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General DataComm Xedge 6000 Series Hardware Installation

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Xedge Chassis Systems
Xedge Slot Controllers
Xedge Switch Fabric
Line Interface Modules
Node Timing Modules
System Management Modules
Cables & Peripherals
032R440-000
Issue 17
April 2016

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Table of Contents
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Summary of Contents for General DataComm Xedge 6000 Series

  • Page 1 ;HGJH#9333 +DUGZDUH#,QVWDOODWLRQ Xedge Chassis Systems Xedge Slot Controllers Xedge Switch Fabric Line Interface Modules Node Timing Modules System Management Modules Cables & Peripherals 032R440-000 Issue 17 April 2016...
  • Page 2 General DataComm, Inc. The information in this document is subject to change without notice. General DataComm assumes no responsibility for any damages arising from the use of this document, including but not limited to, lost revenue, lost data, claims by third parties, or other damages.

  • Page 3: Table Of Contents

    Table of Contents Preface Safety Information ......................... viii Compliance ..........................ix Government Certifications ....................x Before You Begin ........................xi Site Requirements.......................xi Installation & Connectivity ....................xi Accessing the Xedge Switch ....................xi Support Services and Training ....................xii Corporate Client Services ....................xii Factory Direct Support &...
  • Page 4 Table of Contents Xedge 6160 Technical Specifications ................2-9 Module Installation......................2-9 Front/Rear Panel Features ....................2-10 Installing the Xedge 6160....................2-11 Xedge 6160 Power Supplies...................2-13 Xedge 6160 Connections....................2-14 Ground Connections .......................2-16 Xedge 6280 Chassis ......................2-17 Technical Specifications....................2-17 Module Installation......................2-17 Front/Rear Panel Features ....................2-18 Installing the Xedge 6280....................2-19...
  • Page 5 Table of Contents Front Panel Indicators.......................3-4 CE Hardware Settings ......................3-5 ETH Hardware Settings....................3-6 Switch Fabric Setup ....................... 3-8 Front Panel Indicators.......................3-8 XH/XS Switch Fabric Hardware Setup ................3-9 XM Switch Fabric Module .....................3-11 Chapter 4: V7.x Packet Controllers Installation Overview ......................4-1 Hardware Installation Guidelines ..................4-2 Basic Installation Procedure...
  • Page 6 Table of Contents Hardware Setup ......................5-11 T1/E1 HDCC LIM ....................... 5-14 Hardware Setup ......................5-14 DS3-2C Overview ........................ 5-15 E3-2C Overview........................5-16 DS1-2CS and DS1-4CS Overview ..................5-17 Hardware Settings......................5-18 E1-2CS and E1-4CS LIM Overview..................5-19 Hardware Settings......................5-20 155 Series LIMs Overview ....................

  • Page 7: Preface

    As General DataComm continually improves the reliability, function and design of its products, it is possible that some information may not be current. Contact General DataComm, your sales representative or point your browser to http://www.gdc.com for the latest information.

  • Page 8: Safety Information

    Preface Safety Information Safety Information This manual should be read in its entirety and all procedures completely understood before installing or operating the unit, including all notes, cautions and warnings (examples below). The CAUTION, WARNING, and DANGER statements that appear throughout this manual are intended to provide critical information for the safety of both the service engineer and operator.

  • Page 9: Compliance

    Preface Compliance Compliance FCC Part 68 Connection of data communications equipment to the public telephone network is regulated by FCC Rules and Regulations. This equipment complies with Part 68 of these regulations which require all of the following. For single or multi-line equipment that connects to the telephone network via a plug and jack, the plug and jack must comply with the FCC Part 68 rules.

  • Page 10: Government Certifications

    Joint Interoperability Test Command (JITC) and is a U.S. Department of Defense (DoD) Unified Capabilities (UC) approved product. Refer to the DISA website and browse to the Approved Products List, then select General DataComm, Inc., to view TN: 1027301 for details on all validations.

  • Page 11: Before You Begin

    Preface Before You Begin Before You Begin Inspect all shipping cartons and their contents for visible damage. If any damage is found, inform your supplier immediately. Note IMPORTANT! An Electrostatic Discharge (ESD) wrist strap can be plugged into the wrist strap connec- tors on the front and rear of the chassis, or can be clamped to any open ground connection on the chassis to prevent equipment damage.

  • Page 12: Support Services And Training

    Support Services and Training Support Services and Training General DataComm provides comprehensive support for GDC hardware and software products, including open source components. Two GDC customer support organizations are dedicated to pre- and post-sale support services and training for GDC products. Corporate Client Services and Factory-Direct Support &...

  • Page 13: Chapter 1: Xedge Hardware Overview

    Xedge Hardware Overview Chapter 1: Introduction This chapter provides an overview of the major hardware components in an Xedge 6000 system. An Xedge switch is comprised of slot controller modules and line interface modules (LIMs) in a compatible chassis, controlled by Xedge switch code. The operational capabilities of a particular switch are defined by the chassis type, the type of slot controllers installed, the LIMs in use by slot controllers, and the type of switch fabric in use, if any.

  • Page 14: Major Xedge 6000 Hardware Components

    Xedge Hardware Overview Major Xedge 6000 Hardware Components Major Xedge 6000 Hardware Components Xedge Chassis Systems An Xedge chassis system includes the rack-mountable shelf and one or more power supplies. GDC manufactures a variety of Xedge chassis, listed below. Note that the information in this manual applies to earlier APEX versions of the chassis, except where noted.
  • Page 15 Xedge Hardware Overview Major Xedge 6000 Hardware Components Table 1-1 Xedge Chassis/Module Compatibility Packet Controllers for MSPX Xedge 6002 Xedge 6160 Xedge 6280 Xedge 6640 Xedge 6645 Xedge PCX/PCX-2 Xedge PCE Xedge PCL Xedge ISG2 Legacy Controllers for ATM Xedge ACP Xedge ACS Xedge ECC Xedge ETH...

  • Page 16: Slot Controller Overview

    Xedge Hardware Overview Slot Controller Overview Slot Controller Overview The following paragraphs describe Xedge controllers that can be deployed in various Xedge 6000 switch systems. Xedge packet controllers are designed for multiservice packet exchange applications (MSPx), and can interoperate with selected legacy Xedge adaptation controllers and cell controllers intended for ATM applications.
  • Page 17 Xedge Hardware Overview Slot Controller Overview ISG2 Slot Controllers • Lowers costs of branch/remote IP access-to-centralized routing resources. • Supports OSPF, RIP2 Routing, and deterministic static routes. • Guarantees quality of service by routing IP traffic across Xedge networks based on destination IP address &...

  • Page 18: Xedge 6000 For Atm Applications

    Xedge Hardware Overview Slot Controller Overview Xedge 6000 for ATM Applications GDC supports selected discontinued Xedge adaptation controllers and cell controllers, described below. These legacy controllers (under Version 6.2 switch code) are intended for ATM applications. • Xedge adaptation controllers (CE, ETH, VSM) connect existing network technologies, e.g., Frame Relay and Ethernet, to the ATM switch.
  • Page 19 Xedge Hardware Overview Slot Controller Overview VSM Slot Controllers (032M200-001) • Variable Bit Rate (AAL2, per ITU-T I.363.2) and Constant Bit Rate (AAL1, per ITU-T I.363.1) circuit emulation for structured DS1 or E1 services on a per channel basis. • Provides up to 4 x DS1 or E1 ports with support for Channel Associated Signaling.

  • Page 20: Xedge Lim Overview

    Xedge Hardware Overview Xedge LIM Overview Xedge LIM Overview Xedge 6000 controllers use Line Interface Modules (LIMs) to interface to the network physical layer. The LIM types vary depending upon the environment, application and the line connection in use (T1, E1, OC3, etc.). Refer to Chapter 5, Line Interface Modules for detailed information on each Xedge LIM.
  • Page 21 Xedge Hardware Overview Xedge LIM Overview LIM Slot Locations LIM 2 LIM Slot Xedge 6002 POWER / FUSE Locations PANEL LIM 1 Chassis Rear View Xedge 6160 SLOT 3 LIM POWER SUPPLY LIM Slot Chassis Rear View SLOT 2 LIM OPTIONAL Locations SLOT 1 LIM...
  • Page 22 Xedge Hardware Overview Xedge LIM Overview Table 1-2 Xedge Switch Module Identification Type / Description Application Front Panel Product No. SYSTEM MODULES Switch Fabric, 6.4 Gbps 032P002-004 Switch Fabric, 2.8 Gbps, for 7 Slot Controllers 032P002-011 Switch Fabric, 1.6 Gbps, for 4 Slot Controller Modules 032P102-001 System Management Module 032P232-001...
  • Page 23 Xedge Hardware Overview Xedge LIM Overview Table 1-2 Xedge Switch Module Identification (Continued) Type / Description Application Front Panel Product No. Slot Controller, ATM Controller SDH/SONET 16K/16K w/logical multicast ATM only 032M029-002 Slot Controller, ATM Controller SDH/SONET 16K/64K w/logical multicast ATM only 032M030-002 Slot Controller, ATM Controller SDH/SONET 64K/64K w/logical multicast...
  • Page 24 Xedge Hardware Overview Xedge LIM Overview Table 1-2 Xedge Switch Module Identification (Continued) Type / Description Application Front Panel Product No. LIM, Dual-port, intermediate reach, OC-3c/STM-1, with single port APS Enhncd-U 155I-2 032P150-012 LIM, Dual-port, long reach, OC-3c/STM-1, with single port APS Enhncd-U 155L-2 032P150-013...
  • Page 25 Xedge Hardware Overview Xedge LIM Overview Table 1-4 Xedge Controller/LIM Compatibility Matrix LIMS Compatible Legacy Controllers Packet Controllers VSM, PCX(1) PCX-2 DS1-2CS DS1-4CS 2 ports 2 ports 2 ports DS3-2C E1-4CS 2 ports 2 ports 2 ports E1-2CS E3-2CS LCE-16 DELIM DSLIM SSLIM...
  • Page 26 Xedge Hardware Overview Xedge LIM Overview Table 1-5 Xedge Controller/LIM Performance Matrix Maximum Per Link Physical Controller LIM and Slot Controller Description Link Rate Cell Rate Data Rate (Mbps) (cps) (Mbps) DS1-4CS quad-port DS1-type interface (unstructured) 1.544 1.544 DS1-2CS dual-port DS1-type interface (PLCP) 3,333 1.413 1.544...
  • Page 27 Xedge Hardware Overview Xedge LIM Overview Table 1-5 Xedge Controller/LIM Performance Matrix (Continued) Maximum Per Link Physical Controller LIM and Slot Controller Description Link Rate Cell Rate Data Rate (Mbps) (cps) (Mbps) 155E-2 Dual port, STM-1 Electrical LIM for ATM service 353,207 149.76 155.52...

  • Page 28: Xedge Cabinets, Chassis, Cables

    Xedge Hardware Overview Xedge Cabinets, Chassis, Cables Xedge Cabinets, Chassis, Cables Table 1-6 Xedge System Cabinets, Chassis, Cable List, Accessories Part No. Chassis, Xedge 6002, 2 I/O slots, fan chassis, integral power module, 90 to 264V AC power, 200B010-001 Chassis, Xedge 6002, 2 I/O slots, fan chassis, integral power module, -48 to -24V DC power, -- Not Available -- Chassis, Xedge 6160, 4 I/O slots, up to two GPS-16A AC power modules 010B203-001...
  • Page 29 Xedge Hardware Overview Xedge Cabinets, Chassis, Cables Table 1-6 Xedge System Cabinets, Chassis, Cable List, Accessories (Continued) Part No. Adapter Cable, 68-pin high density to 8-pin RJ-48 modular, 6 ft (for AVM LIM) 025H604-006 Adapter Cable, 68-pin high density to dual 50-pin amphenol, 8 ft (for T1/E1 MP16 LIM) 027H703-008 Copper/Coax Cables for Data LIMs Cable, DB37 male-to-female straight-through, 5, 15, 25, or 50 ft...
  • Page 30 Xedge Hardware Overview Xedge Cabinets, Chassis, Cables 1-18 Xedge 6000 Hardware 032R440-000 Installation & Setup Guide Issue 17...

  • Page 31: Chapter 2: Xedge Chassis Systems

    Xedge Chassis Systems Chapter 2: Overview This chapter describes how to rackmount the specific Xedge chassis in use, ensure adequate air flow, and make all necessary power and ground connections. This chapter also provides instructions for local management access to the switch via a craft port on the Xedge chassis in use. Typically, an Xedge switch is shipped from the factory with all modules installed in the chassis ready for hard option setup and software configuration.

  • Page 32: Xedge 6002 Chassis

    Xedge Chassis Systems Xedge 6002 Chassis Xedge 6002 Chassis The Xedge 6002 is a compact, 2-slot chassis with an auto-ranging power supply that automatically adapts to AC power inputs ranging from 90 to 264VAC. For detailed specifications, refer to the table below. Xedge 6002 Technical Specifications Table 2-2 Xedge 6002 Chassis Specifications...

  • Page 33: Xedge 6002 Front/Rear Panel Features

    Detail A Detail B Detail Views DETAIL B: DETAIL A: W.E.E.E Label Power / Fuse Panel Label General DataComm AC POWER, 100-240VAC, 1A, 50/60 Hz Naugatuck, Ct. USA MODEL: XEDGE 6002 For continued protection against fire or shock replace only with F1.6A, 250V fuse...

  • Page 34: Rack Mounting The Xedge 6002

    Xedge Chassis Systems Xedge 6002 Chassis Rack Mounting the Xedge 6002 The Xedge 6002 chassis can only be front- or rear-mounted in a 19-inch open rack or cabinet. Use the mounting brackets and screws provided, as described below. Allow adequate space around the chassis in order to install/remove modules, make cable connections and provide adequate air flow.

  • Page 35: Xedge 6002 Connections

    Xedge Chassis Systems Xedge 6002 Chassis Xedge 6002 Connections The Xedge 6002 chassis provides connectors for power sources, management and grounds. The following paragraphs describe how to make these connections. Note that the Xedge 6002 chassis does not support contact alarm connections. AC Power for Domestic Sites For domestic deployments (U.S.

  • Page 36: Xedge 6002 Ground Connections

    Xedge Chassis Systems Xedge 6002 Chassis Xedge 6002 Ground Connections A ground screw and a ground switch located on the rear of the Xedge 6002 chassis provide for the connection or separation of chassis and signal grounds as required. It is common practice to connect chassis and signal ground together (this is the default selection).

  • Page 37: Xedge 6002 System Management Connections

    Xedge Chassis Systems Xedge 6002 Chassis Xedge 6002 System Management Connections For local configuration and management of the switch, the RJ45 connector at the chassis front panel provides local management access via an asynchronous terminal. Table 2-3 lists the pinouts for this management port.

  • Page 38: Xedge 6002 Maintenance

    Xedge Chassis Systems Xedge 6002 Chassis Xedge 6002 Maintenance Fan Filter Maintenance The Fan Filter Assembly is mounted on the left side rail of the chassis. The filter material should be checked regularly for debris and tears. Replace clogged or damaged filter as described below: 1.

  • Page 39: Xedge 6160 Chassis

    Xedge Chassis Systems Xedge 6160 Chassis Xedge 6160 Chassis Xedge 6160 is a compact, standalone 5-slot chassis available in AC and DC power versions. The AC-version of the chassis uses autoranging power supplies that automatically adapt to AC power inputs ranging from 90 to 264VAC. For detailed specifications, refer to the table below. The Xedge 6160 chassis is shipped from the factory with a door covering the front panel.

  • Page 40: Front/Rear Panel Features

    Xedge Chassis Systems Xedge 6160 Chassis Front/Rear Panel Features The front of the Xedge 6160 chassis can hold one switch fabric module and up to four slot controller modules (slots 0 through 3). The Xedge 6160 is supplied with an electrostatic discharge (ESD) wrist strap that attaches to the front panel jack on the chassis.

  • Page 41: Installing The Xedge 6160

    Xedge Chassis Systems Xedge 6160 Chassis Installing the Xedge 6160 The chassis may be deployed in any of the following arrangements, detailed in the paragraphs that follow. Allow adequate space around the chassis in order to install/remove modules, make cable connections and provide adequate air flow.
  • Page 42 Xedge Chassis Systems Xedge 6160 Chassis Desktop Installation 1. Install four supplied adhesive-backed feet to the embossed areas on the bottom of the chassis. 2. Ensure that the chassis is not positioned directly adjacent to another chassis. This can cause warmed air to flow from one unit into the adjacent unit.

  • Page 43: Xedge 6160 Power Supplies

    Xedge Chassis Systems Xedge 6160 Chassis Xedge 6160 Power Supplies. WARNING Use care when removing/replacing power supplies. High voltages may be present, cre- ating an imminently hazardous situation which, if not avoided, could result in death or serious injury. To comply with safety requirements, you must install a blank panel over each unused power supply slot. Note IMPORTANT! Each power supply requires a minimum load of 3A.

  • Page 44: Xedge 6160 Connections

    Xedge Chassis Systems Xedge 6160 Chassis Xedge 6160 Connections The Xedge 6160 rear panel provides connectors for power sources, management, grounding and alarm connections. The following paragraphs describe how to make these connections. AC Power Connections The AC power source should not be under switch control. If the Xedge 6160 is connected to other equipment, it should be powered by the same AC source as that equipment to prevent large circulating currents induced by differences in ground potential.
  • Page 45 Xedge Chassis Systems Xedge 6160 Chassis Also for EMC requirements, a ferrite toroid must be added to the DC input wires. The DC battery input wires (-48V, -48VRET) must be wound 6 times (6 turns) around a ferrite toroid (Fair-Rite Products Corporation P/N 2643803802 or equivalent) before the input wires connect to the +V and -V DC input terminals.

  • Page 46: Ground Connections

    Xedge Chassis Systems Xedge 6160 Chassis Ground Connections A shorting bar located on the rear of the chassis provide for the connection, separation, or isolation of frame and signal grounds as required (connection is the default). It is common practice to connect chassis and signal ground together (this is the default selection). Signal ground is the 0 V reference for the digital circuits contained in the chassis and the reference for unbalanced data interfaces such as EIA/TIA-232-E and RS-423.

  • Page 47: Xedge 6280 Chassis

    Xedge Chassis Systems Xedge 6280 Chassis Xedge 6280 Chassis Xedge 6280 is a 7-slot chassis that allows full redundancy by employing main and standby slot-0 controllers, main and standby switch fabric, and backup power supplies. It also accommodates one Network Timing Module (NTM) for advanced system timing configurations. The Xedge 6280 is available in AC and DC power source versions.

  • Page 48: Front/Rear Panel Features

    Xedge Chassis Systems Xedge 6280 Chassis Front/Rear Panel Features The Xedge 6280 front panel can accept one or two slot-0 modules (main/standby), one or two switch fabric modules (main/standby), and up to six additional slot controller modules (slots 1 through 6). The Fan Tray is located to the right of the module slots. The Xedge 6160 is supplied with an electrostatic discharge (ESD) wrist strap that attaches to the front panel jack on the chassis.

  • Page 49: Installing The Xedge 6280

    Xedge Chassis Systems Xedge 6280 Chassis Installing the Xedge 6280 The chassis may be deployed in any of the following arrangements, detailed in the paragraphs that follow. Allow adequate space around the chassis in order to install/remove modules, allow for optional front door (if installed), make cable connections and provide adequate air flow.

  • Page 50: Air Flow

    Xedge Chassis Systems Xedge 6280 Chassis Air Flow You must install the chassis in a location that permits good air flow through the chassis. When facing the front of the unit, the fans cool the internal components by drawing cool air through the left side of the chassis and expelling warm air through the right side of the chassis.

  • Page 51: Fan Tray Assembly

    Xedge Chassis Systems Xedge 6280 Chassis Fan Tray Assembly The Fan Tray Assembly provides air flow and cooling to the switch fabric and slot controller modules located in the front of the unit. If a fan fails a RED LED will illuminate on the Fan Tray. In the event of a fan failure, replace the entire Fan Tray assembly with a spare Fan Tray kit (GDC P/N 010K389-001).
  • Page 52 Xedge Chassis Systems Xedge 6280 Chassis Power Supply Installation To install a new power supply, perform the following steps: 1. Turn off the POWER switch of the power supply you are installing. 2. Select the slot you wish to use for the installation of the power supply. If you plan to install two power supplies in the chassis, then you must install them in the Main A and Main B power supply slots.

  • Page 53: Craft And Alarm Connections

    Xedge Chassis Systems Xedge 6280 Chassis Craft and Alarm Connections At the rear of the chassis, the front panel of the System Management Module provides connectors for craft and alarm connections: • Two DB9 ports (MANAGER and MGR STBY) provide local craft access via an asynchronous terminal.

  • Page 54: Dc Chassis Power Connections

    Xedge Chassis Systems Xedge 6280 Chassis DC Chassis Power Connections For redundancy, each power input module should be connected to a separate DC source to protect against line input failure. To connect an Xedge 6280 chassis to a DC power source requires the following customer-provided components: •...
  • Page 55 Xedge Chassis Systems Xedge 6280 Chassis For non-redundant power supplies and a single station battery source: 1. Connect the positive side of the battery to the terminals marked +V on both power entry modules. 2. Connect the negative side of the battery to the terminals marked -V on both power entry modules.

  • Page 56: Ground Connections

    Xedge Chassis Systems Xedge 6280 Chassis Ground Connections A shorting bar located on the rear of the Xedge 6280 chassis provide for the connection, separation, or isolation of frame and signal grounds as required (connection is the default). It is common practice to connect chassis and signal ground together (this is the default selection). Signal ground is the 0 V reference for the digital circuits contained in the chassis and the reference for unbalanced data interfaces such as EIA/TIA-232-E and RS-423.

  • Page 57: Xedge 6640/6645 Chassis

    Xedge Chassis Systems Xedge 6640/6645 Chassis Xedge 6640/6645 Chassis Xedge 6640 and 6645 are 16-slot chassis that allows full redundancy by employing main and standby slot-0 controllers, main and standby switch fabric, and backup power supplies. Both chassis models also accommodate a Fan Tray Assembly and Network Timing Modules (NTM). CAUTION Do not block the openings on the top and bottom of the chassis.
  • Page 58 Xedge Chassis Systems Xedge 6640/6645 Chassis Table 2-8 Xedge 6645 Chassis Technical Specifications Xedge 6645 DC Chassis (P/N 010B198-001), DPS-14 DC Power Supply (041P114-001) Input Voltage (Nominal) -48 VDC nominal, (-42 to -70 VDC) Input Current 27A at -48 VDC Maximum Consumption 1300 W (with two power supplies) Fuse Rating...

  • Page 59: Xedge 6640/6645 Front Panel

    Xedge Chassis Systems Xedge 6640/6645 Chassis Xedge 6640/6645 Front Panel The figure below illustrates the front panel features of the Xedge 6640/6645 chassis. Front panel controls and indicators are described in Table 2-9. (1) ON Alarm Indication FAN TRAY CRITICAL MAJOR MINOR (0) OFF ALARM...
  • Page 60 Xedge Chassis Systems Xedge 6640/6645 Chassis Xedge 6640/6645 Rear Panel The figure below illustrates the rear panel features of the Xedge 6640/6645 chassis. Front panel controls and indicators are described in Table 2-10. POWER CONNECTORS ALARM STATUS CONNECTORS Xedge 6640 PSU A + B 100-120V, 16 Amps 50-60Hz AC Power...
  • Page 61 Xedge Chassis Systems Xedge 6640/6645 Chassis Table 2-10 Xedge 6640/6645 Rear Panel Controls & Connectors Location Connector Type Function PSU A + B grounded AC IEC- Provides connection for an AC power Power Supply Unit A and B 320 receptacle source for the power supplies in slots A and Alarm/Status Connector...

  • Page 62: Xedge 6640/6645 Chassis Installation

    Xedge Chassis Systems Xedge 6640/6645 Chassis Xedge 6640/6645 Chassis Installation This section describes how to install one or two Xedge 6640 or 6645 chassis in a rack/cabinet. Follow the procedures in this section to allow adequate space around the chassis in order to install/ remove modules, make cable connections, and provide adequate air flow.
  • Page 63 Xedge Chassis Systems Xedge 6640/6645 Chassis RACK FRONT VIEW RACK SIDE VIEW PLENUM #2 (4RU) OR OPEN AIR SPACE PLENUM #2 (1) ON CRITICAL MAJOR MINOR (0) OFF ALARM XEDGE 664X CHASSIS #2 CHASSIS #2 PLENUM #1 (4RU) PLENUM #1 OR OPEN TOP (1) ON CRITICAL MAJOR...
  • Page 64 Xedge Chassis Systems Xedge 6640/6645 Chassis Front-Mount Installation (19-inch Rack/Cabinet) Use the mounting brackets and screws provided with the chassis, as described below: 1. Position the chassis in the cabinet so that the holes in the mounting brackets are aligned with the holes in the cabinet mounting strips.

  • Page 65: Fan Tray Assembly

    Xedge Chassis Systems Xedge 6640/6645 Chassis Fan Tray Assembly The fan tray assembly at the top of the chassis draws air from the bottom of the chassis. The tray is a single assembly unit and is hot-swappable for easy installation and maintenance. Each fan in the tray provides approximately 100 cubic feet per minute (CFM) ventilation.
  • Page 66 Xedge Chassis Systems Xedge 6640/6645 Chassis 6. Tighten the four captive screws on the front panel of the power supply to complete its installation. 7. Turn on the POWER switch of the power supply (the Pwr On indicator should light). Replacement Procedure To replace a power supply, perform the following steps: 1.

  • Page 67: Xedge 6640 Ac Power Connections

    Xedge Chassis Systems Xedge 6640/6645 Chassis Xedge 6640 AC Power Connections Note IMPORTANT! Before making AC power connections, ensure that the chassis is the Xedge 6640 AC model. The upper rear panel of the Xedge 6640 chassis contains connectors for the required power source. There are two connectors for two AC power cables.
  • Page 68 Xedge Chassis Systems Xedge 6640/6645 Chassis Non-redundant power supplies and single station battery source: Xedge 6645 chassis provides a 9-position terminal block for connection to -48Vdc batteries. For installations using one battery, connect the battery to the terminal block using 10-gauge wire: 1.

  • Page 69: Xedge 6640/6645 Ground Connections

    Xedge Chassis Systems Xedge 6640/6645 Chassis Xedge 6640/6645 Ground Connections At the Xedge 6640/6645 chassis rear panel, make connections to the following terminals as required for your site/applications: • A shorting bar at the rear panel, below the alarm and status input connectors can be used for the connection, separation, or isolation of frame and signal grounds as required.

  • Page 70: Xedge 6640/6645 System Management Connections

    Xedge Chassis Systems Xedge 6640/6645 Chassis Xedge 6640/6645 System Management Connections The two DB-25 connectors (MANAGER) at the chassis rear panel provide local management access to the Slot-0 Main and Slot-0 Standby controllers via an asynchronous terminal for local configuration and management of the switch. Table 2-11 lists the pinouts for this management port.

  • Page 71: Alarm Connections

    Xedge Chassis Systems Xedge 6640/6645 Chassis Alarm Connections The chassis provides header connections to relay contacts that close/open upon the occurrence of an alarm trap that the user configures as critical, major, or minor. These relay contacts are available for the connection of user-provided alarm equipment that is external to the chassis. The alarm relays have a rating of 24V at 1.5 A.
  • Page 72 Xedge Chassis Systems Xedge 6640/6645 Chassis 2-42 Xedge 6000 Hardware 032R440-000 Installation & Setup Guide Issue 17...

  • Page 73: Installation Overview

    Switch Fabric Chapter 3: and V6.2 Controllers Installation Overview All Xedge Slot Controllers and Switch Fabric plug into front slots of an Xedge switch chassis. This modular design and packaging allows a wide variety of Xedge switch node configurations. Front panel LEDs provide monitoring of system status.

  • Page 74: Hardware Installation Guidelines

    Switch Fabric and V6.2 Controllers Installation Overview Hardware Installation Guidelines • This section describes the hardware setup and installation of only the following modules: • Xedge Cell controllers (ETH, ACP, ACS, ECC), • Xedge Adaptation Controllers (CE, VSM), • Xedge Switch Fabric Modules (XM, XS, XH) •...

  • Page 75: Rotary Switch Setup (All Controllers)

    Switch Fabric and V6.2 Controllers Rotary Switch Setup (All Controllers) Rotary Switch Setup (All Controllers) Each Slot Controller module has a 16-position rotary switch that controls the way the slot initializes. Select the correct position for the configuration of your system. Table 3-1 lists the function for each valid switch position.

  • Page 76: Slot Controller Setup

    Switch Fabric and V6.2 Controllers Slot Controller Setup Slot Controller Setup The following describes the front panel and onboard features of the ACP, ACS, ECC, ETH, VSM, CE, CHFRC and FRC controllers. Indicators and jumpers operate in the same manner except where noted. The ACP, ACS, VSM, ECC controllers have no user-selectable jumpers.

  • Page 77: Ce Hardware Settings

    Switch Fabric and V6.2 Controllers Slot Controller Setup CE Hardware Settings The jumpers on the CE slot controller must be configured or checked before installing the module in the chassis. Table 3-2 and the accompanying figure describe the location and function of each jumper.

  • Page 78: Eth Hardware Settings

    Switch Fabric and V6.2 Controllers Slot Controller Setup ETH Hardware Settings The jumpers on the ETH slot controller must be configured or checked before installing the module in the chassis. Figure 3-2 Table 3-3 show the location and describe the function of pin pairs on each jumper.
  • Page 79 Switch Fabric and V6.2 Controllers Slot Controller Setup Table 3-3 ETH Jumpers Jumper Pin Pair Position Description 4-10 5-11 6-12 Program Flash 50 MHz (XH Switch Fabric mode) NOT USED (Factory Use Only) OUT (Default) IN to disable ATM cell output to switch fabric OUT (Default) IN for XP Switch Fabric.

  • Page 80: Switch Fabric Setup

    Switch Fabric and V6.2 Controllers Switch Fabric Setup Switch Fabric Setup The following describes the front panel and onboard features of the Xedge Switch Fabric modules: XH, XS and XM. Indicators and jumpers operate in the same manner except where noted. Front Panel Indicators All Xedge switch fabric modules have front panel TX and RX LEDs that correspond to each slot controller interface.

  • Page 81: Xh/Xs Switch Fabric Hardware Setup

    Switch Fabric and V6.2 Controllers Switch Fabric Setup XH/XS Switch Fabric Hardware Setup The Xedge XH Switch Fabric module is intended for use in the Xedge 6640 and Xedge 6645 chassis. The XS Switch Fabric module intended for the Xedge 6280 chassis. Onboard jumpers control XH/XS traffic priority and modes of operation: XH mode (50 MHz), or XP mode (25 MHz).
  • Page 82 Switch Fabric and V6.2 Controllers Switch Fabric Setup Table 3-4 XH/XS Switch Fabric Jumper Settings Jumper Position Setting Description Upper 25 MHz Required for 25 MHz operation (XP emulation) Table 3-5 (See Lower 50 MHz Required for 50 MHz operation (Normal operation) Upper High High priority cells have preference over low priority cells.

  • Page 83: Xm Switch Fabric Module

    Switch Fabric and V6.2 Controllers Switch Fabric Setup XM Switch Fabric Module The XM Switch Fabric module can control up to four slot controllers and is intended for use in the Xedge 6160 desktop system. The XM operates at 50 MHz only (XH mode). The front panel LEDs on the XM can be set to operate in three different display modes by setting jumper JP 2.
  • Page 84 Switch Fabric and V6.2 Controllers Switch Fabric Setup Table 3-6 XM Switch Fabric Jumper Settings Jumper Position Setting Description Upper High High priority cells have preference over low priority cells. Cells Mode in the low priority queue are only sent when the high priority queue is empty.

  • Page 85: Chapter 4: V7.X Packet Controllers

    V7.x Packet Controllers Chapter 4: Installation Overview All Xedge Packet Slot Controllers plug into front slots of an Xedge switch chassis. This modular design and packaging allows a wide variety of Xedge switch node configurations. Front panel LEDs provide monitoring of system status. Table 2-1 shows Xedge modules installed in the various Xedge chassis systems.

  • Page 86: Hardware Installation Guidelines

    V7.x Packet Controllers Installation Overview Hardware Installation Guidelines • This section describes the hardware setup and installation of the following packet controller modules: ISG2, PCX, PCL and PCE. • When handling Xedge Slot Controllers, always use an antistatic wrist strap to prevent static discharge damage to the electronic circuits.

  • Page 87: Isg2 Controller Overview

    V7.x Packet Controllers ISG2 Controller Overview ISG2 Controller Overview Xedge Switch Version 7.10 and later supports the IP Services Gateway (ISG2) Slot Controller. The ISG2 is a single-width slot controller for Xedge Switches. ISG2 Features & Benefits • Lowers costs of branch/remote IP access-to-centralized routing resources. •...

  • Page 88: Isg2 Hardware Settings

    V7.x Packet Controllers ISG2 Controller Overview ISG2 Hardware Settings BACKPLANE CONNECTORS To Switch Fabric Backplane ISG2 Base Card ISG2 Front Panel Figure 4-1 ISG2 Card Layout Table 4-1 ISG2 Controls and Indicators Items Designation Description Front Panel FLT LED FLT (red) is normally off; Lit when a problem prevents the Slot Controller from functioning. Status LEDs RUN LED RUN (green) illuminates when the Slot Controller is powered on and operating.

  • Page 89: Isg2 Slot Locations

    V7.x Packet Controllers ISG2 Controller Overview ISG2 Slot Locations Xedge 6002 ISG2 Non Slot 0 Slot Controller Slot 1 Craft Slot 0 ISG2 Slot Controller Slot 0 Strap Xedge 6160 ISG2 Slot Controller Slot 3 Slot 0 Slot Controller Slot 1/2 Slot 0 ISG2 Slot Controller...

  • Page 90: Pcx/Pcx-2 Controller Overview

    V7.x Packet Controllers PCX/PCX-2 Controller Overview PCX/PCX-2 Controller Overview Xedge Switch Version 7.2 and later supports the Xedge PCX-2 slot controller. Both the PCX-2 and the earlier PCX device have two daughter cards: an LPM card and a network processor. In this section, the information applies to both the PCX-2 and PCX controllers, except where noted.

  • Page 91: Pcx/Pcx-2 Hardware Settings

    V7.x Packet Controllers PCX/PCX-2 Controller Overview PCX/PCX-2 Hardware Settings To LIM2 BACKPLANE (Upper Slot) To Switch CONNECTORS To LIM1 Fabric Backplane (Lower Slot) Daughter Card (LPM types -1 thru -6) NETWORK PROCESSOR Daughter Card PCX/PCX-2 2xGbE Base Card 8xFE PCX/PCX-2 Front Panel GbE1 GbE2 Table 4-2...

  • Page 92: Pcx/Pcx-2 Slot Locations

    V7.x Packet Controllers PCX/PCX-2 Controller Overview PCX/PCX-2 Slot Locations Xedge 6002 Slots Slots 0/1 Craft Slot Controller Strap Xedge 6160 Slots 2/3 Slot Controller Slot 0 Slots 0/1 Slot Controller Slot 0 Strap Switch Fabric Xedge 6280 Slot Controller Slot 6 TRAY Slot Controller Slot 5...

  • Page 93: Pcx/Pcx-2 Assembly

    V7.x Packet Controllers PCX/PCX-2 Controller Overview PCX/PCX-2 Assembly The PCX/PCX-2 assemblies consists of a base card, a Network Processor daughtercard, and a LIM Personality Module (LPM) daughtercard. This assembly can support two Line Interface Modules (LIM1 and LIM2) installed at backplane connectors, shown in the figure accompanying Table 4-2.
  • Page 94 V7.x Packet Controllers PCX/PCX-2 Controller Overview Supported Line Interface Modules (LIMS) Table 4-3 lists LIMs supported by the PCX and/or PCX-2. To set up/install LIMs, refer to Chapter 5, Line Interface Modules . To configure LIMs, refer to the Xedge V7.3.x Configuration Guide. Table 4-3 Xedge LIMs for PCx Module Xedge LIMs...

  • Page 95: Pcl Controller Overview

    V7.x Packet Controllers PCL Controller Overview PCL Controller Overview Xedge Switch Version 7.20 and later supports the Xedge Packet Cell Link (PCL). PCL is a dual-width card that support all features found in the ISG2 along with the added features listed below. Features &...

  • Page 96: Pcl Hardware Settings

    V7.x Packet Controllers PCL Controller Overview PCL Hardware Settings BACKPLANE To LIM2 To Switch CONNECTORS To LIM1 Fabric Backplane LPM-6 Daughter Card PCL Base Card PCL Front Panel Table 4-4 PCL Controls and Indicators Items Designation Description Front Panel FLT LED FLT (red) is normally off;...

  • Page 97: Pcl Slot Locations

    V7.x Packet Controllers PCL Controller Overview PCL Slot Locations Xedge 6002 Slots PCL(1) Slots 0/1 Craft Slot Controller Strap Xedge 6160 PCL(2) Slots 2/3 Slot Controller Slot 0 Slot Controller Slot 1 Strap Slot Controller Slot 0 Switch Fabric Xedge 6280 Slot Controller Slot 6 TRAY...

  • Page 98: Pcl Assembly

    V7.x Packet Controllers PCL Controller Overview PCL Assembly The PCL assembly consists of a PCL base card and a LIM Personality Module (LPM-X) daughtercard. This assembly can support two Line Interface Modules (LIM1 and LIM2) installed at backplane connectors, as shown in the figure accompanying Table 4-4 •...

  • Page 99: Pce Controller Overview

    V7.x Packet Controllers PCE Controller Overview PCE Controller Overview Xedge Switch Version 7.3 and later supports the Xedge Packet Circuit Emulation Module (PCE). The PCE is a dual-width card that support all features found in the ISG2 along with the added features listed below. Features &...

  • Page 100: Pce Hardware Settings

    V7.x Packet Controllers PCE Controller Overview PCE Hardware Settings To LIM2 To Switch To LIM1 Fabric Backplane Backplane Connectors LPM-CE Daughter Card PCE Base Card MGMT GbE Copper PCE Front Panel GbE Fiber Table 4-6 PCE Controls and Indicators Items Designation Description Front Panel FLT LED...

  • Page 101: Pce Slot Locations

    V7.x Packet Controllers PCE Controller Overview PCE Slot Locations Xedge 6002 Slots Slots 0/1 Slot Controller Craft Strap Xedge 6160 Slots 2/3 Slot Controller Slot 0 Slots 0/1 Slot Controller Slot 0 Strap Switch Fabric Xedge 6280 Slot Controller Slot 6 TRAY Slot Controller Slot 5...

  • Page 102: Pce Assembly

    V7.x Packet Controllers PCE Controller Overview PCE Assembly The PCE assembly consists of a PCE base card and a LIM Personality Module (LPM-1) daughtercard. This assembly can support two Line Interface Modules (LIM1 and LIM2) installed at backplane connectors, as shown in the figure accompanying Table 4-6 •...

  • Page 103: Installation Overview

    Line Interface Modules Chapter 5: Installation Overview This section describes the front panel features, hard options and installation of the Xedge Line Interface Modules (LIMs). All LIMs are the same size and plug into universal slots at the rear of an Xedge chassis.

  • Page 104: Installation Guidelines

    Line Interface Modules Installation Overview Installation Guidelines In a new Xedge switch, the slot controllers and LIMs are shipped from the factory already installed in the chassis. This section provides basic procedures on the proper removal, replacement, setup and cabling of Xedge LIMs. See Figure 5-1 for proper LIM locations in any Xedge chassis.
  • Page 105 Line Interface Modules Installation Overview LIM 2 LIM Slot Xedge 6002 POWER / FUSE Locations PANEL LIM 1 Chassis Rear View Xedge 6160 SLOT 3 LIM POWER SUPPLY LIM Slot Chassis Rear View SLOT 2 LIM OPTIONAL Locations SLOT 1 LIM PIM B SLOT 0 LIM POWER SUPPLY...

  • Page 106: Oc-N / Stm-N Overview

    Line Interface Modules OC-N / STM-N Overview OC-N / STM-N Overview The OC-N / STM-N is an 8-port optical LIM intended for use only with a PCX slot controller for high speed ATM connections and Packet over SDH/SONET. It supports a maximum cell rate of 1,412,830 cells/sec and a physical line rate OC-N of 622 Mbps.

  • Page 107: Oc-N/Stm-N Applications

    Line Interface Modules OC-N / STM-N Overview OC-N/STM-N Applications The OC-N/STM-N LIM with the PCX can be configured to support a variety of LIM applications. The LIM card is physically divided into two parts of four links each. The following matrix demonstrates the permitted link locations for each LIM application, including Automatic Protection Switching (APS) applications.

  • Page 108: Asio Lim

    Line Interface Modules ASIO LIM ASIO LIM The standard model of the ASIO LIM is a quad port LIM intended for use ASIO ASIO-HSSI with the CE, ACP, PCx or the PCE slot controller for clear channel circuit emulation over Ethernet or ATM cell switching. It supports data rates from 75 bps to 10 Mbps in 1 bps increments.

  • Page 109: Analog Voice Lim

    Line Interface Modules Analog Voice LIM Analog Voice LIM The Xedge Analog Voice (AVM) LIM supports from four to 12 voice channels in a variety of voice protocols by means of interface cards on the LIM base card. Three common configurations and associated front panel connectors are shown at right: •...
  • Page 110 Line Interface Modules Analog Voice LIM Cabling • With the 4-port FXs or FXO interface card, RJ-45 8-pin modular jacks are used for the links. . Figure 5-4 shows the FXS/FXO front panel connector pin/signal designations. • With the 8-port E&M interface card, an adapter cable (GDC P/N 025H604-006) is required to terminate the voice channels at a customer premise distribution panel or similar device.
  • Page 111 Line Interface Modules Analog Voice LIM Backplane Connectors AVM Base Card E&M Interface Plugin Card E&M SIGNALING JUMPERS PORT7 PORT6 PORT5 PORT4 PORT3 PORT2 PORT1 PORT0 AVM Front Panel PORT1 PORT0 PORTS 0 AND 1 CONFIGURED FOR E&M SIGNALING TYPE V Table 5-1 E&M Signaling Jumper Positions for Signaling Types Pinouts...
  • Page 112 Line Interface Modules Analog Voice LIM Table 5-3 E&M Specifications & Parameters E&M Audio Maximum Output Level +.5 dBm Parameters Maximum Input Level +1.0 dBm Nominal Input Impedance 600 phm Nominal Output Impedance 600 ohm Gain Adjust Transmit/Receive ±6 dB Gain Adjust Steps N/A (±0.5 dB) Idle Channel Noise, Psophometric Weighted...

  • Page 113: T1/E1 Mp16 Lim

    Line Interface Modules T1/E1 MP16 LIM T1/E1 MP16 LIM The T1/E1 Multi-Protocol LIM is a 16-port LIM intended for use with the PCx-2 slot T1/E1 controller. It supports T1 data rates up to 1.544 Mbps, and E1 data rates up to 2.048 MP16 Mbps.
  • Page 114 Line Interface Modules T1/E1 MP16 LIM Table 5-4 T1/E1 MP16 LIM Cable Pinouts (027H703-008) Amphenol RJ48 male connector 1 Amplimite 68-pin male 027H703-008 Amphenol RJ48 male connector 2 NOTE: RX designates outputs; TX designates inputs. NOTE: For all DS1 (1-16), TX Ring & TX Tip are wired as a twisted pair, and RX Tip & RX Ring are wired as a twisted pair. Amplimite Amplimite RJ48M/Amphenol...
  • Page 115 Line Interface Modules T1/E1 MP16 LIM Table 5-5 T1/E1 Distribution Panel Pinouts (S-032A011-002xx) T1/E1 DISTRIBUTION PANEL CHANNEL CHANNEL 032R440-000 Xedge 6000 Hardware 5-13 Issue 17 Installation & Setup Guide...

  • Page 116: T1/E1 Hdcc Lim

    Line Interface Modules T1/E1 HDCC LIM T1/E1 HDCC LIM The T1/E1 High Density Cross Connect LIM is a 28 or 32-port LIM intended for use T1/E1 with the PCx-2 slot controller for aggregation of T1, E1, OC-3, OC-12, E3 and DS3 HDCC circuits across a packet network.

  • Page 117: Ds3-2C Overview

    Line Interface Modules DS3-2C Overview DS3-2C Overview The DS3-2C LIM is a two port DS3 LIM for ATM transport that can be used with DS3-2C a variety of controllers listed in Table 1-4. Front Panel indicators LINK 0 • IS illuminates when link is in-service. •...

  • Page 118: E3-2C Overview

    Line Interface Modules E3-2C Overview E3-2C Overview The two-port E3-2C LIM for ATM transport is used with controllers listed in Table 1-4. E3-2C Front Panel Indicators • IS illuminates when link is in-service. • OS illuminates when link is out of service. Glows dimly when the LIM is in a not LINK 0 communicating correctly with the Slot Controller.

  • Page 119: Ds1-2Cs And Ds1-4Cs Overview

    Line Interface Modules DS1-2CS and DS1-4CS Overview DS1-2CS and DS1-4CS Overview The DS1-2CS and the DS1-4CS LIMs are 2- and 4-port DS1 LIMs with DS1-2CS DS1-4CS voice capability that can be used with a variety of controllers listed in Table 1-4.

  • Page 120: Hardware Settings

    Line Interface Modules DS1-2CS and DS1-4CS Overview Hardware Settings Each link on the DS1 LIM has a group of jumpers that must be set as a 100 ohm link type. The jumpers are located near their associated link connector on the LIM, as shown in the figure below. Two jumpers for each channel must be positioned in the upper row of pins as shown.

  • Page 121: E1-2Cs And E1-4Cs Lim Overview

    Line Interface Modules E1-2CS and E1-4CS LIM Overview E1-2CS and E1-4CS LIM Overview The E1-2CS and the E1-4CS LIMs are 2- and 4-port E1 LIMs with voice E1-2CS E1-4CS capability that can be used with a variety of controllers listed in Table 1-4.

  • Page 122: Hardware Settings

    Line Interface Modules E1-2CS and E1-4CS LIM Overview Hardware Settings Link 0 not used 75 Ohm 120 Ohm Link 1 Link 0 Link 1 Link 2 Link 3 Link 2 and Link 3 are only on the E1-4CS LIMs. Link 2 Link 3 Figure 5-13 E1-2CS and E1-4CS LIM Jumper Positions...

  • Page 123: 155 Series Lims Overview

    Line Interface Modules 155 Series LIMs Overview 155 Series LIMs Overview The 155 series of OC-3/STM- LIMs are intended for use with a variety of controllers listed in Table 1-4. These dual port optical LIMs with 155M-APS 155M-2 Automatic Protection Switching support single mode, multimode or long reach single mode configurations, as described below.
  • Page 124 Line Interface Modules 155 Series LIMs Overview 155 Series Specifications and Cabling Table 5-8 Technical Specifications, 155 Series OC-3c/STM-1 Optical LIMs Power Range (dBm) LIM Type/ Wavelength Fiber Type Dispersion Receiver Transmitter Part Number (+50/-50 nm) (core/cladding) Limitation Sensitivity Launch Power Short Reach Multimode 032P150-001...
  • Page 125 Line Interface Modules 155 Series LIMs Overview 155x-2 and 155x-APS LIMs Front Panel Indictors • AL (Alarm) LED illuminates RED when link is enabled and a LIM fault exists. When off, the link is disabled or no LIM fault exists. •...

  • Page 126: 155 Series Jumper Settings

    Line Interface Modules 155 Series LIMs Overview 155 Series Jumper Settings There are no user-selectable jumpers on the 155 series LIM. The X1 jumper shown in the figure below is for factory use only. It is shown here for reference only. The Normal (store) position shown (Pins 1 and 2) is just for storing the jumper.

  • Page 127: 155E-2 Stm-1 Electrical Lim Overview

    Line Interface Modules 155E-2 STM-1 Electrical LIM Overview 155E-2 STM-1 Electrical LIM Overview The 155E-2 STM-1 Electrical LIM can be used with a variety of controllers listed in 155E-2 Table 1-4. This dual port STM-1 electrical interface LIM transmits/receives data over a pair of 75 ohm coaxial cables at a speed of 155.52 Mbps, using the concatenated framing format for ATM over the SONET/SDH as defined in ITU-T LINK 0...
  • Page 128 Line Interface Modules 155E-2 STM-1 Electrical LIM Overview 155E-2 STM-1 Chassis Ground Jumper The 155E-2 has a Chassis Ground jumper for each link that must be set prior to installing the LIM. With the jumper positioned closer to pin 1 (as shown in Figure 5-15), the shield on the associated RX connector is connected to chassis ground.

  • Page 129: Hssi (Dte/Dce) Lim Overview

    Line Interface Modules HSSI (DTE/DCE) LIM Overview HSSI (DTE/DCE) LIM Overview The HSSI-DTE and HSSI-DCE LIMs can be used with a variety of HSSI-DTE HSSI-DCE controllers listed in Table 1-4. These are two-port HSSI Frame (DCE) or HSSI Cell (DTE) LIMs. The front panel features are the same for either LIM, except where noted.
  • Page 130 Line Interface Modules HSSI (DTE/DCE) LIM Overview HSSI LIM Connector Pinouts In the table below, a designation of 0/1 indicates Link0/Link1 signal. Table 5-9 Link 0 and Link 1 Connector Pinouts Signal Description Ground Ground RXC0/1+ Receiver Signal Element Timing (DTE input/DCE output) DCERDY0/1+ DCE is ready to operate (DTE input/DCE output) RXD0/1+...

  • Page 131: Serial I/O (Si-2C/Si-4C) Lim Overview

    Line Interface Modules Serial I/O (SI-2C/SI-4C) LIM Overview Serial I/O (SI-2C/SI-4C) LIM Overview The SI-2C and the SI-4C LIMs have 2- or 4-port serial interfaces and are SI-2C SI-4C intended for use with a variety of controllers as listed in Table 1-4.
  • Page 132 Line Interface Modules Serial I/O (SI-2C/SI-4C) LIM Overview Front Panel Connectors The SI-2C and SI-4C LIM front panels provide two or four 26-pin high density connectors, one for each link. An EIA 530-A Alternate A (female) connector is used for each input link. Table 5-11 lists the pin/signal designations for the SI-2C/SI-4C LIM front panel connectors.
  • Page 133 Line Interface Modules Serial I/O (SI-2C/SI-4C) LIM Overview Shielding Jumper Each link has a shield connection on pin 1. This shield connection can be connected to chassis ground using a jumper. The default configuration on the SI-2C or SI-4C LIM connects the shield to the chassis ground (jumper is installed).

  • Page 134: Lce-16 Lim Overview

    Line Interface Modules LCE-16 LIM Overview LCE-16 LIM Overview The LCE-16 LIM can be used with a variety of controllers listed in Table 1-4. This LCE-16 16-port circuit emulation LIM sends ATM cells to the controller. Front Panel Indicators LINK 0-7 •...
  • Page 135 Line Interface Modules LCE-16 LIM Overview LCE-16 Connector Pin/Signal Designations Table 5-12 shows the link, pin/signal and input/output designations for the front panel Link 0-7 and Link 8-15 connectors. All A/B signal pairs listed in the Signal Name column require twisted pair wiring.
  • Page 136 Line Interface Modules LCE-16 LIM Overview Table 5-12 Connector Pin / Signal / Input / Output List, Link 0-7 and Link 8-15 (Continued) Input/ Input/ Link Signal Name Link Signal Name Output Output 4/12 Receive Data-B (RD-B) Output 4/12 Transmit Data-B (TD-B) Input 4/12 Receive Timing-A (RT-A)
  • Page 137 Line Interface Modules LCE-16 LIM Overview Optional EIA530/EIA232 Distribution Panel Kit for LCE-16 LIM For the optional EIA530/EIA232 Distribution Panel Kit (P/N 032M130-002), Table 5-13, Table 5-14 Table 5-15 list the signals and Input/Output functions on the DB25 connectors. The distribution panel kit includes: •...

  • Page 138: And E1 Ima/Ima+ Lim Overview

    Line Interface Modules DSX-1 and E1 IMA/IMA+ LIM Overview DSX-1 and E1 IMA/IMA+ LIM Overview Xedge Inverse Multiplexing (IMA) LIMs for ATM can be used with a variety DSX1-IMA E1-IMA of controllers listed in Table 1-4. The IMA and IMA+ LIMs provide a 16-link physical DS1 or E1 interface.
  • Page 139 Line Interface Modules DSX-1 and E1 IMA/IMA+ LIM Overview DSX1/E1 IMA Connector Pin/Signal Assignments All models of the 16-port IMA and IMA+ LIMs use both columns of pinouts listed in Table 5-16. Table 5-16 Link 0/7 and Link 8-15 Connector Pinouts For all 8-/16-port IMA/IMA+ LIMs For all 16-port IMA/IMA+ LIMs only Pin Number...
  • Page 140 Line Interface Modules DSX-1 and E1 IMA/IMA+ LIM Overview Standard Cabling The IMA LIMs are supplied with two 25-twisted pair cables for transmit/receive tip and ring signals. The LIMS are supplied with cable tie wraps for securing the cable connectors to the LIM connectors opposite from the retaining screw as shown in Figure 5-21.
  • Page 141 Line Interface Modules DSX-1 and E1 IMA/IMA+ LIM Overview Optional T1/E1 8-Port Break-out Cable Assembly One T1/E1 8-port Break-out Cable Assembly (S-032H016-001) is used for each front panel 50-pin Telco connector of an Xedge IMA LIM (E1 or DSX1). Figure 5-21 shows the P9 pinouts for the the upper LIM connector (Links 0 - 7).
  • Page 142 Line Interface Modules DSX-1 and E1 IMA/IMA+ LIM Overview Optional DS1 Distribution Panel Kit The optional DS1 Distribution Panel Kit (032M131-001) is used with the DS1 IMA/IMA+ LIMs. The kit contains the following components: • Two 100 Ohm, 25-Twisted Pair, Shielded Cable (P/N 025H601-006) •...
  • Page 143 Line Interface Modules DSX-1 and E1 IMA/IMA+ LIM Overview Optional 120 Ohm E1 Distribution Panel Kit The optional 120 Ohm E1 Distribution Panel Kit (032M164-001) is used with the E1 IMA/IMA+ LIMs only and contains the following components: • Two 120 Ohm, 25-Twisted Pair, Shielded Cables (025H602-006) •...
  • Page 144 Line Interface Modules DSX-1 and E1 IMA/IMA+ LIM Overview Optional 75 Ohm E1 Distribution Panel Kit The optional 75 Ohm E1 Distribution Panel Kit (032M165-001) is used with the E1 IMA/IMA+ LIMs only and contains the following components: • Two 120 Ohm, 25-Twisted Pair, Shielded Cables (025H602-006) •...

  • Page 145: Class A Emi-Rfi Suppression Requirements

    Line Interface Modules Class A EMI-RFI Suppression Requirements Class A EMI-RFI Suppression Requirements With the DS3-2C, E3-2C and 155E-2 LIMs, be sure to comply with all domestic and international Class A EMI-RFI suppression requirements by installing the proper ferrite beads on the TX and RX cables, as shown in the figures below.
  • Page 146 Line Interface Modules Class A EMI-RFI Suppression Requirements 5-44 Xedge 6000 Hardware 032R440-000 Installation & Setup Guide Issue 17...

  • Page 147: Chapter 6: Network Timing Modules

    Network Timing Modules Chapter 6: Overview All Xedge Node Timing Modules (NTMs) are the same size and plug into a special slot on the back panel of the Xedge 6280, 6640 or 6645 chassis. The modules provide front panel connectors and LEDs for quick assessment of the NTM communication status.

  • Page 148: Ds1 Node Timing Module (Ntm-Ds1)

    Network Timing Modules DS1 Node Timing Module (NTM-DS1) DS1 Node Timing Module (NTM-DS1) Front Panel Indicators NTM-T1 • RUN LED Flashing Green indicates that the NTM is starting up and loading RC IN required files. LED ON Green indicates that the NTM start-up is complete, all required files are loaded, and the NTM is active in the system.
  • Page 149 Network Timing Modules DS1 Node Timing Module (NTM-DS1) Jumpers The NTM-T1 module (revision T- and above) provides signal reflection control for improved signal integrity. This capability requires setting the X16 jumper to correspond to the position of the card in the primary (PRI) or secondary (SEC) NTM slots in the chassis. •...

  • Page 150: E1-Node Timing Module (Ntm-E1)

    Network Timing Modules E1-Node Timing Module (NTM-E1) E1-Node Timing Module (NTM-E1) Front Panel Indicators NTM-E1 • RUN LED Flashing Green indicates that the NTM is starting up and loading RC IN required files. LED ON Green indicates that the NTM start-up is complete, all required files are loaded, and the NTM is active in the system.
  • Page 151 Network Timing Modules E1-Node Timing Module (NTM-E1) Jumper Settings The X1 Input Impedance jumper allows you to select the input impedance for the RC IN connector signals: 75 ohms or 120 ohms. The X2 Chassis Ground jumper allows you to select balanced (BAL) or unbalanced (UNBAL) for the RC IN connector signals.
  • Page 152 Network Timing Modules E1-Node Timing Module (NTM-E1) Xedge 6000 Hardware 032R440-000 Installation & Setup Guide Issue 17...

  • Page 153: Chapter 7: System Management Modules

    System Management Modules Chapter 7: Overview The Xedge System Management Module (SMM) plugs into a special slot on the back panel of the Xedge 6160 or Xedge 6280 chassis. The SMM provides two craft ports for system management and an alarm port for external alarm monitoring. The front panel features a serial port lock with removable key and alarm LEDs for monitoring the Xedge system status.

  • Page 154: Smm Switches And Indicators

    System Management Modules Overview SMM Switches and Indicators Figure 7-2 shows the front panel switches, indicators and connectors for the SMM. Alarms are divided into Major, Minor, and Fan Module alarms, described below. • Major Alarm is the Major alarm cut-off switch. •...

  • Page 155: Smm Craft Port Connectors

    System Management Modules Overview SMM Craft Port Connectors The MANAGER craft port connector allows you to attach an asynchronous terminal for local configuration and management of the switch via Slot-0. The MGR STBY craft port is typically used by field service personnel to connect to Slot-1 of the Xedge 6160 switch for troubleshooting/debugging purposes.

  • Page 156: Alarm Info Connector

    System Management Modules Overview Alarm Info Connector The female DB-25 Alarm Info connector is used for external alarm monitoring conditions. The signals are intended for dry circuits that do not switch load currents (Table 7-2). Table 7-2 SMM Alarm Info Connector Pinouts Pin No.

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