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General DataComm Xedge 6000 Series, Hardware Installation

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General DataComm Xedge 6000 Series Hardware Installation Download Page 75

Switch Fabric and V6.2 Controllers

Rotary Switch Setup (All Controllers)

032R440-000

Xedge 6000 Hardware

3-3

Issue 17

Installation & Setup Guide

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. Detailed definitions for each boot mode are provided below.

You MUST set the rotary switches on each Slot-0 Controller for redundant Slot-0 operation. This 
is accomplished by setting one slot controller as

 Main 

(switch setting

 0

), and the other as

 

Standby

 (switch setting

 4

). If set improperly, redundant operation will not function.

Boot Mode Definitions

•

Normal Boot
In this mode, the slot attempts to read

 mpro1.cod 

from the flash EPROM. If the file cannot 

be found, then the slot attempts to perform a TFTP boot from Slot-0. In the case of Slot-0, this 
mode allows you to download code via the manager port.

•

TFTP Boot
In this mode, the slot ignores a local or

 mpro1.cod 

file and attempts to TFTP 

/mpro1.cod 

from Slot-0. In the case of Slot-0, the slot will not attempt to perform a TFTP boot. 

•

Boot Menu
In this mode, the slot comes up running boot mode menus. This provides a subset of the 
conventional user interface that is sufficient for configuring the slot so that a TFTP can be 
performed. In the case of Slot-0, this mode allows you to download code via the manager port.

•

Format Disk Boot Mode
In this mode, the slot automatically formats the flash EPROM on boot up. After using this 
mode, the boot switch should be reset to the normal setting. 

Special Considerations

•

Rotary Switch positions 1, 3, 5, 7, and B through E are unused.

•

The ECC and the ISG slot controllers do not support redundant Slot-0 system configurations.

•

The STM must be used in the Slot-0 Standby position of a Xedge 6640 or Xedge 6645 system.

Table 3-1

Boot Mode Rotary Switch Functions

Switch Position

Slot Position

Boot Mode

0

Main Slot-0

Normal boot mode

2

Main Slot-0

Boot Menu mode

4

Standby Slot-0

Normal boot mode

6

Standby Slot-0

Boot Menu mode

8

Non Slot-0

Normal boot mode

9

Non Slot-0

TFTP Boot mode

A

Non Slot-0

Boot Menu mode

F

--

Format Disk boot mode

Summary of Contents for Xedge 6000 Series

Page 1: ...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 HG...

Page 2: ...rdware and Chassis manuals 032R401 V7x 032R440 V620 032R410 000 2 August 2009 Minor updates corrections 3 September 2010 Added LIMs general updates and corrections 4 October 2010 Added LIMs general up...

Page 3: ...or Xedge 6000 Hardware Components 1 2 Xedge Chassis Systems 1 2 Xedge Switch Fabric Modules 1 2 System Modules 1 2 Slot Controller Overview 1 4 Xedge 6000 for MSPx Applications 1 4 Xedge 6000 for ATM...

Page 4: ...23 AC Chassis Power Connections 2 23 DC Chassis Power Connections 2 24 Ground Connections 2 26 Xedge 6640 6645 Chassis 2 27 Xedge 6640 6645 Technical Specifications 2 27 Xedge 6640 6645 Front Panel 2...

Page 5: ...ISG2 Hardware Settings 4 4 ISG2 Slot Locations 4 5 PCX PCX 2 Controller Overview 4 6 PCX PCX 2 Hardware Settings 4 7 PCX PCX 2 Slot Locations 4 8 PCX PCX 2 Assembly 4 9 PCL Controller Overview 4 11 PC...

Page 6: ...Electrical LIM Overview 5 25 HSSI DTE DCE LIM Overview 5 27 Serial I O SI 2C SI 4C LIM Overview 5 29 LCE 16 LIM Overview 5 32 DSX 1 and E1 IMA IMA LIM Overview 5 36 Class A EMI RFI Suppression Requir...

Page 7: ...This information is intended for qualified network operators and administrators who are experienced in setting up and managing MPLS and ATM traffic and signaling in Xedge 6000 networks Wiring must co...

Page 8: ...ne wiring during an electrical storm Antistatic Precautions This product may contain static sensitive devices that are easily damaged by ESD electrostatic discharge ESD occurs when a person whose body...

Page 9: ...Notification The Industry Canada label identifies certified equipment This certification means that the equipment meets telecommunications network protective operation and safety requirements as pres...

Page 10: ...ction des installations lectriques ou un lectricien selon le cas Avis L indice d quivalence de la sonnerie IES assign chaque dispositif terminal indique le nombre maximal de terminaux qui peuvent tre...

Page 11: ...erstanding of controller LIM chassis compatibility Refer to Chapter 2 Xedge Chassis Systems for specific information on installing devices in your particular Xedge chassis and making connections to th...

Page 12: ...rs get the reliable support and training required for installation management and maintenance of GDC equipment in their global data communication networks Training courses are available at GDC corpora...

Page 13: ...the Product ID label is at the lower left corner of the module For an LPM The type of LIM Personality Module on your packet slot controller can be identified via the terminal interface M 0 Note When h...

Page 14: ...n each direction XM Switch Fabric 1 6 Gbps supports up to 4 slot controllers XS Switch Fabric 2 8 Gbps supports up to 7 slot controllers XH Switch Fabric 6 4 Gbps supports up to 16 slot controllers No...

Page 15: ...ort redundant slot 0 and redundant switch fabric The low density Xedge 6002 chassos has no provision for switch fabric modules Note When 6640 or 6645 chassis is not configured for slot 0 redundancy th...

Page 16: ...TDM IP and ATM The MSPX Advantage GDC S Xedge 6000 multiservice switches meet the most rigorous of reliability and performance requirements The Xedge 6000 platform for multiservice packet exchange app...

Page 17: ...rts up to two Serdes Utopia or Serial type LIMs in any combination PCL Slot Controller Cost effective DS1 IMA to DS3 or E1 IMA to E3 cell relay transport ATM standard compliant ATMF UNI 3 1 solution C...

Page 18: ...27 To determine the support status of legacy Xedge modules in your network contact your GDC representative CE Slot Controllers Constant Bit Rate AAL1 circuit emulation Supports from 2 4 Kbps up to 4 x...

Page 19: ...de TLP attenuation CBR traffic shaping cross companding types and echo cancellation per ITU T G 156 and G 168 ECC 2 Slot Controllers Conforms to ITU T I 610 OAM Principles for Broadband Networks Confo...

Page 20: ...nding on the chassis in use Figure 1 3 shows LIMs from the rear of the chassis Table 1 2 and Table 1 3 identifies each Xedge LIM with part numbers Table 1 4 provides a compatibility matrix of Xedge co...

Page 21: ...320 J2 DX21 and DX27 To determine the status of legacy Xedge modules in your network contact your GDC representative B POWER SUPPLY STANDBY A POWER SUPPLY STANDBY B POWER SUPPLY MAIN A POWER SUPPLY MA...

Page 22: ...PCX 2 200M011 001 Slot Controller Packet Cell Switch 2 with LPM 4 Uses Serdes LIMs MSPX PCX 2 200M008 001 Slot Controller Packet Cell Switch 2 with LPM 3 for Serial SERDES LIMs MSPX PCX 2 200M014 001...

Page 23: ...OC N STM N 200P003 001 LIM Quad Port DS1 with voice support Enhncd SR DS1 4CS 032P098 011 LIM Dual Port DS1 with voice support Enhncd SR DS1 2CS 032P098 012 LIM Dual Port DS3 LIM for ATM transport Se...

Page 24: ...E1 IMA 032P153 033 LIM Analog LIMs requires at least one E M FXS or FXO interface plugin card Enhncd SD AVM See Table 1 3 LIM 16 port T1 E1 Multi Protocol LIM Enhncd SD T1 E1 MP 032P210 001 LIM 28 32...

Page 25: ...llers CE ETH VSM ECC ACP ACS PCX 1 PCX 2 PCL PCE 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 DMLIM SMLIM LDSLIM LSSLIM DHLIM LD...

Page 26: ...emulation serial interface 400 to 0 064 to 0 064 DELIM ACS dual port STSX 3c STM 1 LIM BNC 75 ohm coax interface ATM concatenated framing format over SONET SDH 353 207 149 76 155 52 DSLIM ACS dual po...

Page 27: ...clock rate 2 4 8192kHz ACP PCX 19 321 SI 4C CE Quad port serial RS422 RS423 compatible software selectable data clock RS449 EIA TIA530 V 35 X21 DCE or DTE input capabilities n a selectable clock rate...

Page 28: ...ht through shielded 5 15 25 or 100 ft Mgmt or User port 027H251 XXX Cable 10 Base T crossover only category 3 S 078H006 025 Cable 10 Base T straight through only category 4 5 15 25 50 or 100 ft 021H10...

Page 29: ...Singlemode 9 125 Micron Fiber 7 Meter OC N 200H012 XXX Cable FC PC to FC PC Single Mode Fiber 3 9 20 100 ft 029H008 XXX Cable Duplex SC to FC Single Mode Fiber 10 20 50 or 100 ft 029H011 XXX Cable Du...

Page 30: ...Xedge Hardware Overview Xedge Cabinets Chassis Cables 1 18 Xedge 6000 Hardware 032R440 000 Installation Setup Guide Issue 17...

Page 31: ...able 2 1 Xedge Chassis Descriptions Xedge 6645 Shelf Xedge 6640 Shelf Xedge 6280 Shelf Xedge 6160 Shelf Xedge 6002 Shelf Dimensions Height Width Depth 666 mm 26 2 in 482 61mm 19 in 422 mm 16 6 in 666...

Page 32: ...ge modules in appropriate slots of the Xedge 6002 chassis Refer to Table 1 1 and Table 1 4 before installing any modules Table 2 2 Xedge 6002 Chassis Specifications Xedge 6002 AC Version P N 200B010 0...

Page 33: ...002 is supplied with an electrostatic discharge ESD wrist strap that attaches to the front panel jack on the chassis A management CRAFT port is also located at the front panel as shown in the figure b...

Page 34: ...ent equipment damage maintain adequate space between the equipment as required to allow unrestricted air flow Air Flow Requirements You must install the chassis in a location that permits good air flo...

Page 35: ...ected 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 If it is impossible to determine...

Page 36: ...cted between equipment grounds that have different potentials To avoid this problem Check that the potential difference between grounds is less than 0 25 V RMS Break the continuity of the shield in th...

Page 37: ...l perform the following steps 1 Connect the terminal to the CRAFT connector of the Xedge 6002 chassis 2 Set the terminal to the following parameters VT100 emulation 19 200 baud 8 character bits No par...

Page 38: ...the right side rail of the chassis In the event of a fan failure replace the entire assembly with a spare that has the same number of fans as described below Individual fans should only be replaced by...

Page 39: ...Xedge 6160 chassis Refer to Table 1 1 and Table 1 4 before installing any modules Table 2 5 Xedge 6160 Chassis Specifications Xedge 6160 AC Version P N 010B203 001 GPS 16A AC Power Supply P N 035B011...

Page 40: ...that can provide power supply redundancy The Power Input connector is not field replaceable Figure 2 2 Xedge 6160 Chassis Front and Rear Views Note IMPORTANT All empty slots must have blank panels in...

Page 41: ...de and expelling the warmed air out the right side Air flow is provided by six fans each delivering 55 cubic feet per minute cfm All fans must be operational to supply adequate air flow With this cool...

Page 42: ...upport the back 3 Using two screws for each bracket mount the chassis assembly to the rack or cabinet 4 Install blank panels at empty front rear slots as necessary 5 When stacking an odd number of Xed...

Page 43: ...ff 5 Remove the blank panel that covers the slot by loosening its two retaining screws If the chassis is to have only one power supply it must be installed in the lower main slot 6 Carefully insert th...

Page 44: ...ing table provides ordering information for optional AC power cords DC Chassis Power Connections To connect an Xedge 6160 chassis to a DC power source the following customer provided components are re...

Page 45: ...plications each pair of DC input wires must be wound around a separate toroid Note For contact information see Fair Rite Products Corporation s website at www fair rite com For a single station batter...

Page 46: ...un Connect the shield to ground at only one end Separate the signal and chassis grounds In this case the signal ground should be connected to a customer provided building ground 100 ohm recommended Is...

Page 47: ...Xedge 6280 chassis Refer to Table 1 1 and Table 1 4 before installing any modules Table 2 6 Xedge 6280 Chassis Technical Specifications Xedge 6280 AC Version P N 010B209 001 GPS 16A AC Power Supply P...

Page 48: ...Main Power Supply 1 Standby Power Supply 0 Main Power Supply This power arrangement can support power input and power supply redundancy Figure 2 6 Xedge 6280 Chassis Front and Rear Views Note Two rear...

Page 49: ...d top of the unit mounted below Front mounted in 19 inch cabinet or open rack with proper bracket kit Mid mounted in 23 inch cabinet or open rack with proper bracket kit 1 Using the flathead screws pr...

Page 50: ...s and power supplies located in the back of the unit If a fan fails a red LED will illuminate on the specific module with the inoperative fan In the event of a fan failure the PIM must be replaced The...

Page 51: ...ximum power rating of 45A at 5Vdc The minimum power supply configuration requires one power supply installed in the A Main power supply slot and a second in the B Main power supply slot To power a ful...

Page 52: ...eplace a power supply perform the following steps 1 Turn off the POWER switch of the power supply you are replacing 2 Loosen the two captive screws on the front panel of the power supply 3 Pull the po...

Page 53: ...rt power cords are optional Plug the appropriate end into the AC receptacle of the power input module and plug the other end into a polarized outlet that provides the required AC power For AC mains re...

Page 54: ...assis GND at both ends at the DC mains entry terminal block GND terminal and at a clamp bonded to the chassis metal Note For contact information see Alpha Wire Corporation s website at www alphawire c...

Page 55: ...ked V on both power entry modules For redundant power supplies and dual station battery source 1 Connect the positive side of one battery to the terminal marked V on the A power input module 2 Connect...

Page 56: ...the continuity of the shield in the middle of a long cable run Connect the shield to ground at only one end Separate the signal and chassis grounds Isolate the signal and chassis grounds with a 100 oh...

Page 57: ...e chassis CAUTION When installing two chassis in the same cabinet or open rack provide space above and below each chassis for adequate ventilation as described in the paragraphs below CAUTION Do not i...

Page 58: ...supplies Fuse Rating 20A 250V Service Current Requirement 35A Heat Dissipation 4 600 BTU hr maximum Dimensions H x W x D 24 5 in 62 2 cm x 19 0 in 48 3 cm x 16 6 in 42 2 cm Weight 130 lbs 59 kg fully...

Page 59: ...fan problem exists CRITICAL Red LED Lights when an alarm trap that is configured as critical has occurred MAJOR Red LED Lights when an alarm trap that is configured as major has occurred MINOR Red LE...

Page 60: ...K S L O T 1 5 S L O T 1 4 S L O T 1 3 S L O T 1 2 S L O T 1 1 S L O T 1 0 S L O T 9 S L O T 8 S L O T 0 S T A N D B Y B L A N K B L A N K S L O T 0 M A I N S L O T 1 S L O T 2 S L O T 3 S L O T 4 S L...

Page 61: ...ommon Minor alarm 3 position header Provides the common connection for the minor alarm relay N C MINOR Normally Closed Minor alarm 3 position header Provides connection to alarm relay contact that clo...

Page 62: ...mpting to move a fully loaded chassis This includes disconnecting all cables from the chassis before attempting to move it Two Chassis Installation Procedure 1 Allow 7 inches of free air space at the...

Page 63: ...MOUNTING RAILS REAR BRACKET CLIP NUTS PLENUM FRONT PANEL PLENUM 1 4RU OR OPEN TOP XEDGE 664X CHASSIS 1 PLENUM 2 4RU OR OPEN AIR SPACE OPEN AIR SPACE 7 ACO 1 ON 0 OFF FAN ALARM CRITICAL MAJOR MINOR ACO...

Page 64: ...installed brackets on the chassis 2 Position the chassis in the cabinet so that the holes in the mounting brackets are aligned with the holes in the cabinet mounting strips 3 Secure the front and rea...

Page 65: ...he installation procedure is the same for both chassis except where noted The Xedge 6640 chassis employs GPS 14 AC power supplies For U S installations each feed requires 20A at 110VAC For non US inst...

Page 66: ...indicator should light Special Considerations In the rare instance that the Pwr On indicator does not light and or the Failure indicator does light reseat the power supply in its slot by using the pre...

Page 67: ...tribution point and chassis are separated by 5 feet or more the twisted wire must extend at least 5 feet from the chassis The twisted pair wiring must incorporate a shielding braid Alpha Wire Corporat...

Page 68: ...V B terminal to the unlabeled terminal immediately to the right of it 5 Use 10 gauge wire to jumper the BATT V B terminal to the unlabeled terminal immediately to the left of it Redundant power suppli...

Page 69: ...ground to a ground connection at the site To isolate frame and signal grounds 1 Loosen both ground screws 2 Slide the shorting bar fully to the right 3 Connect a 100 ohm 1 W resistor between the grou...

Page 70: ...ller 1 Depending on which slot 0 controller is in use connect the terminal to the associated female DB 25 MANAGER connector main or standby 2 Set the terminal to the following parameters VT100 emulati...

Page 71: ...Input Connections The chassis provides header connections for one or two status inputs from a user provided external device s When making a connection to the status inputs a series resister Rs must be...

Page 72: ...Xedge Chassis Systems Xedge 6640 6645 Chassis 2 42 Xedge 6000 Hardware 032R440 000 Installation Setup Guide Issue 17...

Page 73: ...s XM XS XH Installing Other Xedge Modules See Chapter 4 V7 x Packet Controllers to set up install PCX PCL PCE or ISG2 See Chapter 5 Line Interface Modules to set up install Xedge LIMs See Chapter 6 Ne...

Page 74: ...h as described below Table 3 1 lists the available options Refer to Rotary Switch Setup All Controllers as needed For the Slot 0 Controller set the rotary switch to 0 For the Slot 0 standby controller...

Page 75: ...Boot In this mode the slot ignores a local or mpro1 cod file and attempts to TFTP mpro1 cod from Slot 0 In the case of Slot 0 the slot will not attempt to perform a TFTP boot Boot Menu In this mode th...

Page 76: ...es red when a problem prevents the controller from functioning Normally off RUN Indicator Illuminates while the controller is powered on and operating Link Indicators Link 1 Link 2 Link 3 Four groups...

Page 77: ...oller Jumper Settings Jumper Position Functions Comments JMP1 Right Mandatory setting do not change position JMP6 1 2 4 7 Mandatory setting as shown in figure do not change Determines PROM and flash E...

Page 78: ...3 2 and Table 3 3 show the location and describe the function of pin pairs on each jumper Figure 3 2 ETH Jumper and Switch Locations FRONT PANEL Slot 0 DOC II Daughter Option Card ROTARY SWITCH Jumpe...

Page 79: ...Switch Fabric 3 7 OUT Default IN disables transport CPU watchdog 4 8 IN Default OUT sets timing for 68040 U45 writes IN sets timing for 68060 U45 writes Jumper Pin Pair U41 Component Type Description...

Page 80: ...from another controller in the switch Health Checks Once every second the Slot 0 Controller sends a health check request cell to all active controllers in the switch via the Switch Fabric module Each...

Page 81: ...peration XH mode 50 MHz or XP mode 25 MHz The jumpers on the XH XS Switch Fabric must be configured or checked before installing the module in the chassis Figure 3 4 and Table 3 4 show the location an...

Page 82: ...e 3 4 XH XS Switch Fabric Jumper Settings Jumper Position Setting Description JP1 See Table 3 5 Upper 25 MHz Required for 25 MHz operation XP emulation Lower 50 MHz Required for 50 MHz operation Norma...

Page 83: ...ree different display modes by setting jumper JP 2 The jumpers on the XM Switch Fabric must be configured or checked before installing the module in the chassis Figure 3 5 and Table 3 6 show the locat...

Page 84: ...tting LED Display J2 JP2 enables or disables the flashing TX RX LEDs when cells are transmitted or received For normal operation set JP2 to the upper position pins 1 2 jumpered to enable LEDs to flash...

Page 85: ...ther Xedge Modules See Chapter 3 Switch Fabric and V6 2 Controllers to set up install cell or adaptation modules See Chapter 5 Line Interface Modules to set up install Xedge LIMs See Chapter 6 Network...

Page 86: ...t the boot mode rotary switch S1 as follows For the ISG2 controller refer to S1 settings in Table 4 1 For the PCX controllers PCX and PCX 2 refer to S1 settings in Table 4 2 For the PCL controller ref...

Page 87: ...c management capabilities to assure that priority traffic for example real time IP flows such as IP video packets is not perturbed when the destination route encounters congestion from bursty traffic...

Page 88: ...prevents the Slot Controller from functioning RUN LED RUN green illuminates when the Slot Controller is powered on and operating LNK FLT LNK FLT red is not supported in this release Front Panel Ports...

Page 89: ...ic SF Stby Slwitch Fabric SF Main Slot Controller Slot 6 Slot Controller Slot 5 Blank Slot 7 Blank Slot 9 Blank Blank Slot 15 Blank Slot 14 Blank Slot 13 Blank Slot 12 Blank Slot 11 Blank Slot 8 Blank...

Page 90: ...network Through intelligent tunnel management and queueing PCx buffers up to 1000 frames to handle burst traffic Routing PCx determines routes based on IP destination addresses Layer 3 tunnels are bu...

Page 91: ...GMT 10 100 8 pin modular jack connects to Prosphere Server or ProSphere Server network USER 10 100 8 pin modular jack connects to Ethernet network GbE 1 2 Two Gigabit Ethernet ports GbE1 2 LEDs indica...

Page 92: ...er Slots 3 4 Slot Controller Slot 6 Slot Controller Slot 5 Switch Fabric SF Stby Slot Controller Slot 0 Stby Slot Controller Slot 0 Main Switch Fabric SF Stby Switch Fabric SF Main Slot Controller Slo...

Page 93: ...ectivity at the front panel Note At the Physical Layout screen a PCx with LIM cards installed will be displayed as Unknown This does not affect the functionality of the PCx or its associated LIMs LPM...

Page 94: ...46 001 Serial PCX PCX2 DS1 2CS 2 port DS1 032P098 012 Serial Future DS1 4CS 4 port DS1 See note 032P098 011 Serial PCX PCX2 E1 2CS 2 port E1 032P098 002 Serial Future E1 4CS 4 port E1 See note 032P098...

Page 95: ...LCP and HEC formats for DS3 E3 Xedge platform supports migration to Ethernet IP MPLS applications Routing PCL determines routes based on IP destination addresses PCL builds layer 3 tunnels across the...

Page 96: ...rom functioning RUN LED RUN green illuminates when the Slot Controller is powered on and operating LNK FLT LNK FLT red is not supported in this release Front Panel Ports MGMT 10 100 8 pin modular jack...

Page 97: ...dge 6640 or 6645 chassis 6 5 4 3 2 1 0 FAN TRAY ESD SF SF STDBY 0 STDBY Slot Controller Slots 1 2 Slot Controller Slot 0 Main Switch Fabric SF Main PCL 2 Slot Controller Slots 3 4 Slot Controller Slot...

Page 98: ...PCL LIM2 behind LPM 6 Future LPM 5 Serial LIM Serial LIM 200M006 001 LPM 6 Serial LIM Utopia LIM Table 4 5 Xedge LIMs for PCL Module Xedge LIMs Application Part No LIM Type PCL Compatibility 155M 2 2...

Page 99: ...on Time Protocol Version 2 as an IEEE 1588 Client over Ethernet Conformance to Ethernet standards including 802 1x port based access control and 802 1p Conformance to SAToP CESoPSN and TDMoIP Secure c...

Page 100: ...is release Front Panel Ports MGMT 10 100 8 pin modular jack connects to Prosphere Server or ProSphere Server network USB Serial craft port 19 2K Async 8N1 FE Six Fast Ethernet ports 3 8 for 10 100 Mbp...

Page 101: ...ot Controller Slot 6 Slot Controller Slot 5 Switch Fabric SF Stby Slot Controller Slot 0 Stby 1 0 Craft ESD Strap ESD Strap 3 2 1 0 SF Xedge 6640 6645 Xedge 6160 Xedge 6280 Xedge 6002 PCE Slot Control...

Page 102: ...of the PCE or its associated LIMs Supported Line Interface Modules LIMS Table 4 7 lists Xedge LIMs supported by the PCE To set up hardware options and install LIMs for the PCE refer to Chapter 5 Line...

Page 103: ...1 1 and Table 1 4 provide a compatibility matrix of Xedge chassis controllers and LIMs Table 1 5 details the performance capabilities of each controller LIM combination Note LIMs are controlled by the...

Page 104: ...5 25 and Figure 5 26 Be aware that dedicated slots at the rear of the Xedge 6280 6640 and 6645 chassis are intended for Network Timing Modules NTM only Refer to Chapter 6 Network Timing Modules for i...

Page 105: ...SLOT 5 LIM SLOT 4 LIM SLOT 3 LIM SLOT 2 LIM SLOT 1 LIM SLOT 0 LIM Main SLOT 0 LIM Standby SMM NTM Secondary NTM if installed Primary NTM if installed LIM Slots Locations Xedge 6640 6645 Chassis Rear...

Page 106: ...th each port When lit IS indicates that the port is enabled When lit AL indicates an alarm condition Hardware Setup Cabling Optical connector cables compatible with the installed SFPs are user supplie...

Page 107: ...e limitation of the switch fabric is two OC 3s Note For detailed information on configuring the OC N STM N LIM for use with the PCx Slot Controller refer to the Xedge V7x Configuration Guide Permitted...

Page 108: ...LED indicators associated with each port When lit IS indicates that the port is enabled When lit LB indicates a loopback test in progress Hardware Setup Cabling Smart Cable SCC capability on ASIO LIMs...

Page 109: ...pers used to match the phone signaling type of the attached equipment Table 5 1 shows the jumper positions for each signaling type per port Installation The Analog Voice LIM occupies a rear panel slot...

Page 110: ...re 5 5 AVM E M LIM Front Panel Connector Pinouts and Cable Pinouts FXS FXO Pinouts PIN 4 5 1 2 3 6 7 8 SIGNAL Ring Tip not used FXS FXO Ports PORT 0 PORT 1 PORT 2 PORT 3 PIN 1 Typical LEDs 1 3 0 2 68...

Page 111: ...Type II Battery Open Ground Open Type III Loop Current Ground Ground Open Type IV Ground Open Ground Open Type V Ground Open Ground Open SSDCS Earth On Earth Off Earth On Earth Off AVM Base Card Back...

Page 112: ...ut 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 74 dBm Frequency Response 300 Hz to 3 000...

Page 113: ...shows the 68 pin male to dual 50 pin RJ48 male cable 027H703 008 and lists the pinouts An optional 16 port RJ48 T1 E1 Distribution Panel S 032A011 002xx can be used with the above cable Table 5 5 show...

Page 114: ...43 18 44 19 45 20 46 21 47 22 48 23 49 24 50 25 RX Tip RX Ring TX Tip TX Ring N A N A RX Tip RX Ring TX Tip TX Ring N A N A RX Tip RX Ring TX Tip TX Ring N A N A RX Tip RX Ring TX Tip TX Ring N A N A...

Page 115: ...T1 E1 MP16 LIM 032R440 000 Xedge 6000 Hardware 5 13 Issue 17 Installation Setup Guide Table 5 5 T1 E1 Distribution Panel Pinouts S 032A011 002xx T1 E1 DISTRIBUTION PANEL CHANNEL 1 0 3 2 5 4 7 6 CHANNE...

Page 116: ...s for attaching external communication devices to links 0 through 31 Table 5 4 shows the 68 pin male to dual 50 pin RJ48 male cable 027H703 008 and lists the pinouts An optional 16 port RJ48 T1 E1 Dis...

Page 117: ...e loss of signal alarm YL illuminates when there is a receive yellow alarm FERF Far End Receive Failure ER illuminates when there is an error on the link receive line A parity error is an example of a...

Page 118: ...t used Front Panel Connectors The E3 2C LIM uses one 75 ohm coaxial cable each for transmit and receive following law The maximum insertion loss is 12 db at 17 184 MHz LINK 0 TX is a 75 ohm BNC connec...

Page 119: ...ne Front Panel Connectors LINK 0 and LINK 1 on the DS1 2CS LIM are female DB 15 connectors for the Link 0 and Link 1 T1 transmit and receive line LINK 0 LINK 1 LINK 2 and LINK 3 on the DS1 4CS LIM are...

Page 120: ...These jumpers are located towards the center of the LIM as shown in Figure 5 11 There are four rows of six pins one row for each Link The left most set pins are the TX setting for each Link the right...

Page 121: ...15 connectors for Link 0 Link 1 Link 2 and Link 3 T1 transmit and receive lines respectively Table 5 7 lists the pin signal designations E1 2CS or E1 4CS Cabling The E1 2CS and E1 4CS LIM links are c...

Page 122: ...ct TX and RX shields to chassis ground These jumpers are located towards the center of the LIM as shown in Figure 5 13 There are four rows of six pins one row for each Link The left most set pins are...

Page 123: ...p by one APS protection link If loop testing see note below The 155M APS LIM is a dual port short reach OC 3c STM 1 LIM with dual port APS It uses four SC fiber connectors two working and two APS prot...

Page 124: ...2 km 032P150 001 23 8 15 8 1310 nm 62 5 125 microns 2 km Intermediate Reach Min Max Min Max Single Mode 032P150 002 28 8 15 8 1310 nm 8 125 microns 34 km 032P015 012 28 8 15 8 1310 nm 8 125 microns 34...

Page 125: ...Front Panel Connectors Link 0 W Working Receive is the SC type fiber connector carrying receive traffic for Link 0 in a non failover condition Link 0 W Working Transmit is the SC type fiber connector...

Page 126: ...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 That is removing the jumper from this store positio...

Page 127: ...d link When off the link is disabled or no LIM fault exists IS In Service LED illuminates GREEN when the associated link is enabled and there is valid communication with the associated Slot Controller...

Page 128: ...general the shield must be connected to a chassis ground on ONE end of the cable only to allow the shield conductor to drain RF energy to ground without carrying any ground loop currents Connecting th...

Page 129: ...t of Service LED illuminates when the associated link is disabled TX Transmit Data LED illuminates when transmit data is present at the associated link interface RX Received Data LED illuminates when...

Page 130: ...Transmit Data DCE input DTE output 12 LOOPB0 1 Used to request data loopback test mode DCE input DTE output 13 Ground Ground 19 Ground Ground 24 TMODE0 1 Indicates that the local DCE is in a test mode...

Page 131: ...hen shipped from the factory in DCE mode the resistor packs for each link are positioned in the default DCE Port socket locations as shown in Figure 5 17 If your application requires the LIM is config...

Page 132: ...designations for the SI 2C SI 4C LIM front panel connectors The pin outs for all connectors are the same Table 5 11 SI 2C Pinout Description Pin Number Signal Name 1 SHIELD 2 BA A Tran Data 3 BB A Rec...

Page 133: ...g the shield to chassis ground connection via a jumper for each link labeled SHIELD 0 1 2 or 3 Figure 5 17 This may be desirable in some installations with specific RF EMI problems In general the shie...

Page 134: ...LED OFF indicates none of the enabled links has a fault condition IS and AL blinking indicates lost communication between LIM and controller Front Panel Connectors LINK 0 7 is the 100 pin high density...

Page 135: ...ive Data A RD A Output 1 9 63 Transmit Data A TD A Input 1 9 14 Receive Data B RD B Output 1 9 64 Transmit Data B TD B Input 1 9 15 Receive Timing A RT A Output 1 9 65 Transmit Timing A TT A see Note...

Page 136: ...0 External Timing B ET B Input 3 11 90 Signal Common n a 5 13 41 Receive Data A RD A Output 5 13 91 Transmit Data A TD A Input 5 13 42 Receive Data B RD B Output 5 13 92 Transmit Data B TD B Input 5 1...

Page 137: ...eive Data B RD B 20 DTE Ready A DTR A 4 Request to Send A RTS A 23 DTE Ready B DTR B 19 Request to Send B RTS B 24 External Timing A ET A 5 Clear to Send A CTS A 11 External Timing B ET B 13 Clear to...

Page 138: ...on at least one enabled link LED OFF indicates none of the enabled links has a fault condition IS and AL blinking indicates lost communication between LIM and controller Front Panel Connectors LINK 0...

Page 139: ...2 Tip 30 Transmit 10 Tip 7 Receive 3 Ring 7 Receive 11 Ring 32 Receive 3 Tip 32 Receive 11 Tip 8 Transmit 3 Ring 8 Transmit 11 Ring 33 Transmit 3 Tip 33 Transmit 11 Tip 10 Receive 4 Ring 10 Receive 1...

Page 140: ...in Figure 5 21 Figure 5 20 Standard Cabling Installation shown from LIM connector side view Optional cabling schemes for IMA LIMs are described in the following paragraphs Optional T1 E1 8 Port Break...

Page 141: ...ional standards 1 2 3 4 5 6 7 8 8 Port Break out Panel Connector Housing T1 E1 Cable Assy P N S 032H016 001 Retaining Screw Cable DSX1 or E1 LIM 50 PIN P9 1 26 2 27 3 28 4 29 5 30 6 31 7 32 8 33 9 34...

Page 142: ...ion Panel S 032A011 002xx Figure 5 22 Connection Diagram DS1 Distribution Panel Kit one link shown Note Distribution panel pinouts are described in Table 5 5 1 Ring 26 Tip 3 3 3 3 2 Ring 27 Tip 2 Ring...

Page 143: ...tion Panel S 032A011 002xx Figure 5 23 Connection Diagram 120 Ohm E1 Distribution Panel Kit one link shown Note Distribution panel pinouts are described in Table 5 5 1 Ring 26 Tip 3 3 3 3 2 Ring 27 Ti...

Page 144: ...Figure 5 24 Connection Diagram 75 Ohm E1 Distribution Panel Kit one link shown Note Distribution panel pinouts are described in Table 5 5 1 Ring 26 Tip 3 3 3 3 2 Ring 27 Tip 2 Ring 27 Tip 28 28 shiel...

Page 145: ...t LIM applications in the Xedge 6002 may require additional ferrite beads Consult your Xedge representative Xedge 6640 6645 6280 and 6160 Chassis Only Figure 5 25 LIM Class A EMI RFI Suppression in Xe...

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: ...o the appropriate Xedge configuration manual listed on the inside cover of this document for detailed configuration procedures as necessary Basic Installation Procedure Any NTM occupies the reserved s...

Page 148: ...ration from the Slot 0 Controller It may also indicate that both line reference clocks have failed RA RC DR Receiving AIS Received Clock Derived Clock LED ON Red indicates that the NTM is receiving an...

Page 149: ...rrangement Set X16 jumper at SEC pins 2 3 for the secondary NTM T1 in a redundant arrangement Figure 6 2 NTM T1 Jumper Positions Cabling The NTM DS1 uses 100 ohm shielded twisted pair each for transmi...

Page 150: ...at the NTM has failed LOCK Locked LED ON Yellow indicates that the NTM oscillator is locked to the selected reference timing source PRI Primary LED ON Yellow indicates that the NTM has been configured...

Page 151: ...lowing law The maximum insertion loss is 6 db at 2048 kHz The cable terminates with male DB15 connectors With this cable the Input Impedance jumper must be set to 120 The NTM E1 can also use a 75 ohm...

Page 152: ...Network Timing Modules E1 Node Timing Module NTM E1 6 6 Xedge 6000 Hardware 032R440 000 Installation Setup Guide Issue 17...

Page 153: ...further configuration is necessary Installation Procedure The SMM plugs into a dedicated slot on the rear panel of a Xedge 6280 or Xedge 6160 switch These are the only slots that have female connecto...

Page 154: ...a major alarm condition exists Minor Alarm is the Minor alarm cut off switch When set to the ON position and a minor alarm condition exists the minor alarm signal is not passed to the ALARM INFO conn...

Page 155: ...k a port Insert the actuator key at the MANAGER or MGR STBY switch and set the switch to ON That craft port connector is now unlocked To connect a terminal perform the following steps 1 Connect the te...

Page 156: ...th these pins will be referenced to User Input 0 Table 7 2 SMM Alarm Info Connector Pinouts Pin No Signal Description 1 SW1H Switch 1 High contact sensing 2 SW2H Switch 2 High contact sensing 3 SW1L S...

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