Confidential & Proprietary Cover ipBTS C30 Installation and Commissioning Release 4.0 910136 Rev01.
ii 910136 Rev01.
ipBTS C30 Installation and Commissioning Airvana ipBTS C30 Installation and Commissioning, Release 4.
Copyright © 2007 Airvana, Inc. All rights reserved. Airvana is a registered trademark of Airvana, Inc. (“Airvana”). AirVista is a trademark of Airvana. All other trademarks are trademarks of their respective owners. This document contains information that is the property of Airvana.
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Contents About this document Audience .....................................................................................................................................2 Purpose........................................................................................................................................2 What you need to know ..............................................................................................................2 Related documents ..........................................
Contents Connecting radio module sector ports ............................................................................. 3-8 Connecting to a power source ................................................................................................. 3-8 Pre-power on checklist............................................................................................................ 3-8 Powering on the RN...................................................................................................
Contents Transferring software from the laptop to the node ........................................................ 4-25 Requirements .......................................................................................................... 4-25 Procedure ................................................................................................................ 4-25 Activating the new release .............................................................................................
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List of figures List of figures Figure 1-1. Figure 1-2. Figure 1-3. Figure 3-1. Figure 3-2. Figure 3-3. Figure 3-4. Figure 3-5. Figure 3-6. Figure 3-7. Figure 3-8. Figure 3-9. Figure 4-1. Figure 4-2. Figure 4-3. Figure 5-1. Figure 5-2. Figure 5-3. Figure 5-4. Figure B-1. Figure B-2. Figure B-3. Figure B-4. ipBTS C30 - front view....................................................................................... 1-2 ipBTS C30 module functions..............................................................
List of tables List of tables Table 1-1. RN shelf replaceable components ........................................................................ 1-4 Table 1-2. Replaceable RN modules...................................................................................... 1-4 Table 2-1. Input power interfaces .......................................................................................... 2-1 Table 2-2. ipBTS operating and storage temperature specification.......................................
About this document The ipBTS C30™, or Base Transceiver System is a 1xEV-DO Radio Access Node (RAN) that is quickly deployable to provide temporary wireless coverage to a geographic area. This chapter describes in general how you use the customer documentation supplied by Airvana to install, configure, and maintain a ipBTS base station.
About this document Related documents Related documents The following table lists the ipBTS C30 and ipRNC 1610 customer documentation suite. Table 1. 3 Related documentation Title Contents ipRNC 1610 Installation and Commissioning (910135) Describes how to install the ipRNC 1610, including mounting the rack and setting up the backhaul network. Lists physical, environmental, and cable specifications, and pinouts.
About this document Conventions Conventions This guide uses the following text conventions, as applicable. Table 2. Conventions Convention Description Syntax symbols <> Enclose a required parameter or set of parameters. For example: >band-class is a required parameter. <> Enclose a named keyboard key. For example: Press to continue. You must press the Enter key to continue. [] Enclose an optional parameter or set of parameters.
About this document Notes, cautions, and warnings Table 2. Conventions (continued) Convention Description Plain italic font Indicates file names, directory paths, book titles, chapter titles, user accounts, and emphasized words. Bold font Indicates text that appears on screen exactly as shown, for example, names of screens, names of buttons, items on menus, and items on pull down lists. blue text Indicates a hypertext link. Other conventions > Indicates graphical user interface (GUI) menu path.
About this document Notes, cautions, and warnings Airvana ipBTS C30 Installation and Commissioning, Release 4.
About this document Notes, cautions, and warnings 7 910136 Rev01.
Chapter 1 ipBTS system overview This guide describes the installation and commissioning of an ipBTS™ Radio Node (RN). • Installation covers all physical tasks, such as inserting modules, connecting power, and connecting antennas. Perform the installation steps first. • Commissioning covers all configuration and testing that must be performed by a technician at the site. Commissioning is performed after installation is complete.
Chapter 1 l ipBTS system overview ipBTS RN overview • The ipRNC 1610 consists of a chassis containing Service modules and a System Controller module. • The ipRNC 1610 connects to the Internet through a packet data serving node (PDSN) which carries all of the data communications between the access terminals and the Internet. ipBTS RN overview The radio node components are installed in a modular 2U-high chassis which fits a standard EIA 19-inch universal server rack. The chassis dimensions are 3.
Chapter 1 ADCC Module l ipBTS system overview ipBTS RN overview Radio Module TX GPS Antenna GPS Receiver and Timing Console Port System Controller 100BaseT Backhaul Backhaul Interface Radio Transceiver RX-0 RX-1 Sector 1 TX 1xEVDO Modem Radio Transceiver RX-0 RX-1 Sector 2 TX Radio Transceiver RX-0 RX-1 Sector 3 -48 VDC Figure 1-2. ipBTS C30 module functions Rear view Figure 1-3 shows the hardware components visible when you view the ipBTS from the rear. . Figure 1-3.
Chapter 1 l ipBTS system overview ipBTS RN chassis functions ipBTS RN chassis functions The ipBTS chassis (or enclosure) is a rack mount with built-in redundant cooling fan trays. Air inlets are located on the front of the chassis and air outlets are located on the rear of the chassis.
Chapter 1 Table 1-2. l ipBTS system overview Replaceable RN modules Replaceable RN modules (continued) Module Option Part Number ADCC Module Field replaceable unit and service disrupting 800144 Radio Module (Sector Radio Kit) Field replaceable unit and service disrupting 800149 Air filter Field replaceable unit and hot-swappable 140490 Airvana ipBTS C30 Installation and Commissioning, Release 4.
Chapter 1 l ipBTS system overview Replaceable RN modules 1-6 910136 Rev01.
Chapter 2 Planning Installing and commissioning a ipBTS C30 involves some preparation. This chapter discusses preparation and has the following sections: • Requirements on page 2-1 • Power requirements on page 2-1 • Ground requirements on page 2-2 • Environmental requirements on page 2-2 Requirements This chapter describes the requirements for installation of an ipBTS system.
Chapter 2 l Planning Requirements Table 2-1. Input power interfaces (continued) Terminals Functions -48VDC-B Input power, -48VDC Input power feed A -48RTN-B Input power, -48VDC return Input power feed B Ground requirements Airvana requires the installation of a primary surge protection system.
Chapter 2 l Planning Requirements Table 2-4. ipBTS altitude specification Specification Value Altitude Normal conditions: 1,800 m. (below 5,900 ft.). Operating temperature ranges will be derrated above 1,800 m. At altitudes between 6,000 feet (1,829 m) and 12,000 feet (3,658 m), the specified upper limit for operational temperature (+40 degrees C) is reduced by 2 degrees C every 1,000 feet. Airvana ipBTS C30 Installation and Commissioning, Release 4.
Chapter 2 l Planning Requirements 2-4 910136 Rev01.
Chapter 3 ipBTS C30 installation This chapter describes the ipBTS C30 installation process, from unpacking the hardware through installing the modules, cabling, connecting to a backhaul network and a power source and then powering on the system.
Chapter 3 l ipBTS C30 installation Preparing for the installation Preparing for the installation This chapter contains unpacking, inspection, and installation instructions for all components of the ipBTS. Review the preparation requirements documented in Chapter 2, Planning before proceeding with the installation. Verify the contents of each shipping container with the packing list before beginning the installation. NOTE All of the equipment has been tested, and calibrated at the factory.
Chapter 3 l ipBTS C30 installation Installing the chassis Installing the chassis The ipBTS consists of the chassis, ADCC and RF modules, and cables. Each chassis supports three radio sectors. The chassis is a 2U configuration that can be used as a table top unit or can be mounted in any cabinet or rack that supports standard 19 in. EIA mounting rails. Front chassis view Rear chassis view Figure 3-1.
Chapter 3 l ipBTS C30 installation Installing the chassis Installing the chassis Position the chassis in the main rack, or cabinet and use the supplied 1/4 in. screws to securely attach the chassis to the rack. Unpacking and installing modules All modules are tested and calibrated at the factory before being packed and shipped. Follow the steps in this section to unpack, inspect, and install each component of the ipBTS.
Chapter 3 ipBTS C30 installation Connecting the ground l Chassis rear In p u t A 15 AMP In p u t B 15 AMP Earth ground Figure 3-3. Attaching the ground Installing modules Airvana packs and ships all Field Replaceable Units (FRUs) individually to prevent damage during shipping. Each module must be unpacked, inspected, and installed in the chassis before applying power and commissioning the ipBTS system.
Chapter 3 l ipBTS C30 installation Connecting the ground Procedure 1. Use a box cutter to carefully open the radio module box. 2. Remove the radio module from its protective electrostatic bag and verify that the pins located on the rear of the module are straight and have not been damaged in shipping. 3. Insert the radio module in the bottom slot of the RN chassis and push in until the connector engages the backplane and the locking latches (see Figure 3-5) on the left and right close securely. 4.
Chapter 3 l ipBTS C30 installation Connecting to the backhaul network Connecting to the backhaul network 3The ADCC module supports one 100BaseT backhaul interface for a three sector configuration. See RN Specifications on page A-1 for the specifications of each connector. NOTE Backhaul network cables are not provided. Use standard 100BaseT Ethernet cables to make the backhaul network connections.
Chapter 3 l ipBTS C30 installation Connecting to a power source ADCC front Figure 3-7. GPS connection - front of chassis Chassis rear Figure 3-8. GPS connection - rear of chassis Connecting radio module sector ports The radio module has three SMA connectors per sector on the front and rear of the module. Below the radio module there are matching SMA connectors in the chassis that are pre-wired at the factory.
Chapter 3 • Connect chassis to ground • Connect all cables and tighten to specifications. • Connect to power source. l ipBTS C30 installation Powering on the RN Powering on the RN The shelf is prewired to distribute power to the installed components like the ADCC, Radio module and fan tray. The equipment rack containing the ipBTS C30 shelf must have a suitable power supply and circuit breakers.
Chapter 3 l ipBTS C30 installation Powering on the RN ADCC LED indicators There are seven indicator LEDs on the front of the ADCC module. The LEDs provide the following status information: • POWER - On (green) indicates bulk power is available to the module. • RESET - On (green) indicates the module is in a reset state. • OOS - On (red) indicates the module is Out Of Service due to fault or not ready.
Chapter 4 RN commissioning This chapter explains the steps required to commission the ipBTS C30.
Chapter 4 l RN commissioning Requirements • The cross over cable is required to connect the laptop Ethernet port directly to the ADCC Ethernet port without going through an Ethernet switch. If you bring an Ethernet switch, then two straight-through Ethernet cables are also required (laptop to switch, and switch to ADCC). • Serial cable with male DB-9 connector for attaching to the female DB-9 on the ADCC side and a connector on the laptop side that is correct or the laptop’s serial port.
Chapter 4 • l RN commissioning CLI connection The new software release. CLI connection The command line interface (CLI) enables text-based, command-oriented management of the ipBTS. You can access the CLI in three ways: Connecting to the serial port This is a direct connection to the serial port on the ADCC control card. This is the simplest form of CLI connection. It is only available when you are local to the serial port.
Chapter 4 l RN commissioning Establishing a console connection Figure 4-1. Ethernet connection Establishing a console connection This procedure explains how to connect the laptop’s COM port to the active ADCC serial port and how to start the CLI/serial session. The ipBTS C30 must be powered on. Requirements This procedure requires the hardware and software shown in the table below. Table 4-1.
Chapter 4 l RN commissioning Establishing a console connection Table 4-2. Required software Component Function Terminal emulation program, such as HyperTerminal which comes standard with Microsoft Windows The terminal emulation program allows you to download and upload software, as well as access the CLI (command line interface). An open-source client like WinSCP, PuTTY, or PSFTP, or any other third party application that supports these protocols.
Chapter 4 l RN commissioning Establishing a console connection NOTE Table 4-3. The Ethernet port IP addresses are necessary only if you are downloading software using an Ethernet connection, which is recommended. For more information, contact your network planner. Configuration parameters Object Parameter Description Interfaces ifAdminStatus The desired state of the interface: up (1), down (2), or testing (3).
Chapter 4 l RN commissioning Connecting the laptop to the ipBTS C30 Table 4-3. Configuration parameters (continued) Object Parameter Sectors sectorIndex Description The index of the sector to which this SectorElement is bound. Range: {1..65535}. Note: The SectorIndex can be changed only when the status of this SectorElement object is down (1). sector Latitude North The geographic latitude of the center of the antenna array serving the sector.
Chapter 4 l RN commissioning Downloading and activating new software Downloading and activating new software This section describes how to download software from your laptop to the ipBTS C30 using a serial connection and an Ethernet connection. Specifically, it contains the following sections: NOTE • Establishing a serial connection on page 4-8 • Establishing an Ethernet connection on page 4-10 Downloading software over an Ethernet port is faster than downloading over a serial port.
Chapter 4 l RN commissioning Downloading and activating new software Figure 4-2. HyperTerminal window screen 2. Click the Call icon on the toolbar. 3. Click the Call using pulldown menu and select TCP/IP (Winsock) as the connection method. 4. Log in with the Username and Password. The ipBts-XXX> prompt displays. 5. At the ipBts-XXX> prompt, enter the following commands to transfer the new image file to the ipBTS C30: ipBts-XXX>shell ipBts-XXX(shell)(disk0:/)>cd images 6. SFTP the new image file.
Chapter 4 l RN commissioning Downloading and activating new software ipBts-XXX>enable ipBts-XXX# 2. Enter the following command to reset the node using the software release you just transferred to the node: ipBts-XXX#activate image Where is the filename of the release that was transferred to the node. For example: ipBts-XXX#activate image rn.4.0.0.tar This command: • Extracts the rn.4.0.0.0.tar release into the disk0:/active directory • Reboots the node using the 4.0.0.
Chapter 4 l RN commissioning Verifying SNTP time Verifying SNTP time Follow this procedure to verify the ipBTS C30 is receiving the correct timing information from the BTS. 1. From the CLI console, enter ipBts-XXX> show sntp time to display the current UTC time and output similar to this: Sntp Time Details - UTC Timing Source = 10.10.50.
Chapter 4 l RN commissioning Performing Loopback tests • copy is the CLI copy command • disk0:/config/ specifies the source file to copy (in this case, the Commissioning script file name including the full path to the commissioning script) In the above example, the Commissioning script is located on disk 0 in the config directory.
Chapter 4 l RN commissioning Performing Loopback tests 1. Understanding the backhaul loopback process. 2. Install external loopbacks on each backhaul cable. This section describes how to create and install loopback connectors on each backhaul cable. 3.
Chapter 4 l RN commissioning Performing Loopback tests The extent of the loopback test (the amount of equipment and cabling that is tested) depends on where the physical loop back is installed. The farther away from the ipBTS C30 the loopback is installed, the greater the extent of the test, although Ethernet loopbacks cannot be installed at the far side of a router, switch, FRAD, or other edge device. NOTE If a loopback is installed directly on the backhaul, a bare minimum is tested.
Chapter 4 l RN commissioning Performing Loopback tests Physical loopbacks are created by physically connecting the positive transmit wire to the positive receive wire and connecting the negative transmit wire to the negative receive wire. NOTE Loopbacks must be installed on all Ethernet backhaul cables. There is one Ethernet backhaul cable on non-redundant systems; there are two on redundant systems. 1. 2. Create the Loopback connector.
Chapter 4 l RN commissioning Performing Loopback tests window, the system displays a count that counts down to zero and the following message displays: Press the key followed by the Space Bar key three times to Enter Diagnostic Mode If you do not press a key before the three-second window passes, the power on self-tests run and normal operation initiates. NOTE: 3. Press the Space Bar key three times during the count down, to display the diagnostics banner.
Chapter 4 l RN commissioning Performing Loopback tests After the test is complete, the following data table displays for each backhaul tested. Number of Transmitted Frames : x Number of Received Frames : x Number of Error Frames : x Frames without valid Test ID : x Frames with invalid Data : x Frame Error Rate : x Error Counters Rx Frame Length Violations ... x Rx Non-octet alignment ... x Rx Abort Frames ... x Rx CRC Errors ...
Chapter 4 l RN commissioning Performing Loopback tests Table 4-5. Specifying backhaul links for internal loopback mode Indicates the following ports to be set to internal loopback mode f500000a The first T1 or E1 backhaul f500010a The second T1 or E1 backhaul f500020a The third T1 or E1 backhaul f500030a The fourth T1 or E1 backhaul For example, the following command sets the second T1 or E1 backhaul to internal loopback mode: >ipBts-XXX_SC>mmb f500010a 04 2.
Chapter 4 l RN commissioning Performing Loopback tests Number of Received Frames : x Number of Error Frames : x Frames without valid Test ID : x Frames with invalid Data : x Frame Error Rate : x Error Counters Rx Frame Length Violations ... x 6. Rx Non-octet alignment ... x Rx Abort Frames ... x Rx CRC Errors ...
Chapter 4 l RN commissioning Configuring IP on the Ethernet port and laptop 2. Boot up the laptop. 3. Retrieve the CLI cable. 4. Check the ACTIVE LED to determine if the ADCC module is active 5. Connect the male DB-9 end of the serial cable to the female DB-9 port on the active ADCC module. 6. Connect the other end of the serial cable to the COM port of the laptop. 7. Launch the terminal emulation program.
Chapter 4 l RN commissioning Establishing the CLI/SSH/Ethernet connection Procedure 1. Enter the following commands to set the IP address on the Ethernet port of the active ADCC: ipBts-XXX>enable ipBts-XXX#configure ipBts-XXX(config)#interface ethernet1/0/1 ipBts-XXX(config-if)#ip address 10.0.0.1/24 ipBts-XXX(config-if)#no shutdown ipBts-XXX(config-if)#exit ipBts-XXX(config)#exit ipBts-XXX#exit Ethernet1/0/1 identifies the Ethernet interface on the ADCC in slot 1 as follows: The “1” indicates this node.
Chapter 4 l RN commissioning Establishing the CLI/SSH/Ethernet connection Requirements This procedure requires the following hardware: • A cross-over RJ-45 Ethernet cable or two straight-through Ethernet RJ-45 cables and an Ethernet switch with a power supply. See Ethernet connection on page 4-4 for a connection illustration. Procedure 1. Plug one end of your RJ-45 cable into the Ethernet port on the ADCC module. The Active LED is lit on the ADCC module.) 2. 3.
Chapter 4 l RN commissioning Updating node software Figure 4-3. Establishing an SSH connection The following displays indicating a CLI/SSH session is active: ipBts-XXX> Updating node software This section describes how to verify the node’s software version and, if necessary, update the software.
Chapter 4 l RN commissioning Updating node software Procedure To verify the current software version and check for free disk space, do the following: 1. Enter the show version command as follows: ipBts-XXX>show version The CLI output displays the currently executing release. Make note of whether you need to update the release. 2. Use the shell command to enter the CLI shell as follows: ipBts-XXX#shell The following prompt displays: ipBts-XXX(shell)(disk0:/)> 3.
Chapter 4 l RN commissioning Updating node software Transferring software from the laptop to the node The following procedure explains how to use SFTP to transfer the new software release from the laptop to the node over the IP/Ethernet connection. The software release must be on the laptop. Requirements You must establish a CLI/SSH/Ethernet connection from the laptop to the node of the ADCC Ethernet port.
Chapter 4 l RN commissioning Updating node software NOTE SFTP outputs a number sign (#) to the DOS SFTP command prompt for every 2048 bytes transferred. This enables you to watch the progress of the file transfer. 7. Enter the following to change the SFTP file transfer mode to binary: sftp>binary You are now ready to transfer the software release from the laptop to the node. 8.
Chapter 4 l RN commissioning Updating node software • Reboots the node using the 4.0.0.0 release This step takes about four minutes to complete. NOTE If you also need to update the boot code, add the updateboot switch to the command as follows: activate image . The ipBTS C30 commissioning process is complete. Airvana ipBTS C30 Installation and Commissioning, Release 4.
Chapter 4 l RN commissioning Updating node software 4-28 910136 Rev01.
Chapter 5 RN hardware components This chapter describes the components and shelf-mounted modules that make up the ipBTS C30 and provides an illustration of each module in the system. An ipBTS system can be configured to support three sector Radio Kits and requires one shelf for a three sector system. A shelf is a standard 2U, 19-inch TELCO universal server rack, or similar cabinet.
Chapter 5 l RN hardware components RN shelf components Figure 5-1. ADCC module Radio module The Radio Module (Figure 5-2) for three sectors is contained in the ipBTS C30 RN chassis. The Radio Module main functions are: Figure 5-2. • Modulation of the RF signal provided by the ADCC (I/Q baseband signals), amplification and emission. • Two-way diversity reception and amplification of the RF signal, demodulation to I/Q baseband signals and provided to the ADCC.
Chapter 5 Figure 5-3. l RN hardware components RN shelf components Fan tray locations Air filter The chassis contains a replaceable air filter (Figure 5-4) on the right side of the shelf. The air filter, in conjunction with the fan tray modules, continuously clears the air circulating through the RN shelf of dust and other contaminants that could interfere with the proper operation of the RN shelf modules. The air filter should be inspected and, if necessary, replaced at least every six months.
Chapter 5 l RN hardware components RN shelf components 5-4 910136 Rev01.
Appendix A RN Specifications This appendix provides specifications for the ipBTS.
Appendix A l Power specifications Table A-1. Physical and environmental specifications (continued) Specification Description Ratings UL UL 1950 (UL60950), UL94.V-1, UL94.VW-1 Altitude Maximum 6,000 feet (1,800 meters). At altitudes between 6,000 feet (1,829 m) and 12,000 feet (3,658 m), the specified upper limit for operational temperature (+40 degrees C) is reduced by 2 degrees C every 1,000 feet. Power specifications Table A-2 describes the ipBTS power requirements. Table A-2.
AppendixA l Module physical specifications Module physical specifications Table A-4 describes individual ipBTS module dimensions and weights. Table A-4. Module specifications Module Specifications ADCC module Weight 5.6 lbs (2.5 kg) Height 17.5 inches (444.5 mm) Length 15.0 inches (381 mm) Depth 1.2 inches (30.48 mm) Weight 5.6 lbs (2.5 kg) Height 17.5 inches (444.5 mm) Length 15.0 inches (381 mm) Depth 3.8 inches (96.
Appendix A l ADCC connector specifications NOTE Table A-6. The T1/E1 ports are not supported in this release of the ipBTS. T1/E1 connector pin assignments Pin Function I/O 1 RX- (Ring) I 2 RX+ (Tip) I 3 N/C 4 TX- (Ring) 0 5 TX+ (Tip) O 6 N/C 7 N/C 8 N/C Table A-7. A-4 100BaseT connector pin assignments Pin Function I/O 1 TX+ O 2 TX- O 3 RX+ I 4 N/C 5 N/C 6 RX- 7 N/C 8 N/C I 910136 Rev01.
AppendixA l Radio module specifications ADCC craft port interface Each ADCC module contains an RS-232 craft port operating at a 38400 kbps baud rate and configured for 8-bit data, 1-bit stop, no parity and no flow control. A DB-9 receptacle connector at the bottom of the front panel has the pin assignments shown in Table A-8.
Appendix A l Radio module specifications A-6 910136 Rev01.
Appendix B Hot-swapping ipBTS hardware This appendix describes how to replace a failed component in the field.
Appendix B l Replacing a Radio module Captive screws Captive screws Locking latch Figure B-1. Locking latch Radio module replacement Replacement procedure 1. Disconnect all RF sector cables. 2. Use the #1 phillips-head screwdriver to fully loosen the captive screws on both sides of the radio module (see Figure B-1). 3. Pinch the locking latches (Figure B-2) at the left and right sides of the module with your thumbs and forefingers.
AppendixB l Replacing an ADCC module Module top view Locking latches Figure B-2. Module locking latch detail Replacing an ADCC module Use this procedure to replace an ADCC module in an ipBTS C30 shelf. CAUTION Replacing an ADCC module causes service disruption. Perform this procedure during a maintenance window. Tools required To replace a radio module you will need the following tools: • #1 phillips-head screwdriver • SMA torque wrench Procedure To replace an ADCC card, do the following: 1.
Appendix B l Replacing a fan in the RN shelf 4. Remove the new radio module from its protective electrostatic bag and verify that the pins located on the rear of the module are straight and have not been damaged in shipping. 5. Insert the radio module in the ipBTS chassis slot and push in until the locking latches meet the frame. 6. Pinch the locking latches with your thumbs and forefingers so that you can engage the latches with the frame.
AppendixB l Replacing the air filter Captive screw Figure B-3. Replacing a fan tray Replacing the air filter The air filter in the main filter rack is located at the bottom of the RN shelf. The filter should be inspected frequently and either cleaned or replaced to maintain a positive cool air flow through the RN shelf.
Appendix B l Replacing the air filter P Air filter Figure B-4. B-6 Replacing an air filter 910136 Rev01.
AppendixB l RMA process RMA process The Return Materials Authorization (RMA) process provides the approved way to return FRU modules that have failed or have been damaged in shipping. To return a defective or damaged ipBTS FRU module follow these steps: 1. Contact your Airvana customer support representative to request an RMA. 2. Customer support troubleshoots the issue to determine whether it is a hardware or software issue.
Appendix B RMA process B-8 l 910136 Rev01.
Index A F ADCC physical specifications, A-3 altitude, A-2 appendix index marker, A-1, B-1 Audience, -2 Field replaceable units, 1-4 FRU components, 1-4 FRUs, 1-4 FTP, 4-2 B H Backhaul links, 1-1 backhauls loopback, see loopbacks, 4-12 height, A-1 Hot-swappable definition, 1-4 Hot-swappable modules, 1-4 HyperTerminal, 4-2 C I Chassis dimensions, 1-2 CLI diagnostic mode, 4-15 serial establishing connection, 4-4 Commissioning, 1-1 Core IP network, 1-1 craft Ethernet, see Ethernet craft, 4-20 port, 4-
Index Related documents, -3 Replaceable RN modules, 1-4 RM physical specifications, A-3 S serial port, 4-2 Service disrupting definition, 1-4 Service modules, 1-1 spectrum analyzer, 4-2 System controllers, 1-1 T terminal emulation, 4-2 tests Ethernet, see loopbacks Ethernet, 4-14 internal loopback, 4-17 see loopbacks, 4-12 U UL, A-2 W weight, A-1 width, A-1 Windows 98, 4-1 Index-2 910136 Rev01.
Backcvr Airvana ipBTS C30 Installation and Commissioning, Release 4.
Airvana, Inc. 19 Alpha Drive Chelmsford, MA 01824, USA Phone: +1 (866) 344-7437 +1 (866) 3G IS HERE International: +1 (978) 250-3000 Fax: +1 (978) 250-3910 Web: www.airvananet.com Airvana ipBTS C30 Installation and Commissioning, Release 4.0 910136 Rev01.
