M5580M - FSU Wireless Multi Mode Ethernet Bridge Subscriber Unit USER MANUAL November 2, 2005 Revision 1 for Firmware V.
Table of Contents Trango Table of Contents Preface ..................................................................................................................................iii FCC Information .......................................................................................................iii Warranty Information ...............................................................................................iii Chapter 1 Overview................................................................
Preface Preface This manual covers the basic configuration and installation of the M5580M-FSU Wireless Point to Point Subscriber Unit. The M5580M-FSU consists of a radio with an internal 8 dBi. The M5580M-FSU may be used in conjunction with an optional FCC certified external reflector dish for extended transmission range. When using the reflector dish, professional installation is required. Contact your sales person for more information regarding the “Professional Installation Guide.
Overview Chapter 1 Overview Each M5580M-FSU acts as an endpoint in a point to multipoint wireless Ethernet transmission system, which provides network connectivity at, speeds up to 45 Mbps depending on the transmission distance, noise floor, and the antenna configuration. The M5580M-FSU uses either CCK or OFDM technology coupled with Automatic Repeat request (ARQ) for improved resistance to interference and noise.
Overview Range vs. Throughput The following table shows approximate maximum ranges (at recommended fade margins) achievable with the M5580M-FSU when associated with an M5830S-AP in CCK mode. Ranges for OFDM modes will be published when available.
Overview System Contents Each kit consists of one radio with integrated antenna, one power-over-Ethernet (PoE) injector, one AC adapter, One boot, and mounting hardware. A dual-polarized integrated antenna is located behind the radome of the M5580M-FSU.
Overview Location of Serial Number & MAC Address The serial number and MAC address label can be found on the back of each radio. The serial number and MAC address is also provided on the system information screen.
Overview Location of RJ-45/LED Port The RJ-45 connector, diagnostic LEDs, and reset button are located at the bottom of the radio. Functionality of the LEDs is described later in this text. The reset button resets all configuration settings (including IP address and password) back to factory default. Hold the reset button down for 5 seconds (until amber lights flash) while unit is powered on.
Getting Started Chapter 2 Getting Started It is recommended that you first provision and test your the radios on the bench before deploying them in the field. This is a particularly useful exercise for the novice user. Connections and Power • Connect a Cat-5 (straight through) Ethernet cable (we recommend shielded twisted pair) between the ODU (out door unit) port of the J-box and the RJ-45 connector on the radio. Note that this cable will carry power-over-Ethernet (PoE).
Getting Started Configuration Tools M5580M-FSU radios can be configured using either the Command Line Interface (CLI), or the Web Browser (HTTP) interface. Although both methods are comprehensive and powerful, the CLI method provides slightly more functionality. This text covers configuration through the CLI. For HTTP configuration please see Appendix A. Telnet Open a command prompt (DOS) session on your PC. Open a Telnet session by typing: telnet Example: C:>telnet 192.168.100.
Getting Started System Information (sysinfo) Page To display system configuration and status information type the command sysinfo. #> sysinfo [Hardware Version] 5580 [MVC Version] 3893mvc_4p5_050913.arm [Firmware Version] 2p0r3D05120701 [Device ID] 00 01 DE 00 04 47 [Base ID] 1 [AP ID] 1 [SU ID] 1 [System Up Time] 0 day(s) 00:22:51 [Opmode] off [Default Opmode] off [Opmode Start] 30 sec [IP] 192.168.100.100 [Subnet Mask] 255.255.255.0 [Gateway] 192.168.100.
Configuration Chapter 3 Configuration Key Concepts Prior to configuring the radios it is important to understand several key concepts: Access Point (AP) The AP is typically considered the primary radio within the link. It is recommended to install the AP closest to the head-end of the network. Subscriber Unit (SU) The SU is typically installed at the customer premise.
Configuration Subscriber Unit Basic Settings Log into the SU. To receive a comprehensive snapshot of the system’s configuration info and status, type the command sysinfo. #> sysinfo [Hardware Version] 5580 [MVC Version] 3893mvc_4p5_050913.arm [Firmware Version] AFSU 2p0r3D05120701 [Device ID] 00 01 DE 00 04 3F [Base ID] 1 [AP ID] 1 [SU ID] 1 [System Up Time] 0 day(s) 00:00:39 [Opmode] off [Default Opmode] off [Opmode Start] 30 sec [IP] 192.168.100.100 [Subnet Mask] 255.255.255.0 [Gateway] 192.168.100.
Configuration to execute commands from the AP ID Opmode Default Opmode IP Subnet Gateway TFTPD RF TX Power Channel Scan Sequence Active Channel Broadcast Packet Filter AP to this specific SU. Informational parameter that shows to which AP the SU is associated. Please note that AP ID is not used by the system for SU authentication. Current Opmode of radio. Determines the Opmode (“SU” or “OFF”) of the radio after reboot/power cycle.
Configuration TCP/IP for AP HTTP services TCP/IP for Local Ethernet Remarks Counters: RF TX RF RX Eth TX Eth RX Software switch (2), when on, allows users at the AP side of the network to telnet or HTTP into the SU. Software switch (5), when on, allows local access via the browser This software switch (switch 6) when on, allows users on the wired side of the SU to telnet or HTTP into the SU. User definable radio information (i.e. customer name, address of installation, and so on).
Configuration [Eth Rx] 66,191 bytes [Eth Tx] 79,526 bytes [RF Rx] 0 bytes [RF Tx] 0 bytes Success. #> The [Active Channel] field indicates whether the AP and SU are connected or disconnected. If connected, the AP and SU will automatically start passing Ethernet traffic over the wireless link. Changing IP Address Use the ipconfig command to change the radio’s ip address, subnet mask and gateway. Syntax: ipconfig [ ] Example: #> ipconfig 192.168.100.101 255.255.255.0 192.168.100.
Configuration In addition, these 4 LEDs shall flash ON for 2 seconds, then OFF for 2 seconds to indicate the 'factory reset' button has been activated and the reset successful. ASSOC (association LED (amber)): The ASSOC led blinks at the following rates: - Once every second when unit is powered on but opmode is OFF. - Twice per second while in opmode ON and scanning for an AP or SU. - Solid after unit is associated with the SU or AP.
Using the HTTP Interface Chapter 4 Using the HTTP Interface This section describes a few more basic concepts and how to establish a basic wireless link with the AP, using the Browser (HTTP) Interface. This section addresses only the most basic steps in establishing a link in the lab, or a bench-top environment. It is highly recommended that you read the Access 5830 Users Guide to gain an understanding of all important configuration parameters and procedures prior to deploying any wireless equipment.
Using the HTTP Interface Configure Basic Cont. Navigation links are shown on the left side of the browser screen. Navigable links include: System Information Configuration Site Survey Help The lower left portion of the screen shows the unit’s current opmode, connection, channel, and antenna status. The main body of the System Information displays most of the key parameters. To view description of System Information entries within the radio, click the Help link. 4.
Using the HTTP Interface Configure Basic Cont. 5. Entered Base ID , AP ID (not required for establishing a link), and SU ID (This settings must match those entered on the AP for this unit.) 6. Click on “Change IDs” 7. Configured Default Opmode to “SU” (This will ensure that your SU will establish a link when the power is cycle.) 8. Enter Channel(s) and Polarization(s) “Scan AP Sequence.” (The SU will use these entries to look for an AP to link up to) 9. Click on “Save and Activate Settings” 10.
Using the HTTP Interface Configure Basic Cont. If all settings are entered correctly, and if AP is within operating range, the SU will establish a wireless connection and Ethernet traffic will begin to pass across the wireless link. The “Current Status” section can help you verify connection status. Signal strength (RSSI) received from the AP is also provided under this section.
Deployment & Installation Chapter 5 Deployment & Installation Once you are familiar with the basic operation of the radios you are ready for deployment in the field. The deployment process consists of the following steps: • Site Selection • Site survey at AP and SU sites • AP installation • SU installation and antenna alignment • Link test Site Selection Proper site selection for your AP will help ensure a successful deployment.
Deployment & Installation Freq 5792 Freq 5796 Freq 5800 Freq 5804 Freq 5808 Freq 5812 Freq 5816 Freq 5820 Freq 5824 Freq 5828 Freq 5832 Freq 5836 Freq 5840 Success.
Deployment & Installation RSSI Command Cont. Users can also view the RSSI LEDs on the bottom of the radio. See the figure below for more information. FOX Series Radio LED Guide 100 – This LED lights when connected to a 100BaseT network. The LED remains unlit when connected to a 10BaseT network LINK – Indicates Ethernet Receive/Transmit activity RSSI – Relative Signal Strength Indicator.
Deployment & Installation Strain relief and boot installation Prior to deployment, insert the Cat-5 Cable through Boot and the Foam strain relief. Next, insert Cat-5 Cable into the radio’s port opening. Next, clip front end of the boot into the unit and last clip the back end of the boot into to the unit, as shown in the photographs below. Mounting Hardware Radios are supplied with mounting hardware for pole installations. See diagram below for proper use of the mounting hardware.
Deployment & Installation Figure X-X: M5580M-FSU Series SU Wall Mount Figure X-X: Mounting M5580M-FSU with Mounting Cradle for AD5800-25 Reflector Dish M5580M-FSU page 23
Deployment & Installation Figure X-X: M5580M – FSU / AD5800 -25 Reflector Dish on Pole Figure X-X: M5580M-FSU / AD5800-25 Reflector Dish on Wall M5580M-FSU page 24
Chapter 6 Cabling and Weather Considerations Shielded twisted pair Cat-5 cable is recommended for all installations. The shield within the Cat-5 cable does not need to be grounded if the radio itself is grounded. It is important to consider that most Cat-5 cable will deteriorate over time if exposed to the weather (especially direct sunlight). It is recommended that installers place all Cat-5 cables inside conduit. Plastic conduit is sufficient.
Firmware Upgrade Procedure Chapter 7 SNMP All current SUs support SNMP via the AP. All poll most be done through the AP. See the Access 5830 User Guide for further information on SNMP.
Firmware Upgrade Procedure Chapter 8 Firmware Upgrade Procedure Before beginning, make sure that you have adequate TCP access to the unit. When upgrading through the wireless, ensure that your link is not experiencing any packet lost or packet corruption. If the link is experiencing packet lost or corruption, we recommend doing the upgrade via the Ethernet port at SU side instead. The following example uses MS windows operating system.
Appendix B Specifications Appendix B Command Set Summary ver Command Apsearch arq [on|off] Bye Exit freq [ ] freq scantable freq channeltable freq writescan … freq writechannel … help [] ipconfig [ ] log [<# of entries, 1..179> log <# of entries, 1..179> Logout opmode [off|su [y]] password ping polar power [] pppoeonly Reboot remarks [] reset [all|0..
Appendix B Specifications Appendix A Specifications All specifications apply to M5580M-FSU unless otherwise noted. Data Parameters Modulation Format CCK Certification/Compliance FCC Part 15.247: ETSI/EN301 489-1 (7.2) (pending) Receiver Sensibility –83 dBm (1600 byte packet) to –87 dBm (64 byte packet) EIRP 29dBm (8dBi Internal Antenna User Data Throughput 10Mbps Format 10/100 BaseT 10/100 BaseT Network Protocols All IEEE 802.3 / 802.
