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General| Product Type | Gateway |
|---|---|
| Input Frequency | 950 - 2150 MHz |
| Input Level | -65 to -25 dBm |
| LNB Power | 13/18V |
| FEC | 1/2, 2/3, 3/4, 5/6, 7/8 |
| Output | IP |
| Protocols | IGMP |
| Power Supply | 12V DC |
| Connectors | F-type female |
| Type | DVB-S/S2 to IP Gateway |
| Output Frequency Range | - |
| Output Level Range | - |
Guidelines for safely installing the product, including reading the manual and avoiding hazardous conditions.
Precautions for operating the device safely, including power requirements and unplugging procedures.
Explanation of various safety symbols related to electrical products and indoor use.
Describes the function of the Data Over Coax Gateway for transmitting IP data over coaxial cable networks.
Details the various ports and connectors on the Data Over Coax Gateway, including Ethernet, F-connectors, and USB.
Indicates the device's operational status, including normal operation, booting, or error conditions.
Shows the status of the internet connection, indicating if the device is connected or not.
Indicates the status of the WiFi network, including power modes and connection status.
Displays the selected transmission medium on the front panel switch.
Indicates the quality of the coaxial/power line connection and activity.
Shows link-up and activity status for each Ethernet port.
Instructions on how to access and log in to the device's web configuration interface.
Provides information about the device's firmware and hardware versions.
Details network connection information when the device is in AP Bridge mode.
Provides network connection information for Router mode, including WAN and LAN interfaces.
Shows basic wireless network connection details such as SSID, security, and mode.
Displays statistics for the device's Ethernet ports, including packet counts.
Lists devices associated with the WiFi network.
Provides links for more detailed WLAN information and network scanning.
Shows home gateway details, including IP address and Ethernet port statistics.
Displays the current ARP entries on the system, mapping IP addresses to MAC addresses.
Shows the list of DHCP leases granted by the device, including MAC and IP addresses.
Configures the device to operate as an access point, bridging interfaces.
Configures the device to route traffic between coaxial/PLC and Ethernet/WiFi interfaces.
Configures IP address, subnet mask, and DHCP server for the LAN interface.
Enables and configures the DHCP server to assign IP addresses to devices on the LAN.
Allows static IP assignment based on MAC addresses for specific devices.
Basic WiFi configuration including enabling the device, SSID, and passphrase.
Provides information on WiFi status, current channel, and connected stations.
Scans for active wireless APs and their channel usage for optimal channel selection.
Configures radio parameters like mode, channel, and transmission power.
Controls WiFi radio activation and power modes via the front panel switch.
Allows selection of different WiFi operational modes (e.g., 802.11b, g, n).
Defines a new Virtual Access Point (VAP) for the WiFi network.
Configures the network name (SSID) and whether it is hidden from scanning.
Selects the operational mode of the WiFi device (e.g., Root AP, AP, Station, Repeater).
Configures the WiFi network with no access restriction (open network).
Configures WEP security, a legacy protocol with low robustness.
Details WEP key length options (64/128-bit) and network key input.
Configures WPA/WPA2 security with options for key management and encryption.
Enables and configures WPS for easy wireless network password setup.
Explains WPS input methods using PIN or the WPS button for device connection.
Describes the device's interfaces: Coaxial (eth0), Ethernet (eth1), and Wireless (ath0).
Details the two primary operation modes: Router Mode and AP Mode/Bridge Mode.
Explains the network setup for Router mode, connecting WAN and LAN networks.
Describes the network setup for AP/Bridge mode, interconnecting all interfaces transparently.
Process for creating virtual interfaces with specific VLAN tags on device interfaces.
Configuration of VLANs on the internal switch and port membership.
Defines how switch ports handle VLAN traffic: Off, Untagged, or Tagged.
Steps to create a new bridge interface on the device for packet communication.
Options to change bridge configuration (IP, subnet) and delete bridges.
Adding system interfaces or VLAN interfaces to a bridge for packet flow.
Functionality to add or remove interfaces from an existing bridge.
Creating VLAN interfaces from Ethernet for inclusion in bridges.
Adding newly created VLAN interfaces to existing bridge configurations.
Defines how device buttons and LEDs behave, including factory defaults.
Enables or disables the front panel WiFi switch functionality.
Configures how the device performs internet connectivity tests.
Sets the interval for periodic internet connectivity tests.
Selects the LED color when no internet connection is detected.
Enables and configures RIP for dynamic routing table exchange.
Manually defines static IP routes with destination, mask, gateway, and interface.
Configures NTP servers for automatic time synchronization.
Sets the device's time zone for accurate local time display.
Enables Application Level Gateways (ALGs) for specific services like SIP.
Configures a DMZ host to open all ports except those mentioned in NAT.
Selects the most appropriate NAT type based on network requirements.
Configures Linux Native NAT, a restrictive mode for port forwarding.
Configures Restricted Cone-NAT, allowing external hosts after initial connection.
Configures Full Cone-NAT, the least restrictive mode for external access.
Allows port propagation to the LAN for services like web or FTP servers.
Displays a list of configured virtual servers for port forwarding.
Manages user accounts, including changing usernames and passwords for security.
Secures access to the device by changing default user credentials.
Restarts the device to apply configuration changes or resolve issues.
Saves the current device configuration to a local file for backup.
Restores the device configuration from a previously saved file.
Upgrades the device firmware to the latest version.
Resets all device settings to their original factory default values.
Enables/disables system logging and selects the record level for events.
Enables sending logs to a remote server for later review.
Supports network parameter setup for local Ethernet and WiFi connections.
Sets SSID and security configurations for the WiFi network.
Allows changing the username for accessing the device's web interface.
Allows changing the password for accessing the device's web interface.
Illustrates typical installations sharing internet access via coaxial cable.
Details the use of the CoaxManager application to configure the Master device.
Recommends Master devices and describes necessary connections for Internet and coaxial network.
Diagram showing coaxial distribution for installing slave devices.
Instructions to connect CoaxManager to the CoaxData Master device.
Connecting CoaxManager remotely to Ref.769301, noting mode-specific requirements.
Connects a PC to the device via Ethernet interface.
Configures PC WiFi card to connect to the device's WiFi network.
Connects the device to a TV reception system or set-top box using coaxial cable.
Provides default IP address, username, and password for device access.
Specifies the default WiFi SSID and password.
Details WiFi standards, throughput, power selection, and security protocols.
Technical details for the coaxial/PLC to Ethernet adapter.
Specifies coverage range for coaxial cable and powerline.
Describes the function of various LEDs on the device.
Details modulation techniques and channel coding used by WiFi and coax/PLC.
Specifies the maximum range for coaxial cable and powerline communication.
Outlines QoS features including prioritization queues and classification protocols.
Specifies power input requirements and consumption.
Describes the HomeNetworking and MxU operating modes.
Details WiFi authentication, network security, and configuration protection.
Lists the types and quantities of connectors on the device.
Lists compliance with various safety, EMC, and radio standards.
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