On the occasion of the 110th anniversary of Tsinghua University, this top domestic university came an exciting news, Tsinghua University will establish the School of Integrated Circuits, which will be China's first fully committed to breaking through China's chip problem "chip school". The establishment of Tsinghua University Chip School, the main purpose is to train the country's urgently needed semiconductor talents.
Therefore, the establishment of the chip school in Tsinghua University can be said to be not good for our countryThere are many technical gaps in the field of AI chips. 2. At the Hot Chips 32 conference in late August, MIT startup Lightmatter unveiled an AI-accelerated photonic computing test chip.
Now there is good news from Tsinghua University that China has achieved a new breakthrough in key chip manufacturing equipment. It is understood that Tsinghua University announced the road Spring FestivalNew achievements of the professor's team: The first 12-inch ultra-precision wafer thinning machine Versatile-GP300 developed by Huahai Qingke has been mass-produced and supplied to a leading chip manufacturing enterprise in China.
Tsinghua University chip research achievements: Developed the world's first real-time hyperspectral imaging chip. Professor Cui Kaiyu of the Department of Electronic Engineering of Tsinghua University led the students to make important progress in hyperspectral imaging chip, developed the world's first real-time hyperspectral imaging chip, compared with the existing spectral detection technology to achieve the leap from a single point spectrometer to hyperspectral imaging chip.
Back here at Tsinghua University. The research team successfully broke the ice of the 0.34 nanometer physical gate transistor, by depositing metal on the surface of graphene and naturally oxidizing it, to complete the vertical direction of the electric field shielding of graphene. In order to further improve the stability of the transistor, the Tsinghua team also used atomic layer deposited hafnium carbon dioxide as the gate medium, and chemical vapor deposition of a single two-dimensional molybdenum disulfide film as the channel.
The "bottleneck" of China's chip technology is that China has no core technology and independent research and development capability in the field of chip technology, and there is no leading chip from materials, design to productionAny link in the complete set of techniques for production and preparation.
Fully localized public phone IC card special chip won the second prize of National Science and Technology progress, the Institute of Microelectronics of Tsinghua University successfully developed the fully localized public phone IC card special chip, through the industrialization efforts of Datang Microelectronics Company, has formed a large-scale production and supply capacity in domestic integrated circuit enterprises. It is the largest domestic IC phone card licensed by China Telecom and used in domestic batch.
November 18 news, Hefei Changxin returned to DDR3 business, for Zhaoyi innovation DDR3 memory chips. It is understood that the DDR3 memory chip manufactured by Hefei Changxin for Zhaoyi Innovation uses a 19 nanometer process. This is 11 to 21 nanometers ahead of DDR3 chips that are commonly used in the industry with a process of 30 to 40 nanometers.
The future of nm chips Although the difficulty of 1nm chip manufacturing is very large, scientists have not given up. At present, some companies and research institutions are carrying out relevant research work and have made certain progress. For example, IBM announced in 2019 that they had successfully manufactured 1nmThe transistor. However, this is only a laboratory-level result, and more research and investment are needed to commercialize 1nm chips.
Nanjing IC University: Nanjing IC University is the first chip university in China, it shoulders the mission of national science and technology research came into being, in response to the country's requirements for the quantity and quality of talents in the field of integrated circuits and was established to focus on scientific and technological barriers such as semiconductors, chips and lithography machines, in order to solve China's huge thirst for semiconductor talents.
complexDan University. Fudan University is one of the earliest universities in China to study microelectronics technology. In 1988, Fudan University's "Microelectronics and solid-state electronics" was selected as a national key discipline. Microelectronics and solid state electronics belong to the first-level discipline of electronic science and technology, and Fudan University's electronic science and technology was later listed as a national first-level key discipline. Therefore, Fudan University's chip research and development capability is the top level in the country. Peking University.
Fudan University is one of the earliest universities in China to study microelectronics technology. In 1988, the school's "Microelectronics and solid state electronics" was selected as a national key discipline. KaixueThe Department belongs to the first-level discipline of electronic science and technology, and the electronic science and technology of Fudan University was later listed as the national first-level key discipline. Therefore, Fudan University is at the top level in the country in terms of chip research and development capabilities.
The best universities for chip majors are: Peking University, Shandong University, Beijing University of Aeronautics and Astronautics.
Tsinghua University. The strongest overall. Semiconductor expertise is also strong. University of Electronic Science and Technology. Power devices, semiconductor functional materials are the strongest, and professional aspects are relatively strong. Overall ranking is very high, can be considered. It is a key university. Peking University. The technique is basically completeThe country is the strongest. In addition, there are professional development directions for semiconductors. Fudan University.
University of Electronic Science and Technology 2 Xidian University 3 Peking University 4 Tsinghua University 5 Southeast University 6 Beijing University of Posts and Telecommunications 7 Fudan University 8 Shanghai Jiao Tong University 9 Nanjing University 10 Zhejiang University 11 Xi 'an Jiao Tong University 12 Beijing University of Aeronautics and Astronautics Electronic Information Engineering: It mainly studies the acquisition and processing of information, the design, development, application and integration of electronic equipment and information system.