What are the common networking methods for 4G industrial routers?

What are the common networking methods for 4G industrial routers?

At present, we are in the middle stage of moving from the 4G era to the 5G era. Many communication methods still use 4G communication, and of course industrial routers are no exception. Today, zoko-link will show you what are the common 4G industrial router networking methods?

WAN port plus 4G networking mode:

This networking mode also has two interfaces that can be connected to the WAN (the WAN port of the Ethernet port and the 4G port of the M2M network), and the two channels form complementarity and backup. At the same time, the WAN port of the Ethernet port is preferred after being connected. The smoothness of data also saves 4G traffic. When the WAN port fails to connect to the WAN, the industrial router can connect to the server through the 4G network port. Thereby ensuring the integrity, reliability and stability of the data.

In this networking mode, the industrial router does not require any settings, connect to the Internet cable, plug in a SIM card with 4G traffic, and power the router. It minimizes the customer's setup process, and is convenient and fast. In this networking mode, the WIFI function of the industrial router can also work at the same time, which maximizes the number of users' LAN access.

This method is mainly used when the network has high requirements for stability. When the network is deployed, there is a network cable that can be connected to the WAN in the field environment. And it is required to have a backup circuit for the data. Related industries such as factory buildings, smart buildings, and smart cities.

Dual LAN ports plus 4G networking:

In this networking mode, both network ports are set as LAN ports, so that as many devices in the LAN can access the network port as possible while using the 4G network and eliminating the cumbersome network cable wiring, it is the most convenient way to set up a network in the project The efficient way saves the material cost and labor cost of the network cable wiring. In this way, only one step of setting is needed to meet the requirements of the networking, and only need to change the WAN port working mode of the network port to the LAN port in the built-in web page.

RS485 interface networking mode:

The center adopts INTELNET public network connection such as ADSL, and adopts public network fixed IP or public network dynamic IP+DNS resolution service. This kind of scheme applies to the first Internet operator for broadband services such as ADSL.

1. Central public network fixed IP: The monitoring point directly initiates a connection to the center. Reliable and stable operation, this solution is recommended.

2. Central public network dynamic IP+DNS resolution service: The customer first contacts the DNS service provider to open the dynamic domain name, the monitoring point first uses the domain name addressing method to connect to the DNS server, and then the DNS server finds the central public network dynamic IP and establishes the connection. This method can greatly save the cost of fixed IP on the public network, but the stability is restricted by the stability of the DNS server, so it is necessary to find a reliable DNS service provider. This solution is suitable for small-scale applications.