With the rapid development of the industrial Internet of Things and the arrival of the 5G era, industrial control systems are more and more widely used in the production field, and the industrial Internet of Things provides support for the flexibility and scalability of future industrial control systems. The Industrial Internet of Things enables our production data to be centrally stored on a large scale, and uses high-speed acquisition, cloud computing and other technologies to analyze and mine these big data, thereby optimizing production efficiency.

Industrial gateway is a bridge across the system interconnection, the type and number of interface requirements are diversified, the reliability of equipment, processing performance, information security and other requirements are high, and the general MCU chip solution has been difficult to cope with the many needs of industrial gateway, such as peripheral interface, security encryption and decryption, access control and other overall solution costs are high. Mill Electronics proposed an embedded industrial gateway based on Zynq-7010/7020 chip design, which supports the needs of various types of gateways, and can be further developed on the basis of this design scheme.

One of the most important conditions for gateway design is to have a multi-channel high-speed network interface. Based on Xilinx Zynq-7010/20 chip resources, Mill Electronics designed a multi-network MYC-Y7Z010/20-V2 core board. Using rich FPGA resources, Mill designed a double gigabit network interface at the PL end, plus the original ARM gigabit network interface and three gigabit network interface to meet the needs of high-speed network interface of most industrial gateways. And the base plate is equipped with industrial communication interfaces such as RS232, RS485, CAN, etc., which can meet the complex protocol data communication requirements of most industrial gateways and connect various industrial equipment.

Xilinx Zynq chip can be based on PYNQ software framework, call a rich Python library to develop and use the application layer of the board, so that upper-layer application developers can call the FPGA module through Python programming, which is suitable for large-area designers and developers, and can help users achieve a variety of high-performance embedded applications, including: Parallel hardware execution, high frame rate video processing, hardware acceleration algorithms, real-time signal processing, high bandwidth IO, low latency control.

MYD-Y7Z010/20-V2 development board is designed for multi-network port industrial applications, and has excellent HMI interface function design, widely used in various fields of society, its specific application scenarios include environmental monitoring, energy management system, intelligent security, smart factory and other industry 4.0 fields. The industrial Internet of Things, as a hot field today, with the rapid development of 5G and IOT technologies, I believe that MYD-Y7010/20-V2 development platform can easily help upgrade and transform all kinds of equipment, tailor-made for industrial gateway and HMI design, high speed, low latency, multi-connection, more stable and safe to achieve the Internet of everything.

Mir Electronics, focusing on embedded processor module design and development, is a leading embedded processor module manufacturer. With 20 years of industry technology experience in the embedded field, Meer Electronics provides customers with professional products and technical services such as ARM industrial control board, ARM development board, ARM core board, ARM development tools, charging pile charging control unit and charging control board. In addition, Mil Electronics provides customized design solutions with expertise covering a wide range of ARM processors and operating systems, helping customers accelerate their time-to-market with professional and efficient services.