Page 1 Beta Draft Confidential Beta Draft Confidential GX 550 ES Hardware Installation Guide Product Code: 80149 Revision 02 April 2003 Ex. 2006 000001...
Page 2 This material is protected by the copyright laws of the United States and other countries. It may not be reproduced, distributed, or altered in any fashion by any entity (either internal or external to Lucent Technologies), except in accordance with applicable agreements, contracts or licensing, without the express written consent of Lucent Technologies.
Page 3 Beta Draft Confidential LUCENT TECHNOLOGIES LIMITED WARRANTY ON HARDWARE Lucent Technologies warrants the GX 550 ES against defects in materials and workmanship for a period of one year from the date of shipment. During the warranty period, Lucent will, at its option, repair, replace, or refund the purchase price of any defective product at no additional cost, provided you return it during the warranty period, transportation charges prepaid, to Lucent.
Page 4 This device must withstand any interference received, including interference that may cause undesired operation. The GX 550 ES has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules and Regulations. These limits are designed to provide reasonable protection against harmful interference when this equipment is operated in a commercial environment.
Page 5: Maintenance Agreements
Upon receipt of this information, Lucent will provide you with service instructions, or a Return Authorization Number and shipping information. All items returned under warranty must be shipped to the manufacturer with the charges prepaid. GX 550 ES Hardware Installation Guide 4/5/03v Ex. 2006 000005...
Page 6: If Problems Arise
FCC. In the event that repairs are ever needed on this equipment, they should be performed by Lucent Technologies or an authorized Lucent representative. For information contact the Lucent TAC at 1-866-LUCENT8 (in the U.S.). For international telephone numbers see “Technical Support”...
Page 7: Table Of Contents
Lucent .........................xxii Ordering Printed Manuals Online ................xxiii Customer Comments....................xxiii Technical Support ....................xxiii Chapter 1 Overview GX 550 ES Product Description ................1-1 GX 550 ES Extender Features ...................1-3 Hardware Module Overview..................1-4 Module Locations.......................1-5 Module Descriptions ....................1-8 Uplink Module.....................1-8 Number of Supported Modules..............1-8 Redundancy Capabilities................1-8...
Page 8 Number of Supported Modules ..............1-14 Redundancy Capabilities ................1-14 Redundant DS3 Phy Module................1-14 Number of Modules..................1-15 GX 550 ES Downlink Phy Module..............1-15 Number of Modules..................1-15 Interfaces with Other Modules ..............1-15 Chapter 2 Specifications and Safety Warnings Electronic/Electrical Requirements ................
Page 9 Preparing for the Installation Selecting the Installation Site..................3-1 Checking the GX 550 ES Extender for Damage............3-2 Moving the GX 550 ES to the Installation Site............3-3 Unpacking the GX 550 ES Extender .................3-3 Unpacking the Accessory Kit..................3-4 Verifying the Hardware Configuration ..............3-5 Before Handling Equipment................3-5...
Page 10 Before You Begin..................7-15 Restrictions on Slot 12D................7-15 Installation Steps..................7-16 GX 550 ES Fan Tray or Fan Tray Air Filter ............7-20 Running the GX 550 ES Extender and Replacing Fan Trays ......7-20 Removing the Fan Tray..................7-20 Installing the Fan Tray ..................
Page 11 Beta Draft Confidential Contents GX 550 ES Power Distribution Unit................7-26 Removing the PDU....................7-27 Installing the PDU .....................7-29 Chapter 8 Troubleshooting Power-up Diagnostics for the Uplink Module ............8-2 Power-up Diagnostic Overview................8-2 Equipment Requirements ..................8-2 Enabling and Displaying Power-up Diagnostics ..........8-3 GX 550 ES Extender Troubleshooting ..............8-5 Uplink Module Troubleshooting................8-7...
Page 12 Physical Dimensions.................. A-14 Power Requirements.................. A-14 Temperature Range..................A-14 Agency Approvals ..................A-14 Front View....................A-15 GX 550 ES Downlink Phy Module ................ A-16 Specifications ....................A-16 Physical Dimensions.................. A-16 Power Requirements.................. A-16 Temperature Range..................A-16 Agency Approvals ..................A-16 Signal Distance/Levels (Multimode [LED] Optics)........
Page 13 Multimode Fiber Cable ..................... B-4 Appendix C Regulatory Information Regulatory Standards Compliance................C-1 Environmental ....................C-1 Safety ........................C-2 EMC........................C-2 Factory Approvals ....................C-2 Radio Frequency Interference ................... C-3 VCCI Statement ......................C-3 GX 550 ES Hardware Installation Guide 4/5/03xiii Ex. 2006 000013...
Page 14 DS3 Module ....................... D-2 GX 550 ES Downlink Phy Module..............D-2 Redundancy Status....................D-3 Setting Up Redundant GX 550 ES Modules ............D-3 Redundant Modules in the GX 550 ES Extender..........D-3 Redundant GX 550 ES Downlink Phy Modules..........D-6...
Page 15 Figure 1-4. GX 550 Switch with GX 550 ES Downlink Phy Module Installed................... 1-7 Figure 3-1. Typical Shipping Containment of the GX 550 ES Extender ..3-2 Figure 3-2. ESD Grounding Jack on the GX 550 ES ........3-5 Figure 3-3.
Page 16 Shielded Straight-through 9-pin D-sub Diagnostic Cable..... B-3 Figure B-2. Multimode Fiber Cable..............B-4 Figure D-1. GX 550 ES Extender Slot Assignment (front) ......D-4 Figure D-2. GX 550 ES Extender Slot Assignment (rear)........ D-5 Figure D-3. Redundant GX 550 ES Downlink Phy Modules ......D-7...
Page 17 Status LEDs for the DS3 Phy Module .......... 6-10 Table 6-6. Status LEDs for the Redundant DS3 Phy Module......6-11 Table 6-7. Status LEDs for the GX 550 ES Downlink Phy Modules .... 6-12 Table 6-8. Fan Tray Status LED States............6-13 Table 7-1.
Page 18 Contents xviii4/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000018...
Page 19: About This Guide
“Specifications and Safety Warnings.” The GX 550 ES extender is installed as an extension of the GX 550 switch, so you should also be familiar with the GX 550 switch connected to the GX 550 ES. You should work closely with the Network Management Station (NMS) operator, network operations, and other systems integration personnel to ensure a functional installation.
Page 20: Reading Path
Beta Draft Confidential About This Guide Reading Path After installation and setup, use the following guides to manage the GX 550 ES: This guide describes how to install and set up the GX 550 Multiservice WAN switch to which the GX 550 ES extender connects.
Page 21: How To Use This Guide
Product specifications for the GX 550 ES extender hardware, including environmental and electrical considerations. This chapter also lists safety warnings related to the use of the GX 550 ES extender hardware. Chapter 3 Installation prerequisites, such as unpacking the unit, moving the extender to the installation site, and verifying the hardware configuration.
Page 22: What's New In This Guide
Added references to indicate that page 7-15 interoperability with BIO2 is supported in page A-16 Release 09.00.00.00. Merged information as necessary from the Chapter 1 GX 550 ES Feature Guide. Chapter 8 Appendix A xxii4/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000022...
Page 23: Conventions
Warning – Warnings notify the reader to proceed carefully to avoid hazards due to electrical shock that may arise from dangerous voltages. Warning – Electrostatic Discharge (ESD) Susceptibility warnings indicate that the following procedures may make the device susceptible to electrostatic charge. GX 550 ES Hardware Installation Guide 4/5/03xxiii Ex. 2006 000023...
Page 24: Related Documents
B-STDX, CBX, and GX Console Command User’s Reference (Product Code: 80190) All manuals for the Core Switching Division and the Master Glossary are available on the Core Switching Division Technical Publications Documentation Library CD-ROM (Product Code: 80025). xxiv4/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000024...
Page 25: Ordering Printed Manuals Online
The Lucent Technical Assistance Center (TAC) is available to assist you with any problems encountered while using this Lucent product. Log on to our Customer Support web site to obtain telephone numbers for the Lucent TAC in your region: http://www.lucent.com/support GX 550 ES Hardware Installation Guide 4/5/03xxv Ex. 2006 000025...
Page 26 Beta Draft Confidential About This Guide xxvi4/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000026...
Page 27: Chapter 1 Overview
Hardware Module Overview GX 550 ES Product Description The GX 550 ES is a service and physical-port extension for the GX 550 Multiservice WAN switch, enabling the high-speed GX 550 switch to support high-density, lower speed asynchronous transfer mode (ATM) and time-division multiplexing (TDM) interfaces.
Page 28: Figure 1-1. Gx 550 Es Extender Connected To Gx 550 Switch
GX 550 ES Extender GX 550 Switch Figure 1-1. GX 550 ES Extender Connected to GX 550 Switch The GX 550 ES consists of two “subsections,” each supporting up to four transport modules and two uplink modules (see Figure 1-2 on page 1-5).
Page 29: Gx 550 Es Extender Features
Overview GX 550 ES Extender Features The GX 550 ES uses the processing power and features of the GX 550 Multiservice WAN switch, while providing new access features, such as DS3 ATM UNI and DS3 circuit emulation (CE), in a cost-effective and space-efficient manner.
Page 30: Hardware Module Overview
The GX 550 ES extender supports several module types in the chassis. However, it must contain at least one GX 550 ES uplink and uplink phy module pair. The phy port on the uplink phy module is used to connect to a GX 550 ES downlink phy module, installed in an available phy slot in the GX 550 Multiservice WAN switch.
Page 31: Module Locations
Module Locations Module Locations The following figures show the slot locations of supported modules in the GX 550 ES extender. Transport and uplink modules are installed in the front of the chassis while phy modules are installed in the rear.
Page 32: Figure 1-3. Gx 550 Es Extender Slot Assignment (Rear)
GX 550 ES extender. Subsection A Subsection B Rear of GX 550 ES Figure 1-3. GX 550 ES Extender Slot Assignment (rear) 1-64/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000032...
Page 33: Figure 1-4. Gx 550 Switch With Gx 550 Es Downlink Phy Module Installed
Beta Draft Confidential Overview Module Locations Figure 1-4 shows the GX 550 ES downlink phy module installed in a phy port at the rear of the GX 550 Multiservice WAN switch. Timing Module Good Failed StnBy Timing Module Good Failed...
Page 34: Module Descriptions
Number of Supported Modules Up to four uplink modules can populate a GX 550 ES chassis — two in each subsection. Each uplink module can support up to three active DS3 ATM/CE transport modules and one redundant DS3 ATM/CE transport module.
Page 35: Automatic Protection Switching Support
Number of Supported Modules Up to four uplink phy modules can populate a GX 550 ES chassis — two in each subsection. The uplink phy modules can be installed in slots 1A and 2A and/or 1B and 2B at the...
Page 36: Redundancy Capabilities
SONET equivalent protection (under 50 ms). Data traffic is then handled by the redundant uplink/uplink phy module pair. 1-104/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000036...
Page 37: Ds3 Transport Module
Cell traffic is transmitted between the transport modules and the uplink phy modules through the GX 550 ES backplane. Transmission between the GX 550 ES and the GX 550 Multiservice WAN switch occurs over the fiber that connects the downlink and uplink phy modules.
Page 38: Redundancy Capabilities
DS3 ATM/CE transport module or a DS3 phy module, data traffic from the failed module is rerouted, through the GX 550 ES backplane, to the redundant DS3 module phy module and its corresponding DS3 ATM/CE transport module. Each transport module can be provisioned with redundancy;...
Page 39: Unsupported Features/Interoperability
The DS3 ATM/CE transport module does not interoperate with the following: – IP pass-through and interworking with BIO-P (packet BIO) in the same chassis. ® ® – IP pass-through and interworking with CBX 500 and B-STDX 8000/9000 switches. GX 550 ES Hardware Installation Guide 4/5/031-13 Ex. 2006 000039...
Page 40: Ds3 Phy Module
Figure 1-2 on page 1-5). Number of Supported Modules Each subsection of the GX 550 ES can support up to three active DS3 phy modules, installed in slots 4A through 6A and/or 4B through 6B at the rear of the extender (see Figure 1-3 on page 1-6).
Page 41: Number Of Modules
(BIO1 or BIO2) module in the GX 550 switch. The downlink phy module extends the physical layer function of the GX 550 phy interface to the GX 550 ES extender via a standard multimode fiber cable. The downlink phy module controls cell flow, timing, and fault monitoring for the GX 550 ES extender.
Page 42 Beta Draft Confidential Overview DS3 Transport Module 1-164/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000042...
Page 43: Chapter 2 Specifications And Safety Warnings
Physical Specifications • Site Specifications • DC Power Supply Warnings • Safety Warnings Electronic/Electrical Requirements The following sections describe the electronic and electrical requirements of the GX 550 ES extender. GX 550 ES Hardware Installation Guide 4/5/032-1 Ex. 2006 000043...
Page 44: Power Specifications
Beta Draft Confidential Specifications and Safety Warnings Electronic/Electrical Requirements Power Specifications The GX 550 ES requires -48 or -60 nominal VDC power, as specified in Table 2-1. Table 2-1. GX 550 ES Electronic/Electrical Specifications Application Specification -48 VDC nominal 16.7 amps max, 800 watts max -60 VDC 13.3 amps max, 800 watts max...
Page 45: Converting Ac Power Sources
Specifications and Safety Warnings Electronic/Electrical Requirements Converting AC Power Sources The GX 550 ES extender requires DC power. If you do not have a DC power source, use an AC-to-DC rectifier to provide DC power to the extender. AC-to-DC Rectifier Features Use an AC-to-DC rectifier that has the following features: •...
Page 46: Dc Input Power Protection Unit (Dcppu)
Electronic/Electrical Requirements DC Input Power Protection Unit (DCPPU) The GX 550 ES does not have a power supply; instead, native DC inputs (A and B) are fed into the extender, where power is distributed to each line card via the backplane.
Page 47: Space Requirements
Beta Draft Confidential Specifications and Safety Warnings Electronic/Electrical Requirements • Input line fuse to supplement the branch circuit breaker for line-to-line faults in either the GX 550 ES or the DCPPU. • Compliance with AT&T spec 802-010-100. • Convection cooling.
Page 48: Physical Specifications
Management Interfaces RS-232 (DB9). Physical Characteristics The GX 550 ES extender can include up to eight DS3 ATM/CE transport modules (four per subsection), up to four uplink modules (two per subsection), a backplane, a power distribution unit, an air filter, and one fan tray mounted inside a chassis.
Page 49: Site Specifications
Site Specifications The following sections describe site specifications for the GX 550 ES extender. Note – The GX 550 ES must be connected to the GX 550 Multiservice WAN switch and located no more than 100 meters away Operating Environment...
Page 50: Dc Power Supply Warnings
DC Power Supply Warnings DC Power Supply Warnings Warning – The DC-powered GX 550 ES must be installed only in restricted access areas (dedicated equipment rooms, equipment closets, or the like) in accordance with Articles 110-16, 110-17, and 110-18 of the National Electric Code, ANSI/NFPA 70.
Page 51: Achtung: Zusätzliche Sicherheitshinweise
Warning – Wenn ein oder mehrere Module entfernt werden, besteht die Gefahr eines elektrischen Stromschlages oder Verletzung durch mechanische Elemente. Es gibt keine vom Bediener zu wartenden Komponenten. Die Wartung darf nur vom qualifizierten Fachpersonal vorgenommen werden. GX 550 ES Hardware Installation Guide 4/5/032-9 Ex. 2006 000051...
Page 52 Beta Draft Confidential Specifications and Safety Warnings Achtung: Zusätzliche Sicherheitshinweise 2-104/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000052...
Page 53: Preparing For The Installation
• Verifying the Hardware Configuration Selecting the Installation Site Before you choose a setup location for the GX 550 ES extender, be sure to read and follow the site and electrical requirements defined in Chapter 2, “Specifications and Safety Warnings.”...
Page 54: Checking The Gx 550 Es Extender For Damage
Checking the GX 550 ES Extender for Damage Checking the GX 550 ES Extender for Damage The GX 550 ES extender is delivered in a protective shipping carton. The chassis is attached to a wooden pallet with screws and L-brackets (see Figure 3-1).
Page 55: Moving The Gx 550 Es To The Installation Site
Moving the GX 550 ES to the Installation Site Moving the GX 550 ES to the Installation Site Due to the large size and weight of a fully configured GX 550 ES extender, Lucent recommends moving the extender to the installation site before unpacking it from the shipping carton.
Page 56: Unpacking The Accessory Kit
• Reading Roadmap, Product Code: 80113 Note – Although a torque driver is not supplied in the GX 550 ES accessory kit, it is recommended that, when tightening thumbscrews with a #2 Phillips-head screwdriver, a maximum of 6 to 8 inch-pounds of torque should be used.
Page 57: Verifying The Hardware Configuration
GX 550 ES components. Before handling any of the GX 550 ES components, put on the antistatic strap that is provided in the accessory kit, and connect it to the grounding jack on either the front...
Page 58: Checking The Front-Accessed Modules
Checking the Front-accessed Modules Figure 3-3 shows the front of a GX 550 ES extender, configured with two redundant uplink modules and three DS3 ATM/CE transport modules in each subsection. Uplink modules can be installed in slots 1A/2A and/or 1B/2B at the front of the...
Page 59: Figure 3-4. Ds3 Atm/Ce Transport Module Slot Locations
STATUS Figure 3-4. DS3 ATM/CE Transport Module Slot Locations Verify that your GX 550 ES contains the number of uplink and transport modules that you ordered. Slots that are not occupied by modules are masked with blank covers to ensure proper air flow through the extender.
Page 60: Checking The Rear-Accessed Modules
Verifying the Hardware Configuration Checking the Rear-accessed Modules Figure 3-5 shows the rear of a GX 550 ES extender, configured with two redundant uplink phy modules, two DS3 phy modules, and one redundant DS3 phy module in each subsection. Uplink phy modules can be installed in slots 1A/2A and/or 1B/2B at the rear of the...
Page 61: Figure 3-6. Ds3 Phy And Redundant Phy Module Slot Locations
Figure 3-6. DS3 Phy and Redundant Phy Module Slot Locations Verify that your GX 550 ES contains the number of phy modules that you ordered. Slots that are not occupied by modules are masked with blank covers to ensure proper air flow through the extender.
Page 62: Checking The Fan Tray
The fan tray is located behind the cosmetic bezel at the lower front of the extender. Before operating the GX 550 ES extender, verify that the fan tray is in place. Caution – If the extender is powered up and does not contain a fan tray, the cooling fans will not operate and the equipment can be damaged from overheating.
Page 63: Figure 3-8. Removing The Fan Guard
The fan blades may still be turning. 3. Visually inspect the chassis for the fan tray. Figure 3-9 shows the front of the GX 550 ES and the location of the fan tray. DS3 ATM/CE DS3 ATM/CE DS3 ATM/CE...
Page 64: What's Next
What’s Next? What’s Next? When you finish unpacking the GX 550 ES, verifying contents of the accessory kit, and checking the installed modules, you can install the GX 550 ES. Proceed to Chapter 4, “Installing the GX 550 ES Extender.”...
Page 65: Chapter 4 Installing The Gx 550 Es Extender
3-3) • Unpack the accessory kit (see page 3-4) • Verify the hardware configuration in the GX 550 ES extender (see page 3-5) • Gather the tools and equipment needed for installation (see page 4-2) GX 550 ES Hardware Installation Guide 4/5/034-1 Ex.
Page 66: Required Installation Tools And Equipment
Installing the GX 550 ES Extender Required Installation Tools and Equipment Required Installation Tools and Equipment To install the GX 550 ES extender hardware, you need the following tools and equipment: • A fully configured GX 550 Multiservice WAN switch, containing an installed GX 550 ES downlink phy module.
Page 67: Rack-Mounting The Gx 550 Es Extender
Rack-mounting the GX 550 ES Extender Rack-mounting the GX 550 ES Extender The GX 550 ES is not a free-standing unit and must be installed within an equipment rack. In addition, since it is effectively an extension of the GX 550 Multiservice WAN switch, it must be connected to a GX 550 with a standard multimode fiber cable no less than 3 meters long.
Page 68: Flush-Mount Installation In A 19-Inch Equipment Rack
19-inch equipment rack. Follow the steps below to install the GX 550 ES extender in the equipment rack: 1. Raise the GX 550 ES to the appropriate installation height, using a hand lift (or a minimum of two installers).
Page 69: Figure 4-1. Flush-Mount Installation In A 19-Inch Equipment Rack
Beta Draft Confidential Installing the GX 550 ES Extender Rack-mounting the GX 550 ES Extender Built-in Mounting Flanges GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED RDNDNT RDNDNT...
Page 70: Flush-Mount Installation In A 23-Inch Equipment Rack
Rack-mounting the GX 550 ES Extender 3. Using a #2 Phillips-head screwdriver, install four #10-32 Phillips pan-head screws (using a maximum of 6 to 8 inch-pounds of torque) through the GX 550 ES mounting flange into the equipment rack. 4. Repeat...
Page 71: Figure 4-2. Attaching The 23-Inch Flush-Mount Bracket
Beta Draft Confidential Installing the GX 550 ES Extender Rack-mounting the GX 550 ES Extender 23-inch Flush-mount Brackets GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED RDNDNT RDNDNT...
Page 72: Figure 4-3. Flush-Mount Installation In A 23-Inch Equipment Rack
Beta Draft Confidential Installing the GX 550 ES Extender Rack-mounting the GX 550 ES Extender 23-inch Flush-mount Brackets (Attached to GX 550 ES) 4 Screws (#10-32 x .375) Right and Left Side GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD...
Page 73: Mid-Mount Installation In A 19-Inch Or 23-Inch Equipment Rack
Installing the GX 550 ES Extender Rack-mounting the GX 550 ES Extender 1. Raise the GX 550 ES to the appropriate installation height, using a hand lift (or a minimum of two installers). 2. Line up the four screw holes in the right flush-mount bracket with the screw holes on the right side of the rack.
Page 74: Figure 4-4. Attaching The Mid-Mount Brackets To The Extender
Beta Draft Confidential Installing the GX 550 ES Extender Rack-mounting the GX 550 ES Extender Mid-mount Brackets (Note Orientation) GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED FAILED RDNDNT...
Page 75: Figure 4-5. Mid-Mount Installation In A 19-Inch Or 23-Inch Equipment Rack
Beta Draft Confidential Installing the GX 550 ES Extender Rack-mounting the GX 550 ES Extender 4 screws (#10-32 x .375) Right and Left Side GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD GOOD FAILED FAILED FAILED FAILED FAILED FAILED...
Page 76 Installing the GX 550 ES Extender Rack-mounting the GX 550 ES Extender 1. Raise the GX 550 ES to the appropriate installation height, using a hand lift (or a minimum of two installers). 2. Line up the four screw holes in the right flush-mount bracket with the screw holes on the right side of the rack.
Page 77: Connecting Cables To The Gx 550 Es Extender
Connecting Cables to the GX 550 ES Extender Connecting Cables to the GX 550 ES Extender After the GX 550 ES extender is set up in the desired location, cables must be installed to connect it to a GX 550 Multiservice WAN switch and to the network.
Page 78: Figure 4-7. Connecting Multimode Fiber Cable (Rear)
Beta Draft Confidential Installing the GX 550 ES Extender Connecting Cables to the GX 550 ES Extender 2. Remove the protective cover from the GX 550 ES downlink phy module at the rear of the GX 550 Multiservice WAN switch (see Figure 4-6).
Page 79: Data Connections
Beta Draft Confidential Installing the GX 550 ES Extender Connecting Cables to the GX 550 ES Extender Data Connections To connect the extender to the network, connect the appropriate data cables to the DS3 phy ports at the rear of the extender as shown in Figure 4-8.
Page 80: Figure 4-9. Physical Port Numbering
Beta Draft Confidential Installing the GX 550 ES Extender Connecting Cables to the GX 550 ES Extender Figure 4-9 shows the port numbering on the DS3 phy module. GOOD FAILED Port #1 Port #2 Port #3 Port #4 DS3 PHY Figure 4-9.
Page 81: Viewing The Gx 550 Es Extender With The Nms
For information on configuring the GX 550 Multiservice WAN switch to recognize the GX 550 ES extender via the NMS, see the B-STDX, CBX, and GX Switch Module Configuration Guide. What’s Next? When the GX 550 ES extender has been installed and connected to the network, you can power it up.
Page 82 Beta Draft Confidential Installing the GX 550 ES Extender What’s Next? 4-184/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000082...
Page 83: Chapter 5 Powering Up The Gx 550 Es
• Applying Power to the GX 550 ES Before You Begin Before connecting power to the GX 550 ES extender, verify that the following tasks (from Chapter 4) are complete: • Setting up the GX 550 ES on an equipment rack (see...
Page 84: Powering Up Overview
Powering Up the GX 550 ES Powering Up Overview Powering Up Overview Powering up the GX 550 ES includes the following tasks: 1. Determining the power connection method to use (see below) 2. Obtaining the necessary materials and tools (see...
Page 85: Determining The Power Connection Method
Powering Up the GX 550 ES Determining the Power Connection Method Determining the Power Connection Method The GX 550 ES requires -48 or -60 VDC power and uses two sets of power connectors. See Table 5-1 to determine which power connection method to use.
Page 86: Obtaining Required Tools And Materials
The maximum power rating of the GX 550 ES is 800 watts. The actual input voltage can range from -40 to -72 VDC, so the maximum input current is 20 amps. Be sure the wire size is adequate for the current rating and for the voltage drop anticipated in the installation, in compliance with locally applicable codes.
Page 87: Figure 5-1. Removing The Protective Cover From The Power Connector
6. Install the appropriate lugs from the power cord onto the -48V and RTN studs. Connect the negative lead to the -48V studs. Connect the return (positive) lead to the RTN studs. Connect the ground to the GX 550 ES chassis ground studs. GX 550 ES Hardware Installation Guide 4/5/035-5 Ex.
Page 88: Figure 5-2. Connecting Lugs To Studs
10. Connect the other end of the main power cords into the power source for the GX 550 ES — a direct DC power source, a DCPPU, or an AC-to-DC rectifier. 5-64/5/03 GX 550 ES Hardware Installation Guide Ex.
Page 89: Applying Power To The Gx 550 Es
Applying Power to the GX 550 ES Applying Power to the GX 550 ES The GX 550 ES has two power switches at the rear (25-amp DC circuit breakers, one each for the A and B power feeds) as shown in Figure 5-3.
Page 90: What's Next
What’s Next? What’s Next? Once the hardware installation is complete and the GX 550 ES is powered up, you can verify the operating status. Check the LEDs to determine the operating status of the GX 550 ES and of the individual modules as described in Chapter 6, “Determining the...
Page 91: Chapter 6 Determining The Operating Status
The following illustrations show the LEDs on each module in the extender. Also described is the GX 550 ES downlink phy module which is installed in the GX 550 Multiservice WAN switch and controls the GX 550 ES extender connection.
Page 92: Uplink Module Leds
This uplink module is fully operational; no errors have been detected. FAILED (red) An operational error condition has been detected in this uplink module or the corresponding uplink phy module is not present. 6-24/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000092...
Page 93 Communication between the GX 550 ES and the GX 550 switch is out of sync. The uplink module cannot communicate with the downlink phy module in the GX 550.
Page 94: Uplink Phy Module Leds
Uplink Phy Module LEDs Each uplink phy module has three LEDs that show the operating condition of the module (see Figure 6-2). GOOD FAILED CLK REF Figure 6-2. Uplink Phy Module LEDs 6-44/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000094...
Page 95: Table 6-2. Status Leds For The Uplink Phy Module
CLK REF (green) The phy module is providing system reference timing to the extender. Communication between the GX 550 ES and the GX 550 switch is in sync. CLK REF (green) The phy module is functioning properly but not currently providing system timing. Communication between the GX 550 ES and the GX 550 switch is not in sync.
Page 96: Ds3 Atm/Ce Transport Module Leds
(see Figure 6-3). Module Status LEDs GOOD FAILED ON LINE Port Alarm LEDs ALARMS PORT Figure 6-3. DS3 ATM/CE Transport Module LEDs 6-64/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000096...
Page 97: Module Status Leds
Module is the active module. Communication with the uplink module has been established. ON LINE (yellow) Module is not active; data traffic is unable to be passed to or from the uplink module. GX 550 ES Hardware Installation Guide 4/5/036-7 Ex. 2006 000097...
Page 98: Port Alarm Leds
DS3 phy module in the corresponding slot at the rear of the GX 550 ES. For example, the port alarm LED number 1 on the DS3 ATM/CE transport module in slot 2A refers to the number 1 BNC connector on the DS3 phy module in slot 2A at the rear of the GX 550 ES.
Page 99: Port Alarm Conditions
Yellow Alarm momentarily On The physical port is being initialized. This occurs for a port during the boot process and when a phy module is hot swapped. GX 550 ES Hardware Installation Guide 4/5/036-9 Ex. 2006 000099...
Page 100: Ds3 Phy Module Leds
Table 6-5. Status LEDs for the DS3 Phy Module State Indicates GOOD (green) The phy module is fully operational; no errors have been detected. FAILED (red) An operational error condition has been detected in this module. 6-104/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000100...
Page 101: Redundant Ds3 Phy Module Leds
Table 6-6. Status LEDs for the Redundant DS3 Phy Module State Indicates GOOD (green) The phy module is fully operational; no errors have been detected. FAILED (red) An operational error condition has been detected in this module. GX 550 ES Hardware Installation Guide 4/5/036-11 Ex. 2006 000101...
Page 102: Gx 550 Es Downlink Phy Module Leds
GX 550 ES Downlink Phy Module LEDs GX 550 ES Downlink Phy Module LEDs Each GX 550 ES downlink phy module in the GX 550 Multiservice WAN switch has two LEDs that show the operating condition of the module (see Figure 6-7).
Page 103: Fan Tray Module Led
LED. Table 6-8. Fan Tray Status LED States LED State Indicates Green The fan tray is operational. The fan tray has failed. GX 550 ES Hardware Installation Guide 4/5/036-13 Ex. 2006 000103...
Page 104 Beta Draft Confidential Determining the Operating Status Fan Tray Module LED 6-144/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000104...
Page 105: Chapter 7 Removing And Installing Components
Beta Draft Confidential Removing and Installing Components This chapter describes how to remove and install the components of the GX 550 ES (Extender Shelf): • Removal and Installation Precautions • Module Removal Procedures • Module Installation Procedures • GX 550 ES Downlink Phy Module •...
Page 106: Removal And Installation Precautions
Warning – When the extender is powered up, an electrical energy hazard is present within the card cage. Remove all metallic objects from hands and wrists to prevent bridging live contact points. 7-24/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000106...
Page 107: Module Removal Procedures
Module Removal Procedures Module Removal Procedures This section describes how to remove any module from the GX 550 ES extender. Caution – Any circuits running through a phy module are terminated when the module is removed, which can result in data loss. Lucent recommends setting the Administrative Status of each physical port on the phy module to Down via the NMS before removing the module from the extender.
Page 108 FAILED DIAG PORT DIAG PORT DIAG PORT DIAG PORT UPLINK UPLINK DS3 ATM/CE DS3 ATM/CE DS3 ATM/CE UPLINK UPLINK TRANSPORT TRANSPORT TRANSPORT Figure 7-1. Loosening Thumb Screws on the Module 7-44/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000108...
Page 109 TRANSPORT TRANSPORT TRANSPORT TRANSPORT TRANSPORT TRANSPORT DIAG PORT UPLINK MODULE Figure 7-2. Removing the Module 6. Slide the module out of the extender, and place it in an antistatic container. GX 550 ES Hardware Installation Guide 4/5/037-5 Ex. 2006 000109...
Page 110: Module Installation Procedures
Module Installation Procedures Table 7-1 lists installation information for each module in the GX 550 ES extender, including slots in which the module can be installed, whether the module is installed in the front or rear of the extender chassis, installation requirements, and comments.
Page 111 (see the B-STDX, CBX, and GX Switch Module Configuration Guide). Front Must be paired ATM/CE with a DS3 phy Transport or redundant DS3 phy module in the corresponding rear slot. GX 550 ES Hardware Installation Guide 4/5/037-7 Ex. 2006 000111...
Page 112 Note – Adding a redundant uplink module after the GX 550 ES extender is configured in the network and is handling data traffic requires a reconfiguration of active in-service traffic, causing a service interruption. To avoid this interruption, decide on redundancy issues prior to installing uplink modules and powering up the GX 550 ES.
Page 113 DS3 ATM/CE UPLINK UPLINK UPLINK UPLINK UPLINK UPLINK TRANSPORT TRANSPORT TRANSPORT TRANSPORT TRANSPORT TRANSPORT MODULE DIAG PORT UPLINK MODULE Blank Cover Figure 7-3. Removing the Blank Cover and Inserting the Module GX 550 ES Hardware Installation Guide 4/5/037-9 Ex. 2006 000113...
Page 114 7. Using a #2 Phillips-head screwdriver, tighten the thumb screws (using a maximum of 6 to 8 inch-pounds of torque) located on the top and bottom of the module (see Figure 7-4). 7-104/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000114...
Page 115 If you installed a module in a slot that did not previously have one, the NMS operator should configure the module and physical ports for the phy module if applicable. See the B-STDX, CBX, and GX Switch Module Configuration Guide. GX 550 ES Hardware Installation Guide 4/5/037-11 Ex. 2006 000115...
Page 116: Gx 550 Es Downlink Phy Module
Removing and Installing Components GX 550 ES Downlink Phy Module GX 550 ES Downlink Phy Module This section describes how to remove and install a GX 550 ES downlink phy module in the GX 550 Multiservice WAN switch. Removing the Downlink Phy Module Warning –...
Page 117 Beta Draft Confidential Removing and Installing Components GX 550 ES Downlink Phy Module 3. Using a #2 Phillips-head screwdriver, loosen the thumb screws located on the top and bottom of the downlink phy module (see Figure 7-6). Timing Module Timing Module...
Page 118 Beta Draft Confidential Removing and Installing Components GX 550 ES Downlink Phy Module 4. Slide the ejector lock (1) down to disconnect the downlink phy module from the switch (see Figure 7-7). 5. Lift the top and bottom card ejectors (2) simultaneously to disengage the downlink phy module from the switch.
Page 119: Installing The Downlink Phy Module
Installing the Downlink Phy Module Before You Begin Before a GX 550 ES downlink phy module can function, you must install a BIO (either BIO1 or BIO2) module in the corresponding slot at the front of the GX 550 Multiservice WAN switch. See the GX 550 Multiservice WAN Switch Hardware Installation Guide for detailed information about the BIO1 and BIO2 modules.
Page 120: Installation Steps
Warning – The following procedure may make the device susceptible to electrostatic charge. To install a GX 550 ES downlink phy module: 1. Put on the antistatic wrist strap (provided in the accessory kit) and plug it into the ESD grounding jack on the switch (see Figure 7-5 on page 7-12).
Page 121 Beta Draft Confidential Removing and Installing Components GX 550 ES Downlink Phy Module Timing Module Timing Module Timing Module Timing Module NPA Module NPA Module EXT PWR ALARM ALARM STATUS NET MGNT ENET EXT PWR ALARM ALARM STATUS NET MGNT...
Page 122 Beta Draft Confidential Removing and Installing Components GX 550 ES Downlink Phy Module 5. Depress the card ejectors (1) simultaneously (see Figure 7-10). 6. Slide the ejector lock (2) up. 7. Using a #2 Phillips-head screwdriver, tighten the thumb screws (using a maximum of 6 to 8 inch-pounds of torque) located on the top and bottom of the downlink phy module.
Page 123 Beta Draft Confidential Removing and Installing Components GX 550 ES Downlink Phy Module 8. Reconnect the multimode fiber cable to the physical port and remove any identification tags. 9. Verify that the Good LED on the downlink phy module is on (see...
Page 124: Gx 550 Es Fan Tray Or Fan Tray Air Filter
Running the GX 550 ES Extender and Replacing Fan Trays You are not required to power down the GX 550 ES to replace the fan tray. The extender can run without fans for a short period of time and can tolerate the temperatures outlined in “Site Specifications”...
Page 125 Beta Draft Confidential Removing and Installing Components GX 550 ES Fan Tray or Fan Tray Air Filter 2. Using a 1/4-inch flathead screwdriver, loosen the four thumb screws located on the right and left of the fan guard and remove it (see Figure 7-12).
Page 126 Beta Draft Confidential Removing and Installing Components GX 550 ES Fan Tray or Fan Tray Air Filter 4. Grip the two captive screws, and carefully slide the fan tray out of the extender along the card guides (see Figure 7-14).
Page 127: Installing The Fan Tray
Beta Draft Confidential Removing and Installing Components GX 550 ES Fan Tray or Fan Tray Air Filter Installing the Fan Tray Warning – The following procedure may make the device susceptible to electrostatic charge. To install the fan tray: 1. At the front of the extender, grip the sides of the fan tray, align it with the left and...
Page 128 Beta Draft Confidential Removing and Installing Components GX 550 ES Fan Tray or Fan Tray Air Filter 2. Align the two captive screws on the fan tray with the holes on the chassis and using a 1/8-inch flathead screwdriver, tighten the two captive screws...
Page 129: Removing The Air Filter
Beta Draft Confidential Removing and Installing Components GX 550 ES Fan Tray or Fan Tray Air Filter Removing the Air Filter Warning – The following procedure may make the device susceptible to electrostatic charge. To remove the fan tray air filter: 1.
Page 130: Installing The Air Filter
Beta Draft Confidential Removing and Installing Components GX 550 ES Power Distribution Unit Installing the Air Filter Warning – The following procedure may make the device susceptible to electrostatic charge. To install the fan tray air filter: 1. At the front of the extender, carefully slide the air filter down into the vertical...
Page 131: Removing The Pdu
Beta Draft Confidential Removing and Installing Components GX 550 ES Power Distribution Unit Removing the PDU Warning – The following procedure may make the device susceptible to electrostatic charge. To remove the PDU: 1. Using a #2 Phillips-head screwdriver, loosen the four thumb screws on the corners...
Page 132 Beta Draft Confidential Removing and Installing Components GX 550 ES Power Distribution Unit 2. Grip two of the thumb screws and carefully slide the PDU out of the extender (see Figure 7-21). GOOD GOOD GOOD GOOD GOOD FAILED FAILED FAILED...
Page 133: Installing The Pdu
Beta Draft Confidential Removing and Installing Components GX 550 ES Power Distribution Unit Installing the PDU Warning – Verify that the power switch is set to off and the power is disconnected at the source before beginning with this procedure.
Page 134 Beta Draft Confidential Removing and Installing Components GX 550 ES Power Distribution Unit 7-304/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000134...
Page 135: Chapter 8 Troubleshooting
Beta Draft Confidential Troubleshooting This chapter provides general troubleshooting information for the GX 550 ES (Extender Shelf). Unless otherwise noted, this chapter addresses only hardware problems and their most probable solutions. If you suspect software problems, see the B-STDX, CBX, and GX Switch Diagnostics User’s Guide and the B-STDX, CBX, and GX Switch Troubleshooting User’s Guide.
Page 136: Power-Up Diagnostics For The Uplink Module
Figure 6-1 on page 6-2). If no errors are detected, a connection between the GX 550 ES and the GX 550 switch is established and then, with instruction from the GX 550 BIO, the system software executes, bringing the uplink module up.
Page 137: Enabling And Displaying Power-Up Diagnostics
DIP switches located on the front of the uplink module. DIP switch location is illustrated in Figure 8-1. Settings are described in Table 8-1 on page 8-4. DIP Switches DIAG PORT UPLINK Figure 8-1. DIP Switches on the Uplink Module GX 550 ES Hardware Installation Guide 4/5/038-3 Ex. 2006 000137...
Page 138: Table 8-1. Dip Switch Settings
Power-up diagnostics run and the results display on the console terminal. Power-up diagnostics are bypassed. The system debugger is accessible on the console terminal for Lucent Technical Support personnel. 8-44/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000138...
Page 139: Gx 550 Es Extender Troubleshooting
GX 550 ES Extender Troubleshooting Table 8-2 describes problems, possible causes, and solutions for hardware issues with the GX 550 ES extender. For issues related to individual modules, see the sections later in this chapter. Table 8-2. GX 550 ES Troubleshooting Status...
Page 140 If a failure is detected, replace the failed module. A module has failed. Check the status LEDs on the modules in the GX 550 ES. If a failure is detected, replace the failed module. See Chapter 6, “Determining the Operating Status”...
Page 141: Uplink Module Troubleshooting
The uplink phy port has The NMS operator must check the not been properly GX 550 ES configuration. See the configured in the NMS. B-STDX, CBX, and GX Switch Module Configuration Guide. One or both modules have Check the status LEDs on the modules to failed.
Page 142 8-3. An incorrect cable has been used to connect the console to the DIAG port. Verify that the cable being used matches the diagnostic cable described in Appendix 8-84/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000142...
Page 143: Ds3 Atm/Ce Module Troubleshooting
Verify that the module is plugged in to on the module. installed. the correct GX 550 ES slot and connected into the backplane. Check the ejector lock located at the top of the module, and ensure it is fully up and locked.
Page 144 If the primary transport module is held in reset mode, but still physically present, power will continue to be supplied to the primary phy module and circuits will remain up. 8-104/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000144...
Page 145: Module Specifications
Beta Draft Confidential Module Specifications This appendix provides technical information and specifications for the following GX 550 ES extender shelf modules: • Uplink Module • Uplink Phy Module • DS3 ATM/CE Transport Module • DS3 Phy Module • Redundant DS3 Phy Module •...
Page 146: Specifications
Uplink Module Uplink Module The uplink module controls the GX 550 ES extender’s processing, enabling the control of the extender by the GX 550 Multiservice WAN switch. It provides the Universal Fiber Extender (UFE) function necessary to format the Utopia cell stream into a proprietary format.
Page 147: Physical Connectors
Beta Draft Confidential Module Specifications Uplink Module • NEBS GR-63-CORE, GR-1089-CORE • UL 1950 3rd ed. Physical Connectors DB9 RS-232 diagnostic port GX 550 ES Hardware Installation Guide 4/5/03A-3 Ex. 2006 000147...
Page 148: Front View
Module Specifications Uplink Module Front View Figure A-1 shows a front view of the uplink module. GOOD FAILED RDNDNT ACTIVE SYSTEM GOOD FAILED DIAG PORT UPLINK Figure A-1. Uplink Module A-44/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000148...
Page 149: Uplink Phy Module
Multiservice WAN switch to transmit and receive data via a standard multimode fiber cable. The uplink phy module provides a timing reference for the data transport modules. It plugs into the uplink module via the GX 550 ES backplane. Specifications Physical Dimensions Height: 10 in.
Page 150: Signal Distance/Levels (Multimode Optics
Less than or equal to 100 meters • TX Power: -8dBm, -15dBm • RX Sensitivity: -8dBm, -28dBm • Loss Budget: 0-12 dB Physical Interface Subscriber Connector (SC) — Duplex optical connector A-64/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000150...
Page 151: Front View
Beta Draft Confidential Module Specifications Uplink Phy Module Front View Figure A-2 shows a front view of the uplink phy module. GOOD FAILED CLK REF UPLINK PHY Figure A-2. Uplink Phy Module GX 550 ES Hardware Installation Guide 4/5/03A-7 Ex. 2006 000151...
Page 152: Ds3 Atm/Ce Transport Module
0 ° to 55 ° C (32 ° to 122 ° F) Agency Approvals • EN55022 Class A (CISPR) • EN50082-1 • FCC Part 15 Class A • NEBS GR-63-CORE, GR-499-CORE, GR-820-CORE, GR-1089-CORE • UL 1950 3rd ed. A-84/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000152...
Page 153: Interface Standards
ANSI T1E1.1/94-002R1 • ANSI T1.107 • ANSI T1.107a • ANSI T1.403 • ATM Forum UNI 3.0/3.1 Circuit Emulation Standards ATM Forum af-vtoa-0078.00 “Circuit Emulation Service Interoperability Specification” version 2.0, January 1997. GX 550 ES Hardware Installation Guide 4/5/03A-9 Ex. 2006 000153...
Page 154: Front View
DS3 ATM/CE Transport Module Front View Figure A-3 shows a front view of the DS3 ATM/CE transport module. GOOD FAILED ON LINE ALARMS PORT DS3 ATM/CE TRANSPORT Figure A-3. DS3 ATM/CE Transport Module A-104/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000154...
Page 155: Ds3 Phy Module
Weight: 1.5 lbs Power Requirements 25 Watts Temperature Range 0 ° to 55 ° C (32 ° to 122 ° F) Physical Interfaces Four independent coaxial ports with BNC connectors GX 550 ES Hardware Installation Guide 4/5/03A-11 Ex. 2006 000155...
Page 156: Agency Approvals
ANSI T1E1.1/94-002R1 • ANSI T1.107 • ANSI T1.107a • ANSI T1.403 • ATM Forum UNI 3.0/3.1 Circuit Emulation Standards ATM Forum af-vtoa-0078.00 “Circuit Emulation Service Interoperability Specification” version 2.0, January 1997. A-124/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000156...
Page 157: Front View
Beta Draft Confidential Module Specifications DS3 Phy Module Front View Figure A-4 shows a front view of the DS3 phy module. GOOD FAILED DS3 PHY Figure A-4. DS3 Phy Module GX 550 ES Hardware Installation Guide 4/5/03A-13 Ex. 2006 000157...
Page 158: Redundant Ds3 Phy Module
0 ° to 55 ° C (32 ° to 122 ° F) Agency Approvals • EN55022 Class A (CISPR) • EN50082-1 • FCC Part 15 Class A • NEBS GR-63-CORE, GR-1089-CORE • UL 1950 3rd ed. A-144/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000158...
Page 159: Front View
Module Specifications Redundant DS3 Phy Module Front View Figure A-5 shows a front view of the redundant DS3 phy module. GOOD FAILED DS3 PHY REDUNDANT Figure A-5. Redundant DS3 Phy Module GX 550 ES Hardware Installation Guide 4/5/03A-15 Ex. 2006 000159...
Page 160: Gx 550 Es Downlink Phy Module
GX 550 ES extender to support the DS3 ATM/CE transport modules on the GX 550 ES. Up to four GX 550 ES downlink phy modules can be connected to one BIO module in a GX 550 switch.
Page 161: Signal Distance/Levels (Multimode [Led] Optics
Beta Draft Confidential Module Specifications GX 550 ES Downlink Phy Module • IEC 825-1 Class 1 (Laser Safety) • NEBS GR-63-CORE, GR-1089-CORE • UL 1950 3rd ed. Signal Distance/Levels (Multimode [LED] Optics) • Less than or equal to 100 meters •...
Page 162: Front View
Beta Draft Confidential Module Specifications GX 550 ES Downlink Phy Module Front View Figure A-6 shows a front view of the GX 550 ES downlink phy module. Good Fail DOWNLINK Figure A-6. GX 550 ES Downlink Phy Module A-184/5/03 GX 550 ES Hardware Installation Guide Ex.
Page 163: Fan Tray
Beta Draft Confidential Module Specifications Fan Tray Fan Tray The fan tray provides cooling for the GX 550 ES extender chassis and all installed modules. Specifications Physical Dimensions Height: 3 in. (7.62 cm) Width: 16.93 in. (43 cm) Depth: 13.56 in. (34.44 cm)
Page 164: Power Distribution Unit
The power distribution unit houses two input filters (one each for the “A” and “B” power feeds) for the nominal 48 volts supplied to the GX 550 ES extender. It contains two 25 amp circuit breakers, one each for the “A” and “B” power feeds.
Page 165: Ac To Dc Rectifier Unit
Physical Connectors • Standard IEC 320 connector on the rear of each power converter unit • DB external power alarm port to connect to the GX 550 Multiservice WAN switch GX 550 ES Hardware Installation Guide 4/5/03A-21 Ex. 2006 000165...
Page 166: Dc Input Power Protection Unit
DC Input Power Protection Unit DC Input Power Protection Unit The DC input power protection unit (DCPPU) provides the GX 550 ES extender with additional protection from transients when the extender is connected to a DC power source. (Transients can cause the extender to reboot, resulting in minutes of downtime.)
Page 167: Agency Approvals
• BELLCORE GR-63-CORE Issue 1 • NEBS Compliant • Compliance with AT&T spec 802-010-100 Physical Connectors DB external power alarm port to connect to the GX 550 Multiservice WAN switch GX 550 ES Hardware Installation Guide 4/5/03A-23 Ex. 2006 000167...
Page 168 Beta Draft Confidential Module Specifications DC Input Power Protection Unit A-244/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000168...
Page 169: Cables And Pinout Assignments
Multimode Fiber Cable Purchasing Cables You can purchase the cables required for the GX 550 ES extender from Lucent. Be sure to use the appropriate product code when ordering. To obtain a list of current product codes, contact your Lucent Account Manager.
Page 170: Table B-1. Pinouts For Shielded Straight-Through 9-Pin D-Sub Diagnostic Cable
CTS (Clear To Send) CTS (Clear To Send) DSR (Data Set Ready) DSR (Data Set Ready) DCD (Data Carrier Detect) DCD (Data Carrier Detect) GND (Signal Ground) GND (Signal Ground) B-24/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000170...
Page 171 (cable entry view) (cable entry view) Pin 1 Pin 6 Pin 9 Pin 5 Pin 5 Pin 9 Pin 6 Pin 1 Figure B-1. Shielded Straight-through 9-pin D-sub Diagnostic Cable GX 550 ES Hardware Installation Guide 4/5/03B-3 Ex. 2006 000171...
Page 172: Multimode Fiber Cable
GX 550 Multiservice WAN switch. One end is plugged into the phy port on the uplink phy module in the GX 550 ES extender. The other end is plugged into the GX 550 ES downlink phy module installed in the GX 550 switch.
Page 173: Regulatory Information
Radio Frequency Interference • VCCI Statement Regulatory Standards Compliance The regulatory agencies listed in this chapter have approved the GX 550 ES extender and have found it to be fully compliant with their environmental, safety, and emissions standards. Environmental Network Equipment Building System (NEBS) GR-63-CORE and GR-1089-CORE GX 550 ES Hardware Installation Guide Ex.
Page 174: Safety
• AS/NZS 3260:1993 • FCC Part 15 Class A • EN55022 Class A • EN50082-1 • CISPR Class A • VCCI Class 1 Factory Approvals • • • BABT 340 C-24/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000174...
Page 175: Radio Frequency Interference
Lucent could void the user’s authority to operate this equipment. The GX 550 ES extender is designed for Class-A use only. Do not attempt to use this equipment in a domestic environment, which requires Class-B distinction. These switches cause interference with domestic products.
Page 176 Beta Draft Confidential Regulatory Information VCCI Statement C-44/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000176...
Page 177: Gx 550 Es Module Redundancy
The GX 550 ES extender supports multiple layers of module redundancy. Uplink Module Each subsection in the GX 550 ES extender supports a fully redundant (1+1) pair of uplink modules. A redundant pair consists of identically configured modules of the same model type.
Page 178: Ds3 Module
If a failure is detected in either a DS3 ATM/CE transport module or a DS3 phy module, data traffic from the failed module is rerouted, via the GX 550 ES backplane, to the redundant DS3 phy module and its corresponding DS3 ATM/CE transport module.
Page 179: Redundancy Status
Setting Up Redundant GX 550 ES Modules The following sections outline the steps required to install redundant modules in the GX 550 ES extender and the GX 550 Multiservice WAN switch. Redundant Modules in the GX 550 ES Extender Warning - The following procedure may make the device susceptible to electrostatic charge.
Page 180 TRANSPORT FAN TRAY STATUS 1B 6A Figure D-1. GX 550 ES Extender Slot Assignment (front) Figure D-2 on page D-5 shows the slot assignments for all modules that are accessible from the rear of the GX 550 ES extender. D-44/5/03 GX 550 ES Hardware Installation Guide Ex.
Page 181: Table D-1. Redundant Module Locations
B FEED ESD JACK Figure D-2. GX 550 ES Extender Slot Assignment (rear) Table D-1 lists all of the GX 550 ES modules and the slot assignments for each. Table D-1. Redundant Module Locations Module Slot Number Front or Rear...
Page 182: Redundant Gx 550 Es Downlink Phy Modules
Warning - The following procedure may make the device susceptible to electrostatic charge. To install redundant GX 550 ES downlink phy modules in the GX 550 Multiservice WAN switch: 1. Install the redundant modules in any available phy slot in the GX 550 switch, except slot 12D.
Page 183 Beta Draft Confidential GX 550 ES Module Redundancy Setting Up Redundant GX 550 ES Modules Figure D-3 shows redundant GX 550 ES downlink phy modules installed in a GX 550 Multiservice WAN switch. Timing Module Good Failed StnBy Timing Module...
Page 184 Beta Draft Confidential GX 550 ES Module Redundancy Setting Up Redundant GX 550 ES Modules D-84/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000184...
Page 185: Acronyms
Gbps gigabits per second IISP Interim Inter-switch Signaling Protocol Kbps kilobits per second Mbps megabits per second module identification memory NEBS Network Equipment-Building System Network Management System GX 550 ES Hardware Installation Guide Acronyms-1 Ex. 2006 000185...
Page 186 Quality of Service segmentation and reassembly subscriber connector SNMP Simple Network Management Protocol SONET Synchronous Optical Network time division multiplexing Traffic Management universal fiber extender User-to-Network Interface Virtual Network Navigator Acronyms-2 GX 550 ES Hardware Installation Guide Ex. 2006 000186...
Page 187: Index
APS. See Automatic protection switching 19-inch mid-mount brackets installation, 4-10 23-inch equipment rack flush-mount installation, Cable connection mid-mount installation, GX 550 ES extender to GX 550 switch, 23-inch flush-mount brackets 4-13 installation, Cables 23-inch mid-mount brackets diagnostic, installation, 4-10...
Page 188 DCPPU. See DC input power protection unit Diagnostic cable, Diagnostic cables shielded straight-through 9-pin D-sub, Diagnostics, power-up, Electronic/electrical requirements, DIP switches, Downlink phy module. See GX 550 ES downlink phy module DS3 ATM/CE transport module available slots, Fan tray checking installed modules, 3-10...
Page 189 19-inch equipment rack, 23-inch equipment rack, Installation Front bezel, removal, 3-10 air filter, 7-26 fan tray, 7-23 GX 550 ES downlink phy module, 7-15 modules, 7-11 power distribution unit, 7-29 Grounding jack, Installation of GX 550 ES extender Grounding strap, 3-5,...
Page 190 7-25 connecting to extender, fan tray, 7-20 connection methods, front bezel, 3-10 Power cables, connecting to the GX 550 ES, GX 550 ES downlink phy module, 7-12 Index-44/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000190...
Page 191 Uplink phy module uplink phy modules, available slots, Space requirements, 2-5, checking installed modules, Specifications function, power, installation, site, LEDs, Static protection, 3-5, number of modules, Subsections, removal, specifications, troubleshooting, Telephone equipment GX 550 ES Hardware Installation Guide 4/5/03Index-5 Ex. 2006 000191...
Page 192 Index VCCI statement, Warnings DC power supply, safety, Wiring size, Index-64/5/03 GX 550 ES Hardware Installation Guide Ex. 2006 000192...
Page 193 GX 550 ES Hardware Installation Guide Customer Comments Please take time to fill out this questionnaire so that we can do our best to meet your documentation needs. Then fax or e-mail your comments to our Technical Publications Dept. Your opinions are of great value to us! FAX: (978) 692-1510 (Attn: Tech Pubs) E-MAIL: cspubs@lucent.com...
Page 194 Ex. 2006 000194...

Lucent Technologies GX 550 ES Hardware Installation Manual

Chapter 1 Overview

Chapter 2 Specifications and Safety Warnings

Chapter 4 Installing the GX 550 es Extender

Chapter 5 Powering up the GX 550 es

Chapter 6 Determining the Operating Status

Chapter 7 Removing and Installing Components

Chapter 8 Troubleshooting

Quick Links

Troubleshooting

Need help?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Lucent Technologies GX 550 ES

Summary of Contents for Lucent Technologies GX 550 ES