1, 14 nm. According to the latest data, as of 2023, China has been able to produce 14-nanometer chips in the field of chip manufacturing, and the mass production rate has reached a high level. Chips are key components in electronic devices, which use microelectronics technology to integrate complex circuits and systems on tiny silicon wafers.
2. China's chip manufacturing technology is currently capable of reaching the 14nm level. In the face of the challenges of domestic chip development, in addition to the challenges of the external environment and the continued sanctions of the United States, the key is limitedAccess to technology and industry, China's chip industry is still trying to enhance its own capabilities through labor-intensive methods. Although progress has been made, there is still a big gap compared with the international advanced level.
3, the progress of China's chip manufacturing process The development level of China's chip manufacturing process is one of the focuses of attention at home and abroad. At present, China's chip manufacturing process has reached the 14nm level, which has been able to meet the needs of most application scenarios. Looking ahead, China's chip manufacturing process is expected to continue to improve. By 2025, the goal is to bring the manufacturing process to 7 NAThe meter level.
1, 14 nm. According to the latest data, as of 2023, China has been able to produce 14-nanometer chips in the field of chip manufacturing, and the mass production rate has reached a high level. Chips are key components in electronic devices, which use microelectronics technology to integrate complex circuits and systems on tiny silicon wafers.
2. China's chip manufacturing technology is currently capable of reaching the 14nm level. Face the domestic chip hairIn addition to the challenges of the external environment and the continued sanctions of the United States, which limit access to key technologies and industries, the Chinese chip industry is also trying to improve its capabilities through labor-intensive methods. Although progress has been made, there is still a big gap compared with the international advanced level.
3, China's domestic chips can now reach the process level of 90 nm. In the key links of chip manufacturing, equipment and materials such as lithography machine, etching machine, wafer, photoresist occupy an important proportion. In particular, lithography equipment, at present, Shanghai microelectronics enterprises have been able to provide 90 nm level products. However, at the high endIn the field of KrF and ArF photoresist, the self-sufficiency rate of domestic products is almost zero, and it is heavily dependent on imports.
14 nm. According to the latest data, as of 2023, China has been able to produce 14-nanometer chips in the field of chip manufacturing, and the mass production rate has reached a high level. Chips are key components in electronic devices, which use microelectronics technology to integrate complex circuits and systems on tiny silicon wafers.
Domestic chips can be produced at presentThe smallest process node produced is about 90 nm. In the key equipment of chip manufacturing, lithography machine, etching machine, wafer, photoresist, etc., occupy an important position. Especially in the field of lithography machines, Shanghai Microelectronics Equipment Company has been able to provide 90 nm level lithography machines.
SMIC can produce 28 nm, 14 nm, 12 nm, 7 nm and other chips. Smic, commonly referred to as SMIC International, was incorporated under the laws of the Cayman Islands on 3 April 2000. On March 18, 2004, SMIC was listed on the Main Board of the Hong Kong Stock Exchange. Smic's main business is based on the customer itself