TM AirPair 100-UL High-Capacity 24 GHz Unlicensed Band Wireless Ethernet System Product Manual Version 2.
ii DragonWave Inc. NOTICE This document contains confidential information, which is proprietary to DragonWave. No part of its contents can be used, copied, disclosed, or conveyed to any party in any manner whatsoever without prior written permission from DragonWave Inc. Copyright © 2001-2003 DragonWave Inc. All Rights Reserved. Printed in Canada.
Table of Contents TABLE OF CONTENTS ...........................................................................................................III LIST OF PROCEDURES .......................................................................................................... V LIST OF FIGURES ................................................................................................................. VII LIST OF TABLES ........................................................................................
DragonWave Inc. iv 5.1.....BEFORE YOU BEGIN ......................................................................................................................33 5.2.....MOUNTING SPECIFICATIONS.........................................................................................................33 6. INSTALLATION OF RADIO AND MODEM .........................................................................35 6.1.....MOUNTING THE RADIO AND ANTENNA ONTO THE MOUNTING BRACKET ..............................
Table of Contents v List of Procedures Procedure 4-1 Configuring the Serial Port using the CLI 15 Procedure 4-2 Create Login Account 18 Procedure 4-3 Set AirPair Frequency available and Transmit Power 20 Procedure 4-5 Setting the IP Address 28 Procedure 4-6 Setting VLAN Tag 31 Procedure 6-1 Mounting the 12″ antennas 35 Procedure 6-2 Visually align the radios 37 Procedure 6-3 Attaching the Modem to Mounting Bracket 38 Procedure 6-4 Connecting the IF and RS-232 cable to the modem and radio 4
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Table of Contents vii List of Figures Figure 1 DragonWave AirPair Systems ........................................................................... 1 Figure 2 AirPair System ................................................................................................. 13 Figure 3 Use of Visual Alignment Tool............................................................................ 37 Figure 4 Modem on Mounting Bracket ............................................................................
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1. Introduction This manual describes the DragonWave AirPairTM 100-UL system. Use this manual to learn how to install and configure the DragonWave AirPairTM 100-UL system. This document refers to the AirPair 100-UL system as the AirPairTM.
DragonWave Inc. 2 1.1. References This document refers to the following documents: • Cleveland, Robert F., Jr., David M. Sylvar and Jerry L. Ulcek. OET Bulletin 65.Evaluating Compliance with FCC Guidelines for Human Exposure to Radiofrequency Electromagnetic Fields, Edition 97-01, August 1997. • ET Docket No. 96-8, RM8165. April 10, 1997. Amendment of Parts 2 and 15 of the Commission's Rules Regarding Spread Spectrum Transmitters. FCC. • Institute of Electrical and Electronics Engineers (1992).
Introduction 3 1.2. Icons The following icons appear in this manual and highlight areas of special interest and importance. Warning Cause Bodily Harm Caution Cause damage to equipment or service outage L Information or Note Important Information Version 2.
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2. Safety and Regulatory Compliance This section details safety issues and regulatory compliance. 2.1. Safety Information 2.1.1. Safety Information for DragonWave’s AirPairTM The Federal Communications Commission (FCC), with its action in ET Docket 96-8, has adopted a safety standard for human exposure to radio frequency (RF) electromagnetic energy emitted by FCC-certified equipment. DragonWave AirPairTM meets the uncontrolled environmental limits found in OET-65 and ANSI C95.1, 1991.
DragonWave Inc. 6 2.1.4. Electrocution Hazard Warning Electrocution Hazard This product is intended to be connected to a –48v dc power source (supplied by DragonWave Inc.), which must be electrically isolated from any ac sources and reliably connected to Earth ground. Do not install DragonWave products near any type of power line. Should your antenna or related hardware come in contact with power lines, severe bodily harm or death could result! 2.2.
Safety and Regulatory Compliance 7 Warning The Part 15 radio device operates on a noninterference basis with the other devices operating at this frequency. Any changes or modification to said product not expressly approved by DragonWave Inc. could void the user’s authority to operate this device. 2.2.2.
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3. Warranty This section describes the warranty. 3.1. General Terms (a) All Definitions contained in DragonWave Inc.’s Terms and Conditions of Sale apply to the Warranty. (b) This Warranty applies to all original purchases of DragonWave Inc. manufactured equipment and accessories (collectively “Equipment”). (c) This Warranty applies to the specifications contained in the most recent version of the manual for the model of Equipment purchased.
DragonWave Inc. 10 (f) In no event will DragonWave Inc. be liable for damage to the Equipment resulting from improper handling during or after shipment, misuse, neglect, improper installation, operation or repair (other than by authorized DragonWave Inc. personnel), alteration, accident, or for any other cause not attributable to defects in materials or workmanship on the part of DragonWave Inc. 3.3. Software (a) DragonWave Inc.
Warranty 11 (e) If the DragonWave Inc. equipment shall prove to be defective in material or workmanship upon examination by DragonWave Inc., DragonWave Inc. shall either repair or replace the returned item at its sole option. The replacement item can be new or refurbished; if refurbished, it shall be equivalent in operation to new Equipment. If a returned item is replaced by DragonWave Inc., the Customer agrees that the returned item shall become the property of DragonWave Inc. (f) DragonWave Inc.
DragonWave Inc. 12 3.7. Engineering and System Design (a) The Customer is solely responsible for the engineering, design, integration and normal preventative and remedial maintenance of the Customer’s system for which DragonWave Inc. supplies Equipment. (b) DragonWave Inc.
4. Description DragonWave’s AirPair product family provides system integrators with a point-to-point broadband radio that delivers wireless Ethernet IP-based services. Requiring no server room installation, the all-outdoor ready AirPair installs quickly and delivers the lowest cost per Mbit/s wireless solution in the industry. AirPair is the ideal choice wherever rapid deployment of Carrier-grade Ethernet service is required. The DragonWave AirPair 100-UL is an unlicensed, wireless Ethernet bridge.
DragonWave Inc. 14 4.1. AirPair 100-UL Specifications The AirPair 100-UL specifications are: • Network Ready • Wirespeed 100 Mbps full duplex • SNMP-, HTTP-based network management • Carrier Grade • As high as 99.
Description 15 with the PDA software. 4.2.1. Power Output The Output Power (Pout) and the Effective Isotropic Radiated Power (EIRP) are located on the Transmit path. The Pout is at the radio flange. The radio flange connects to the antenna waveguide. EIRP is at the antenna output. Table 1 shows output power (Pout) in both dBm and mw for the UL AirPair 50 and AirPair 100 radios. Table 1 Power Output 12” Antenna 24” Antenna 36” Antenna Power output from radio +3 dBm -2 dBm -5 dBm Antenna Gain 36.
DragonWave Inc. 16 Stop bits 1 Flow control none Press . The AirPairTM UL-100 Login menu is displayed.
Description 17 4.3.2. Create Login Account Before you may use the AirPair system, you need to activate the Administrator and Network Operations Center (NOC) accounts. The system is shipped with default settings for each account, but until you change the username and the password, these accounts are not activated. L Information For security reasons, no prompt is displayed until a user account has been established.
DragonWave Inc. 18 Procedure 4-2 Create Login Account Use this procedure to create a new administrator user account. Required Action Steps Create Login Account Notes: • As a security measure prior to setup of initial account, no user prompt appears. • The default account can only set up a user account. No other commands will work. • Only one account can be setup. Each new account setup overwrites the older account.
Description 19 Required Action Steps Enter your username: username: press Enter Enter your password: password: press Enter save mib Saves the MIB to FLASH. Perform this command to save setting changes to FLASH. This command does not restart the system and does not put any new settings into effect. Sequence: save mib press Enter The system responds: Mib saved successfully. Change NOC username and password Changes the NOC username and password for security reasons.
DragonWave Inc. 20 Required Action Steps Sequence: lo press Enter The system responds: goodbye save mib Saves the MIB to FLASH. Perform this command to save setting changes to FLASH. This command does not restart the system and does not put any new settings into effect. Sequence: save mib press Enter The system responds: Mib saved successfully. 4.4. Set AirPair Frequency This section describes how to set the radio frequency and transmit power using the CLI.
Description 21 Required Action Steps get radio band Displays the type (band) of radio that the user expects to connect to the modem.
DragonWave Inc. 22 Required Action Steps get frequency bank Displays the frequency bank.
Description 23 Required Action Steps get available frequency Displays the frequency bank. This will show the frequencies for the direction programmed using the set frequency bank command. If the frequency bank was selected to GO, then the GO bank of frequencies is displayed, and similarly the RETURN bank of frequencies is displayed if the RETURN frequency bank was selected. . Sequence: get available frequency press Enter The system responds: (“go” frequencies shown.
DragonWave Inc. 24 Required Action Steps get antenna diameter Displays the programmed antenna diameter. Sequence: get antenna diameter press Enter The system responds: Antenna Diameter: 12 inch 24 inch 36 inch - Programmed Note: The antenna diameter affects the radio Tx power for radio band un24 only. Set antenna diameter [index] Displays the programmed antenna size.
Description 25 Required Action Steps set transmit power [power in dBm] Sets the transmit power level for the system, if required. Setting the antenna diameter programs the power to the maximum level allowed. Power will only be set to a maximum of +3, -2, or -5dBm based on the selected antennas size of either 12”, 24” or 36” respectively. Sequence: set transmit power [power in dBm] press Enter where [power in dBm] is a multiple of 10 value, i.e. 132 represents 13.2 dBm, 94 represents 9.4 dBm.
DragonWave Inc. 26 reset system Resets the system with the new settings taking effect. Sequence: reset system press Enter The system responds: system reset L Important Information about New Settings. For the new settings to be retained it is important to execute the “save mib” command, prior to a “reset” command or a system power cycle. For new settings to take effect a system reset command must be issued. This will require a maintenance window of approximately 90 seconds.
Description 27 4.5. Set IP address You can use Telnet to access the AirPair system from your PC using an Internet Protocol (IP) address. An IP address is a number given to a device so that a network can identify it. The IP address format is a 32-bit numeric address written as four numbers separated by periods. For example, 192.168.0.1 could be an IP address. If you assign an IP address to your modem, you can access the modem from your network. Version 2.
DragonWave Inc. 28 Procedure 4-5 Setting the IP Address Perform this procedure to set the IP address for the system so you can access the AirPair from your desktop. Required Action Steps Login Log in as a NOC user. Only the NOC user is allowed to set the IP address. Sequence: Enter an NOC username: username: press Enter Enter an NOC password: password: press Enter set ip address Set the IP address used for the system. Sequence: set ip address [123.123.123.
Description 29 Required Action Steps The system responds: NAK’ if request cannot be processed, otherwise returns the following which acknowledges completion of the request: System default gateway: 123.123.123.123 save mib Saves the MIB to FLASH. Perform this command to save setting changes to FLASH. This command does not restart the system and does not put any new settings into effect. Sequence: save mib press Enter The system responds: Mib saved successfully.
DragonWave Inc. 30 4.6. VLAN tagging A Local Area Network (LAN) is a single-broadcast domain. If a user broadcasts information on the LAN, every other user on the LAN receives the broadcast. A router prevents broadcast messages from leaving a LAN, which reduces collisions and improves performance. A network manager can create smaller broadcast domains and reduce network broadcasts by logically segmenting a LAN into different broadcast domains.
Description 31 Procedure 4-6 Setting VLAN Tag L Note If you set the VLAN tag to the incorrect value, you can lose remote access to the AirPair. Make sure the VLAN tag matches your administrative network tag. Perform this procedure to enable VLAN tagging for the AirPair. Note: To perform this procedure, you must have NOC user rights. Required Action Steps login Log in as an NOC user.
DragonWave Inc. 32 Required Action Steps where XXXX is the two byte tag control The system responds: VLAN tagging is [off | on using 8100XXXX] get vlan tag Displays that the VLAN tagging information for the system is correct. If you have entered an incorrect VLAN tag, you cannot communicate remotely with the AirPair. Sequence: get vlan tag press Enter The system responds: VLAN tagging is [off | on using tag 8100XXXX] save mib Saves the MIB to FLASH.
5. Installation This section describes how to install the DragonWave AirPair. Perform the procedures in this section in sequence presented. 5.1. Before you begin Caution DragonWave Inc. recommends to connect the AirPair system to an Uninterruptable Power Supply (UPS) or an equivalent system in order to withstand power interruptions. Before installation, preset each DragonWave radio to the desired channel within the frequency band allocated to this particular installation. 5.2.
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6. Installation of Radio and Modem This section describes how to install the radio and modem.
DragonWave Inc. 36 Perform this procedure to mount the 12″, 24”, 36″ antennas and radios. Vertical Polarization: Groove on back plate is in vertical orientation. Cables point down and to the right. Horizontal Polarization: Groove on back plate is in horizontal orientation. Cables point down and to the left.
Installation of Radio and Modem 37 6.2. Visually-aligning Radios This section describes how to visually align the radios. Procedure 6-2 Visually align the radios Using the visual alignment tool, as accurately as possible align the radios to each other. The beamwidth of the signal is 2 degrees, which is approximately equivalent of the width of a thumb when the arm is fully extended. Align as closely to the center of the 2 degree beamwidth as possible.
DragonWave Inc. 38 Figure 4 Modem on Mounting Bracket Procedure 6-3 Attaching the Modem to Mounting Bracket Perform this procedure to attach the modem to the mounting bracket: Install the mounting bracket onto the mast. Install the modem onto the bracket. Make sure the modem is mounted above the antenna so there is sufficient cable length. Ensure all hardware is tightened according to the following torque specifications.
Installation of Radio and Modem 39 Figure 5 Modem Version 2.
40 Figure 6 Modem connected to Radios and 12″, 24″ and 36″ antennas 24 GHz system with 12” dish Figure 7 Alternative mount for 12″ antennas AirPair 100 UL 24 GHz Product Manual DragonWave Inc.
Installation of Radio and Modem 41 Figure 8 24 GHz system with 24” antenna mounted Version 2.
DragonWave Inc. 42 Figure 9 24 GHz system with 36” antenna mounted Procedure 6-4 Connecting the IF and RS-232 cable to the modem and radio Perform this procedure to connect the IF and RS-232 cable to the modem and radio. Connect IF cable to the IF connector on the modem and the radio. Connect the RS-232 cable to the serial connector on the modem and the radio. Note: Do NOT connect the Power cable or the CAT5 Ethernet cable to LAN equipment at this time.
Installation of Radio and Modem 43 Warranty Statement. Failure to provide proper lightning protection can result in the Product Warranty being void. Caution Lightning protection regulations and standards for proper protection are covered under the national or regional electrical safety codes such as the National Electrical Code in the United States.
DragonWave Inc. 44 Procedure 6-5 Connect the power cable to the modem and the power pack Caution Install the Power cable only after proper grounding and lightning protection has been established. Caution Connect the Airpair system to an Uninterruptable Power Supply (UPS) or equivalent system in order to withstand power outages. Caution Cables must have strain-relief support. Ensure cabling is attached to tower or mast in a manner to provide maximum strain relief.
Installation of Radio and Modem 45 6.3. Fine-adjust alignment of the radios This section describes how to perform fine-adjust alignment of the radios. When you prepare to align the radios, you must consider two important factors: • Main Lobe and Side Lobes of Radio Waves • Clear Line of Sight (LOS) 6.3.1. Main Lobe and Side Lobes of Radio Waves When you align the radios, make sure you align to the Main Lobe of the transmission.
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Installation of Radio and Modem 47 6.4. Clear Line of Sight Caution There can be no obstructions in the Fresnel zone. If there are obstructions within this broad beam or Fresnel Zone, some of the signal is diffracted off the obstruction, with an accompanying phase shift. The AirPair must have a clear line of sight. Use caution and make sure there is proper Fresnel Zone clearance. The size of the beam grows as it propagates towards the destination. The beam must have no obstructions in its path.
DragonWave Inc. 48 6.5. Fine-adjust align the radios Caution Alignment of the radios requires power to be supplied to the modem. Caution Proper alignment results in increased signal quality! Once the radios have been visually aligned, fine adjust alignment can begin. Pan across the entire beamwidth to ensure the alignment corresponds to the Main Lobe and not to a Side Lobe.
Installation of Radio and Modem 49 (a) Pan or move the antenna horizontally at one end across the entire beamwidth to identify the Main Lobe and the two side lobes. (b) Tilt or move the antenna vertically and locate the strongest receive signal reading. (c) Pan or move the antenna horizontally and locate the strongest receive signal reading. (d) Tighten the bolt to lock the antenna in place.
DragonWave Inc. 50 Procedure 6-7 Perform a data test Perform this procedure to confirm the network link is working properly. It is assumed that you are using an Ethernet traffic-generating device. Connect the device to the Ethernet cable at either end. Confirm data can be passed within desired error rates. This will ensure the network link is working in a satisfactory manner prior to running applications over the link. 6.5.2.
7. Setting up the SNMP Procedure 7-1 Setting up SNMP Perform this procedure to set up SNMP for the AirPair. Required Action Steps telnet Telnets to the AirPair. set snmp access mode [v1/v2c/off] Selects a mode. Sequence: set snmp access mode [v1/v2c/off] press Enter The system responds: SNMP Mode: [v1 | v2c | off] set snmp set request [on/off] Sets the SNMP access on. This allows SNMP v1 and v2c ‘Set’ requests.
DragonWave Inc. 52 Required Action Steps 2 192.168.1.100 example text2 If there are no managers specified, the system responds: No managers configured for the system. set snmp manager [mgr#] [ip address] [enable/disable] [community string] Specifies the SNMP managers to allow access to the system. Sequence: set snmp manager [mgr#] [ip address] [enable/disable] [community string] press Enter The system responds: Mgr# IpAddress Status 1 192.7.1.1 disabled 2 0.0.0.0 disabled 3 0.0.0.0 disabled 4 0.0.0.
Setting up the SNMP 53 Reset system Resets the system with the new settings taking effect. Sequence: reset system press Enter The system responds: system reset. L Important Information about New Settings. For the new settings to be retained it is important to execute the “save mib” command, prior to a “reset” command or a system power cycle. For new settings to take effect a system reset command must be issued. This will require a maintenance window of approximately 90 seconds. 7.1.1.
DragonWave Inc. 54 Required Action Steps Sequence: get snmp trap hosts press Enter The system responds: Host# IpAddress Status CommunityString 1 0.0.0.0 disabled public 2 0.0.0.0 disabled public 3 0.0.0.0 disabled public 4 0.0.0.0 disabled public 5 0.0.0.0 disabled public Note: A maximum of 5 hosts is allowed. If all the hosts are filled in, remove 1 host by overwriting the particular index.
Setting up the SNMP 55 Required Action Steps 6 7 8 9 10 11 12 13 14 15 16 17 18 set snmp trap [trapIndex] [enable/disable] AutoNeg Mismatched Duplex LossOfSignalLockFromDemod BerThresholdExceeded Mod PLL lock failure Mod loss of sync bytes Mod input FIFO overrun/underrun Mod input data inactivity SNR below threshold PLDRO lost lock Radio lost comm Radio mismatch IF Tx Synth Unlocked IF Rx Synth Unlocked No No No No No No No No No No No No No Sets the SNMP trap and enables or disables it.
DragonWave Inc. 56 Required Action Steps Sequence: save mib press Enter The system responds: Mib saved successfully. reset system Resets the system with the new settings taking effect. Sequence: reset system press Enter The system responds: system reset. L Important Information about New Settings. For the new settings to be retained it is important to execute the “save mib” command, prior to a “reset” command or a system power cycle.
8. Technical Support DragonWave provides technical support on all products shipped to Customers. Our Technical Support centre provides support 7 days a week and 24 hours per day. The centre is staffed by the DragonWave technical support during normal office hours, (Monday – Friday between 9:00 AM and 5:00 PM Eastern Standard Time). After hours the calls are routed to a cell phone / pager to reach the technical support engineer on call.
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9. Notice Information contained in this document is subject to change without notice. DragonWave Inc. shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishings, performance, or use of the material. 9.1. Copyright © Copyright 2000-2003 by DragonWave Inc. All rights reserved. This document contains confidential information, which is proprietary to DragonWave Inc.
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Appendix A - Frequency Channel Plans This appendix describes frequency channel plans. Table 4 lists the FCC Channel Plans for 24 GHz. Note: Either of the two radios may be programmed at the GO frequency. The other radio must then be programmed at the matching RETURN frequency for coupled (paired) operation. Therefore, using the table below, if one radio is set to transmit at 24080 MHz, then other radio must be set to transmit at 24150 MHz. Refer to the section below for decoupled (unpaired) operation.
DragonWave Inc.
Appendix B - Mounting Instructions for 30 CM, 60 CM, 90cm Antennas See the appropriate Antenna Mounting Instructions Manual. The Mounting Instruction Manual is shipped in the box with the mounting equipment and antenna.
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Appendix C - Command Line Interface (CLI) This section describes the Command Line Interface (CLI) commands used to configure AirPair and to obtain statistical and maintenance information. Notes: The modem serial port is always active, however you must press the key in order to get a prompt. 1. On Power Up, the modem takes between 45 and 60 seconds to boot up. 2. Invalid Commands, or Commands that fail, receive a NAK as a response. 3.
DragonWave 66 Table 6 NOC and ADMIN Creation Account Privileges Login Account Default Password Privilege oam&p Setup create new Admin account only 1 d&wave Worthit create new NOC account1 Notes: 1. For security reasons, no prompt is displayed until a user account has been established. To log in using the default user account, press the Enter key to get the modem, then enter the information in the following sequence: (a). type default username (b). verify username (c). type default password (d).
67 Appendix C – Command Line Interface (CLI) 67 Commands for Initial System Configuration This section describes the commands to initially configure the system. Required Action Steps Help The Help command lists all commands available with a short description for each command. Sequence: Type ? press Enter This system displays all commands. Press any key to scroll or press or + to abort. Version 2.
DragonWave 68 Required Action Create Login Account Steps Notes: As a security measure prior to setup of initial account, no user prompt appears. The default account can only set up a user account. No other commands will work. Only one account can be setup. Each new account setup overwrites the older account.
69 Appendix C – Command Line Interface (CLI) 69 Required Action Steps Change NOC username and password Changes the NOC username and password for security reasons. The default NOC username is d&wave and the default NOC password is worthit. Sequence: Type the NOC Safety User username: Username: d&wave press Enter Type the NOC Safety User password: Password: worthit and press Enter Type the new NOC username: press Enter. (Maximum of 10 characters) Confirm the username: press Enter.
DragonWave 70 get radio band Retrieves the type (band) of radio that the user expects to connect to the modem.
71 set radio band [none/fcc18a/fcc18b/fcc18 c/ ic18a/ic18b/ic18c/fcc23a/f cc23b/fcc23c/fcc23d/ic23a /ic23b/ fcc28a/fcc28b/china23/un 24/etsi23a_28/etsi23a_56/ etsi26b_28/etsi26b_56] Appendix C – Command Line Interface (CLI) 71 Sets the band of radio that the user expects to connect to the modem.
DragonWave 72 get frequency bank Displays the frequency bank.
73 set available frequency [frequency index] Appendix C – Command Line Interface (CLI) 73 Sets the available frequency. This is an NOC level command.
DragonWave 74 set transmit power [power in dbm] Sets the transmit power level for the system, if required. Setting the antenna diameter programs the power to the maximum level allowed. Power will only be set to a maximum of +3, -2, or -5dBm based on the selected antennas size of either 12”, 24” or 36” respectively Sequence: set transmit power [power in dbm] press Enter where [power in dbm] is a multiple of 10 value i.e. 132 represents 13.2dBm, 94 represents 9.4dBm.
75 reset system Appendix C – Command Line Interface (CLI) 75 Resets the system to save the settings to FLASH and restart the system with the new settings taking effect. Sequence: reset system press Enter The system responds: system reset. get leds Displays the system LEDS with their ON/OFF values.
76 Command Syntax Summary ? (help) copy [ftp:fileName] delete mib [newest|both] exit get alarms get air interface authentication type get airpair type get antenna diameter get auto negotiation get authentication failure action get authenticated peer get authentication status get available frequency get backup ipconfig get date time get default ipconfig get default gateway get enet address get frequency bank get group authentication key get health get hw revision get if status get if statistics get ip addre
77 Appendix C – Command Line Interface (CLI) 77 get programmed frequency get radio band get radio gain get radio serial number get radio transmitter state get radio statistics get transmit power get serial number get sessions get snmp access mode get snmp managers get snmp set request get snmp traps get snmp trap hosts get snr threshold get subnet mask get telnet access get traffic statistics get unique peer authentication key get version get vlan tag get vlan tagging list [ftp:file/directory/empty] lo pi
78 set frequency bank [go|return] set group authentication key [key] set network protocol strict [on/off] set programmed frequency [IndexID] set radio transmitter state [transmitter state] set radio band set radio rxgain [gain] set traffic statistics [0] set telnet [on|off] set snmp access mode [v1|v2c|off] set snmp manager [Mgr Index] [ipAddress] [enable|disable] [communityString] set snmp set request [on|off] set snmp trap [trap#] [enable|disable] set snmp trap host [host#] [ipAddress] [enable|disable] [
79 Appendix C – Command Line Interface (CLI) 79 Complete List of CLI Commands This section shows a complete list of CLI commands. This document uses the following conventions to describe commands: • or [newoldboth] - replace bolded information in brackets with the correct entry • message — system responses and messages are shown in italics • press Enter – instructs you to press the Enter key on your keyboard. • NAK – system response indicating that the system cannot process the request.
DragonWave 80 Table A- 1 CLI Commands Command Steps ? The Help command lists all commands available with a short description for each command. Sequence: ? press Enter This system displays all commands. Press any key to scroll or press or + to abort.
81 Appendix C – Command Line Interface (CLI) 81 Command Steps copy ftp: filename Copies or downloads a file such as a software upgrade from the FTP server to the AirPair. Note: the software file must be in the FTP root directory on the FTP server. Notes: The software file must be in the FTP root directory on the FTP server.
DragonWave 82 Command Steps delete mib [newest/both] Deletes the MIB. If you delete the newest MIB, then the old becomes the active MIB. If you delete both MIBs, the default MIB is created on system startup. There are two copies of the MIB in FLASH. Note: Do not delete both MIBs. The MIBs contain all system settings, e.g., frequency, SNMP settings. If you delete both MIBs, the AirPair loses communication.
83 Appendix C – Command Line Interface (CLI) 83 Command Steps Exit Exits the current telnet session. The exit command terminates the user’s telnet session on the user’s PC as well. If the user types the command ‘lo’ while connected to CLI using telnet as the transport mechanism, the telnet session does NOT terminate on the AirPair. The resources on AirPair to support the telnet session are still in use. Sequence: exit press Enter get alarms Shows the alarms that are present in the system.
DragonWave 84 Command Steps get air interface authentication type Displays the authentication type used on the air interface. Sequence: get air interface authentication type press Enter where authentication type is one of the following: none unique group The system responds: air interface authentication type set to [authentication type] get airpair type Displays the type of AirPair that the system is, either an AirPair 50 or AirPair 100.
85 Appendix C – Command Line Interface (CLI) 85 Command Steps get auto negotiation Displays the 100BaseT interface auto-negotiation parameters. Sequence: get auto negotiation press Enter If the auto-negotiation is disabled, the system responds Auto-negotiation disabled. Defaulting to 100BASE-T Full duplex If auto-negotiation is enabled and auto-negotiation has not failed, the system responds: Auto-negotiation enabled, 100BASE-T Full duplex.
DragonWave 86 Command Steps get authentication failure action Displays action on authentication failure. Sequence: get authentication failure action press Enter The system responds: System will [action] on peer authentication failure. where [action] is block_traffic or pass_traffic. get authentication status Displays the Authentication status.
87 Appendix C – Command Line Interface (CLI) 87 Command Steps get available frequency Displays the frequency bank. This will show the frequencies for the direction programmed using the set frequency bank command. If the frequency bank was selected to GO, then the GO bank of frequencies is displayed, and similarly the RETURN bank of frequencies is displayed if the RETURN frequency bank was selected. . Sequence: get available frequency press Enter The system responds: (“go” frequencies shown.
DragonWave 88 Command Steps get date time Displays the date and time. Sequence: get date time press Enter Where dd = day of month (range 01 to 31) MM = month (range 01 to 12) yy = year (range 01 – 99) HH = hour of day ( range 00 to 23 ) mm = minute of hour( range 00 to 59 ) ss = second of minute( range 00 to 59 ) dd = millisecond of second( range 000 to 999 ) The system responds: date time dd/MM/yy HH:mm:ss:dd get default ipconfig Displays the default IP configuration.
89 Appendix C – Command Line Interface (CLI) 89 Command Steps get enet address Displays the Ethernet address for the system. Sequence: get enet address press Enter The system responds: System Ethernet address: [0xab 0xcd 0xef 0xgh 0xij 0xkl]. Where [0xab 0xcd 0xef 0xgh 0xij 0xkl] is in hex notation. Version 2.
DragonWave 90 Command Steps get frequency bank Displays the frequency bank.
91 Appendix C – Command Line Interface (CLI) 91 Command Steps Get health Displays the operational condition of resources in the system.
DragonWave 92 Command Steps get if status Displays the Transmit (Tx) and Receive (Rx) IF synthesizer lock status. Sequence: get if status press Enter Where [lock status] is locked or unlocked The system responds: IF Txsynthesizer currently [lock status] IF Rx synthesizer currently [lock status] get if statistics Show the IF statistics. Sequence: get if statistics press Enter The system responds: modem IF statistics: modem IF Rx Power: –n dBm Note: IF Power displayed is multiples of 10.
93 Appendix C – Command Line Interface (CLI) 93 Command Steps get leds Displays the system LEDS with their ON/OFF values. Sequence: get leds press Enter The system responds: Ethernet Link Status LED : [on | off] Ethernet Traffic LED : [on | off] Ethernet Full Duplex Mode LED : [on | off] System Trouble LED : [on | off] Power LED : [on | off] modem Sync LED : [on | off] RF On LED : [on | off] Antenna Alignment : [0 – 100] % get modem card modulation Displays the modem modulation type.
DragonWave 94 Command Steps get modem statistics Displays modem statistics in the system. Sequence: get modem statistics press Enter The system responds: --modem Performance Statistics: BER [BER value] Eb/No [Eb/No ratio] dB RSL [RSL value] Equalizer Stress [Stress value] % get negotiated link parameters Displays the Negotiated Link Parameters.
95 Appendix C – Command Line Interface (CLI) 95 Command Steps get network protocol strict Displays whether the AirPair system must be accessed through a management VLAN (strict is on) or whether devices on the network can access the system use of a management VLAN (strict is off). Note: network access to the AirPair system is protected by username and password control regardless of the network protocol strict setting. The default state is off.
DragonWave 96 Command Steps get omni file version Displays the Omni File version in the system. Sequence: get omni file version press Enter The system responds: --Omni File software currently executing in system: Version A.BC.DE Omni File Backup stored in Flash: Version A.BC.DE where A = major version BC = minor version DE = build number Note: Backup software copies may be duplicates of executing software. get programmed frequency Displays the programmed frequency.
97 Appendix C – Command Line Interface (CLI) 97 Command Steps get radio band Displays the type (band) of radio that the user expects to connect to the modem.
DragonWave 98 Command Steps get radio serial number Displays the serial number of the radio. Note: A serial number is not displayed if a radio has not communicated with the modem. Sequence: get radio serial number press Enter The system responds: Radio serial number [serial number] where [serial number] is an alphanumeric string. get radio statistics Displays the radio statistics in the system. Note: Values are not displayed if a radio has not communicated with the modem.
99 Appendix C – Command Line Interface (CLI) 99 Command Steps get serial number Displays the serial number of the system. Sequence: get serial number press Enter The system responds: system serial number: [serial number] where [serial number] is an 8–digit alphanumeric string get sessions Displays information on current Network Management sessions.
DragonWave 100 Command Steps get snmp managers Displays a list of SNMP managers that can access the system via SNMP. Sequence: get snmp managers press Enter The system responds: Mgr # 1 2 get snmp set request IpAddress/ CommunityString 192.168.1.133 192.168.1.100 example text1 example text2 Displays whether or not SNMP v1 and v2c ‘Set’ requests are enabled. The default state is off. Sequence: get snmp set requests press Enter The system responds: SNMP Set Requests are [on | off].
101 Appendix C – Command Line Interface (CLI) 101 Command Steps get snmp traps Displays the list of traps that are available in the system. Sequence: get snmp traps press Enter The system responds: Trap # 1 2 … get snr threshold Trap Name coldStart linkDown … Enabled [Yes/No] Yes No … Displays the SNR threshold. If the threshold is exceeded, the system raises an alarm and issues an SNMP trap (if enabled).
DragonWave 102 Command Steps get telnet access Displays the state of Telnet access to the system. The default is on. Sequence: get telnet access press Enter The system responds: Telnet access is [on/off]. *** Warning disabling Telnet access will prevent remote access to AirPair via telnet. get traffic statistics Displays traffic statistics in the system.
103 Appendix C – Command Line Interface (CLI) 103 Command Steps get transmit power Displays the transmit power level for the system. Sequence: get transmit power press Enter The system responds: System is programmed and transmitting at [powerLevel] dBm. where [powerLevel] is in the range –99 .. 99. Note: RF Power displayed is displayed in multiples of 10, e.g., 132 dBm represents 13.2 dBm. If the radio is not connected, the system responds: System programmed to [powerLevel] dBm.
DragonWave 104 Command Steps get version Displays the software versions in the system in the following format: Sequence: get version press Enter The system responds: Bootloader software: card Interface modem Radio | version A.BC.DE A.BC.DE A.BC.DE --Application software currently executing in system: index | 1 2 3 4 card | version Interface A.BC.DE modem A.BC.DE Radio A.BC.DE MIB A.
105 Appendix C – Command Line Interface (CLI) 105 Command Steps get vlan tag Displays VLAN tagging information for the system. VLAN tagging is enabled when a valid VLAN tag has been entered using the set vlan tag command. Sequence: get vlan tag press Enter The system responds: VLAN ID :[ XXXX] VLAN Priority is [Y] get vlan tagging Displays VLAN tagging operational state for the system. Sequence: get vlan tagging press Enter The system responds: VLAN tagging: [off | on] Version 2.
DragonWave 106 Command Steps list [ftp:file/directory/empty] Determines the filename of the new software load file on the FTP server. Sequence: list [ftp:file/directory/empty] press Enter where [file/directory/empty] displays list of files/directories residing in FTP Server. If nothing specified, displays user’s default/current working directory.
107 Appendix C – Command Line Interface (CLI) 107 Command Steps ping [-t] [-n count ][-w timeout] [ip address] This command executes a ping from the AirPair modem to an IP device. The AirPair modem must have an assigned IP address in order for the ping command to function correctly. Sequence ping [-t] [-n count ][-w timeout] [123.123.123.123] press Enter where -t Ping the specified host until stopped. To stop – type Control-c. -n count Number of echo requests to send.
DragonWave 108 Command Steps reset system Resets the system to save the setting to FLASH and restart the system with the new settings taking effect. Sequence: reset system press Enter The system responds: system reset. save mib Saves the MIB to RAM. Perform this command save setting changes to FLASH. This command does not restart the system and does not put any new settings into effect. A system reset command will cause settings in RAM to be programmed into FLASH.
109 Appendix C – Command Line Interface (CLI) 109 Command Steps set airpair type Sets the AirPair type to 50 or 100. If you have an AirPair 100, you can set your AirPair to 50. If you have an AirPair 50 and you want to set it to an AirPair 100, contact DragonWave Technical Support. Note: If you perform this command remotely, do the far end first, then do the other end. Perform the reset command only after both AirPair units have been set to the correct type.
DragonWave 110 Command Steps set date time [DD/MM/YY hh:mm:ss:dd] Sets the calendar date and time on the system.
111 Appendix C – Command Line Interface (CLI) 111 Command Steps set group authentication key [key] Sets the group authentication key. Sequence: set group authentication key [key] press Enter where [key] is a eight character string.
DragonWave 112 Command Steps set radio transmitter state [enabled/disabled] Enables or disables the radio transmitter for testing purposes. Sequence: set radio transmitter state [enabled/disabled] press Enter The system responds: radio transmitter :[enabled/disabled] set radio band [none / un24] Sets the band of radio to which the user expects to connect the modem. Sequence: set radio band [band] press Enter where band is none / un24 The system responds: Radio band Selected [none/un24].
113 Appendix C – Command Line Interface (CLI) 113 Command Steps set telnet [on/off] Enables or disables Telnet access to the system. It can only be set via the local RS-232 interface. The default is disabled. Available through the serial port only. Warning: Disabling Telnet access prevents remote access to AirPair via telnet. Sequence: set telnet [on/off] press Enter The system responds: Telnet access is [enabled | disable].
DragonWave 114 Command Steps set snmp manager [mgr#] [ip address] [enable/disable] [community string] Adds an SNMP manager to the list of allowed SNMP managers of the system. The default state is disable. The default community string is public. Sequence: set snmp manager [mgr#] [ip address] [enable/disable] [community string] press Enter The system responds: Mgr# 1 2 3 4 5 6 IpAddress 192.7.1.1 0.0.0.0 0.0.0.0 0.0.0.0 0.0.0.
115 Appendix C – Command Line Interface (CLI) 115 Command Steps set snmp trap [trapIndex] [enable/disable] Sets the SNMP trap and enable or disable it.
DragonWave 116 Command set snmp trap host [host #] [ipAddress] [enable/disable] [communityString] Steps Adds an SNMP trap host to the list of receivers of SNMP traps. The default community string is ‘public’. The default status is disable. Sequence: set snmp trap host [host #] [ipAddress] [enable/disable] [communityString] press Enter The system responds: Host# IpAddress 1 0.0.0.0 2 0.0.0.0 3 3.3.3.3 4 0.0.0.0 5 0.0.0.
117 Appendix C – Command Line Interface (CLI) 117 Command Steps set user Establishes the user account. Ten is the maximum number of characters for a username. After you have set up the user account, log out and log in again with the new username. sequence: set user press Enter UserName : press Enter Verify UserName: press Enter Password: <*****> press Enter Verify Password: <*****> press Enter User accepted.
DragonWave 118 Command Steps set subnet mask [123.123.123.123] Sets the subnet mask used for the system. Sequence: set subnet mask [123.123.123.123] press Enter The system responds: System subnet mask: 123.123.123.123 where [123.123.123.123] is in decimal dot notation. set vlan tagging [on/off] Sets VLAN tagging for the system. Sequence: set vlan tagging [on/off] press Enter The system responds: VLAN tagging: [off /on] set vlan tag [XXXX] Enables or disables VLAN tagging for the system.
119 Appendix C – Command Line Interface (CLI) 119 Command Steps upgrade to airpair100 [system key] Upgrades an AirPair 50 to an AirPair 100. Sequence: upgrade to airpair100 [system key] press Enter The system responds: System upgrade to AirPair100 successful! If the key is incorrect, the system responds: System upgrade to AirPair100 FAILED! System key is invalid. Note: System key is supplied by DragonWave Inc. Please contact your DragonWave Technical Support representative to obtain your system key.
DragonWave 120 Alarms Table A- 2 List of Alarms Alarm Name Resource Description Auto-Negotiation Duplex Mismatch Ethernet Interface Card The AirPair interface has a mismatch in duplex, i.e., one side is half duplex, the other full duplex. Loss of sync/signal from demodulator modem Card Loss of signal lock from the demodulator. SNR Threshold exceeded modem Card The demodulator SNR performance is worse than the programmed levels.
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