A high-speed industrial IoT router called the 5G industrial-grade sim card router enables users to connect to 5G networks via WiFi or network ports. The 5G industrial-grade router offers wired broadband three-channel intelligent redundant backup, dual-card dual-standby + SA/NSA dual-mode 5G, full Netcom 4G/5G high-speed network services, and SA/NSA dual-mode 5G, ensuring communication is secure and dependable. It uses a powerful 32-bit ARM processor and performs a variety of tasks, including flow control, VPN, required portal, and APN private network.
The built-in 5G module, which is often backward compatible with 4G, 3G, and 2G and will automatically switch in areas with shaky 5G signals, allows the 5G industrial-grade wireless router to detect the compatible network standard.
Industrial-grade 5G wireless routers are more expensive and generally more stable than civilian-grade 5G wireless routers. Currently, the M2M sector of the Internet of Things (IoT) industry chain is widely used in a variety of industries, including smart agriculture, smart cities, smart grid, smart living, and smart transportation.
1. Industrial 5G routers’ basic operation
Put a tariff card (SIM card) in the 5G router first, then dial up through the 5G network of the operator. Through the Ethernet port, Wi-Fi, and serial port, users can achieve data transmission and high-speed Internet access and engage remotely with huge data transmission.
Secondly, the features of commercial 5G routers
1. Industrial grade design: All EMC indicators adhere to the norm and are 100% industrial grade. To better serve the needs of business and the demand for high-precision remote data transfer, the hardware indicators strictly adhere to the industrial-grade standard design. -40oC to +80oC cold and high temperature resistance, anti-interference, and 24 hour all-weather operation. Satisfy 5–35VDC wide voltage.
2. Compact design: The industrial router features a choice of network port designs that are more expandable and a highly integrated design that is simple to embed.
3. Remote upgrade: To enable remote management of equipment and significantly lower maintenance costs, support remote management, remote firmware upgrade, and remote troubleshooting.
4. Implement hardware multi-level detection and watchdog detection mechanisms as anti-drop settings to prevent device crashes. The equipment can stay online permanently thanks to many monitoring and guarantee procedures.
5. Positioning function: support for site positioning applications, precise real-time reporting of geographic location information, and base station positioning. The accurate monitoring and data transfer can both be guaranteed by the exact positioning function.
6. Additional characteristics of 5G industrial routers include traffic statistics, scalable interfaces, and upper-layer application development, which may be applied to a larger range of circumstances. The needs of many industries can be met via function integration and performance development.
