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General| Cellular Network | 4G LTE |
|---|---|
| Wi-Fi | Yes |
| Wi-Fi Standards | 802.11 b/g/n |
| Wi-Fi Speed | Up to 150 Mbps |
| Ethernet Ports | Yes |
| SIM Slot | Yes |
| Battery | No |
Details the industrial cellular module, CPU, GPS module, low power mode, metal housing, voltage range and connectivity.
Lists all items included in the router package, such as the router, antennas, cables, and power lead.
Provides dimensions and diagrams for physical installation and connecting cables.
Details the process of inserting the SIM card into the router's tray.
Displays basic router information like model, firmware version, MAC address, and uptime.
Provides details about the router's system status and operational mode.
Shows MAC address, IP address, subnet mask, gateway, and local DNS of the LAN port.
Lists connected clients with their IP and MAC addresses and connection details.
Details WAN connection type, uptime, IP address, subnet mask, gateway, and DNS settings.
Provides modem information like IMEI, network provider, signal status, and network type.
Displays current Wi-Fi connection details like MAC address, radio status, mode, SSID, channel, and TX power.
Shows statistics for received and transmitted data packets.
Lists connected wireless clients with their MAC address and connection details.
Configure local IP address, subnet mask, gateway, and local DNS for the LAN interface.
Configure modem to connect to 4G/3G networks, automatic DHCP, dual link, and NAT.
Configures the WAN port to be unused.
Manually configure WAN IP address, subnet mask, gateway, and DNS.
Automatically obtain WAN IP settings via DHCP.
Configure the SIM card's PIN for authentication.
Select connection type (Auto, Force 4G, Force 3G, etc.) for optimal reliability and speed.
Configure settings to monitor and maintain WAN connectivity.
Configure routing methods, PPP, and connection detection intervals and servers.
Configure static WAN IP, gateway, and automatic reconnection for reliable connectivity.
Configure router name, host name, domain name, MTU, and network card mode.
Configure the router to act as a DHCP server or forwarder for network devices.
Configure network bridging between Wi-Fi clients and LAN for network segmentation.
Add and manage virtual Wi-Fi interfaces for advanced network setups.
Isolate wireless clients, preventing client-to-client access between different SSIDs.
Configure Dynamic DNS service for remote access with changing IP addresses.
Configure the router as a PPTP server for remote access.
Configure the router as an L2TP server for remote access.
Configure the router as an OpenVPN server for secure remote access.
View and manage IPSEC connection status, add, edit, delete, or reconnect tunnels.
Enable or disable the GRE tunnel function and configure its parameters.
Enable or disable the PPPoE server daemon.
Configure PPPoE server interface, client IP range, compression, and encryption.
Configure the router's operating mode as gateway or router for network traffic.
Assign traffic priority based on IP address or IP range.
Enable and configure firewall protection, SPI firewall, and additional filters.
Configure filters for proxy, cookies, Java applets, and ActiveX.
View recent incoming network traffic logs.
View recent outgoing network traffic logs.
Define policies to block or allow specific internet applications or PCs.
Specify days of the week for applying access policies.
Specify time periods for applying access policies.
Schedule automatic reboot or shutdown of the modem on specific days, times, or intervals.
Execute command lines directly via the web interface.
Save commands to be executed automatically at router startup.
Save commands to be executed when the router shuts down.
Execute custom iptables instructions when the firewall starts.
Store and execute custom scripts for advanced operations.
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