With the rapid development of the Internet of Things, 4G DTU is also widely used in PLC wireless communication; automatic control of data acquisition equipment, monitoring equipment, medical equipment and electronic instruments; automatic meter reading and charging systems for water, electricity, gas, and heating; LED screen wireless Transmission of text, pictures and wireless control; alarm monit···

Typical 5G CPE Application Scenarios,5G CPE is a type of 5G terminal equipment. It receives the 5G signal sent by the operator's base station, and then converts it into a Wi-Fi signal or a wired signal, allowing more local devices (mobile phones, tablets, computers) to access the Internet.

5G CPE is a type of 5G terminal equipment. It receives the 5G signal sent by the operator's base station, and then converts it into a Wi-Fi signal or a wired signal, allowing more local devices (mobile phones, tablets, computers) to access the Internet. The full name of CPE is Customer Premise Equipment, and the industry likes to call it "Customer Terminal Equipment". In fact, Premise means "premi···

The ten smart manufacturing technologies are closely related, and manufacturing companies should gradually and rationally promote the application of these ten smart technologies.

Industry 4.0 has come a long way, and the journey to smart manufacturing continues, but what has really made a difference in recent years is the take-off of the Internet of Things (IoT) and the advent of artificial intelligence (AI) solutions.

DTU is the abbreviation of Data Transfer Unit. The Chinese translation is a data transfer module. It is used to transmit the statistical data of the lower-level laser pipe cutting machine such as PLC to the network server on the remote side. It is professionally used to convert the serial port data into IP statistical data or A wireless network intelligent terminal that converts IP data into seria···

HTTP and MQTT protocol Features and scope of application REST/HTTP is mainly to simplify the system architecture in the Internet, quickly realize the loose coupling of the interaction between the client and the server, and reduce the interaction delay between the client and the server.

The Internet of Things system consists of four main parts: hardware, software, user interface, and network.The IoT platform connects the four parts into a cohesive, manageable and explainable system.This platform helps to make data ingestion, communication, device management and application operation smooth and unified.

In the first stage, the stand-alone intelligent stage, the stand-alone system needs to accurately sense, recognize, and understand various instructions of the user, such as voice, gestures, etc., and make correct decisions, executions, and feedback. In this process, there is no mutual connection between the equipment and the equipment.

Although AIoT has become the industry's technology development outlet, the development of AIoT will experience three development stages: stand-alone intelligence, interconnected intelligence, and active intelligence.