Setting up a bridge 4g lte router is a relatively complex but crucial process, especially when building a large network or extending network coverage. The following are detailed steps for setting up a bridge 4g lte router, designed to help people who need to understand and operate networking applications:
Confirm device support:
First, make sure your wireless 4g lte router supports bridging. Different brands and models of 4g lte routers may have different setting methods, so it is recommended to refer to the user manual of the 4g lte router.
Connecting devices:
Connect the computer to the wireless 4g lte router to be bridged using a network cable, or connect to the 4g lte router's management interface wirelessly by entering the 4g lte router's IP address in a browser.
Log in to the management interface: Enter the IP address of the main 4g lte router, such as 192.168.1.1 or 192.168.0.1, in the browser, and log in to the 4g lte router management interface using a username and password.
Configure wireless network:
In the "Wireless Settings" or "Basic Settings", set the WiFi name SSID and channel.
In the "Wireless Security Settings", set the wireless password and ensure that the encryption method is selected as WPA/WPA2 to provide higher security.
Record DNS server:
Find and record the addresses of the primary DNS and alternate DNS servers in the WAN port status bar of "Running Status".
Set up the DHCP server:
In the "DHCP server settings", set the starting and ending addresses of the address pool to ensure that IP addresses are allocated to connected devices.
Log in to the management interface of the secondary 4g lte router: Use the same method as the primary 4g lte router to log in to the management interface of the secondary 4g lte router.
Modify the LAN address:
In the "Network Parameters" or "LAN Port Settings", modify the LAN address of the secondary 4g lte router to a different address from the primary 4g lte router, such as 192.168.1.2, to avoid IP address conflicts.
Configure wireless network:
Set the WiFi name SSID and channel of the secondary 4g lte router to ensure they are the same as those of the primary 4g lte router.
Set the wireless password to ensure it is consistent with the main 4g lte router.
Enable bridge function:
Find and enable the bridge function in the "Wireless Settings" or "Network Settings" of the secondary 4g lte router.
Scan and connect to the WiFi signal of the main 4g lte router, and enter the wireless password of the main 4g lte router to connect.
Disable the DHCP server:
In the "DHCP server settings" of the secondary 4g lte router, disable the DHCP service to avoid IP address conflicts.
Set gateway and DNS:
In the network settings of the secondary 4g lte router, set the gateway to the IP address of the primary 4g lte router, and set the DNS server to the previously recorded primary and alternate DNS server addresses.
Save the settings and restart the 4g lte router
Save settings:
After completing all settings, make sure to save the configuration.
Restart the 4g lte router:
Restart the main 4g lte router and the secondary 4g lte router to ensure that all settings take effect.
Connection test: After restarting the secondary 4g lte router, use a computer or mobile phone to connect to the secondary 4g lte router's network to test whether the network connection is normal.
Network speed test:
You can confirm whether the network is smooth by visiting a webpage or using a network speed test tool.
matters needing attention
Signal interference:
Select an appropriate channel to reduce wireless signal interference.
Security:
Ensure that the network is protected with strong passwords to prevent unauthorized access.
Device compatibility:
Different brands and models of 4g lte routers may have differences in bridging settings. It is recommended to refer to relevant documentation and instructions.
Firmware Update:
Ensure that the firmware of your 4g lte router is up-to-date for optimal performance and security.
Through the above steps and precautions, you can successfully bridge one 4g lte router to another 4g lte router to achieve network expansion and enhancement.
