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Provides a general overview of the 4G LTE Router's capabilities and primary functions.
Details the physical components and ports on the router's panels, including front, rear, and bottom.
Guides on selecting an optimal location for the router to ensure best performance and signal strength.
Explains how to insert a SIM card and get the router working immediately in 3G/4G mode.
Instructions for configuring the router to operate as a standard wireless router using an Ethernet connection.
Describes the process of connecting external antennas to enhance LTE network signal strength.
Guides users through creating a Mercusys ID for remote monitoring and management of devices.
Explains how to add or remove other Mercusys IDs to manage the extender, defining user roles and permissions.
Covers enabling the SPI Firewall to prevent unauthorized access and malicious traffic.
Instructions on setting up service filtering to control specific user access or block internet access.
Details how to block or allow specific devices using Blacklist or Whitelist for network access.
Explains how to bind IP addresses to MAC addresses to prevent ARP spoofing and enhance security.
Instructions for viewing incoming SMS messages received by the router.
Guides on composing and sending SMS messages from the router interface.
How to check messages that have been sent from the router.
Accessing and managing unsent SMS messages saved as drafts.
Explains how to configure SMS settings, including the Message Center Number.
Steps to set up a separate Wi-Fi network for guests, isolating them from the main network.
Options to configure guest network settings like client isolation and local network access.
Explains how to use ALG to support address and port translation for specific protocols.
Guides on setting up a virtual server to make local network services accessible from the internet.
How to dynamically open ports for applications like online games or VoIP by specifying triggering ports.
Setting up a DMZ host to allow unrestricted bidirectional communication for applications.
Enabling UPnP to automatically open ports for seamless online gaming and other P2P applications.
Manually creating an internet connection profile if ISP settings are not auto-detected.
Updating the router with the latest ISP information for optimal connectivity.
Managing SIM card PIN settings, including PIN lock and auto-unlock features.
Monitoring and limiting data usage, setting allowances, and configuring usage alerts.
Configuring LAN IP address, DHCP server, and IP address reservation for the local network.
Customizing wireless network settings like SSID, password, security, and channel.
Configuring DDNS to access the router using a domain name with a dynamic IP address.
Defining static routes to control network traffic paths for specific destinations.
Configuring an IPv6 tunnel for transition between IPv6 and IPv4 networks.
Using USSD codes to communicate with the service provider for various queries.
Configuring the router's system time, which is used for other time-based functions.
Managing the router's LED indicators, including enabling or disabling them and setting a night mode.
Using the built-in diagnostic tool to check and troubleshoot internet connection issues.
Instructions for updating the router's firmware via online or local methods.
Saving current router configuration to a file and restoring it, or resetting to factory defaults.
Performing manual or scheduled reboots of the router to clear cache and improve performance.
Modifying the username and password used to log in to the router's web management page.
Controlling which devices on the local network can manage the router, with options for IP/MAC filtering.
Enabling and configuring remote access to manage the router from the internet.
Using ICMP ping to diagnose network connectivity to the router's WAN or LAN IP addresses.
Viewing, saving, and analyzing system logs for troubleshooting router issues.
Configuring CWMP (TR-069) for auto-configuration, provisioning, and diagnostics by an ISP.
Provides a general overview of the 4G LTE Router's capabilities and primary functions.
Details the physical components and ports on the router's panels, including front, rear, and bottom.
Guides on selecting an optimal location for the router to ensure best performance and signal strength.
Explains how to insert a SIM card and get the router working immediately in 3G/4G mode.
Instructions for configuring the router to operate as a standard wireless router using an Ethernet connection.
Describes the process of connecting external antennas to enhance LTE network signal strength.
Guides users through creating a Mercusys ID for remote monitoring and management of devices.
Explains how to add or remove other Mercusys IDs to manage the extender, defining user roles and permissions.
Covers enabling the SPI Firewall to prevent unauthorized access and malicious traffic.
Instructions on setting up service filtering to control specific user access or block internet access.
Details how to block or allow specific devices using Blacklist or Whitelist for network access.
Explains how to bind IP addresses to MAC addresses to prevent ARP spoofing and enhance security.
Instructions for viewing incoming SMS messages received by the router.
Guides on composing and sending SMS messages from the router interface.
How to check messages that have been sent from the router.
Accessing and managing unsent SMS messages saved as drafts.
Explains how to configure SMS settings, including the Message Center Number.
Steps to set up a separate Wi-Fi network for guests, isolating them from the main network.
Options to configure guest network settings like client isolation and local network access.
Explains how to use ALG to support address and port translation for specific protocols.
Guides on setting up a virtual server to make local network services accessible from the internet.
How to dynamically open ports for applications like online games or VoIP by specifying triggering ports.
Setting up a DMZ host to allow unrestricted bidirectional communication for applications.
Enabling UPnP to automatically open ports for seamless online gaming and other P2P applications.
Manually creating an internet connection profile if ISP settings are not auto-detected.
Updating the router with the latest ISP information for optimal connectivity.
Managing SIM card PIN settings, including PIN lock and auto-unlock features.
Monitoring and limiting data usage, setting allowances, and configuring usage alerts.
Configuring LAN IP address, DHCP server, and IP address reservation for the local network.
Customizing wireless network settings like SSID, password, security, and channel.
Configuring DDNS to access the router using a domain name with a dynamic IP address.
Defining static routes to control network traffic paths for specific destinations.
Configuring an IPv6 tunnel for transition between IPv6 and IPv4 networks.
Using USSD codes to communicate with the service provider for various queries.
Configuring the router's system time, which is used for other time-based functions.
Managing the router's LED indicators, including enabling or disabling them and setting a night mode.
Using the built-in diagnostic tool to check and troubleshoot internet connection issues.
Instructions for updating the router's firmware via online or local methods.
Saving current router configuration to a file and restoring it, or resetting to factory defaults.
Performing manual or scheduled reboots of the router to clear cache and improve performance.
Modifying the username and password used to log in to the router's web management page.
Controlling which devices on the local network can manage the router, with options for IP/MAC filtering.
Enabling and configuring remote access to manage the router from the internet.
Using ICMP ping to diagnose network connectivity to the router's WAN or LAN IP addresses.
Viewing, saving, and analyzing system logs for troubleshooting router issues.
Configuring CWMP (TR-069) for auto-configuration, provisioning, and diagnostics by an ISP.
General| DSL WAN | No |
|---|---|
| Ethernet WAN | Yes |
| WAN connection type | RJ-45 |
| Wi-Fi band | Single-band (2.4 GHz) |
| Wi-Fi standards | 802.11b, 802.11g, Wi-Fi 4 (802.11n) |
| Top Wi-Fi standard | Wi-Fi 4 (802.11n) |
| WLAN data transfer rate (max) | 300 Mbit/s |
| Ethernet LAN data rates | 10, 100 Mbit/s |
| Ethernet LAN interface type | Ethernet |
| 4G standard | LTE-TDD & LTE-FDD |
| 3G standards | HSPA, HSPA+, UMTS |
| SIM card type | NanoSIM |
| 4G bands supported | 700, 800, 850, 900, 1800, 2100, 2300, 2500, 2600 MHz |
| UMTS bands supported | 850, 900, 2100 MHz |
| Mobile network generation | 4G |
| Ethernet LAN (RJ-45) ports | 2 |
| Security algorithms | 64-bit WEP, 128-bit WEP, WPA, WPA-PSK, WPA2, WPA2-PSK |
| Product type | Desktop/pole router |
| Product color | White |
| Antenna type | 2x2 |
| Output current | 0.85 A |
| Output voltage | 9 V |
| Power source type | AC |
| Storage temperature (T-T) | -40 - 70 °C |
| Operating temperature (T-T) | 0 - 40 °C |
| Storage relative humidity (H-H) | 5 - 90 % |
| Operating relative humidity (H-H) | 10 - 90 % |
Weight and Dimensions| Depth | 92 mm |
|---|---|
| Width | 90 mm |
| Height | 150.5 mm |
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