Jing Wei Qili released H3C08, the first domestic FPGA chip manufactured by 22nm process.
CTOnews.com August 18 news, HME Jingwei Qili announced the launch of its Hercules H series of new generation products H3C08 chip (H3 series products), the chip is the first domestic based on 22nm process and has been successfully mass-produced FPGA chip.
According to the official introduction, Beijing Weiqi H3C08 uses 6K LUT6 (equivalent to 8K LUT4), the performance can reach 250MHz, support hard core MIPI D-PHY Tx, and the interface rate can reach 2.5Gbps. As FPGA chips based on heterogeneous architecture, H3 series products are equipped with 8K high performance programmable logic resources, 5MB embedded SRAM memory module, special image / video processing module, 32-bit high performance processor-Cortex-M3 MCU and rich peripherals, realizing the perfect combination of MCU, SRAM, MIPI, ASIC and FPGA. It further improves the processing efficiency, operation flexibility, module expansibility and functional integration of the product in multiple applications.
H3C08 chips can be widely used in the new generation of consumer terminals, display bridging, AR&VR and other applications, and continue to expand the market field of domestic FPGA chips.
CTOnews.com learned that Jing Wei Qili is one of the earliest enterprises in China to enter independent research and development, scale production and batch sale of general FPGA chips and new generation heterogeneous programmable computing chips; the company has more than 200 patents and independent and complete intellectual property rights, covering FPGA core design, SOC architecture design, chip development, EDA software development, IP development and other full stack technology fields.
The full name of FPGA is Field Programmable Gate Array, that is, Field Programmable Gate Array (FPGA), which is essentially a chip. As one of the four categories of logic chips, FPGA chips are characterized by field programmability. According to their actual needs, users can configure their own circuits to FPGA chips through the special EDA software provided by FPGA Chip Company.
