With the rapid development of the Industrial Internet of Things and the advent of the 5G era, industrial control systems are more and more widely used in the production field. The Industrial Internet of Things provides support for the flexibility and scalability requirements of future industrial control systems. The Industrial Internet of Things enables our production data to be stored in a large-scale and centralized manner, and these big data are analyzed and mined using high-speed acquisition, cloud computing and other technologies to optimize production efficiency.
The industrial gateway is a bridge for cross-system interconnection. It has diversified requirements for the type and quantity of interfaces, and has high requirements for equipment reliability, processing performance, and information security. However, general MCU chip solutions have been difficult to meet the many needs of industrial gateways. For example, the overall solution costs such as peripheral interfaces, security encryption and decryption, and access control are relatively high. Mill Electronics has proposed an embedded industrial gateway solution based on the Zynq-7010/7020 chip design, which supports the needs of various types of gateways, and can further develop various industrial gateways on the basis of this design solution.
Image source network
One of the most important conditions for gateway design is to have multiple high-speed network interfaces. Mill Electronics designed the MYC-Y7Z010/20-V2 core board with multiple network ports based on the chip resources of Xilinx Zynq-7010/20. Utilizing abundant FPGA resources, Mir designed dual Gigabit network interfaces on the PL side, plus the original Gigabit network interface on the ARM side, and three-way Gigabit network interfaces to meet the needs of most industrial gateways for high-speed network interfaces. In addition, common industrial communication interfaces such as RS232, RS485, and CAN are configured on the backplane, which can meet the complex protocol data communication requirements of most industrial gateways and connect various industrial equipment.
Mill based Zynq-7010/20 development board structure diagram
Mill's industrial gateway design architecture diagram based on Xilinx Zynq-7010/20 core board
Exclusive IO expansion board to meet more design requirements
MYD-Y7Z010/20 IO Cape is an IO expansion board specially launched by Mir for MYD-Y7Z010-V2. HDMI, Camera, LCD, and multimedia interfaces are expanded on this board. It provides development conditions for industrial HMI and human-computer interaction design.
Mill MYD-Y7Z010/20-V2 and exclusive IO expansion board
Powerful communication interface + excellent HMI display
The motherboard is equipped with 3 Gigabit Ethernet ports, RS232, RS485, CAN industrial type with isolation interface, and is equipped with exclusive IO cape rich HDMI, LCD, Camera multimedia interfaces, which not only meet the high-speed communication requirements of gateway design, but also provide excellent HMI display function.
Mill MYC-Y7Z010/20-V2 core board and development board
Rich PYNQ library
Xilinx Zynq chips can be based on the PYNQ software framework and call a rich Python library to develop and use the board application layer, allowing upper-layer application developers to call FPGA modules through Python programming, which is suitable for large-area designers and developers. Help users realize 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, and low-latency control.
Mill MYD-Y7Z010/20-V2 development board is specially designed for multi-network port industrial applications, and has excellent HMI interface function design, which is widely used in various fields of society. Its specific application scenarios include environmental monitoring, energy management systems, smart Security, smart factory and other industry 4.0 fields, and the industrial Internet of Things is a hot field today. With the rapid development of technologies such as 5G and IOT, it is believed that Mier MYD-Y7010/20-V2 development platform can easily help various types of equipment upgrade and transformation, Tailored for industrial gateway and HMI design, with high speed, low latency, and multiple connections, it realizes the Internet of Everything more stably and securely.
Mill Electronics, focusing on the design and development of embedded processor modules, is a leading manufacturer of embedded processor modules. Mill Electronics has 20 years of industry technical experience in the embedded field, providing customers with professional ARM industrial control boards, ARM development boards, ARM core boards, ARM development tools, charging pile billing control units and charging control boards and other products and technologies Serve. In addition, Mill Electronics can also provide customized design solutions through professional technologies covering many ARM processors and operating systems, and help customers accelerate the product launch process through professional and efficient services.
