User's Manual
Table Of Contents
- About This Document
- System Overview of BelAir Networks APs
- AP Configuration Interfaces
- Command Line Interface Basics
- Connecting to the AP
- Starting a CLI Session
- Command Modes
- Abbreviating Commands
- Command History
- Special CLI Keys
- Help Command
- Saving your Changes
- Common CLI Commands
- Terminating your CLI Session
- Changing Your Password
- Clearing the Console Display
- Locking the Console Display
- Displaying the Current Software Version
- Displaying the Current Date and Time
- Displaying Current User
- Switching User Accounts
- Replacing a Token by a String
- Pinging a Host or Switch
- Starting a Telnet Session
- Radio Configuration Summary
- AP Access Methods
- User and Session Administration
- IP Settings
- System Settings
- Country of Operation
- System Identification Parameters
- Custom Fields
- Configuring the System Date and Time
- GPS Coordinates
- LED Control
- Setting the Network Egress Point
- Enabling Wi-Fi Band Steering
- Limiting Broadcast Packets
- Limiting DHCP Packets from Clients
- Displaying AP Inventory Information
- Defining a Maintenance Window
- Temperature Display
- Displaying System Up Time
- Displaying the Running Configuration
- Restarting the AP
- Creating and Using Script Files
- Enabling or Disabling Session Logging
- Local and Remote Configuration
- AP Auto-configuration
- Card Settings
- Ethernet or LAN Interface Settings
- Cable Modem Configuration
- Wi-Fi Radio Configuration Overview
- Configuring Wi-Fi Radio Parameters
- Displaying Wi-Fi Radio Configuration
- Displaying Configuration Options
- Operating Channel
- Antenna Gain
- Transmit Power Level
- Link Distance
- Dynamic Frequency Selection
- Collision Aware Rate Adaptation
- WCS Duty Cycle Control
- Rate Aware Fairness
- Enhanced Throughput
- 802.11n Aggregation
- Minimum Association Thresholds
- Doing an RF Survey
- Changing Wi-Fi Interface Admin State
- Wi-Fi Interface Statistics
- Wi-Fi Performance Monitoring Statistics
- Configuring Wi-Fi Access Point Parameters
- Displaying AP Configuration
- AP Custom Rates
- Displaying Associated Wireless Clients
- Displaying Wireless Client Details
- Disconnecting a Wireless Client
- Wireless Client Load Balancing
- Configuring RTS-CTS Handshaking
- Specifying the Beacon Period
- Displaying Client Association Records
- Changing AP Admin State
- AP Service Set Identifiers
- Out-of-service Advertising
- Filtering Broadcast and Multicast Packets
- Broadcast to Unicast Packet Conversion
- ARP Filtering
- ARP to Unicast Conversion
- 802.11b Protection
- Wi-Fi Client Statistics
- Wi-Fi AP Security
- Wi-Fi Backhaul Link Configuration
- Mobile Backhaul Mesh
- Mobile Backhaul Point-to-point Links
- Scanning Process
- Sample Subscriber Station Configuration
- Sample Base Station Configuration
- Mobile Backhaul Point-to-point Commands
- Displaying Mobile Backhaul Point-to-point Configuration
- Displaying Link Status
- Displaying Scan Results
- Managing Interfaces
- Managing the Scan List
- Associating a Scan List to an Interface
- Configuring RSSI Threshold
- Primary Link Drop
- Mobile Link Identifier
- Home Check
- Base Station Out-of-service Check
- Release 7 Compatibility
- Single Channel Mesh
- Operating in High Capacity and Interference Environments
- Modulation Rate Control
- VLAN based QOS
- Traffic Priority Based on Modulation Rate
- No SSID on Egress Down
- Ethernet Port Statistics
- Access Receive and Transmit Error Statistics with SNMP Support
- Noise Floor Support
- Access Packet RSSI Filter
- Effective Mesh Path Selection
- Blacklist SNMP Support
- Client Association Records
- CTS-to-Self Control
- DHCP to Attached Clients Only
- ARP to Attached Clients Only
- Upstream Broadcast Filter
- Secure Port Mode
- Wireless Bridging
- Client Load Balancing
- Client Authentication History
- Automatic Mesh Connect
- Traffic Test Tool
- DHCP Relay Settings
- Network Address Translation
- Displaying the Operational Status
- Displaying the Current DHCP Lease Status
- Displaying the DHCP Lease History
- Configuring Network Address Translation
- Choosing an Egress Interface
- Preventing AP Management from within the Scope
- Enabling or Disabling Individual Scopes
- Changing NAT Admin State
- Managing APs in a NAT Cluster
- Universal Access Method
- Displaying the Current Configuration
- Displaying the Operational Status
- Displaying the Client Session Information
- Specifying the Web Server
- Specifying Redirection Variable Pairs
- Specifying the RADIUS Server
- Managing White List Entries
- Associating VLAN Traffic to a Scope
- Performing MAC Address Authentication
- Collecting Accounting Information
- Operating in WAN Mode
- Changing UAM Admin State
- Using Layer 2 Tunnels
- Configuring the AP for Layer 2 Tunneling
- Displaying Tunnel Configuration and Status
- Starting and Stopping Layer 2 Tunneling
- Configuring Layer 2 Tunnels
- Setting Tunnel Engine Parameters
- Configuring Tunnel Advanced Parameters
- Enabling Backhaul Protection for Tunnels
- Bandwidth Limits
- Configuring Tunnels for the RedBack SmartEdge Router
- Configuring Tunnels for a Router using GRE
- Configuring Tunnels for PMIP Implementations
- Mapping User Traffic
- Configuring Authentication
- Configuring a Tunnel Group Name
- Relaying Traffic QOS Settings
- Setting the Tunnel Down Alarm Threshold
- Layer 2 Tunnel Performance Monitoring Statistics
- Configuring the Network Central Router for Layer 2 Tunneling
- Configuring the AP for Layer 2 Tunneling
- Quality of Service Settings
- Layer 2 Network Configuration
- Spanning Tree Protocol Overview
- RSTP Commands
- Displaying the RSTP Configuration Settings
- Displaying the RSTP Topology Information
- Displaying RSTP Port Roles and States
- Configuring the Bridge Aging Time
- RSTP Priority
- RSTP Version
- Transmit Hold Count
- Max Age, Hello Time and Forward Delay
- RSTP Link Priority
- RSTP Static Path Cost
- Dynamic Path Cost
- RSTP Protocol Migration on an Interface
- RSTP Edge Port Status
- RSTP Point-To-Point Status of an Interface
- Interface RSTP Configuration
- Changing RSTP Admin State
- RSTP Statistics
- Performing a Software Upgrade
- Alarm and Event Reporting
- Using Syslog
- Gathering Additional Troubleshooting Information
- Troubleshooting Wireless Client Connections
- Running Link Diagnostics
- Web Radio Troubleshooting Tools
- AP LED Descriptions
- For More Information
- Technical Support
- Definitions and Acronyms
- Appendix A: AP Configuration Sheets
- Appendix B: Mesh Auto-connection Example
- Appendix C: Scripting Guidelines
- Appendix D: Alarm and Event Definitions
- Appendix E: Resetting to Factory Defaults
- Detailed Table of Contents
BelAirOS User Guide Using Layer 2 Tunnels
April 22, 2012 Confidential Page 222 of 362
Document Number BDTM00000-A02 Draft
Configuring
Authentication
/protocol/te-<eng>/set tunnel <index (1-10)>
[secret <shared_secret>]
[ppp-name <id>] [ppp-password <pw>]
[backup-secret <backup_shared_secret>]
[backup-ppp-name <backup_id>] [backup-ppp-password <backup_pw>]
/protocol/te-<eng>/set tunnel <index (1-10)>
authentication {enabled|disabled}
The
set secret
command configures the parameters for L2TP authentication for
a specified tunnel. The
secret
parameter sets the shared secret for tunnel
authentication. The
ppp-name
and
ppp-password
parameters set the data for
session authentication. The settings for each of these three parameters must
match the equivalent settings on the main router.
The
backup-secret
,
backup-ppp-name
and
backup-ppp-password
parameters
are equivalent settings for a backup router.
Once the authentication parameters are configured, you use the
set
authentication
command to enable authentication for a specified tunnel.
Configuring a Tunnel
Group Name
/protocol/te-<eng>/set tunnel <index (1-10)>
group-name <group_name>
The <group_name> parameter indicates that an LNS belongs to a particular
group.
The BelView NMS tunnel manager looks at the tunnel usage of all LNSs within
the same group and spread the tunnel traffic among the LNSs within the same
group. BelView also configures tunnels for newly introduced APs to the least
used LNS within the same group.
For details, refer to the
BelView NMS User Guide
.
Relaying Traffic QOS
Settings
/protocol/te-<eng>/set tunnel <index (1-10)>
qos-map {none|up-bits|dscp)
Because the AP converts the client data packet into an Ethernet frame and then
encapsulates it within an IP packet, any QOS information that was part of the
original client data packet is not visible to upstream equipment.
This command allows you to put the QOS information into the encapsulating IP
packet header so that it becomes visible to the upstream equipment:
• The
dscp
setting means that Differentiated Services Code Point (DSCP)
information from the client data packet is included in the IP packet header.
• The
up-bits
settings means that the IP packet header contains QOS settings
based on User Priority bits (0 to 7) from the client data packet.