafer-Level Packaging Key Materials Research Center, and the Forward-looking Research Center. And the chip-level packaging key materials research room, electromagnetic shielding material research room, dielectric material research room, material device simulation research room, a total of four research rooms. The director of the Strategic Guidance Advisory Committee of the Institute is Yu Yong.
The future needs to focus on the following areas, including silicon and silicon-based materials, optoelectronic equipment and integration,Develop broadband communications and new networks. In his view, China has entered the middle and late stages of industrialization. Faced with the demand for high-quality development, the problem of insufficient support of material foundation has become increasingly apparent. Without material core technology, it is equivalent to building a house on someone else’s foundation. .