4G Wireless Gateways in Industrial-Grade IoT Platforms

With the development of the Industrial Internet of Things (IIoT), the application of 4G wireless gateways in industrial production has become increasingly widespread.

 These gateways enable interconnection and communication among industrial devices, providing enterprise users with efficient and stable data transmission and communication solutions. In this regard, WideIOT offers high-performance 4G wireless gateways to facilitate the creation of various application scenarios, including smart factories, intelligent water management, environmental monitoring, and energy conservation and emission reduction.

Compared to traditional wired communication methods, 4G wireless communication offers several advantages.

 It eliminates most of the construction challenges and cost control issues while providing higher network bandwidth and transmission speeds, better meeting the data transmission requirements of industrial-grade IoT and adapting to complex and changing production environments. Additionally, troubleshooting transmission failures becomes easier and more convenient.

WideIOT's 4G wireless gateways are capable of connecting to and collecting data from devices such as PLCs (Programmable Logic Controllers), instrumentation, industrial robots, CNC (Computer Numerical Control) machines, and sensors.

 They perform protocol parsing, data acquisition, and wireless communication, interfacing with cloud platforms and upper computers to enable remote monitoring of automated equipment, fault operation and maintenance management, and visual analysis, thereby providing data support for factory decision optimization.

Furthermore, 4G wireless gateways not only support remote configuration but also enable remote maintenance of PLCs. By establishing a remote access network channel through a device maintenance express line and the gateway, technicians can perform remote programming, debugging, and program uploading and downloading operations without the need to travel to the site. This not only improves operational efficiency but also reduces maintenance costs, offering reliable and efficient operational services.