Field programmable gate array (FPGA) chips are called "universal chips" because they can be hardware-programmed on-site to achieve different circuit functions. For a long time, more than 95% of FPGA chips in China's integrated circuit industry have relied on imports.
SZZK Microelectronics Technology Co., Ltd. and the Chinese Academy of Sciences successfully broke this monopoly and achieved the industrialization of tens of millions of FPGA chips in just over 3 years.
As a "flexible" core device in integrated circuits, FPGA chips have the advantages of variable flexibility and fast computing speed." FPGA chips can be widely used in aerospace, communications, industrial control, computing and storage, automotive electronics, medical equipment and other industries , Especially in the emerging fields of big data, cloud computing, 5G, artificial intelligence, and autonomous driving.
SZZK is committed to the productization and industrialization of FPGA scientific and technological achievements. Responsible for solving the "bottleneck" of FPGA chips, SZZK insists on independent design of chip architecture, circuit and electronic design automation (EDA) software, and chooses China's leading tape-out and packaging and testing processes to realize the independent control of FPGA chips. "We adhere to the all-positive design technology route, aiming at the application needs of aerospace, military industry, information security, industrial control and other industries, and develop highly autonomous, controllable and highly reliable FPGA products. At the same time, we are facing the development needs of big data, cloud computing, and artificial intelligence. , Research and develop reconfigurable intelligent computing chips.
In addition to the aerospace field, SZZK is also aiming at the application needs of military industry, information security, industrial control, modern communications and other industries, continuously improving corporate technological innovation capabilities, expanding FPGA product types, and successfully developing FPGA-IP cores based on domestically advanced technology. In addition, it has also developed a series of cost-effective tens of millions of gate-level FPGA chips and high-performance power consumption ratio of millions of gate-level FPGA chips to meet the application needs of more industries.