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General| Brand | Belair |
|---|---|
| Model | 20E |
| Category | Wireless Access Point |
| Language | English |
Details on accessing and configuring the BelAir20E via the Command Line Interface (CLI).
Methods for establishing a connection to the BelAir20E using the CLI.
Steps to initiate and log into a Command Line Interface session.
Explains the different configuration modes available within the BelAir20E CLI.
Procedures for saving configuration changes to persistent storage or remote servers.
Lists essential CLI commands like `exit`, `passwd`, `clear-screen`, `console lock`, `version`.
Instructions for changing the user password, including requirements.
Reference for CLI commands used to configure SNMP functions like agent status and configuration.
Procedures for configuring SSL, including generating key pairs and importing certificates.
Describes the three privilege levels (observer, normal, super-user) for user accounts.
Details on managing user accounts, including adding, deleting, and modifying users.
Lists commands reserved for the super-user, categorized by function.
Further details on managing user accounts, including privilege levels and modes.
How to configure user authentication using local settings or a RADIUS server.
Commands to specify and manage a list of RADIUS servers for user authentication.
Procedures for configuring dynamic or static IP addressing and IP routes.
Steps to set up dynamic IP addressing using a DHCP server for interfaces.
Specifies static IP addressing for management interfaces and VLANs.
Adjusts radio parameters to conform to country-specific regulatory requirements.
Procedures for configuring system date and time manually or via SNTP server.
Specifies whether the unit acts as an egress point to an outside network and the connection type.
Command to restart the entire node, with options to force the reboot.
Describes how BelAir20E uses DHCP packets to retrieve configuration information during startup.
Controls operational settings of Ethernet/LAN interfaces, including auto-discovery and speed/mode.
Displays physical aspects of cards, including interfaces and slot details.
Manages the administrative state of cards, enabling or disabling them.
Restarts a specific card, with confirmation and force options.
Displays various aspects of the radio's configuration.
Specifies channel settings for a Wi-Fi radio, including number, bandwidth, and mode.
Sets the gain of the installed antenna and displays valid gain values.
Sets the transmit power for a Wi-Fi radio, considering country, channel, and antenna.
Displays current DFS settings, a regulatory requirement for channel selection.
Controls the state of the Wi-Fi interface, enabling or disabling it and associated functions.
Shows the current AP configuration using the `show config access` command.
Displays list of associated wireless clients for a given SSID, showing IP, MAC, auth, and DHCP state.
Shows details of a wireless client, including connection time, IP, MAC, and authentication state.
Displays wireless client association records generated periodically, including connection details.
Controls the state of the Access Point, enabling or disabling it and associated functions.
Manages AP SSIDs, including mapping SSIDs to VLANs and providing vendor-specific information.
Summarizes parameters of all configured SSIDs in a table format.
Displays detailed configuration of a particular SSID, including security and VLAN settings.
Allows configuration of AP SSIDs, including SSID string, VLAN mapping, and security settings.
Enables or disables a particular SSID, controlling its operational state.
Describes wireless authentication and data encryption options for securing Wi-Fi transmissions.
Procedures for using RADIUS server for user authentication and managing accepted clients.
Manages the RADIUS server list for authenticating wireless clients, including adding and deleting servers.
Enables or disables a specific RADIUS server on the server list.
Associates specific RADIUS servers with SSIDs for authentication.
Controls whether traps are sent for wireless client authentication or de-authentication events.
Configures wireless privacy settings for a particular SSID, including WEP, WPA, WPA2.
Adds or removes MAC addresses from a client blacklist to prevent association.
Creates a local list of clients (ACL) that controls network access based on MAC address.
Blocks inter-client communications to enhance security in public network environments.
Controls inter-client communication and uses secure MAC white lists for access control.
Forces client communications to a specified MAC address or group, acting as a firewall.
Automatically discovers and provisions MAC addresses of Internet gateways or routers.
Details protection mechanisms against DoS attacks like deauthentication and DHCP starvation.
Manages defense against deauthentication DoS attacks by detecting and mitigating malicious packets.
Displays current backhaul configuration, including radio parameters and link status.
Configures backhaul link identifier, topology (P-to-P, mesh), and privacy settings.
Provides commands to configure and manage MP-to-MP mesh clusters.
Displays operating parameters of MP-to-MP links, illustrating the mesh topology.
Sets a signal strength threshold for creating mesh links, preventing weak connections.
Controls which links are used between mesh points by blacklisting specific MAC addresses.
Manages auto-connection capabilities, allowing nodes to automatically connect to neighboring meshes.
Provides redundancy for the egress point, allowing traffic to leave via alternate paths if the primary fails.
Enables or disables backhaul functionality regardless of topology (MP-to-MP, P-to-MP, P-to-P).
Configures mobile backhaul link identifier, role, privacy, and enables/disables mesh functionality.
Displays history of radio's mobile path switches for debugging purposes.
Configures MIMO antenna settings for mobility applications using 802.11n radios.
Configures mobile backhaul link identifier, role, privacy, and enables/disables mesh functionality.
Steps to configure topology, privacy, and enable Wi-Fi interfaces for subscriber stations.
Steps to configure topology, privacy, and enable Wi-Fi interfaces for base stations.
Provides commands for managing mobile backhaul point-to-point links.
Displays the current mobile backhaul point-to-point configuration.
Displays the status of the primary and secondary links for mobile backhaul.
Displays detected channel links and base station MAC addresses, aiding connection troubleshooting.
Configures NAT settings for each address scope, associating VLAN traffic and base IP addresses.
Tasks involved in configuring Layer 2 tunnels, including tunnel status and engine parameters.
Creates new tunnels to a central router using Ethernet-over-MPLS-over-GRE encapsulation.
Separates and prioritizes traffic by inspecting and prioritizing traffic into four priority queues.
Details Wireless Multi-Media (WMM) support for priority packets and transmit opportunities.
Explains the importance of STP for managing multiple paths and preventing network loops.
Adjusts STP node priority to influence the root switch selection and topology.
Describes commands executable in RSTP mode for managing interfaces and radio links.
Sets the STP priority and the number of BPDUs for transmit hold count.
Steps to activate a downloaded software load by rebooting the node.
Command to download a new software image from a remote server to the standby bank.
Copies the active software bank contents to the standby bank, making rollback impossible.
Procedure to revert to the old software load if the new load's effects are undesired, before committing.
How to specify and control physical interfaces like wifi-1-1 within script files.
Declarations required for including reboot commands in scripts for functions like NAT.
Procedure to reset unit configuration to factory defaults using CLI commands.
Procedure to reset unit configuration to factory defaults using the physical reset button.
