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Related Manuals for Lucent Technologies Stinger FS
Summary of Contents for Lucent Technologies Stinger FS
- Page 1 Stinger FS/Stinger FS+ ® Getting Started Guide Part Number: 363-217-012R9.9.0 For software version 9.9.0 Issue 2 November 2006...
- Page 2 In rare instances, unauthorized individuals make connections to the telecommunications network through the use of access features. Trademarks Lucent, the Lucent logo, and all Lucent brand and product names are trademarks or registered trademarks of Lucent Technologies Inc. Other brand and product names are trademarks of their respective holders.
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Page 3: Customer Service
America for a menu of Lucent services. Or call +1 510-769-6001 for an operator. In EMEA, contact the EMEA call center at, 353 16924579. If you do not have an active services agreement or contract, you will be charged for time and materials. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 5: Table Of Contents
Checking the trunk modules ................1-15 OC3-ATM trunk modules ................. 1-15 DS3-ATM and E3-ATM trunk modules ............ 1-16 Chapter 2 Installing a Stinger FS or Stinger FS+ ..........2-1 Before you begin ...................... 2-1 Setting up the unit ....................2-1 As a free-standing unit ..................2-2... - Page 6 Operation of the Stinger as a host unit ..............4-3 Stinger configuration overview................4-4 Primary (or single) control module configuration..........4-4 Line interface module (LIM) configuration ............4-4 Trunk module configuration ................4-5 System clocking modes..................4-5 Stinger management features .................. 4-5 Stinger® FS/Stinger FS+ Getting Started Guide...
- Page 7 Typical trunk port clock source configurations ......... 5-22 Chapter 6 Installing and Removing Modules ...........6-1 Installation and replacement considerations............6-1 Replacing and installing control modules ..............6-1 Removing a control module ................6-2 Installing a control module................6-2 Stinger® FS/Stinger FS+ Getting Started Guide...
- Page 8 Minimum ground wire size ................C-3 Physical specifications ....................C-4 IP control module physical specifications..............C-4 Site specifications .....................C-5 Operating environment ..................C-5 Space requirements ...................C-5 Special requirements and recommendations for installation and maintenance ..C-6 Lifting requirements ..................C-6 Air filter maintenance..................C-6 viii Stinger® FS/Stinger FS+ Getting Started Guide...
- Page 9 Contents Laser safety.......................C-6 Laser classifications ....................C-7 Laser warning instructions ................C-7 Laser warning labels ..................C-8 Handling optical fibers ..................C-8 Routing and connecting ................C-9 Splicing ......................C-9 Cleaning optical connectors and couplings ..........C-9 Index .....................1 Stinger® FS/Stinger FS+ Getting Started Guide...
- Page 11 Bridged connection of redundant internal modems ....... 5-19 Figure 6-1 Removing a control module.............. 6-2 Figure 6-2 Installing a control module ............... 6-3 Figure 6-3 LIM slots in the front of a Stinger FS or Stinger FS+ ......6-4 Stinger® FS/Stinger FS+ Getting Started Guide...
- Page 12 Power filter retaining nuts .............. 6-11 Figure 6-10 Power filter alignment tab and retaining stud details ..... 6-12 Figure 6-11 Stinger FS and Stinger FS+ Power filter (2005 and earlier chassis) 6-13 Figure 6-12 Replacing the air filter (late 2005 and earlier chassis) ....6-15 Figure 6-13 Replacing the air filter (late 2005 and later chassis) .......
- Page 13 Stinger electronic and electrical specifications ........C-1 Table C-2 Stinger T1 module USOC jacks and codes......... C-2 Table C-3 Stinger FS minimum ground wire sizes ..........C-3 Table C-4 Stinger physical specifications ............C-4 Table C-5 Stinger site specifications..............C-5 Table 6-3 Air filter life ..................
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Page 15: About This Guide
2005. This information is not contained in previously published versions of this document. This document explains how to perform the following installation and basic configuration tasks on a Stinger FS or Stinger FS+ unit: Physical installation of the Stinger chassis Physical installation and connection of Stinger components... -
Page 16: Documentation Conventions
Warns that a failure to follow the recommended procedure could result in loss of data or damage to equipment. Caution: Warns that a failure to take appropriate safety precautions could result in physical injury. Warning: Warns of danger of electric shock. Warning: Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 17: Stinger Documentation Set
TAOS RADIUS Guide and Reference. Describes how to set up a TAOS unit to use the Remote Authentication Dial-In User Service (RADIUS) server and contains a complete reference to RADIUS attributes. Administration and troubleshooting: Stinger® FS/Stinger FS+ Getting Started Guide xvii... - Page 18 – Stinger Administration Guide. Describes how to administer the Stinger unit and manage its operations. Each chapter focuses on a particular aspect of Stinger administration and operations. The chapters describe tools for system management, network management, and Simple Network Management Protocol (SNMP) management.
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Page 19: Preparing For The Installation
You can rack-mount the Stinger FS and Stinger FS+ in a standard equipment cabinet that is 19 inches or 23 inches (48.26cm or 58.42cm) wide, or place it on a flat surface as a free-standing unit. -
Page 20: Preventing Static Discharge Damage
Lucent device containing semiconductor components. Caution Correct use of an approved antistatic wrist strap is the only reliable way to prevent damage to components by electrostatic discharge from your body Figure 1-1. Wrist grounding strap Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 21: Remove Plastics From Your Work Area
Clear cellophane tape These types of common plastic materials can carry a static charge that is not easily discharged to ground and must not make direct contact with modules or any other solid state components. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 22: Store Components Properly
Carefully remove the unit from the pallet. Verifying the hardware configuration The Stinger FS and Stinger FS+ have a midplane design that enables the control module and line interface modules in the front of a unit to connect to the line protection modules (LPMs) and trunk modules in the back. -
Page 23: Checking The Chassis
IP control modules for operation as an IP DSLAM. Figure 1-4 shows the front slots of a Stinger FS or Stinger FS+ and an example of a configuration that includes a redundant standard control module. -
Page 24: Verifying The Chassis Operating Voltage Of The Chassis
The middle two slots in the front of the Stinger FS and Stinger FS+ (slots 8 and 9) are reserved for the control modules; they cannot be used for line interface modules (LIMs). Slots that are not occupied by modules must be masked with blank covers to ensure proper air flow through the unit. -
Page 25: Verifying The Operating Voltage Of The Modules
All Stinger modules are capable of operating in chassis designated for use with a nominal supply voltage of -48Vdc. The modules and revisions listed in Table 1-1 are designed and tested to also function properly in Stinger chassis designated for use Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 26: Verifying The Standard Control Module Model
0800-0920-002 Rev E (and later) Verifying the standard control module model The following table details the Stinger FS and Stinger FS+ standard control modules: The Stinger FS and Stinger FS+ units support three different revision 2 standard control modules, and a revision 2.1 standard control module. The original revision 1 standard control module is not supported with TAOS release 9.8 and later. -
Page 27: Table 1-2 Standard Control Module Models And Product Codes
Contains an internal Stratum 3 clock. Note The version command displays information about the version and type of control module installed in a Stinger unit. For details, see “Verifying software and control module versions” on page 4-7. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 28: Standard Control Module Support
(STGR-CM-A), introduced with TAOS 9.1-142.1, is also supported by the current version of TAOS. Verifying the IP control module The following table details the Stinger FS and Stinger FS+ IP control modules: Table 1-4. IP control module model designations and product codes Model... - Page 29 Control modules are delivered with onboard flash memory, and each PCMCIA card provides additional storage. The PCMCIA cards store the software and optionally a backup of the system configuration. The system configuration is stored in the onboard nonvolatile RAM (NVRAM). Stinger® FS/Stinger FS+ Getting Started Guide 1-11...
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Page 30: Verifying The Air Filter
All standard LIMs connect to their respective metallic line facilities through an associated line protection module (LPM) located in the slot behind the LIM. The Stinger FS+ can use high-density 72-port LIMs and their associated 72-port LPMs. These LIMs are all generally similar in appearance. They are illustrated and described... -
Page 31: Olims
OLIMs Two types of optical line interface modules (OLIMs) are used to provide links between Stinger Compact Remote units and larger Stinger FS+ units. OLIMs do not require associated LPMs. These OLIMs are illustrated in Figure 1-8. However, because of their specific application, detailed information for these modules is located in the Stinger Compact Remote ATM DSLAM Getting Started Guide, and the Stinger Compact Remote IP DSLAM Getting Started Guide. -
Page 32: Checking The Lpms
LPM installed in the corresponding slot at the back of the unit. The middle two slots in the back of the Stinger FS and Stinger FS+ (slots 8 and 9) are reserved for the trunk modules; they cannot be used for LPMs. Slots that are not occupied by modules must be masked with blank covers to ensure proper air flow through the unit. -
Page 33: Checking The Trunk Modules
Verifying the hardware configuration Checking the trunk modules One or both middle slots in the rear of the chassis of the Stinger FS and Stinger FS+ can contain a trunk module. Each trunk module supports connection to either optical or copper media, depending on the type of module supplied. These center rear slots are physically numbered as slots 8 and 9 to correspond to the slot numbering across the front of the chassis. -
Page 34: Ds3-Atm And E3-Atm Trunk Modules
Figure 1-11 shows the location of the coaxial connections on a DS3-ATM or E3-ATM trunk module. Figure 1-11. DS3-ATM or E3-ATM trunk module connection points Transmit to line STGR-DS3-3P Transmit bypass ALARM (from spare trunk Receive from line Receive bypass (to spare trunk module) PORT PORT 1-16 Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 35: Installing A Stinger Fs Or Stinger Fs
All VDSL 2 interface connections must use shielded cables. The cables must be grounded at both ends. Caution Before making crimp connections, ensure that the bare conductors are coated with an appropriate antioxidant compound. Before connecting, all mounting Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 36: Setting Up The Unit
Position the unit for installation, keeping in mind that cables connect to the back of the unit. The Stinger FS or Stinger FS+ can be placed on a flat surface as a free-standing unit, or rack-mounted in a standard equipment cabinet that is 19 inches or 23 inches (48.26cm or 58.42cm) wide. -
Page 37: Installing The Stinger Into A Cabinet
The procedure for rack-mounting a unit with all components installed requires more than one installer. Although new chassis are slightly lighter, a fully populated Stinger FS or Stinger FS+ can weigh up to 160 pounds (72.6kg). Lucent Technologies recommends using a mechanical lift to raise it into the cabinet. -
Page 38: Connecting Cables To A Stinger Unit
Installing a Stinger FS or Stinger FS+ Connecting cables to a Stinger unit Connecting cables to a Stinger unit Once the Stinger unit is set up in the desired location, connect the unit to the local facilities or to its frame access point by attaching the appropriate cables to the LPMs. -
Page 39: Installing The Connectors
Installing a Stinger FS or Stinger FS+ Connecting cables to a Stinger unit Figure 2-2. 50-pin connector security mechanisms screw P O R T 1 - 2 4 Cinch-tie Locking tab slot Locking tab Installing the connectors To install the 50-pin or 64-pin cable connectors on an LPM: Begin with the bottom connector on the LPM and carefully insert the head of the cable into the connector on the LPM. -
Page 40: Removing A 50-Pin Connector
However, these tabs require additional attention when disconnecting the 50-pin connectors from the LPM. Lucent Technologies recommends that you use the tip of a small probe or small screwdriver to disengage the latch when removing a 50-pin connector as described below. -
Page 41: Connecting The Optical Line Interface Modules (Olims)
Connecting the optical line interface modules (OLIMs) OLIMs are used to provide links between Stinger Compact Remote units and larger Stinger FS+ units. They are the only type of LIM that accept direct optical connections. They do not require an associated LPM. -
Page 42: The Gigabit Ethernet Olim
Installing a Stinger FS or Stinger FS+ Connecting cables to a Stinger unit Figure 2-5. Optical connection to a 155Mbps OLIM Fiber optic LC G E R G E R S T I N S T I N connector connector latch... -
Page 43: Connecting The Trunk Modules
Installing a Stinger FS or Stinger FS+ Connecting cables to a Stinger unit Connecting the trunk modules The trunk module cables are either coaxial (for DS3 or E3) or fiber optic (for OC-3/STM-1 optical). OC3-ATM trunk module connections An OC3-ATM trunk module requires duplex SC fiber optic cable. Bind excess cable lengths in a figure-eight pattern. -
Page 44: Connecting Ip Control Module Gigabit Ethernet Trunk Connections
Installing a Stinger FS or Stinger FS+ Connecting cables to a Stinger unit Figure 2-8. Connecting redundant DS3-ATM or E3-ATM trunk modules Connecting IP control module Gigabit Ethernet trunk connections The IP2000 has a single Gigabit Ethernet port. The IP2100 has two Gigabit Ethernet ports. -
Page 45: Dressing The Cables
After connecting the cables to the LPMs and trunk modules in the rear of the chassis, dress the cables down and thread them through the cable management brackets of the Stinger FS or Stinger FS+ chassis as shown in Figure 2-10. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 46: Network Management Connections
Installing a Stinger FS or Stinger FS+ Network management connections Figure 2-10. Dressing the Stinger FS cables -2 P O C3 G R- -2 P O C3 G R- Network management connections The control module provides the ports needed to connect the Stinger unit to a workstation or a console. -
Page 47: System Clocking
Connecting to monitor Stinger alarm status The Stinger FS and Stinger FS+ units are equipped with an alarm relay panel that contains alarm terminals for the unit. The unit can monitor itself for major and minor alarm conditions and illuminate appropriate status lights on the control module. -
Page 48: Connecting A Stinger Unit To Monitor The Alarm Status Of Other Devices
Installing a Stinger FS or Stinger FS+ Alarm monitoring To connect a remote alarm: Locate the appropriate terminal for the alarm connection you want to make. Using a 1/8-inch flathead screwdriver, loosen the screws on the positive (Major and Minor) and return (RTN) terminals. -
Page 49: Alarm Connections From Redundant Control Modules
Installing a Stinger FS or Stinger FS+ What’s next Alarm connections from redundant control modules A Y-cable can be used to give primary and secondary control modules the ability to monitor the alarm status of the same remote devices. One end of this type of cable consists of two male DB-15 connectors, bridged pin for pin. -
Page 51: Determining The Operating Status
Watts per component component (48Vdc) Base system (one standard control 2.80 134.40 module and fan) Redundant standard control module 0.78 37.44 IP2000 IP control module 1.46 70 (maximum) IP2100 IP control module 1.46 70 (maximum) Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 52: Grounding The Chassis
1.7* 81.6 48-port SDSL LIM operating at 784Kbps 1.3* 62.4 32-port HSDL2/SHDSL LIM 1.46*/167* 70/80 72-port SHDSL LIM (Stinger FS+ only) 2.59 32-port ISDL LIM 1.56 72-port ADSL Annex A LIM (Stinger FS+ only) 48-port ADSL Annex A LIM 2.81 48-port ADSL Annex B LIM 2.81... -
Page 53: Connecting Power To A Stinger Unit
November 2005.) Do not remove the ground lugs. – Reinstall the locking nut onto each post, then use a 3/8-inch wrench or socket to tighten the nut. – Reinstall the protective cover with the two screws. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 54: Turning On Power To A Stinger Unit
Turning on power to a Stinger unit Caution Lucent Technologies does not recommend applying power to Stinger units that contain circuit packs (LIMs, TMs, LPMs, CLTs, etc.), if a control module is not installed in the chassis. If desired, power may be applied to Stinger units that are completely unpopulated and do not contain any circuit packs or control modules. -
Page 55: Control Module Status Lights
GIGE-2 Alarm status lights Trunk status lights Master status light IP 2100 module Standard control module IP 2000 module (model B) All control module status lights except the MASTER light momentarily turn ON just Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 56: Table 3-2 Status Lights On The Control Module
If the control module successfully loads its operational image from the PCMCIA flash card and again passes POST, the MAJOR status light turns OFF. If the MAJOR status light continues to blink, it indicates a failure. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 57: Lim Status Lights
Trunk module status lights For detailed information about the status lights on each trunk module and their expected behavior, see the module guide for the specific trunk module in question. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 58: Fan Status Lights
The fan is initializing. What’s next Once the hardware installation is complete and the Stinger unit is powered up, you can begin basic configuration as described in the following chapters, or download a previous software configuration. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 59: Stinger Operational Overview
ATM backbone. Figure 4-1 shows this type of operation. Figure 4-1. Example of DSLAM ATM operation U P S T R E A M DSL CPE DSL Terminator D O W N S T R E A M Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 60: Stinger Atm Switching Overview
A Stinger unit that is using an IP control module assigns an IP address to each subscriber connection and each Gigabit Ethernet interface. It uses internal routing tables and filters to determine which connections to allow, and where to route data. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 61: Operation Of The Stinger As A Host Unit
Stinger IP Control Modules Configuration Guide. Operation of the Stinger as a host unit The Stinger FS+ unit can be used as a host unit for the Stinger Compact Remote ATM DSLAM unit, and the Stinger Compact Remote IP DSLAM unit. In both cases, the physical interfaces and other parameters of the Compact Remote unit are configured through the TAOS interface on the host unit. -
Page 62: Stinger Configuration Overview
ATM modules. However, only the first 48 ports on 72-port LIMs are supported on the original Stinger FS chassis. Each port on a LIM has a variety of configuration options, including line rates and bandwidth. The way you configure each line depends on your connectivity needs. -
Page 63: Trunk Module Configuration
For an introduction to the command-line interface and its shortcuts, see the TAOS Command-Line Interface Guide. Using the command-line interface The Stinger command-line interface provides access to commands, profiles, and status windows. You must use the command-line interface to provide the initial Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 64: Onboard Flash Memory And Software Updates
( diagnostic ) clr-history ( system ) connection ( system ) date ( update ) debug ( diagnostic ) delete ( update ) device ( diagnostic ) ( system ) dircode ( system ) Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 65: Verifying Software And Control Module Versions
Determine which control “Control module status lights” on page 3-5 module is primary Establish a serial connection “Serial connection to a console” on page 5-2 Set up basic access security “Restricting administrative access” on page 5-7 Stinger® FS/Stinger FS+ Getting Started Guide... - Page 66 Management of the ATM Stack Supplement Configure IP2000 gigabit Stinger IP Control Modules Configuration Guide Ethernet interfaces Configure login permissions Stinger Administration Guide Back up the system Stinger Administration Guide configuration Test lines and ports Stinger Administration Guide Stinger® FS/Stinger FS+ Getting Started Guide...
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Page 67: Configuring Control Modules And System Timing
Transfer Mode (ATM) PVCs, IGMP multicast v1/v2 and IEEE 802.1Q tagged virtual local area networks (VLANs). Information about these capabilities is contained in the Stinger IP Control Modules Configuration Guide. However, the information in this guide Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 68: Administrative Connections
IP network via a Telnet connection. The following information provides details of these connection methods. Serial connection to a console Figure 5-1 shows a cable connection from a Stinger FS or Stinger FS+ to a console terminal. Figure 5-1. -
Page 69: Network Connection To A Workstation Console
Ensure the Ethernet transceivers are connected properly to the network. Connecting a dial-in backup management connection Lucent Technologies recommends that you provision dial-up or some other access to each unit for backup administrative access. Dial-up access to a Stinger unit equipped with a revision 1 control module, a revision 2 model A control module, or a revision 2.1 model E control module, requires a properly configured external modem... -
Page 70: Modem Country Codes
[in MODEM/{ shelf-1 first-control-module 3 }] physical-address* = { shelf-1 first-control-module 3 } country-code = unitedstates The cmmodemShowCurrentCountry debug command displays the country code that is currently configured in the modem. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 71: Backup Management With An Internal Modem
This modem is configured by default to automatically answer any incoming calls. For this reason, you need only connect the telephone line to the RJ-11 jack on the face of the control module. Figure 5-4 shows a connection for an internal modem. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 72: Logging Into The Primary Control Module
(or single) control module serial port (labeled DIAG PORT). For information about checking the status lights to determine which control module has been elected primary, see “Control module status lights” on page 3-5. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 73: Restricting Administrative Access
NavisAccess™, from an IP host. These types of connections require that you authenticate a User profile and supply a password to acquire administrative permissions. During basic configuration, Lucent Technologies recommends that you also configure the serial port to require username and password authentication. -
Page 74: Changing The Default Admin Password
USER/admin written When an administrator Telnets into the Stinger unit, the system prompts for the name and password of a User profile and authenticates the information before allowing the Telnet session. For example: Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 75: Setting A Telnet Password
If the user specifies the correct password, the connection is established and the user is prompted to enter the name and password of a valid User profile. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 76: Providing A Basic System Ip Configuration
Subnets are permitted under the same syntax. A subnet address specifies a number of network bits that does not adhere to the Class A, B, or C network limits. For example, the following address specifies a 29-bit subnet: 5-10 Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 77: Table 5-2 Decimal Subnet Masks And Prefix Lengths
1 host—a host route The broadcast address of any subnet has the host portion of the IP address set to all 1s (ones). The network address (or base address) represents the network itself, because Stinger® FS/Stinger FS+ Getting Started Guide 5-11... -
Page 78: Assigning Administrative Ethernet Ip Addresses
After you assign IP addresses, you can verify that the Stinger unit is a valid IP host on its configured network by pinging other network hosts, as shown in the following example: admin> ping 1.1.1.56 PING 1.1.1.56: 56 Data bytes 5-12 Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 79: Defining The Soft Ip Interface For Fault Tolerance
Figure 5-6 shows the Stinger Ethernet interfaces on a subnet, connected to the same Ethernet segment as a local backbone router. In this network, the Stinger unit can use the local router as its default route. Stinger® FS/Stinger FS+ Getting Started Guide 5-13... -
Page 80: Verifying A Lan Connection For Administrators
64 bytes from 1.1.1.128: icmp_seq=0 ttl=255 time=0 ms 64 bytes from 1.1.1.128: icmp_seq=7 ttl=255 time=0 ms --- 1.1.1.128 Ping statistics --- 8 packets transmitted, 8 packets received, 0% packet loss round-trip min/avg/max = 0/0/0 ms 5-14 Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 81: Configuring Control Module Redundancy
LPMs and 1:n LIM switchover redundancy The primary control module manages the LIMs and assumes all the normal controller responsibilities of managing the unit and handling the call control and circuit management functions. Stinger® FS/Stinger FS+ Getting Started Guide 5-15... -
Page 82: Overview Of The Redundancy Profile Settings
(slot 9). If that control module is not available, the system designates the control module in the first slot as primary. 5-16 Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 83: Example Of Specifying A Primary Control Module Preference
Only the diagnostic port of the primary control module is y-cable available for administrative use. The diagnostic port of the secondary control module is disabled. Stinger® FS/Stinger FS+ Getting Started Guide 5-17... -
Page 84: Remote Modem Administration Of Redundant Control Modules
Y-cable can be connected to both control modules: admin> read serial {1 first-control-module 2} SERIAL/{ shelf-1 first-control-module 2 } admin> set console-mode = y-cable admin> write Figure 5-8. Connecting a Y-cable to a Stinger FS or Stinger FS+ To console Diagnostic serial port ports G PO... -
Page 85: Configuring System Clocking
To configure the unit to obtain its clock signal from another source, set the following parameter (shown with its default setting): Stinger® FS/Stinger FS+ Getting Started Guide 5-19... -
Page 86: Using The Bits Clock Source
When the Stinger unit recovers the BITS signal, it displays the following messages: LOG alert, Shelf 1, Controller-1, Time: 17:02:03-- BITS clock source has been recovered - 8kHz clock is locked LOG notice, Shelf 1, Controller-1, Time: 17:02:03-- Master clock source changed to T1 framer 5-20 Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 87: Changing The Bits Clock Source
The following commands cause the system to first attempt to use a trunk port as its clock source, and to use the built-in clock only if it finds no ports that are eligible clock sources: admin> read system SYSTEM read admin> set system-8k-clock = lim-or-trunk-module Stinger® FS/Stinger FS+ Getting Started Guide 5-21... -
Page 88: Configuring Trunk Ports As Eligible Clock Sources
{ 1 trunk-module-1 1 } DS3-ATM/{ shelf-1 trunk-module-1 1 } read admin> set line-config clock-source = eligible admin> set line-config clock-priority = high admin> write DS3-ATM/{ shelf-1 trunk-module-1 1 } written 5-22 Stinger® FS/Stinger FS+ Getting Started Guide... - Page 89 Additional information about configuring OC3-ATM, DS3-ATM, and E3-ATM trunk modules can be found in the Stinger OC3-ATM Trunk Module Guide, the Stinger DS3-ATM Trunk Module Guide, and the Stinger E3-ATM Trunk Module Guide. Stinger® FS/Stinger FS+ Getting Started Guide 5-23...
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Page 91: Installing And Removing Modules
Replacing and installing control modules Caution If the unit contains a redundant control module configuration, and only one of the control modules is being replaced, verify that the module being replaced is not the primary control module. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 92: Removing A Control Module
1-2, and plug it into the ESD grounding jack located on the front of the unit. (See Figure 1-4 on page 1-6.) Align the replacement control module with the card guide and carefully slide the module into the unit, as shown in Figure 6-2. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 93: Installing A Redundant Control Module
Depress the card ejectors simultaneously to seat the module into the midplane. Slide the card ejector lock up. Using a number 2 Phillips screwdriver, tighten the two thumbscrews. If necessary, restore power to the unit. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 94: Slot Numbering And Module Placement
Slot numbering and module placement Figure 6-3 shows the slots in the Stinger FS or Stinger FS+ chassis that accept LIMs. Front slots are numbered from left to right. LIMs can be installed in slots 1 through 7 and 10 through 16 in the front of the unit. Slots 8 and 9 are reserved for control modules only. -
Page 95: Installing And Replacing Lims
Replacing a LIM Caution Lucent Technologies recommends setting the administrative status of the LIM to Down (through the command-line interface) before replacing the module. When a LIM is removed, all its ports and circuits are terminated, and data loss might occur. -
Page 96: Installing And Replacing Lpms
Caution Any circuits running through the LPM are interrupted when it is removed, which can result in data loss. Lucent Technologies recommends setting the associated LIM’s administrative status to Down before removing the LPM from the unit. For instructions on changing a LIM’s state to Down and then back to Up, see the Stinger Administration Guide. -
Page 97: Replacing The Fan Tray
You may also decide remove other modules during this process to provide greater access or visibility. Replacement of a power filter in a Stinger FS or Stinger FS+ chassis should only be performed by a qualified Lucent technician. -
Page 98: Figure 6-5 Fan Tray Latches
Installing and Removing Modules Replacing the fan tray Replacing the fan tray To replace the fan tray from a Stinger FS+ chassis, manufactured since late 2005, use the following procedure: Use a flat blade (common) screwdriver to unlatch the quarter-turn latches by rotating them in the direction shown in Figure 6-5. -
Page 99: Replacing Power Filters
You may also decide remove other modules during this process to provide greater access or visibility. Replacement of a power filter in a Stinger FS or Stinger FS+ chassis should only be performed by a qualified Lucent technician. -
Page 100: Removing A Power Filter
(optional) Removing a power filter To remove a power filter in a Stinger FS or Stinger FS+ chassis, manufactured prior to late 2005, use the following procedure: Remove all service from the unit. Locate the power switch for the power filter being replaced, shown in Figure 6-7, and switch it off. -
Page 101: Figure 6-8 Air Filter Removal
Firmly grasp the extraction handle on the power filter and pull to remove the power filter from its location in the chassis. (See Figure 6-7.) Note It may be necessary to rock the power filter from side to side while pulling on it, to loosen it. Stinger® FS/Stinger FS+ Getting Started Guide 6-11... -
Page 102: Installing A Power Filter
Installing a power filter To install a power filter in a Stinger FS or Stinger FS+ chassis manufactured prior to late 2005, use the following procedure: Align the tabs on the bottom of both sides of the power filter with the guide track slots in the chassis and insert the power filter. -
Page 103: Power Filters In Chassis From Late 2005 And Later
However, the power supply itself is secured to the chassis by two internal nuts that are inaccessible without partial disassembly of the chassis. The power filters in these chassis are not field replaceable. Figure 6-11. Stinger FS and Stinger FS+ Power filter (2005 and earlier chassis) Protective cover L U G... -
Page 104: Replacing The Air Filter
33 days 100 µg/m 16 days 200 µg/m Replacement procedure for late 2005 and earlier chassis Warning If power is applied to the unit, wear insulating gloves while removing and replacing the air filter. 6-14 Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 105: Replacement Procedure For Late 2005 And Later Chassis
To install or replace the air filter: To release the air filter slot cover, grasp the release tab on the left side of the cover and push it to the right. Stinger® FS/Stinger FS+ Getting Started Guide 6-15... -
Page 106: Figure 6-13 Replacing The Air Filter (Late 2005 And Later Chassis)
Place the interlocking tab on the right side of the air filter slot cover into place on the right side of the slot. Then push the left side of the slot cover to engage the locking tab on the left side. It will snap into place. 6-16 Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 107: Appendix A Stinger Intended Use
Users connect to the unit over DSL lines supported by line interface modules (LIMs) that are installed in the Stinger unit. The Stinger FS+ unit can be equipped with an IP control module to provide IP termination and routing for user connections. -
Page 108: Network Interfaces
1 stop bit – No flow control A DB-9 female connector for alarm monitoring connections (revision 2 control modules). An RJ-45 connector for a 10/100BaseT Ethernet connection. An RJ-11 connector for the optional internal modem. Stinger® FS/Stinger FS+ Getting Started Guide... - Page 109 An RJ-45 connector for copper gigabit Ethernet connections, if equipped with an appropriate IP2000 control module. One or two duplex LC connectors for optical gigabit Ethernet connections, if equipped with an appropriate IP control module. Stinger® FS/Stinger FS+ Getting Started Guide...
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Page 111: Appendix B Cables And Connectors
Control port and cable pinouts DB-9 pin number RS-232 signal Function name Data Carrier Detect Serial Receive Data Serial Transmit Data Data Terminal Ready Signal Ground Data Set Ready Request to Send Clear to Send Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 112: Alarm Input Port Pinouts
(10BaseT) with an RJ-45 connector, labeled LAN UTP 100BaseT: 100Mbps baseband modulation on twisted pair To install the administrative Ethernet interface, you must have the cables described in either of the following two sections. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 113: 10Baset Cables
STGRCR-COP-GE STGR-SFP-ELX 408935229 >20km STGR-CM-IP2000-F STGR-CM-IP2100-F Optical connectors Most Stinger modules, including optical connectors for both types of COP modules in Compact Remote IPDSLAM units, both types of OLIMs, and all other optical modules Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 114: Line Protection Connections
Stinger Line Protection Module (LPM) Guide. Details about wiring connections to LIMs with integrated line protection are in the most recent version of the Stinger ADSL/ADSL2+ Annex A Line Interface Module (LIM) Guide. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 115: Information
Table C-1. Stinger electronic and electrical specifications Application Specification -48Vdc or -60Vdc 1500 watts (fully populated, all ports active at zero loop length) 2200 watts (fully populated, all ports active at maximum power) Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 116: Usoc Jack And Code Information
6.0N RJ-48C STGR-LIM-T1-8 04DU9-1SN 6.0N RJ-48C STGR-LIM-T1-8 04DU9-1ZN 6.0N RJ-48C STGR-LIM-T1-24 04DU9-BN 6.0N RJ-48C STGR-LIM-T1-24 04DU9-DN 6.0N RJ-48C STGR-LIM-T1-24 04DU9-1KN 6.0N RJ-48C STGR-LIM-T1-24 04DU9-1SN 6.0N RJ-48C STGR-LIM-E1-24 04DU9-1ZN 6.0N RJ-48C STGR-LIM-E1-8 04DU9-BN 6.0N RJ-48C Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 117: Emi Class
The Stinger product belongs to EMI class A. Minimum ground wire size The DSL lines connected to the Stinger FS and Stinger FS+ can be subject to lightning surges. These surges must be discharged to ground through an adequate ground wire. -
Page 118: Physical Specifications
Temperature: 0°C to 55°C (32°F to 131°F) Relative Humidity: 10% through 95% (noncondensing) Operating Altitude: Up to 13123 feet (4,000m) Lan interface (fiber) Modular small for form-factor pluggable (SFP) transceiver with duplex LC connector Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 119: Site Specifications
Storage altitude -1,000 feet to +30,000 feet (-305m to 9150m) Space requirements The Stinger FS and Stinger FS+ hardware requires the following minimum clearances for the chassis: 6 inches (15cm) at the back panel for cable routing and airflow 20 inches (54cm) at the front panel for module replacement and airflow... -
Page 120: Special Requirements And Recommendations For Installation And Maintenance
Stinger RT unit installed in an outdoor enclosure. Laser safety The Lucent Technologies Stinger Compact Remote unit is an FDA/CDRH Class I / IEC Hazard Level 1 system. Laser circuit packs for use in the Stinger CR are FDA Class I and IEC Hazard Level 1 devices. -
Page 121: Laser Classifications
(Even though viewing Class 1 lasers at distances greater than 250mm (10 inches) will normally not cause eye injury.) Only authorized technicians, who have satisfactorily completed an approved training course are allowed to perform service, maintenance, and restoration Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 122: Laser Warning Labels
Warning labels for identification of Class 1 laser devices Handling optical fibers Never look into the end of an optical fiber or connector when the optical source is switched on. Always observe the laser warning instructions. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 123: Routing And Connecting
Prior to connection, verify that the optical connectors and couplings are free of impurities. You can clean the coupling with a pipe cleaner and isopropanol. Let the isopropanol on the connector coupling face evaporate completely by air-drying, or with the use of purified compressed air. Stinger® FS/Stinger FS+ Getting Started Guide... -
Page 125: Index
6-1 changing 5-20 configuration overview 4-4 loss of 5-20 installing and replacing 6-1 using 5-20 installing in slots 8 or 9 1-5 bridged connection of internal modems 5-18 installing redundant 6-3 Stinger® FS/Stinger FS+ Getting Started Guide Index-1... - Page 126 3-4 IP-Global profile 5-9 IP-Interface profile 5-12 IP-Route profiles 5-14 fan status lights 3-8 fault tolerance control module switchover 5-15 controller IP address 5-13 flash memory backups 4-7 LAN connection 5-14 Index-2 Stinger® FS/Stinger FS+ Getting Started Guide...
- Page 127 5-21 changing admin password 5-8 connecting 2-6 changing default logins 5-7 power consumption 3-2 Telnet password 5-9 OLIM 1-11 serial port online help, commands 4-7 initial login to unit 5-6 Stinger® FS/Stinger FS+ Getting Started Guide Index-3...
- Page 128 5-21 configuration overview 4-5 installing in rear slots 8 or 9 1-12 overview 4-5 See also DS3-ATM trunk modules See also E3-ATM trunk modules See also OC3-ATM trunk modules Index-4 Stinger® FS/Stinger FS+ Getting Started Guide...
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