Airborne™ Product Family Command Line Interface (CLI) Reference Guide For use with: WLNG-AN-DP100 Series WLNG-SE-DP100 Series WLNG-ET-DP100 Series ABDG-SE-DP100 Series ABDG-ET-DP100 Series Document Number 100-8005-101G Quatech, Inc.
Copyright © 2006-2007 QUATECH Inc. ALL RIGHTS RESERVED. No part of this publication may be copied in any form, by photocopy, microfilm, retrieval system, or by any other means now known or hereafter invented without the prior written permission of QUATECH Inc.. This document may not be used as the basis for manufacture or sale of any items without the prior written consent of QUATECH Inc. QUATECH Inc. is a registered trademark of QUATECH Inc.. Airborne™ is a trademark of QUATECH Inc..
CONTENTS PREFACE .....................................................................................................................................................V CONVENTIONS ............................................................................................................................................. V Terminology .......................................................................................................................................... v Notes .............................
Contents LIST OF FIGURES Figure 1. Typical Evaluation System Setup ..................................................................................6 Figure 2. Bridging From the Serial Interface Manually Using the pass Command ......................7 Figure 3. Bridging From the Serial Interface Automatically at Startup Using the SerialDefault Command .............................................................................................................8 Figure 4.
PREFACE In addition to this chapter, this book contains the following chapters and appendixes: Chapter 1, CLI Overview ⎯ describes how to use the command line interface. Chapter 2, CLI Commands ⎯ provides all of the applicable commands for using the Airborne™ ™ Wireless and Airborne™ Direct™ products. Glossary ⎯ defines the terms associated with the Airborne™ Wireless, AirborneDirect™, and wireless networks in general. For convenience, an Index appears at the end of this book.
Preface A caution contains information that, if not followed, can cause damage to Caution: the product or adverse consequences to the user. Courier Typeface Commands and other input that a user is to provide are indicated with Courier typeface.
CHAPTER 1 CLI OVERVIEW 1.1 OVERVIEW The Airborne™ WLN Module includes a Command Line Interface (CLI) Server. The CLI Server is the primary user interface for configuring, controlling, and monitoring Airborne™ WLN Modules. Users and OEM applications can establish CLI Sessions to the CLI Server via the serial interface or a TCP connection on the wireless interface. This document describes the CLI in full.
1 – CLI Overview The CLI Server listens on the TCP port specified by the wl-telnet-port parameter. The default is 23. The CLI Server inactivity timer is configured via the wl-telnet-timeout command. The CLI Server uses the wl-telnet-timeout value to timeout and close TCP connections that are inactive. The CLI Server supports up to three (3) TCP sessions. 1.2.2 CLI Security The CLI Server supports five (5) levels of security for each CLI Session.
1 – CLI Overview A CLI Session may transition into CLI Mode automatically at startup of the CLI Session (if so configured). See section “CLI Session Startup Modes” for details on startup modes. CLI Sessions may transition manually to CLI Mode from the other modes via the use of the CLI escape processing feature in the CLI Server. See section “CLI Server Escape Processing” for details. 1.2.5 PASS Mode PASS Mode is an active data bridging mode of the CLI Server.
1 – CLI Overview 1.2.8 LISTEN Mode (Serial Interface Only) LISTEN Mode is a passive data bridging mode of the CLI Session. The LISTEN Mode is only applicable on the serial interface. When the CLI Session on the serial interface enters LISTEN Mode, the Airborne™ WLN Module passively waits for a data bridge to be established over the wireless interface. The data bridge may be initiated using a CLI Session via the PASS Mode or using the tunneling feature.
1 – CLI Overview 1.2.11 Detecting and Executing the Escape Sequence Upon detection of the escape sequence, the CLI Server applies the follow rules for transitions of the CLI Session on that interface: If the CLI Session is in LISTEN Mode and there is no data bridge established, the CLI Session will transition to CLI Mode and send an “OK” response to the CLI Session.
1 – CLI Overview 1.3 TYPICAL EVALUATION SYSTEM SETUP A typical evaluation system includes: A Serial Host: A computer connected to the serial port of the Airborne™ WLN Module. A LAN Host: A computer that communicates wirelessly with the Module through an Access Point (AP). An Access Point. An Airborne™ WLN Module. Figure 1. Typical Evaluation System Setup 1.4 DATA BRIDGING The Airborne™ WLN Module provides data bridging via the PASS and LISTEN Modes of the CLI Session.
1 – CLI Overview 1.4.1 Bridging from the Serial Interface The CLI Session on the serial interface may initiate a data bridge via the use of the serialdefault parameter set to “pass” or by manually issuing the pass CLI command. Prior to establishing the data bridge, the Airborne™ WLN Module must be properly configured to connect to a server on the network that will accept the communications. The following examples illustrate how to configure the Module to initiate a connection to a TCP server: Figure 2.
1 – CLI Overview Figure 3. Bridging From the Serial Interface Automatically at Startup Using the Serial-Default Command Page 8 Airborne™ Product Family CLI Reference Guide Quatech, Inc.
1 – CLI Overview 1.4.2 Bridging from a TCP connection on the wl-telnet-port A user or OEM application connected over TCP to the wl-telnet-port of the Module may create a data bridge to the serial interface by issuing the pass command. The pass command will succeed if there is no other data bridge active and the CLI Session on the serial interface is in LISTEN Mode. The following figure illustrates a sequence of commands that create a data bridge from the TCP connection: Figure 4.
1 – CLI Overview 1.4.3 Bridging from a TCP connection on the wl-tunnel-port The Module supports a tunneling feature that allows bridging between a specific TCP address/port and the Module’s serial port. TCP port tunneling is supported by the wl-tunnel, wl-tcp-mode, and wl-tunnel-port commands. The rules for TCP connections to the wltunnel-port are as follows: wl-tunnel must be enabled (set to 1). wl-tunnel-mode must be set to tcp or udp.
1 – CLI Overview Using the following sequence, a user can configure the Module to operate in TCP tunneling mode: Figure 5. Bridging From a TCP Connection on the wl-tunnel-port 100-8005-101G Airborne™ Product Family CLI Reference Guide Quatech, Inc.
1 – CLI Overview 1.4.4 Bridging Using UDP The Module supports UDP tunneling. This allows the Module to forward data from the serial interface to a specific server listening on a specified UDP port or to broadcast a UDP datagram on a specific UDP port. This also allows the Module to forward data received on its specified UDP receive port to the serial interface.
1 – CLI Overview 1.4.5 Data Bridging with XMODEM Guidelines Once a data bridge is established, the endpoints may transfer raw binary data. Some systems may choose to apply a protocol such as ZMODEM or XMODEM, etc. For systems using XMODEM protocol, the following guildelines must be adhered to: XMODEM works with 8-bit connections only.
1 – CLI Overview If wl-ssid is set to the value “any”, the Module will perfrom a scan of APs and attempt to associate with the AP that reports the highest signal quality. In this configuration, the 802.11 roaming feature is not supported. The use of the “any” SSID allows the Module to associate with any AP that is in range. Therefore, as the Module becomes mobile, it may associate with an AP that is not in your expected network (as a result, roaming may not work).
1 – CLI Overview LEAP In order to function properly, a RADIUS server configured for LEAP containing usernames/passwords, and an Access Point that supports LEAP, must be available. The RADIUS server username and password must match the user-leap and pw-leap command values configured on the WLN. 1.8.5 System Implementation Considerations The WLN must be in infrastructure mode for WPA-PSK or LEAP to operate properly. A WLN configured for WPA-PSK requires a connection to an AP with WPA-PSK enabled.
1 – CLI Overview If Configuring With CLI 1 wl-security wpa-psk OK 2 pw-wpa-psk OK 3 commit OK 4 restart 5 Module Restarts Figure 6. WPA-PSK Sample Security Configuration If Configuring With CLI 1 wl-security wpa-leap OK 2 user-leap OK 3 pw-leap OK 4 commit OK 5 restart 6 Module Restarts Figure 7. WPA-LEAP Sample Security Configuration 1.
1 – CLI Overview The maximum length of a CLI command line is 1800 characters, including spaces and terminating characters. Argument types include: − − literal ASCII character string without delimiters (no spaces or tabs). − − value represented as a decimal integer or as “aschex” value in the form 0xhhh…hhh. − − one or more pairs of hexadecimal digits with no prefix in the form hhh…hhh. − − an I/O port bit number, from 0 to 7.
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CHAPTER 2 CLI COMMANDS 2.1 OVERVIEW This chapter describes the Airborne™ WLN Module’s Command Line Interface (CLI) commands. The CLI commands are organized into the following categories: LAN configuration commands. (page 20) Wireless configuration commands. (page 23) LAN communication commands. (page 30) Escape configuration commands. (page 33) UART port configuration commands. (page 34) Discovery service commands. (page 35) Administration commands. (page 35) I/O commands.
2 – CLI Commands 2.2 CLI COMMANDS Some CLI commands require the Module to be restarted before they take Note: effect, while others do not. In the following sections, an asterisk (*) in the Ln column denotes a command that requires the Module to be restarted. Use the CLI command commit to store your current changes to flash memory before restarting; otherwise, changes will be discarded at the next restart.
2 – CLI Commands Command CLI Arguments wl-dhcp-renew wl-arp wl-dhcp-client [string] Ln Description L3 L3 L3 Performs a DHCP renew request to acquire a new IP configuration or update the DHCP lease with the DHCP server. Causes the unit to produce a gratuitous ARP on the network. Configures the DHCP Client Host Name String to use in the DHCP requests. On some APs, this name is displayed along with the MAC address in the list of attached devices. Up to 31 characters, no spaces.
2 – CLI Commands Command wl-dhcp-fbip CLI Arguments [] Ln Description L3* Configures the IP address used by the DHCP fallback algorithm. Default (UART, Direct Serial) is 192.168.10.1 Default (SPI, Direct Ethernet) is 0.0.0.0 wl-dhcp-fbsubnet [] wl-dhcp-fbgateway [] wl-dhcp-fbauto <0|1> L3* Configures the Subnet Mask used by the DHCP fallback algorithm. Default is 255.255.255.0. L3* Configures the gateway address used by the DHCP fallback algorithm.
2 – CLI Commands 2.2.2 Wireless Configuration Commands Command wl-mac CLI Arguments Ln Description [aschex] L4* Configures the MAC address of the wireless interface. The input is six bytes aschex. The address specified by the argument temporarily overwrites the factory value when the Module starts up. If the reset command is issued, the Module reverts to the factoryset MAC address at startup.
2 – CLI Commands Command wl-security CLI Arguments Ln [disable | wep64 |wep128 | wpa-psk | wpa-leap | wpa-leap64 | wpa-leap128 | wpa-psk64 | wpa-psk128] L3* pw-wpa-psk L3* pw-leap L3* user-leap [string] L3* wl-auth [string] L3* wl-def-key [integer] L3* wl-wpa-format [0 | 1] L3* wl-key-1 L3* wl-key-2 L3* Page 24 Description Selects the Wireless Security Method for Authentication and Encryption This command replaces the wl-wep command.
2 – CLI Commands Command CLI Arguments Ln Description wl-key-3 [aschex] L3* wl-key-4 L3* wl-ant [string] L3* Sets WEP Key #3 to binary value. [10 or 26 hex digits] – 10 digits for 64 bits, 26 for 128 bits. Default is 00000000000000000000000000. Sets WEP Key #4 to binary value. [10 or 26 hex digits] – 10 digits for 64 bits, 26 for 128 bits. Default is 00000000000000000000000000.
2 – CLI Commands Command wl-status CLI Arguments Ln L2 Description Reports abridged Module status. Below is a sample of the report. See Table 4 for a detailed description of the report. Link Status: SSID: BSSID: signal level (dBm): noise level (dBm): current channel: dhcp status: Connected FirstAccessPoint 0006255D537D -56 -92 1 0x02 The following example shows a response if the Module is not associated.
2 – CLI Commands Table 2. Description of wl-scan Results wl-scan Result Link Status SSID BSSID Signal Rate (Mb/S) Current channel Beacon Interval 100-8005-101G Description Wireless Local Network Link Status Connected Not Connected Service Set Identifier String MAC Address of the Responding AP Signal Level (dBm) The higher (more positive) number indicates a stronger signal. Allowed 802.11 rates (dBm) List of allowed bit rates with basic rates denoted by *.
2 – CLI Commands Table 3.
2 – CLI Commands Table 4.
2 – CLI Commands 2.2.3 LAN Communication Commands Command CLI Arguments Ln Description wl-telnet-timeout [integer] L3 Configures the CLI Server connection inactivity timeout. A setting of 0 specifies an infinite timeout. This parameter only applies to new CLI Sessions, not the one issuing the command. The input range is 32 bits unsigned. Default is 0 (seconds). wl-telnet-port [integer] L3* Configures the TCP port number that the Module CLI Server listens on for a LAN application connection.
2 – CLI Commands Command wl-tcp-ip wl-tcp-ip2 CLI Arguments [IPadrs] [IPadrs] Ln Description L3 Configures the primary target server IP address to use when the CLI Session on the serial interface initiates a TCP connection with the pass or serial-default commands. If this IP address is empty or the connection is unsuccessful, the CLI Server will attempt a connection to wl-tcp-ip2 as a secondary target server. Default is 0.0.0.0.
2 – CLI Commands Command CLI Arguments Ln Description Configures the IP address to use when the Serial Host wishes to send UDP data packets to a remote UDP listener/server. This command can be changed dynamically without saving and restarting. Default is: 0.0.0.0. Configures the UDP port number to use when the Serial Host wishes to send UDP unicast data packets to a remote listener/server. This command can be changed dynamically without saving and restarting.
2 – CLI Commands 2.2.4 Escape Configuration Commands Command CLI Arguments Ln Description Configures the escape-processing mode for the CLI Session on the serial interface. See “CLI Server Escape Processing” for details on escape processing. off = disables serial escape checking. on = enables serial escape string checking. brk = enables serial escape on UART Break checking. Default is on. Configures the escape-processing mode for the CLI Session on the wireless interface.
2 – CLI Commands 2.2.5 UART Port Configuration Commands — NOT FOR ABD ETHERNET Command CLI Arguments Ln Description Applies the serial port settings immediately, without requiring a restart. Serial configuration settings must be committed if they are to apply after a restart. Serial port settings applied are: bit-rate, data-bits, parity, flow, and input-size. Configures the bit-rate of the serial interface in bits per second (bps).
2 – CLI Commands 2.2.7 Discovery Service Commands Command CLI Arguments Ln name-manuf [string] L5 name-oem [string] L4 name-device [string] L3 Description Configures the Discovery Name: Manufacturer. 31 characters, no spaces. Default is DPAC-Airborne™ -A. Configures the Discovery Name: OEM. 31 characters, no spaces. Default is OEM-Cfg1. Configures the Discovery Name: Device. 31 characters, no spaces. Default is Device. 2.2.
2 – CLI Commands Command CLI Arguments Ln Description Configures the Level 3 Password [31 characters, no spaces]. Default is cfg. Configures the Level 2 Password [31 characters, no spaces]. Default is password. Return to Level 1. Restarts the Module firmware, reinitializing everything in the system like a power cycle. All system configuration parameters that have not been saved with the commit command will be reinitialized to system defaults.
2 – CLI Commands Command CLI Arguments Ln io-dir-g [integer] L2 io-dir e | g [in | out] L2 adc-read g L2 100-8005-101G Description Sets the direction of port G I/O bits to input or output. 8 bits 1 = input 0 = output A bit set as an input is an analog input and adc-read is used to read the bit value. Setting port G3 as output has no effect. Default is all inputs. Sets the direction of port to input or output. Applies setting dynamically without requiring a restart.
2 – CLI Commands 2.2.12 CLI Commands by Model The following table lists every CLI command in alphabetical order: Note: Unless otherwise noted as N/A (Not Applicable), the information in the ® following table applies to the WLN Module, Airborne™ Direct Serial Bridge, ® and Airborne™ Direct Ethernet Bridge. Table 5.
2 – CLI Commands Parameter Keyword WLN UART AbD Serial listen AbD Ethernet WLN SPI N/A logout name-device name-manuf name-oem parity N/A pass N/A putget N/A putexpect N/A N/A pw pw-cfg pw-manuf pw-oem pw-leap pw-wpa-psk reset restart serial-assert N/A serial-default N/A stop-bit N/A N/A N/A time update N/A user user-cfg user-leap user-manuf user-oem ver ver-fw wl-ant 100-8005-101G N/A N/A Airborne™ Product Family CLI Reference Guide Quatech, Inc.
2 – CLI Commands Parameter Keyword WLN UART AbD Serial AbD Ethernet WLN SPI wl-auth wl-chan wl-con-led N/A wl-def-key wl-device wl-dhcp wl-dhcp-acqlimit wl-dhcp-client wl-dhcp-fb wl-dhcp-fbgateway wl-dhcp-fbip wl-dhcp-fbsubnet wl-dhcp-interval wl-dhcp-mode wl-dhcp-renew wl-dhcp-rel wl-dhcp-fbauto wl-dhcp-fbper wl-dns wl-dns1 wl-dns2 wl-gateway wl-info wl-ip wl-ip-source wl-key-1 wl-key-2 wl-key-3 wl-key-4 Page 40 Airborne™ Product Family CLI Reference Guide Quatech, Inc.
2 – CLI Commands Parameter Keyword WLN UART AbD Serial N/A N/A AbD Ethernet WLN SPI wl-mac wl-mac-clone N/A wl-rate wl-region wl-retry-time N/A wl-scan wl-security wl-ssid wl-status wl-subnet wl-tcp-ip N/A wl-tcp-ip2 N/A wl-tcp-port N/A wl-tcp-timeout N/A wl-telnet-port wl-telnet-timeout wl-tunnel N/A wl-tunnel-port N/A wl-tunnel-mode N/A wl-type wl-udap wl-udp-ip N/A wl-udp-port N/A wl-udp-rxport N/A wl-udp-xmit N/A wl-wpa-format wl-xmit-type 100-8005-101G N/A Airborne™
2 – CLI Commands 2.3 CLI ERROR CODES AND MESSAGES The following table lists the CLI hexadecimal error codes and their meanings: Table 6.
GLOSSARY This is a glossary of wireless terminology. 4-Way Handshake A connection method where each side of the connection acts independently (four packets are exchanged between the supplicant and the authenticator) and is required to successfully complete the WPA authentication process. 802.11 Wireless standards developed by the IEEE that specify an "over-the-air" interface for wireless Local Area Networks. 802.11 is composed of several standards operating in different radio frequencies. 802.11a 802.
Glossary BSSID Basic Service Set Identifier. A 48-bit identifier used by all stations in a BSS in frame headers (usually the MAC address). Clear channel assessment A function that determines the state of the wireless medium in an IEEE 802.11 network. Client Any computer connected to a network that requests services (files, print capability) from another member of the network. Command Line Interface (CLI) A method of interacting with the Airborne™ WLN Module by sending it typed commands.
Glossary IEEE 802.1X IEEE standard for port-based network control. 802.1X provides multiple methods to authenticate devices attached to a LAN port and functions with both wired and wireless LAN media. 802.1X is based on the Extensible Authentication Protocol (EAP), and features dynamic distribution and management of session keys. A RADIUS server is required for this security standard. IEEE 802.11i IEEE security standard officially ratified in June 2004 as part of the 802.11 family. 802.
Glossary RADIUS Remote Authentication Dial In User Service. A backend server that performs authentication using Extensible Authentication Protocol (EAP). This server is required by the IEEE 802.1X security standard. RS-232 An EIA standard that specifies up to 20 Kbps, 50 foot serial transmission between computers and peripheral devices. RTOS An operating system implementing components and services that explicitly offer deterministic responses, and therefore allow the creation of real-time systems.
Glossary WLAN Also referred to as a wireless LAN. A type of local-area network that uses high-frequency radio waves rather than wires to communicate between nodes and provide network connectivity. WLN Short for Wireless LAN Node, this is the Airborne™ Module that provides 802.11 LAN connectivity. WLN Module Module Airborne™ Wireless LAN Node Module. WLN UART This is the model of the Airborne™ Module that uses a serial UART to interface to a Host device. WPA Wi-Fi Protected Access.
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INDEX [ […] Square Brackets, 16 | | Vertical Bar, 16 < <…>, 17 , 16 , 17 , 17 , 17 A Access Level, 2, 20 adc-read, 37, 38 Additional Literature, vi Administration Commands, 35 Airborne Wireless LAN Node Module, v Airborne WLN Module, v Apply SSID, 23 apply-cfg, 34, 38 Arguments, 16 Aschex, 17 ASCHEX vs.
Index wl-dhcp, 20 wl-dhcp-acqlimit, 21 wl-dhcp-client, 21 wl-dhcp-fb, 21 wl-dhcp-fbgateway, 22 wl-dhcp-fbip, 22 wl-dhcp-fbsubnet, 22 wl-dhcp-interval, 21 wl-dhcp-mode, 21 wl-dhcp-rel, 20 wl-dhcp-renew, 21 wl-dns, 21 wl-dns1, 21 wl-dns2, 21 wl-gateway, 20 wl-ip, 20 wl-key-1, 24 wl-key-2, 24 wl-key-3, 24 wl-key-4, 25 wl-mac, 23 wl-mac-clone, 23 wl-rate, 25 wl-region, 25 wl-retry-time, 30 wl-scan, 25 wl-ssid, 23 wl-status, 26 wl-subnet, 20 wl-tcp-ip, 31 wl-tcp-ip2, 31 wl-tcp-port, 30 wl-tcp-timeout, 30 wl-teln
Index Virtual Memory, 29 WEP Authentication, 24 Wireless Ad Hoc Channel Number, 23 Wireless Ethernet MAC, 23 wl-scan Results, 27 wl-status & wl-info Results, 29 Write Digital Value to Digital I/O Port , 36 CLI Conventions, 16 CLI Error Codes and Messages, 42 CLI Mode, 3 CLI Security, 2 CLI Server Escape Processing, 4 CLI Session Modes, 2 CLI Session Startup Modes, 4 close, 31, 38 Close a TCP Connection Initiated by the Serial Host, 31 Command Line Interface ASCHEX vs.
Index input-size, 34, 38 intf-type, 34, 38 Introduction overview, 1 io-dir, 37, 38 io-dir-e, 36, 38 io-dir-g, 36, 38 io-read, 36, 38 io-write, 36, 38 name-manuf, 35, 39 name-oem, 35, 39 Native Memory, 29 Netpages Free, 29 Network Data Buffers, 29 Network Virtual Terminal, 1 NM Heap Free, 29 Noise, 27, 29 Notes, v NUT 7-bit Encoding, 1 K O Key, 24, 25 OCT, 20 OEM, 2 OEM Version String, 35 OK, 17 Outbound TCP and UDP Traffic Selection, 32 Outbound UDP Mode, 32 Overview, 1 L L0, 2 L1, 2 L2, 2 L3, 2 L4, 2
Index reset, 39 restart, 39 serial-assert, 39 serial-default, 39 stop-bit, 39 time, 39 update, 39 user, 39 user-cfg, 39 user-leap, 39 user-manuf, 39 user-oem, 39 ver, 39 ver-fw, 39 wl-ant, 40 wl-auth, 40 wl-chan, 40 wl-def-key, 40 wl-device, 40 wl-dhcp, 40 wl-dhcp-acqlimit, 40 wl-dhcp-client, 40 wl-dhcp-fb, 40 wl-dhcp-fbgateway, 40 wl-dhcp-fbip, 40 wl-dhcp-fbsubnet, 40 wl-dhcp-interval, 40 wl-dhcp-mode, 40 wl-dhcp-renew, 40 wl-dns, 40 wl-dns1, 40 wl-dns2, 40 wl-gateway, 40 wl-info, 40 wl-ip, 40 wl-key-1, 40
Index L2, 2 L3, 2 L4, 2 L5, 2 Level 0, 2 Level 1, 2 Level 2, 2 Level 3, 2 Level 4, 2 Level 5, 2 MFG, 2 OEM, 2 Serial Host, v Serial Port Bit-Rate in Bits per Second (bps), 34 Serial Port Data Bits, 34 Serial Port Flow Control, 34 Serial Port Parity, 34 serial-assert, 34, 39 serial-default, 34, 39 Service Set Identifier String, 27, 29 Set Default WEP Key, 24 Set Module to Listen Mode, 30 Set the Direction of Port E I/O Bits to Input or Output, 36 Set the Direction of Port G I/O Bits to Input or Output, 36 Se
Index wl-info, 26, 40 wl-ip, 20, 40 wl-ip-source, 20 wl-key-1, 24, 40 wl-key-2, 24, 40 wl-key-3, 24, 41 wl-key-4, 25, 41 wl-mac, 23, 41 wl-mac-clone, 23, 41 WLN, v wl-rate, 25, 41 wl-region, 25, 41 wl-retry-time, 30, 41 wl-scan, 25, 41 wl-security, 41 wl-ssid, 23, 41 wl-status, 26, 41 wl-subnet, 20, 41 wl-tcp-ip, 31, 41 wl-tcp-ip2, 31, 41 wl-tcp-port, 30, 41 wl-tcp-timeout, 30, 41 wl-telnet-port, 30, 41 wl-telnet-timeout, 30, 41 wl-tunnel, 30, 41 wl-tunnel-mode, 30, 41 wl-tunnel-port, 30, 41 wl-type, 23, 41
100-8005-101G Revision 1.
