“Intelligent communication devices such as industrial IoT gateways, industrial intelligent gateways, and edge computing industrial gateways are the core components supporting IoT systems, intelligent monitoring, and intelligent manufacturing. The industrial IoT gateway can realize protocol conversion and intercommunication between different industrial production equipment and different communication networks, centralized communication, data analysis, edge strategy, etc. At present, it is also widely used in intelligent manufacturing, smart street light poles, Internet of Things system integration, industrial integrated control and other industries.
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Intelligent communication devices such as industrial IoT gateways, industrial intelligent gateways, and edge computing industrial gateways are the core components supporting IoT systems, intelligent monitoring, and intelligent manufacturing. The industrial IoT gateway can realize protocol conversion and intercommunication between different industrial production equipment and different communication networks, centralized communication, data analysis, edge strategy, etc. At present, it is also widely used in intelligent manufacturing, smart street light poles, Internet of Things system integration, industrial integrated control and other industries.

Due to the differences in communication capabilities, computing capabilities, network support capabilities, intelligence levels, and application coverage of industrial IoT gateways, there are large differences in quality and price. So how do we choose a cost-effective industrial IoT gateway?
1. Select industrial IoT gateways according to communication support capabilities
Common industrial gateways on the market are designed with network interfaces and serial ports, and the supported communication rates are generally 100M-1000M. BMG500 industrial IoT smart gateway supports centralized data collection, device protocol conversion, 5G/4G wireless communication, smart gateway management and other functions, and supports both wired and wireless networks. It is an industrial IoT smart gateway product with high cost performance.

2. Select industrial IoT gateways according to the level of intelligence
The edge computing capability of the industrial IoT gateway is a rigid demand of the industry. Only by performing aggregation, analysis and feedback of device data at the edge of the device can an efficient and intelligent industrial IoT network be built. The BMG5100 edge computing IoT gateway is equipped with industrial-grade high-performance processors and efficient edge computing algorithms to support strategies such as device intelligent control, device autonomous linkage, and dynamic status reporting. It is also an IoT smart gateway with high intelligence and high cost performance.
3. Select industrial IoT gateways according to the coverage of application scenarios
Some industrial IoTs on the market are designed for a single industry application, and the interface design, communication protocols and communication support capabilities are relatively single. BMG700 multi-functional IoT smart gateway, supports many industry protocols, convenient device access, rich application interfaces, independent selection of wired/wireless networks, and can be widely used in smart street light poles, smart power distribution rooms, industrial robot monitoring, mechanical equipment monitoring, Intelligent manufacturing and other multi-industry categories cover a wide range of scenarios and have significantly higher cost performance.
