It has completely independent chip architecture, circuit structure and EDA software
Perfect domestic ecological environment, strong adaptability
Product Introduction
● Based on static memory (SRAM) structure
● Based on 40nm CMOS mature process
● High performance, high reliability and high cost performance
● 9,280 to 136,000 4-input look-up tables (LUTs)
● Built-in configurable memory and PLL hard core
● It has high-speed clock management function
● Abundant I/O resources, support a variety of configuration methods
● A variety of packages are available
● Use self-developed software eLinx2.0 integrated comprehensive environment
Product lists
Application schemes
Industrial network solutions
Zhongke Yihaiwei provides solutions for industrial networks based on domestic programmable logic chips to help designers improve the security and reliability of the entire system.
Real-time control is even better
The whole ® product series is benchmarked with the S6 series of foreign leading manufacturers, which can be directly replaced in situ, which greatly reduces the user's selection confusion.
The programmable logic chips of the Yihaishen ® series can help designers realize control, communication and other functions in the same chip, and greatly simplify the design.
Financial acceleration solutions
Facing the field of financial quantitative trading, the programmable logic chip is deeply combined with the financial industry, and the decoding of the transaction market is accelerated through the programmable logic chip, so as to achieve a decoding engine as low as nanoseconds, and the end-to-end processing delay is reduced to the level of 100 nanoseconds, providing high-performance and low-latency financial trading solutions for institutional users such as securities, futures, funds, and private equity.
Overall framework
Features:
● Support the market business of stocks, bonds, funds, reverse repurchase and other products of the Shanghai Stock Exchange/Shenzhen Stock Exchange;
● Support multi-channel data distribution, users can customize TCP/UDP two protocols;
● Support original data image forwarding;
● Support simultaneous reception of TCP/UDP data, support index snapshot, market snapshot, order-by-order, transaction-by-transaction information analysis and market overview information● ● Detection and extraction of data packets;
● Support users to configure data source interfaces (data source address, IP, port, type, protocol, authentication information, etc.);
● Support to restore the data of thousands of handicaps.
Application Scenarios:
Solutions for the consumer industry
Printer control system
Printers are one of the most commonly used office equipment, and with the rapid growth of data and people's increasing requirements for print quality, more complex data expression methods and higher speed data processing and transmission methods are required. Taking advantage of the high-speed parallel processing of FPGA chips, the parallel processing and pipeline optimization of algorithms are realized by combining software and hardware.
As the core component of the printer, the security of the printer controller is very important for the security of the printing and the whole machine system, and the research on localized printer technology has attracted more and more attention. Zhongke Yihai micro programmable logic chip has realized the application case of localized laser printer. The domestic laser printer control system adopts the architecture of domestic FPGA + domestic CPU, and makes full use of software and hardware collaboration technology in the process of system implementation, which improves the work efficiency and security of the entire printing control system and provides a reliable guarantee for the country's information security. Zhongke Yihai micro-EQ6HL130 programmable logic chip has the significant advantages of abundant resources, high reliability and stability, and the FPGA realizes the control module with high real-time requirements such as image halftone algorithm, encryption and decryption algorithm, image decompression algorithm, high-voltage development, motion control and so on in the printer control system. Parallel processing within the FPGA can significantly increase the speed of the system, which in turn increases the printing speed of the printer.
