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BELL LABS INNOVATIONS Lucent Technologies Telica Plexus 9000 Planning And Engineering Manual Download Page 323

Plexus 9000 Planning and Engineering Guide 

Planning for Installation 

Section 130-200-000 

Issue 5, January 24, 2003

 

Telica, Inc.  

6-15  

6.1.8 System 

Interfaces 

6.1.8.1 DS-1 

 

The Plexus 9000 DS-1 interfaces can be provisioned for the following 
modes of operation: Primary Rate ISDN, SS7 links/linksets, or as 
Inter-Machine Trunks (IMT).  Telica recommends that the first DS-1 port 
(#1 of 28) on the module, with a user-selected DS-0, in each of the first 
two IOM slot positions (chassis slots 1 and 2) be used for SS7 links.   
 

 

Caution: 

ISDN PRIs and SS7 signaling A-Links cannot be on the same 

IOM.

 

   
CAS and SS7 signaling A-Links cannot be on the same IOM. 
The maximum number of primary A-Links on an IOM is 2 and in a system 
is 34.

  

 

A-Links and Intermachine Trunks

 

(IMTs) can be on the same IOM.   

IMTs and PRIs can co-exist on an IOM. 
 
CAS and PRIs can co-exist on an IOM with a maximum of 140 CAS DS1s 
and 84 PRIs.

 

 
The DS-1 I/O rear interface modules provide the DS-1 terminations.  Each 
DS-1 IOM terminates 28 DS-1 channels via two 64-pin connectors (28 
pairs for transmit, 28 pairs for receive).  Typically, the DS-1 cables 
terminate at a DSX-1 cross-connect panel via wire-wrap or 64-pin 
connectors.  The cable distance to the DSX-1 cross-connect panel cannot 
be greater than 655 feet using 22-gauge T1 cable.  24-gauge cable may 
also be used for distances up to 400 feet.  Refer to 

Table 6.1-K

 for Telica 

part numbers of the cable.  
 
Provisioning information must be provided to create the configuration 
database within the Plexus 9000.  Information that may be required for 
provisioning can be found in the “Planning for Provisioning” section of 
this manual.  Provisioning procedures are provided in the 

Installation and 

Operations Manual

.  Information about TL1 commands can be found in 

the 

TL1 Commands Reference Guide

. 

Summary of Contents for Lucent Technologies Telica Plexus 9000

Page 1: ...Part Number 255 400 003R3 10 1 Issue 18 October 15 2005 Software Version 3 10 1 Copyright 2005 Lucent Technologies All Rights Reserved Lucent Gateway Platform Planning and Engineering Guide ...

Page 2: ...17 322 6848 international Notice Every effort has been made to ensure that the information in this document was complete and accurate at the time of printing However information is subject to change Mandatory customer information Safety Always observe the Safety Instructions when operating the system Trademarks All trademarks and service marks specified herein are owned by their respective compani...

Page 3: ...em Processor Timing Module 2 130 120 210 Issue 1 Apr 23 2004 5 4 Front Dual System Processor Timing Module 3 130 120 220 Issue 1 Apr 23 2004 5 5 Rear System Processor Module 130 120 250 Issue 2 Apr 23 2004 5 6 Rear System Processor 3 130 120 260 Issue 1 Apr 23 2004 5 7 Switch Fabric Front Module 130 120 300 Issue 2 Apr 23 2004 5 8 Switch Fabric A B Rear Modules 130 120 350 Issue 1 Apr 23 2004 5 8 ...

Page 4: ...odule 130 120 870 Issue 1 Apr 23 2004 Planning for Installation 6 1 Planning for Installation 130 200 000 Issue 5 Jan 24 2003 6 2 Planning for Provisioning 130 200 100 Issue 11 Jan 24 2003 Interconnect Drawings 7 Interconnect Drawings 130 250 000 Issue 3 Jan 24 2003 Part Information 8 Part Information 130 400 000 Issue 16 June 4 2004 Technical Support 9 Technical Support 130 300 000 Issue 2 Aug 16...

Page 5: ...e 2 1 2 3 Planning and Engineering Guide Organization 2 2 2 4 Using the CD ROM 2 3 2 5 Relationship Between Manuals 2 3 2 6 Plexus 9000 Documentation 2 3 3 System Overview 3 1 Plexus 9000 Softswitch Based Switching System Overview 3 2 3 2 Functions Features and Benefits 3 3 3 3 System Components 3 11 3 4 Single Shelf System Architecture 3 22 3 5 Network Applications 3 25 3 6 System Management 3 26...

Page 6: ...escription 5 25 5 2 3 Theory of Operation 5 29 5 2 4 Specifications 5 36 5 3 Front Dual System Processor Timing Module 2 5 3 1 Scope 5 39 5 3 2 Functional Description 5 39 5 3 3 Theory of Operation 5 44 5 3 4 Specifications 5 51 5 4 Front Dual System Processor Timing Module 3 5 4 1 Scope 5 53 5 4 2 Functional Description 5 53 5 4 3 Theory of Operation 5 57 5 4 4 Specifications 5 64 5 5 Rear System...

Page 7: ...ctional Description 5 92 5 7 3 Theory of Operation 5 96 5 7 4 Specifications 5 99 5 8 Switch Fabric A B Rear Modules 5 8 1 Scope 5 101 5 8 2 Functional Description 5 101 5 8 3 Theory of Operation 5 107 5 8 4 Specifications 5 110 5 9 DS1 I O Front Module 5 9 1 Scope 5 111 5 9 2 Functional Description 5 111 5 9 3 Theory of Operation 5 115 5 9 4 Specifications 5 120 5 10 DS1 I O Rear Module 5 10 1 Sc...

Page 8: ...al Description 5 143 5 12 3 Theory of Operation 5 146 5 12 4 Specifications 5 147 5 13 Octal DS3 STS 1 I O Front Module 5 13 1 Scope 5 149 5 13 2 Functional Description 5 150 5 13 3 Theory of Operation 5 153 5 13 4 Specifications 5 157 5 14 Octal DS3 STS 1 I O Rear Module 5 14 1 Scope 5 159 5 14 2 Functional Description 5 159 5 14 3 Theory of Operation 5 163 5 14 4 Specifications 5 164 5 15 Voice ...

Page 9: ... 5 17 3 Theory of Operation 5 189 5 17 4 Specifications 5 192 5 18 DS3 ATM Network Access Module 5 18 1 Scope 5 195 5 18 2 Functional Description 5 195 5 18 3 Theory of Operation 5 199 5 18 4 Specifications 5 202 5 19 Ethernet Network Access Module 5 19 1 Scope 5 205 5 19 2 Functional Description 5 205 5 19 3 Theory of Operation 5 209 5 19 4 Redundancy 5 211 5 19 5 Specifications 5 213 5 20 Quad 1...

Page 10: ...on 6 4 6 1 2 Location of Plexus 9000 6 4 6 1 3 Building Requirements 6 4 6 1 4 Chassis Dimensions 6 6 6 1 5 Space Requirements 6 7 6 1 6 Grounding Requirements 6 10 6 1 7 Power Requirements 6 11 6 1 8 System Interfaces 6 15 6 1 9 Slot Assignments 6 24 6 1 10 Tools and Test Equipment 6 25 6 1 11 Installation Planning Task Checklist 6 27 6 1 12 Plexus 9000 Configuration 6 29 6 2 Planning for Provisi...

Page 11: ...essors 7 10 7 6 Craft Modem Cabling 7 12 7 7 DS 1 J1 and E1 Cabling 7 16 7 8 A Link and DIAG Connectors 7 20 7 9 DS 3 STS 1 Cabling 7 22 7 10 OC 3 12 or STM 1 4 Cabling 7 24 7 11 Test Jacks 7 26 8 Part Information 8 1 Scope 8 1 8 2 Telica Part Number Formats 8 1 8 3 Plexus 9000 Base System 8 4 8 4 Parts Numbers 8 5 8 5 CLEI Codes 8 15 9 Technical Support 9 1 Installation Support 9 1 9 2 Technical ...

Page 12: ... Figure 5 1 6 Rear View of 85 3004 3007 3008 Chassis 5 11 Figure 5 1 7 Protection for 85 3000 Chassis 5 12 Figure 5 1 8 Protection for 85 3004 3007 Chassis 5 13 Figure 5 1 9 Front Module Slot Labeling 5 14 Figure 5 1 10 LED and push button locations 5 15 Figure 5 1 11 Fan tray 5 18 Figure 5 1 12 Fan Filter 5 19 Figure 5 1 13 Cable management 5 20 Figure 5 1 14 Power and Ground Locations for 85 300...

Page 13: ...Switch Fabric Module 5 94 Figure 5 9 2 Block Diagram of the Switch Fabric Module 5 96 Figure 5 12 1 Switch Fabric A Rear Module 5 102 Figure 5 12 2 Switch Fabric B Rear Module 5 103 Figure 5 12 3 Block Diagram of Rear Switch Fabric Module 5 107 Figure 5 11 1 DS 1 I O front module 5 113 Figure 5 11 2 DS 1 IOM Block Diagram 5 115 Figure 5 11 3 DS1 Line Loopbacks 1 544 Mb s at the Near end 5 118 Figu...

Page 14: ...4 Figure 6 1 4 Protection for 85 3003 3004 Chassis P414 AA 6 25 Figure 6 2 1 Plexus 9000 front view P101 AA 6 36 Figure 7 1 Power and Ground Cabling 7 2 Figure 7 2 Bay Alarm Cable 7 5 Figure 7 3 Bay Alarm Cabling 7 6 Figure 7 4 Alarm Contacts Cable 7 7 Figure 7 5 Alarm Contact Closure Cabling 7 9 Figure 7 6 Plexus 9000 Connected to Hub and LAN Network 7 10 Figure 7 7 Ethernet Cabling for a Rack 7 ...

Page 15: ...gnal Transmission Specifications 4 9 Table 4 M Optical Signal Specifications for GBIC Single Mode ENA 4 10 Table 4 N Optical Signal Specifications for GBIC Multi Mode ENA 4 10 Table 4 O Wire Sizes For Home Run 4 14 Table 4 P Wire Sizes To Power And Alarm Panel 4 14 Table 4 Q Relay Contact Closure Ratings 4 15 Table 5 1 A Slot Numbers and Names 5 13 Table 5 1 B Functions of Pushbuttons 5 14 Table 5...

Page 16: ...rt Specifications 5 86 Table 5 7 A CRAFT and COM Connector 5 90 Table 5 7 B ENET Connectors 5 90 Table 5 7 C DS1 Test Connectors 5 90 Table 5 7 D Plexus 9000 Access Levels 5 97 Table 5 7 E Environmental Specifications 5 98 Table 5 7 F RS 232 Craft Port Specifications 5 99 Table 5 8 A Typical Ethernet Connectors 5 106 Table 5 8 B Environmental Specifications 5 109 Table 5 9 A Functions and Limitati...

Page 17: ... OC 3 STM 1 Mb s Optical Signal Transmission Specifications 5 203 Table 5 19 A Packet Network Access Module LEDs 5 208 Table 5 19 B Environmental Specifications 5 212 Table 5 19 C OC 3 STM 1 Mb s Optical Signal Transmission Specifications 5 213 Table 5 19 D OC 12 STM 4 Mb s Optical Signal Transmission Specifications 5 213 Table 5 23 A LEDs of Front IOM 5 218 Table 5 23 B DS 3 Specifications 5 222 ...

Page 18: ...Y Plexus 9000 Spares Not Modules 6 32 Table 6 1 Z Required Miscellaneous Cables 6 33 Table 6 1 AA Configuration Worksheet 6 34 Table 6 2 A Configuration Worksheet 6 40 Table 6 2 B Plexus 9000 Access Levels 6 41 Table 6 2 C Chassis Provisioning 6 41 Table 6 2 D Timing Provisioning 6 41 Table 6 2 E Security Provisioning 6 42 Table 6 2 F IOM Provisioning 6 43 Table 6 2 G Point Codes and Signaling Pro...

Page 19: ...ents Section 130 050 100 Issue 4 June 4 2004 Telica Inc xv Table 8 G Switch Fabric and System Processor 8 11 Table 8 H Module Part Numbers 8 11 Table 8 I System and Ancillary Parts Numbers 8 13 Table 8 J Cable Part Numbers 8 14 Table 8 K CLEI Codes 8 15 ...

Page 20: ...Table of Contents Plexus 9000 Planning and Engineering Guide Issue 4 June 4 2004 Section 130 050 100 xvi Telica Inc NOTES ...

Page 21: ... 1 5 1 1 FCC Part 15 Notice 1 4 1 5 1 2 Modifications 1 5 1 5 1 3 Cables 1 5 1 5 2 Canadian Notice 1 5 1 5 3 Avis Canadien 1 5 1 1 Safety Instructions 1 1 1 Admonishments This manual contains admonishments in the form of DANGERs Cautions and Warnings These admonishments have the following definitions DANGER indicates the presence of a hazard that will cause death or severe personal injury if the h...

Page 22: ...section of the Chassis Detailed Description in the Hardware Description section of this manual 6 Never push objects of any kind into this product through cabinet slots Objects inserted into the cage may touch dangerous voltage points or short out parts increasing the risk of fire or electrical shock 7 Never spill liquid of any kind on the product 8 To reduce the risk of electrical shock do not dis...

Page 23: ...ed Keep all static generating materials such as food wrappers plastics and Styrofoam containers away from all circuit cards Upon removal from bay immediately put circuit cards into anti static packages Whenever possible maintain relative humidity above 20 percent To eliminate the possibility of ESD damage units are equipped with grounding jacks to enable personnel to ground themselves using wrist ...

Page 24: ...er stations without a waiver from the FCC Applications involving terminations to PBXs channel banks or other similar equipment where calls to or from individual stations behind the equipment can be uniquely identified require a similar waiver Such waivers may be obtained by applying to the FBI s Flexible Deployment Program Manager CALEA Implementation Section at 800 555 0336 or 703 814 4700 The CA...

Page 25: ...ermined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio or tele...

Page 26: ...Safety and Regulations Plexus 9000 Planning and Engineering Guide Issue 1 August 16 2002 Section 130 050 200 1 6 Telica Inc NOTES ...

Page 27: ...The Planning and Engineering Guide provides an overview of the Plexus 9000 and its features Descriptions and illustrations of the Plexus 9000 hardware is also defined including system specifications site engineering information and interconnect drawings and part numbers and ordering information for all hardware This introduction describes the Planning and Engineering Guide and how it relates to ot...

Page 28: ...and wire information about Plexus 9000 hardware such as chassis slots IOMs and the alarm panel System Description depicts the actual rack and describes the physical locations of the front and rear cards protection slots LED and push buttons fan tray fan filter rear cables and power and ground locations The Planning for Installation section describes building requirements chassis dimensions space r...

Page 29: ...tion and many illustrations of the hardware components that must be provisioned before you can use the Plexus 9000 Therefore the Planning and Engineering Guide can be useful during actual installation and provisioning procedures Descriptions and illustrations of IOMs cables and other hardware encountered while following the procedures in the Installation and Operations Manual are contained within ...

Page 30: ...ide 79 6009 PlexView Element Management System EMS User Guide 79 6010 PlexView Element Management System EMS Installation Guide 79 6011 Billing and Traffic Collection Guide 79 6021 Maintenance and Troubleshooting Guide 79 6022 Each core documentation set Installation and Operations Manual TL1 Commands Reference Guide Planning and Engineering Guide is accompanied by a CD containing the manuals and ...

Page 31: ...tation CD ROM 79 6007 Contains the manuals and release notes in Adobe Acrobat PDF format PlexView Pro Billing System User Guide 79 6008 Explains the procedures necessary to operate administer and maintain the Billing System PlexView Pro Billing System User Guide CD ROM 79 6009 Contains the Billing System manual in Adobe Acrobat PDF format PlexView Element Management System EMS User Guide 79 6010 E...

Page 32: ...neering Guide PN 79 6015 and the Media Gateway TL1 Commands Reference Guide PN 79 6016 Billing and Traffic Collection Guide 79 6021 Provides descriptions of billing and traffic collection applications and procedures for installing and upgrading Maintenance and Troubleshooting Guide 79 6022 Provides procedures for maintaining and troubleshooting alarms of the Plexus Troubleshooting was formerly par...

Page 33: ... a document s unique number of the product manual guide and tab 2 6 1 2 CD ROMs Each documentation set is also available on CD ROM One documentation CD ROM is shipped with each set of manuals The EMS documentation is available on a separate CD ROM and is sent to you if you purchase the EMS 2 6 2 Documentation Delivery and Updates A bound set of customer documentation is delivered with each new Ple...

Page 34: ...manuals is marked with header information used to identify the manual and section For instance the header at the top of this page displays the name of the section Introduction the issue number and date the name of the manual Plexus 9000 Installation and Operations Manual and the document number Section 130 100 000 When a document is updated or reissued the following information changes A new title...

Page 35: ...g Interfaces 3 9 3 2 2 13 Billing Statistics and Performance Monitoring 3 9 3 2 2 14 Tones and Announcements 3 9 3 2 2 15 Tools and Maintenance 3 10 3 2 2 16 Other Capabilities 3 10 3 3 System Components 3 11 3 3 1 Shelf Assembly 3 11 3 3 1 1 Midplane Design and Modules 3 12 3 3 1 2 Shelf Slots 3 13 3 3 1 3 IOM Protection Slots 3 18 3 3 1 4 Electrical Line Interfaces 3 19 3 3 1 5 Forced air Coolin...

Page 36: ... media gateway media gateway controller and signaling gateway to provide Class 4 5 switching and features for the PSTN as well as ATM and IP networks all in an open distributed softswitch model or an integrated single chassis solution The Plexus 9000 normalizes a carrier s layer two switching and transport requirements regardless of content or access method The switch has integrated signaling and ...

Page 37: ...sis or distributed across multiple platforms Signaling Gateway Media Gateway Media Gateway Controller Inter Machine Trunk IMT Termination and Switching PRI Origination and Termination Tandem Circuit Switching Class 5 Line Termination GR 303 Access Termination TDM Packet Gateway ATM or IP Line side VoIP with Feature Server Interfaces 3 2 2 Platform Features Telica s Plexus 9000 delivers these archi...

Page 38: ... switching system Integrated fiber and cable management Integration with current legacy network management systems 3 2 2 2 Density The Plexus 9000 delivers the following density advantages Over 80 000 completely protected DS0 ports in one compact shelf using Octal DS3 modules Over 20 000 protected calls in one shelf when configured as a voice over packet gateway Up to three chassis over 240 000 DS...

Page 39: ... of external controllers and signaling gateways DS1 DS3 performance monitoring Optional automatic switching protection test which after specifying the frequency and time of day forces each processor switch fabric to switch to the offline pair daily to test protection equipment 3 2 2 5 Termination Flexibility Telica s Plexus 9000 offers this termination flexibility DS1 DS3 Triple and Octal STS 1 VT...

Page 40: ...n strip and append 1 to 21 digits 3 2 2 7 Various Numbering Services Telica s Plexus 9000 supports these numbering plans and services Full Local Number Portability LNP SS7 TCAP protocol used to query SCP databases for determining new switch that hosts a ported number Location Routing Number LRN hosting Plexus database supports one or more LRNs for LNP Multiple NPA NXX hosting Plexus database suppo...

Page 41: ... group dedicated to that PSAP DID trunks which are designed to handle incoming calls to a PBX that have been addressed directly to an extension rather the to the main number NANP and International Operator Access 0 0 00 and 01 calls distinct from direct dialed calls NANP Dialing and Routing conventional 10 digit NPA NXX XXXX dialing in North America In service routing changes Time of day Routing S...

Page 42: ...y don t answer Consultation hold transfer and disconnect Selective Call Forwarding Selective Call Rejection Selective Call Acceptance E9 1 1 Telecommunications relay services 7 1 1 CALEA 3 2 2 10 Network Applications The Plexus 9000 supports the following signaling protocols and network applications or platforms Protocols ISDN SS7 CAS ATM M3UA to Signaling Gateway MF signaling RTP SIP SIP T Networ...

Page 43: ...lling Statistics and Performance Monitoring The Plexus 9000 delivers these billing statistics and performance monitoring capabilities Standard AMA billing support and ASCII format billing Traffic Statistics by all trunks enabling report generation for traffic load peg count capacity utilization based on Erlang B and trunk group utilization percentage DS1 DS3 performance monitoring DS0 Monitoring f...

Page 44: ...tandards DS0 Nail up which enables DS0s to be internally cross connected between any two physical ports on the Plexus The nail up is intended to support 64 kbs or Nx64kbs data traffic carried in the same DS1 as CAS voice DS0s DTMF MF tone generation detection Line timing which used with external trunks provides an alternative to BITS timing can be used instead of local BITS source or as an additio...

Page 45: ...ncluding cabling for mounting in a 23 inch central office CO bay This package allows up to three shelves to be installed in one 7 foot bay while still accommodating a power and alarm panel as well as separating air baffles as illustrated in Figure 3 1 The original chassis with Midplane I is part number 85 3000 which supports DS1 and triple DS3 I O modules IOMs When the original chassis has Midplan...

Page 46: ... POWER ALARM PANEL Figure 3 1 Rack up of Three Plexus 9000s 3 3 1 1 Midplane Design and Modules The system features a midplane design with I O termination modules processing modules and switching modules installed from the front and all physical facility traffic terminations connected on a passive rear IOM All electrical interfaces are located on the rear of the unit while fiber may be located on ...

Page 47: ... 3 3 1 2 Shelf Slots The Plexus 9000 shelf contains 21 card slots Four slots are used for common cards active and protect with up to 17 cards used for various IOMs Refer to Figure 3 2 for an illustration of a front view of chassis 85 3000 and 85 3003 Refer to Figure 3 3 for a rear view illustration of the same chassis Refer to Figure 3 4 for an illustration of a front view of chassis 85 3004 Refer...

Page 48: ...ritical Led Test ESD Electrostatic Discharge 13 SP TMG B DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT FLT ABN ACT SWITCH FABRIC SWITCH FABRIC SYSTEM PROCESSOR TIMING SYSTEM PROCESSOR TIMING FLT ABN ACT FLT ABN ACT FLT ABN ACT DS3 I O FLT ABN ACT DS3 I O FLT ABN ACT DS3 I O FLT ABN ACT DS3 I O FLT ABN ACT...

Page 49: ... J2 DS1 OUT DS1 I O J1 DS1 IN J2 DS1 OUT DS1 I O J1 DS1 IN J2 DS1 OUT DS1 I O J1 DS1 IN J2 DS1 OUT DS1 I O J1 DS1 IN J2 DS1 OUT DS1 I O J1 DS1 IN DS3 I O ESD Read and understand operator s manual before using this machine Failure to follow operating instructions could result in death or serious injury WARNING LI S T E D R C US 2000811 ETL LISTED CONFORMS TO UL STD 1950 CERTIFIED TO CAN CSA STD C22...

Page 50: ...ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O DS1 I O FLT ABN ACT FLT ABN ACT SWITCH FABRIC SWITCH FABRIC SYSTEM PROCESSOR TIMING SYSTEM PROCESSOR TIMING FLT ABN ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT FLT ABN ACT CRAFT J1 E N E T J2 R S 2 3 2 RST CRAFT J1 E N E T J2 R S 2 3 2 RST OCTAL DS3 STS 1 I O OCTA...

Page 51: ...CH4 Rx CH4 Tx CH5 Rx CH5 Tx CH6 Rx CH6 Tx CH7 Rx CH7 Tx CH8 Rx CH8 Tx OCTAL DS3 STS 1 I O CH1 Rx CH1 Tx CH2 Rx CH2 Tx CH3 Rx CH3 Tx CH4 Rx CH4 Tx CH5 Rx CH5 Tx CH6 Rx CH6 Tx CH7 Rx CH7 Tx CH8 Rx CH8 Tx OCTAL DS3 STS 1 I O CH1 Rx CH1 Tx CH2 Rx CH2 Tx CH3 Rx CH3 Tx CH4 Rx CH4 Tx CH5 Rx CH5 Tx CH6 Rx CH6 Tx CH7 Rx CH7 Tx CH8 Rx CH8 Tx OCTAL DS3 STS 1 I O CH1 Rx CH1 Tx CH2 Rx CH2 Tx CH3 Rx CH3 Tx CH4 ...

Page 52: ...O 12 15 I O 11 14 I O 10 9 SP TMG A 10 SW FAB A 11 I O 9 12 SW FAB B 13 SP TMG B 21 I O 17 Figure 3 6 Protection and Midplane I In the Plexus chassis with Midplane II part number 85 3004 and Midplane III part number 85 3007 physical I O 7 physical slot 7 is the recommended slot for DS1 protection and I O 5 and I O 13 physical slots 5 and 17 are the DS3 protection slots I O 17 physical slot 21 is t...

Page 53: ...l interfaces allowing all signal cabling to be installed from the rear of the unit Protection cards do not require cabling 3 3 1 5 Forced air Cooling Forced air cooling is provided by fans mounted in a removable tray located at the top of the unit Air is drawn in from the bottom of the chassis through a removable filter and it exits the shelf through the top and rear The 85 3004 chassis contains t...

Page 54: ...S3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS3 I O Figure 3 8 Plexus 9000 Chassis Lower Rear View 3 3 2 Common Modules 3 3 2 1 System Processor Two SP units each comprising a front and a rear circuit card are located near the center of the shelf slots 9 and 13 and provide full 1 1 redundancy for critical processing resources for true non ...

Page 55: ... along with the 1 N protection capability prevents both the loss of valuable shelf space and the dramatic increase in cost associated with other protection schemes such as 1 1 and 1 4 Finally if the user does not desire to protect line and trunk side interfaces the Plexus 9000 can be equipped with 17 working line interface modules therefore providing a total of 136 working DS3 terminations or 91 3...

Page 56: ...unctionality from a single vendor No failure prone or unprotected local area network interconnections Single management interface for signaling and switching Lowest cost The SS7 signaling is tightly knit with the Plexus 9000 s call control software driving the switching fabric residing on redundant SF modules Each SF accepts twenty four 622 Mb s ATM ports providing a total usable bandwidth of 15 G...

Page 57: ...y for service failure To more easily explain system redundancy the following architecture discussion is divided into two parts hardware and software 3 4 3 1 Hardware Architecture Each IOM is connected to both switch fabric modules and delivers traffic to both The switches in turn deliver traffic to the destination IOM The destination modules are configured by the protection subsystem to accept tra...

Page 58: ...ely static and stored on the hard drives Here it is important to insure that both drives are kept updated with new provisioning commands OAM activity falls in the middle it is sporadic but if maintenance is underway it is often important to be able to continue the process even as a processor failover occurs Call state information is real time and constantly changing It involves the calls that are ...

Page 59: ...ns and switches each inbound call to the appropriate ISP s PRI To the network the Plexus 9000 appears exactly as a full class 5 or 4 switch The IMTs bound for ISPs are terminated directly to the Plexus 9000 thus offloading all ISP traffic from the class 5 and 4 switches to the Plexus 9000 The Plexus 9000 terminates these services at 10 of the expense of existing switch architectures 3 5 1 2 Two wa...

Page 60: ... traffic is recovered and delivered to subscribers The Plexus does this on a call by call basis using SS7 signaling information to assign a DS0 to the correct ATM cell If a cell to the destination does not currently exist the Plexus establishes a connection to the remote gateway using AAL2 signaling techniques gets the correct address for the cell and puts the TDM traffic in it Up to 240 separate ...

Page 61: ...ll Plexus switches The fault filtering system allows you to send alarms to an email system that can be configured to page support in the event of a critical major or minor alarm The EMS also provides a persistent log of all switch alarms that you can view and search In addition to the software alarm support each module is equipped with three LEDs for visual indication on line green abnormal amber ...

Page 62: ...ed by the EMS EMS will provide the ability to reload a Plexus switch in the event of a disaster 3 6 5 Traffic Management The PlexView Traffic Collection Application TCA allows you to manage your traffic capacity The TCA works in conjunction with the Plexus 9000 by capturing and processing information about every call One or more Plexus 9000s send a Call Detail Record CDR out for each attempted cal...

Page 63: ...f your network demands complete system integration density capacity redundancy cost and manageability Because of the Telica engineering team s technical knowledge engineering ability and personal commitment to our product the Plexus 9000 Switching System is able to offer highest port densities highest service reliability lowest initial deployment cost and incremental growth cost the most integrate...

Page 64: ...System Overview Plexus 9000 Planning and Engineering Guide Issue 6 May 14 2004 Section 130 110 000 3 30 Telica Inc NOTES ...

Page 65: ... Notices 4 13 4 2 1 Federal Communications Commission Notice 4 13 4 2 1 1 FCC Part 15 Notice 4 13 4 2 1 2 Modifications 4 13 4 2 1 3 Cables 4 13 4 2 2 Canadian Notice 4 13 4 2 3 Avis Canadien 4 13 4 3 Voltage Drop Wire Size Selection 4 14 4 4 Alarm Contacts Closure Ratings 4 15 4 1 Specifications 4 1 1 Chassis Slots Table 4 A Chassis Slots Number of Slots Description 21 Slots total 2 Switch Fabric...

Page 66: ...tal Specifications Environmental Conditions Temp F Min Max Temp C Min Max Relative Humidity Standard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level No...

Page 67: ...shelf 33 Amperes per shelf Power consumption 800 Watts 1320 Watts Fully loaded at 40 Vdc T11 B 4 1 5 Interfaces The Plexus 9000 can have DS 1 DS 3 STS 1 Voice Server Network or Packet Access I O modules IOMs Refer to the following tables for IOM specifications Table 4 E for framing and line codes Table 4 F for DS1 IOM specifications Table 4 G for J1 IOM specifications Table 4 H for E1 IOM specific...

Page 68: ...g Line Code 28 Port DS1 J1 TDM SF ESF B8ZS AMI 21 Port E1 TDM CRC CRC MF DB MF HDB3 AMI 3 Port DS3 TDM M13 normal C Bit B3ZS 3 Port DS3 STS 1 TDM M13 normal C Bit B3ZS 8 Port DS3 STS 1 TDM M13 normal C Bit B3ZS 8 Port DS3 STS 1 ATM M13 normal C Bit B3ZS 4 Port OC 3 ATM SONET NRZ 4 Port OC 3 IP over ATM SONET NRZ 4 Port OC 12c ATM SONET NRZ 4 Port OC 12c IP over ATM SONET NRZ T8 D ...

Page 69: ...dance 100 ohms 5 balanced Pulse shape Meets TR TSY 000499 mask with amplitude of between 2 4 and 3 6 volts Note When measuring the pulse mask a 100 ohms T1 patch cable is required Power level For an all ones pattern the power in a band no wider than 3 kHz Centered at 772 kHz is between 12 6 and 17 9 dBm Centered at 1544 kHz is at least 29 dB below the power level at 772 kHz Pulse imbalance Less th...

Page 70: ...on Impedance 100 ohms 5 balanced Pulse shape Meets TR TSY 000499 mask with amplitude of between 2 4 and 3 6 volts Note When measuring the pulse mask a 100 ohms T1 patch cable is required Power level For an all ones pattern the power in a band no wider than 3 kHz Centered at 772 kHz is between 12 6 and 17 9 dBm Centered at 1544 kHz is at least 29 dB below the power level at 772 kHz Pulse imbalance ...

Page 71: ...r shall be used for each direction of transmission Impedance 120 ohms 5 balanced Pulse shape Meets ITU T I 431 mask with amplitude of between 2 4 and 3 6 volts measured at the output port Power level For an all ones pattern the power in a band no wider than 3 kHz Centered at 1024 kHz is between 12 6 and 17 9 dBm Centered at 2048 kHz is at least 29 dB below the power level at 1024 kHz Pulse imbalan...

Page 72: ...and negative pulses Jitter generation Less than 0 3 timeslots RMS Cable 728 RG 6U or equivalent Maximum span 450 feet to DSX 3 cross connect 69 Table 4 J STS 1 Specifications Specification Description Line rate 51 84 Mb s 20 ppm Line code B3ZS Bipolar with three zero substitution Framing A1 and A2 bytes Mapping Locked or floating VT virtual tributary mode Termination One coaxial line for each dire...

Page 73: ...dB Optical Wavelength λout 1330 nm typical 1274 to 1356 nm Spectral Width λrms 2 5 nm maximum Extinction Ratio re 8 2 dB Span Distance max 15 km maximum T36 A Table 4 L OC 12 STM 4 Mb s Optical Signal Transmission Specifications Parameter Specification Line Bit Rate 622 08 Mb s Line Code NRZ Fiber Mode Single mode Optical Source Laser Transmitter Output 11dBm typically 15 dBm to 8 dBm Optical Conn...

Page 74: ...elength λout 1310 nm typical 1270 to 1355 nm Spectral Width λrms 4 nm max Extinction Ratio re 9 dB min Span Distance typ 550 m 50 62 5 µm mmf 5000m 10 µm smf Table 4 N Optical Signal Specifications for GBIC Multi Mode ENA PARAMETER SPECIFICATION Line Bit Rate 1 25 Gb s Fiber Mode Multi mode Optical Source Laser Transmitter Output 7 dBm typical 9 5 to 5 dBm Optical Connector Duplex SC Optical Detec...

Page 75: ...tored However ISDN D channels and SS7 signaling channels cannot be monitored on the same DS 1 The test jacks and the DS 0s to be monitored which must be on the same IOM are selected with TL1 commands Because there are two pairs of jacks two different DS 1s can be monitored J7 labeled I allows the user to input a signal and monitor it using J8 labeled O J9 is not used and J10 which is labeled O is ...

Page 76: ...1992 ISUP call processing ANSI T1 609 ISDN NI2 line side GR 1268 PRI Channel Associated Signaling CAS Bearer Independent Call Control BICC Session Initiated Protocol GR 303 Ethernet signaling interface 4 1 9 Management Dry contacts for critical major minor audible and visual bay visual Alarm cutoff Redundant Ethernet or RS232 craft port Redundant Ethernet management port or EMS port TL1 management...

Page 77: ...e is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the...

Page 78: ...ower source and no Power and Alarm Panel is used Table 4 O Wire Sizes For Home Run Home run to shelf no Power and Alarm Panel Wire size Maximum distance to source 6 80 4 157 2 251 1 315 0 393 Note Shaded table areas represent wire sizes that cannot be directly terminated on the lugs provided on the Telica shelf and or breaker panel Crimp type splices may be used to pigtail to the appropriate wire ...

Page 79: ...2003 Telica Inc 4 15 4 4 Alarm Contacts Closure Ratings Table 4 Q Relay Contact Closure Ratings Contact Rating Location and Description MN minor 0 6 amp 110 VDC J2 contacts on switch fabric A MJ major 0 6 amp 110 VDC J2 contacts on switch fabric A CR critical 0 6 amp 110 VDC J2 contacts on switch fabric A 4 ...

Page 80: ...System Specifications Plexus 9000 Installation and Operations Manual Issue 6 April 25 2003 Section 130 115 000 4 16 Telica Inc NOTES ...

Page 81: ...t Dual System Processor Timing Module 3 5 53 5 5 Rear System Processor Timing Module 5 65 5 6 Rear System Processor 3 5 77 5 7 Switch Fabric Front Module 5 91 5 12 Switch Fabric A B Rear Modules 5 101 5 9 DS1 I O Front Module 5 111 5 10 DS1 I O Rear Module 5 123 5 11 Triple DS3 STS 1 I O Front Module 5 133 5 12 DS3 I O Rear Module 5 143 5 13 Octal DS3 STS 1 I O Front Module 5 149 5 14 Octal DS3 ST...

Page 82: ...120 000 5 2 Telica Inc 5 16 Quad ATM Network Access Module 5 175 5 17 Packet Network Access Module 5 185 5 18 DS3 ATM Network Access Module 5 195 5 19 Ethernet Network Access Module 5 205 5 20 Quad 1000BASE T Ethernet Interface Module 5 215 5 21 Quad 1000BASE SX Ethernet Interface Module 5 221 ...

Page 83: ...ctional Description There are two types of Plexus 9000 chassis One is 13 rack units high RU 22 75 inches high that requires a 1 RU air baffle mounted directly above The other is a 14 RU chassis 24 5 inches high with a built in air baffle Both have 18 inch deep shelves including cabling for mounting in a 23 inch wide central office bay Three shelves with a possible 1 RU air baffle between can be in...

Page 84: ...sed for various IOMs IOMs that are supported are dependent upon the version of system software and are as follows DS 1 IOMs 28 DS1s per module DS1 J1 E1 IOMs 28 DS1s or J1s or 21 E1s per module Triple DS 3 STS 1 IOMs 3 DS 3s STS 1s per module Octal DS 3 STS 1 IOMs 8 DS 3s STS 1s per module ATM Voice Server Modules Quad OC 12 OC 3 ATM Network Access Module Quad Packet Network Access Module DS 3 ATM...

Page 85: ...ilter and exits the shelf through the top and rear If slots are not used blank panels or filler panels must be installed Fans are monitored for failure and an over temperature sensor is provided The 85 3004 and higher chassis includes high speed fans 5 1 3 Hardware Description The Telica Plexus 9000 13 RU chassis as illustrated in Figure 5 1 1 and including cabling is 13 RU 22 75 inches high and 1...

Page 86: ...RU chassis as illustrated in Figure 5 1 2 and including cabling is 14 RU 24 5 inches high and 18 inches deep P1045 AA 05 18 04 21 25 24 50 18 00 Figure 5 1 2 Telica Plexus 9000 14 RU Chassis There are 21 module slots which are approximately 9 RU high The front modules have the most functionality while the rear interface modules have the I O connectors ...

Page 87: ...ual flange central office rack As illustrated in Figure 5 1 3 up to three shelves can be installed in one 7 foot bay This may include one rack unit of space for an air baffle while still accommodating a fuse and alarm panel in the same bay Note To accommodate three shelves in a rack install the units from the bottom up to assure space for proper cable dressing Figure 5 1 3 Three rack mounted chass...

Page 88: ... in slots 10 and 12 17 I O modules in physical slots 1 8 11 and 14 21 P461 AA 04 16 01 FRONT VIEW Slot 1 I O 1 Slot 11 I O 9 Slot 2 I O 2 Slot 3 I O 3 Slot 4 I O 4 Slot 5 I O 5 Slot 6 I O 6 Slot 7 I O 7 Slot 8 I O 8 ACO 48 Vdc A 48 Vdc B Fan Fail IOM 1 to 8 IOM 10 to 17 9 SP TMG A 10 SW FAB A 12 SW FAB B 13 SP TMG B Minor Major Critical LED Test Slot 21 I O 17 Slot 20 I O 16 Slot 19 I O 15 Slot 18...

Page 89: ...ollowing connectors are located on this module USB not used Craft COM SIG ENET OS ENET DS1 Test Each module is coupled with the SP TMG directly opposite it on the front of the chassis 2 SW FAB A B modules in SW FAB slots physical slots 10 and 12 See Note The following connectors are located on this module BITS wire wrap interface Bay Alarm In SW FAB A only Bay Alarm Out SW FAB A only Alarm Contact...

Page 90: ...8 I O 8 Slot 21 I O 17 Slot 11 I O 9 PROT Slot 20 I O 16 Slot 19 I O 15 Slot 18 I O 14 Slot 17 I O 13 Slot 16 I O 12 Slot 15 I O 11 Slot 14 I O 10 IOM 8 to 1 13 SP TMG B 9 SP TMG A 12 SW FAB B 10 SW FAB A NEG 48Vdc 30 A RTN UL 1950 Label Warning Label FCC Rules Label Cable Management Cover Read and understand operator s manual before using this machine Failure to follow operating instructions coul...

Page 91: ...able Management Cover Read and understand operator s manual before using this machine Failure to follow operating instructions could result in death or serious injury WARNING LIS TED R C US 2000811 ETL LISTED CONFORMS TO UL STD 1950 CERTIFIED TO CAN CSA STD C22 2 NO 950 Figure 5 1 6 Rear View of 85 3004 3007 3008 Chassis 5 1 3 4 Protection Slots All 17 I O slots may be used for traffic termination...

Page 92: ... Midplane III the I O 5 slot and the I O 13 slot are DS 3 I O protection slots if line protection is desired I O 5 protects IOM in I O 1 to I O 4 and I O 6 to I O 8 IOM 13 protects I O 9 to I O 12 and I O 14 to I O 17 If DS 1 I O modules are installed the I O 7 slot can be used for DS 1 protection It the Network Adapters ANA PNA or ENA are used the main module is installed in the I O 8 slot and th...

Page 93: ...ure 5 1 8 Protection for 85 3004 3007 Chassis 5 1 3 5 Slot Numbering and Naming Notation The TL1 provisioning commands and autonomous messages alarms will use the slot notation scheme given in Table 5 1 A instead of the physical slot location The 85 3000 chassis is labeled using both notations as shown in Figure 5 1 9 In addition the CLEI code part number and serial number labels for the chassis a...

Page 94: ...SOR TIMING DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O Figure 5 1 9 Front Module Slot Labeling Table 5 1 A Slot Numbers and Names Physical Slot 85 3000 Chassis Slot Notation 85 3004 7 Chassis Slot Notation TL1 Names 1 I O 1 I O 1 IOM 1 2 I O 2 I O 2 IOM 2 3 I O 3 I O 3 IOM 3 4 I O 4 I O 4 IOM 4 5 I O 5 I O 5 PROT IOM 5 6 I O 6 I O 6 IOM 6 7 I O 7 PROT I O 7 IOM 7 8 I O ...

Page 95: ... 3 4 I O 4 5 I O 5 6 I O 6 21 I O 17 8 I O 8 14 I O 10 15 I O 11 16 I O 12 17 I O 13 18 I O 14 19 I O 15 20 I O 16 Led Test 48 Vdc A 48 Vdc B Fan Fail ACO Major Minor Critical 7 I O 7 PROT DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O SWITCH FABRIC SWITCH FABRIC SYSTEM PROCESSOR TIMING SYSTEM PROCESSOR TIMING DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O...

Page 96: ...BITS interfaces have faults Both system processors have crashed An ISP POP has been isolated from the media gateway caused by either a module failure or a line failure There has been an outage on SG MG SG EM or MG EM communication There was an unprotected I O module failure There have been more than 4 DS 1 input output failures There were one or more DS 3 input output failures Major Red Indicates ...

Page 97: ...e There was a protection equipment failure There was a loss of one timing reference input from BITS There was a fan failure A loss of a 48V power input detected at each of the I O modules 12 5 1 3 7 Fan Tray The fan tray is a single field replaceable tray with six fans on it The tray is replaced as a unit as illustrated in Figure 5 1 11 Observe the location of the fan tray assembly on the upper fr...

Page 98: ... Guide Issue 4 May 28 2003 Section 130 120 100 5 18 Telica Inc P105 AA 03 30 04 Escutcheon Panel Fan Shelf Figure 5 1 11 Fan tray 5 1 3 8 Fan Filter A fan filter is located behind the bezel and screen on the lower front of the chassis as illustrated in Figure 5 1 12 ...

Page 99: ...Plexus 9000 Planning and Engineering Guide Chassis General Description Section 130 120 100 Issue 4 May 28 2003 Telica Inc 5 19 P106 AA 07 07 00 Filter Shelf Cover Fan Filter Figure 5 1 12 Fan Filter ...

Page 100: ...0 REAR CABLING SYSTEM PROCESSOR TIMING SYSTEM PROCESSOR TIMING SWITCH FABRIC A SWITCH FABRIC B DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS3 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS1 I O DS3 I O CHANNEL 1 RX IN CHANNEL 1 TX OUT CHANNEL 2 RX IN CHANNEL 1 RX IN CHANNEL 1 TX OUT CHANNEL 2 RX IN CHANNEL 1 RX IN CHANNEL 1 TX OUT CHANNEL 2 RX IN CHANNEL 1 RX IN CHANNE...

Page 101: ... 11 PROT I O 8 8 I O 7 7 PROT I O 6 6 I O 5 5 I O 4 4 I O 3 3 I O 2 2 I O 1 1 ESD Read and understand operator s manual before using this machine Failure to follow operating instructions could result in death or serious injury WARNING L I S T E D R C US 2000811 ETL LISTED CONFORMS TO UL STD 1950 CERTIFIED TO CAN CSA STD C22 2 NO 950 This device complies with Part 15 of the FCC Rules Operation is s...

Page 102: ... 2000811 ETL LISTED CONFORMS TO UL STD 1950 CERTIFIED TO CAN CSA STD C22 2 NO 950 REAR VIEW Ground Lug Fan Fuse B Fan Fuse A Power A Power B ESD Electrostatic Discharge UL 1950 Label Warning Label FCC Rules Label This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference and 2 this device must accept any ...

Page 103: ...Relative Humidity Standard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom o...

Page 104: ...0 53 975 cm Depth cover and tie bars 18 00 45 72 cm Weight fully loaded 150 lbs 68 kilograms 9 Table 5 1 F Plexus 9000 Power Specifications Requirement With DS1 DS3 With Octal DS3 Input voltage 40 Vdc to 56 7 Vdc 40 Vdc to 56 7 Vdc Thermal output Up to 2730 BTUs hr shelf Up to 4505 BTUs hr shelf Current draw 20 Amperes per shelf 33 Amperes per shelf Power consumption 800 Watts 1320 Watts Fully loa...

Page 105: ... Numbers CLEI Codes Comments 89 0366 A BAC7X40JAA 89 0366 B BAC7X40JAB Note Shaded part numbers have been manufacture discontinued but are still supported The SP 2 or SP 3 modules can be used instead 5 2 2 Functional Description Two SPs comprised of a front and a rear circuit module are located near the center of the shelf slots 9 and 13 and provide full 1 1 redundancy for critical processing reso...

Page 106: ...plane II of the 89 3003 or 89 3004 chassis 5 2 2 2 General Mechanical Representation The SP front module is approximately 14 inches high and plugs into the midplane for connections to the rear SP module and to the Switch Fabric and IOMs Refer to Figure 5 2 1 for an illustration of the midplane connector the SP module and the front of the module The front plate of the module has three LEDs an Ether...

Page 107: ...Processor Timing Module Section 130 120 200 Issue 3 April 23 2004 Telica Inc 5 27 FRONT SYSTEM PROCESSOR TIMING CRAFT FLT ABN ACT J1 E N E T J2 R S 2 3 2 RST P126 AA 11 29 00 REAR SYSTEM PROCESSOR TIMING FRONT CARD Figure 5 2 1 System Processor Timing Module ...

Page 108: ...e card is online and active ACT Green Blinking Indicates that the card is ready and in standby STBTH mode Table 5 2 B Ethernet Connector Connector Pin Description 1 TX 2 TX 3 RX 4 5 6 RX 7 P217 AA 07 07 00 1 2 3 4 5 6 7 8 8 Table 5 2 C Craft Connector Connector Pin Description 1 DCD 2 RXD 3 TXD 4 DTR 5 GND 6 DSR 7 RTS 8 CTS P218 AA 07 07 00 1 5 9 6 9 RI Table 5 2 D Reset Button Name Description RS...

Page 109: ...t DB 9 TL1 Agent Fault Alarm Manager Equipment Manager System Fault Log Manager Serial Interface Ethernet Interface PROCESSOR QUAD T1 FRAMER LIU MLBA TIMING BITS A BITS B Monitor Test Clock To Rear System Processor From Rear Switch Fabric MID PLANE Craft ENET STRAT 3 P216 AA 03 18 02 Figure 5 2 2 Block Diagram of SP TMG Module 5 2 3 1 Power The front SP module has its own DC to DC converter not sh...

Page 110: ...master to the secondary and generating interrupts when failures on the input clock lines occur Even though the clock circuitry resides on the SP module a failure of the BITS input does not require a SP fail over Likewise because the BITS inputs feed the timing circuitry of both SPs a failure of the SP module does not require a change over of the BITS input EEPROM The front SP has an EEPROM not sho...

Page 111: ...memory It provides the Ethernet interface for the front and rear modules the USB interface for the rear module and the serial RS 232 interface on the front and rear modules It also contains an IDE controller for the disk drive located on the rear SP module and a PCI bridge to the SF module Fault Alarm Manager FAM The FAM is responsible for processing all system events that range from informational...

Page 112: ...ny VT 100 compatible terminal device Input data streams from the serial craft port are buffered until a TL1 command terminator is found or an error occurs If a TL1 command terminator is found the command is passed to the TL1 agent for processing Ethernet based communication is direct with the TL1 agent The remote end of the Ethernet connection can be either a craft port using Telnet or an Element ...

Page 113: ... to issue COPY MEM and RTRV commands so the user can download new software SA Service Affecting access level permits the user to perform all TL1 commands except security commands ENT ED DLT USER SEC NSA Non Service Affecting permits the user to only issue SCHED and RTRV commands to schedule and view the Plexus 9000 s status and statistics information VIEW View permits the user to only issue RTRV c...

Page 114: ... connection to a remote terminal PC Refer to Table 5 2 C for a description of the connector Refer to Table 5 2 F for the parameters when using a terminal emulation program There is also a DB 9 craft interface on the rear module Since this interface is interconnected to the front interface a craft connection should be made to only one connector not to both P156 AA 05 29 02 Telica Chassis or J2 Mode...

Page 115: ...L1 commands can be used to configure or retrieve information The rear SP module also contains two Ethernet connectors labeled SIG ENET signaling and OS ENET operating system that are controlled by the system processor For information about these connectors refer to the Rear System Processor section of this chapter The IP addresses must first be configured using the RS 232 craft interface and TL1 O...

Page 116: ...n condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of th...

Page 117: ...ons Password protection Multi level Admin NSA non service affecting SA service affecting SW software upgrade View User interface Command line TL1 Terminal supported VT 100 or equivalent or a PC using VT 100 terminal emulation Modem capability External Baud rate 9600 Kb s Performance monitoring capabilities Supports full OAM P Craft data RS 232 D Craft terminal connection DB 9 5 ...

Page 118: ...Front System Processor Timing Module Plexus 9000 Planning and Engineering Guide Issue 3 April 23 2004 Section 130 120 200 5 38 Telica Inc NOTES ...

Page 119: ...ors and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0389 A BAC9CD0AAA 89 0389 B BAC9CD0AAB Note Shaded part numbers have been manufacture discontinued but are still supported 5 3 2 Functional Description Two Dual SP units each comprising a front and a rear circuit module are located near the center of the shelf slots 9 and 13 and provide fu...

Page 120: ...aces An RS 232 serial craft interface operating at a fixed 9600 baud A 10 100Base T Ethernet craft interface 5 3 2 1 Limitations The functions of SP are limited by the revision of SF module and the Midplane Refer to Table 5 3 A Table 5 3 A Dual System Processor 89 0389 and Switch Fabric Modules Dual SP SW FAB Midplane Functions and Limitations I DS 1 and Triple DS 3 IOMs more processing power but ...

Page 121: ...the midplane for connections to the rear SP module and to the Switch Fabric and IOMs Refer to Figure 5 3 1 for an illustration of the midplane connector the SP module and the front of the module The front plate of the module has three LEDs an Ethernet connector and a DB 9 RS 232 connector Refer to Table 5 3 B for a description of the LEDs Refer to Table 5 3 C for the pin out of the Ethernet connec...

Page 122: ...ng and Engineering Guide Issue 1 April 23 2004 Section 130 120 210 5 42 Telica Inc FRONT P482 AA 07 10 01 REAR DUAL SYSTEM PROCESSER FRONT CARD FLT ABN ACT DUAL SYSTEM PROCESSOR TIMING CRAFT J1 E N E T J2 R S 2 3 2 Figure 5 3 1 Dual System Processor Timing Module ...

Page 123: ...cription FLT Red Indicates a local internal fault ABN Yellow Indicates a remote fault or abnormal condition such as loss of BITS input ACT Green On Indicates that the module is online and active Green Blinking Indicates that the module is ready and in standby STBYH mode Table 5 3 C Ethernet Connector Name Pin Description 1 TX 2 TX 3 RX 4 5 6 RX 7 P217 AA 07 07 00 1 2 3 4 5 6 7 8 8 Table 5 3 D Craf...

Page 124: ... BITS A BITS B Monitor Test Clock To Rear System Processor From Rear Switch Fabric MID PLANE Craft ENET STRAT 3 P484 AA 03 18 02 SRAM Flash SDRAM Serial Interface Ethernet Processor Bus Controller SRAM Flash SDRAM Serial Interface Processor Bus Controller BRIDGE Ethernet Ethernet Switch Ethernet Debug Port SAR Figure 5 3 2 Block Diagram of Dual System Processor and Module 5 3 3 1 Power The front S...

Page 125: ...from the master to the secondary and generating interrupts when failures on the input clock lines occur Even though the clock circuitry resides on the SP module a failure of the BITS or line timing input does not require a SP fail over Likewise because the BITS or line timing inputs feed the timing circuitry of both SPs a failure of the SP module does not require a change over of the BITS or line ...

Page 126: ...rs with memory It provides the Ethernet interface for the front and rear modules the USB interface for the rear module and the serial RS 232 interface on the front and rear modules It also contains an IDE controller for the disk drive located on the rear SP module and a PCI bridge to the SF module Fault Alarm Manager FAM The FAM is responsible for processing all system events that range from infor...

Page 127: ...al craft port which is any VT 100 compatible terminal device Input data streams from the serial craft port are buffered until a TL1 command terminator is found or an error occurs If a TL1 command terminator is found the command is passed to the TL1 agent for processing Ethernet based communication is direct with the TL1 agent The remote end of the Ethernet connection can be either a craft port usi...

Page 128: ... Service Affecting access level permits the user to perform all TL1 commands except security commands ENT ED DLT USER SEC NSA Non Service Affecting permits the user to only issue SCHED and RTRV commands to schedule and view the Plexus 9000 s status and statistics information VIEW View permits the user to only issue RTRV commands to view the Plexus 9000 s status and statistics information 63 A When...

Page 129: ...DB 9 craft interface on the rear module Since this interface is interconnected to the front interface a craft connection should be made to only one connector not to both P156 AA 05 29 02 Telica Chassis or J2 Modem Remote Local Modem FRONT SP TMG B SP TMG A SYSTEM PROCESSOR TIMING CRAFT FLT ABN ACT J1 E N E T J2 R S 2 3 2 RST SYSTEM PROCESSOR TIMING CRAFT FLT ABN ACT J1 E N E T J2 R S 2 3 2 RST 45 ...

Page 130: ...ns two Ethernet connectors labeled SIG ENET signaling and OS ENET operating system that are controlled by the system processor For information about these connectors refer to the Rear System Processor section of this chapter The IP addresses must first be configured using the RS 232 craft interface and TL1 Once provisioned the addresses can be edited using the craft port TL1 commands or EMS 5 3 3 ...

Page 131: ...ard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in...

Page 132: ...cations Password protection Multi level Admin NSA non service affecting SA service affecting SW software upgrade View User interface Command line TL1 Terminal supported VT 100 or equivalent or a PC using VT 100 terminal emulation Modem capability External Baud rate 9600 Kb s Performance monitoring capabilities Supports full OAM P Craft data RS 232 D Craft terminal connection DB 9 5 ...

Page 133: ... 5 63 5 4 4 Specifications 5 64 5 4 1 Scope This section describes the front Dual SP TMG 3 module which will be referred to as System Processor 3 or SP3 in this document This section explains the module functions LED indicators and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0406 A BA1CUV0HAA 5 4 2 Functional Description Two Dual SP3 units ...

Page 134: ...the event of a complete loss of external BITS timing The system processor section with memory provides the processing for the Plexus 9000 It includes a FAM for processing all system events an EQM which keeps track of state information a TL1 Agent that handles TL1 commands and a System Fault Manager that is responsible for state changes The front panel of the SP front module has two craft interface...

Page 135: ...cessor Timing Module 3 Section 130 120 220 Issue 1 April 23 2004 Telica Inc 5 55 FRONT P954 AA 02 09 04 REAR FLT ABN ACT DUAL SYSTEM PROCESSOR TIMING CRAFT E N E T R S 2 3 2 DUAL SYSTEM PROCESSOR TIMING FRONT MODULE Figure 5 4 1 Dual System Processor Timing Module 3 ...

Page 136: ... ABN Yellow Indicates a remote fault or abnormal condition such as loss of BITS input ACT Green On Indicates that the module is online and active Green Blinking Indicates that the module is ready and in standby STBYH mode Table 5 4 B Ethernet Connector Name Pin Description 1 TX 2 TX 3 RX 4 5 6 RX 7 P217 AA 07 07 00 1 2 3 4 5 6 7 8 8 Table 5 4 C Craft Connector Name Pin Description 1 DCD 2 RXD 3 TX...

Page 137: ...sh SDRAM Serial Interface Master Processor Internal Serial Port pmc Connector Slave Processor Bus Controller pmc Connector ENET Switch 1 Slave Master SS7 Rear A SAR Flash SDRAM Serial Interface Rear Craft Front Sig B Sig D ENET Switch 2 Slave Master SS7 Rear B Rear Bus Controller Figure 5 4 2 Block Diagram of SP 3 Dual System Processor and Module 5 4 3 1 Power The front SP3 module has its own DC t...

Page 138: ...om the master to the secondary and generating interrupts when failures on the input clock lines occur Even though the clock circuitry resides on the SP module a failure of the BITS or line timing input does not require an SP failover Likewise because the BITS or line timing inputs feed the timing circuitry of both SPs a failure of the SP module does not require a change over of the BITS or line ti...

Page 139: ...ither processor connection to any of the Ethernet ports Connections to the switch include the ENET port on the front of the module and the SIG A SIG B SIG C SIG D and OS ports on the rear module Shown on the diagram are two connections labeled SS7 that connect to the SS7 processors on the rear modules when using the 89 407 rear SP3s The front Ethernet port of the SP3 is further described in the Cr...

Page 140: ... configure equipment that is not present in the system It provides an interface to perform SP failover the Fault Manager makes the decision the EQM does the hardware manipulation and sequencing TL1 Agent The TL1 Agent processes TL1 commands and dispatches requests for management information or changes of configuration information to the appropriate system resource for processing over an RS 232 or ...

Page 141: ...ceding parameters can also be changed with the ED ENT USER SECU command These restrictions do not apply to changes made by a user with ADMIN privileges Table 5 4 D Plexus 9000 Access Levels Level Description ADMIN Administrative permits the user to perform all TL1 commands including managing user accounts or profiles and downloading new software SW SoftWare permits the user to issue COPY MEM and R...

Page 142: ...igure and retrieve information using TL1 commands and the element manager Figure 5 4 4 illustrates a connection to a terminal PC or to a modem for connection to a remote terminal PC Refer to Table 5 4 B for a description of the connector Refer to Table 5 4 E for the parameters when using a terminal emulation program There is also a DB 9 craft interface on the rear module Since this interface is in...

Page 143: ...t so that TL1 commands can be used to configure or retrieve information The rear SP module also contains four Ethernet connectors labeled SIG ENET signaling and another labeled OS ENET operating system that are controlled by the system processor For information about these connectors refer to the Rear System Processor section of this chapter The IP addresses must first be configured using the RS 2...

Page 144: ...ard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in...

Page 145: ...cations Password protection Multi level Admin NSA non service affecting SA service affecting SW software upgrade View User interface Command line TL1 Terminal supported VT 100 or equivalent or a PC using VT 100 terminal emulation Modem capability External Baud rate 9600 Kb s Performance monitoring capabilities Supports full OAM P Craft data RS 232 D Craft terminal connection DB 9 5 ...

Page 146: ...Front Dual System Processor Timing Module 3 Plexus 9000 Planning and Engineering Guide Issue 1 April 23 2004 Section 130 120 220 5 66 Telica Inc NOTES ...

Page 147: ...on describes the rear System Processing Timing SP TMG modules It explains the module functions and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0367 A BAC7Y50JAA 89 0367 B BAC7Y50JAB 89 0367 C BA1CXZMHJAA Note Shaded part numbers have been manufacture discontinued but are still supported 5 5 2 Functional Description Two SP TMG rear circuit m...

Page 148: ...4 inches high and plugs into the midplane for connections to the rear SP TMG Refer to Figure 5 5 1 for an illustration of the midplane connector the SP TMG module and the front of the module P116 AA 11 29 00 REAR SYSTEM PROCESSOR TIMING REAR CARD FRONT SYSTEM PROCESSOR TIMING USB 1 J1 USB 2 J2 J3 CRAFT J4 COM S I G E N E T O S E N E T J5 J6 J7 I J8 O I O J9 J10 DS1 TEST Figure 5 5 1 System Process...

Page 149: ...ts J4 DB 9 RS 232 serial interface connected to COM2 and used as an emergency login to the operating system Refer Table 5 5 A to for connector pin outs J5 RJ45 10 100Base T Ethernet interface for inter module signaling Refer to Table 5 5 B for connector pin outs J6 RJ45 10 100Base T Ethernet interface for OAMP operations administration maintenance and provisioning Refer to Table 5 5 B for connecto...

Page 150: ...le 5 5 B Ethernet Connector Name Pin Description 1 TX 2 TX 3 RX 4 5 6 RX 7 P217 AA 07 07 00 1 2 3 4 5 6 7 8 8 Table 5 5 C DS1 Test Jacks J7 J8 J9 AND J10 Name Dir Pin Description 1 S1 2 RN1 3 TN1 4 R1 In 5 T1 1 S2 2 RN2 3 TN2 4 R2 DS1 TEST P219 AA 06 06 00 R IN IN OUT T T OUT R Out 5 T2 Note The IN jack J9 is not used 72 P122 AA 07 07 00 REAR CARD SYSTEM PROCESSOR TIMING USB 1 J1 USB 2 J2 J3 CRAFT...

Page 151: ...rt 0 USB Port 1 Serial Debug Port A Serial Debug Port B DB 9 DB 9 USB Connector USB Connector USB0 USB1 RS232 Port A RS232 Port B PCI Bus Management Controller Signaling Controller RJ45 Management Ethernet DS1 Monitor and Test Port Bantam Jacks Monitor Port Test Port RJ45 Signaling Ethernet Replication Controller Figure 5 5 2 SP TMG Rear Module Block Diagram 5 5 3 1 Power The rear SP TMG module re...

Page 152: ...S 232 DB 9 There are two DB 9 RS 232 serial connectors CRAFT and COM2 The topmost connector is J3 and labeled CRAFT It provides a connection for a VT 100 terminal or PC running a terminal emulation program This connector is tied to the craft connector on the front SP TMG module Therefore a single connection should be made to either connector but not to both at the same time Refer to Table 5 5 A fo...

Page 153: ...0 100Base T attachment It provides the Ethernet interface for OAMP operations administration maintenance and provisioning The OS ENET attachment does not need to be separated from other equipment and can be connected into a corporate LAN See to Figure 5 5 4 for a LAN network application Cable 45 1xxx 1 z EMS Workstation xxxx Feet z Cable Revision NOTE P230 AA 07 17 00 Telica Chassis OS ENET OS ENE...

Page 154: ...a grace period with a default of 7 days During this period you can log in but must change you password before executing any other commands Passwords cannot be changed by a user more frequently than every 20 days and the current and previous five passwords cannot be reused The preceding parameters can also be changed with the ED ENT USER SECU command These restrictions do not apply to changes made ...

Page 155: ...ited the Telnet session he will be logged out 5 5 3 4 5 DS1 Test Jacks There are two pairs of bantam jacks J7 J8 and J9 J10 Refer to Figure 5 5 5 Typically these jacks are used to monitor DS0s of multiple DS1s e g ISDN D channels Because there are two pairs of jacks two different DS1s can be monitored J7 labeled I allows you to input a signal and monitor it using J8 labeled O J9 is not used and J1...

Page 156: ...e QFALC of the front System Processor module Refer to Figure 5 5 6 The FALC receives the DS 0s from the IOM multiplexes them into a single DS 1 and sends the DS 1 to the rear module and the monitor jacks Test equipment can now be connected to monitor the signals P455 AA 03 07 01 To Switch B Channel or D Channel B Channel or D Channel J10 on SP Rear Test Equipment J8 on SP Rear 24 Channels 24 Chann...

Page 157: ...temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in whi...

Page 158: ...ons Password protection Multi level Admin NSA non service affecting SA service affecting SW software upgrade View User interface Command line TL1 Terminal supported VT 100 or equivalent or a PC using VT 100 terminal emulation Modem capability External Baud rate 9600 Kb s Performance monitoring capabilities Supports full OAM P Craft data RS 232 D Craft terminal connection DB 9 5 ...

Page 159: ... and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0417 A BA1C1W0HAA 5 6 2 Functional Description Two SP TMG rear circuit modules are located near the center of the shelf slots 9 and 13 and provide full 1 1 redundancy for critical processing resources for true non stop operation Each rear SP3 module has an IDE disk drive that holds the entire...

Page 160: ...e 1 April 23 2004 Section 130 120 260 Telica Inc 5 78 P942 AA 03 30 04 REAR FRONT SYSTEM PROCESSOR SP 3 0417 SYSTEM PROCESSOR SP 3 0417 REAR MODULE S I G A S I G B S I G D S I G C O S I O DS1 TEST C R A F T C O M ENET I O Figure 5 6 1 89 0417 System Processor 3 Rear Module ...

Page 161: ...45 10 100Base T Ethernet interface for OAMP Operations Administration Maintenance and Provisioning Refer to Table 5 6 B for connector pin outs SIG A RJ45 10 100Base T Ethernet interface for inter module signaling Refer to Table 5 6 B for connector pin outs SIG B RJ45 10 100Base T Ethernet interface for inter module signaling Refer to Table 5 6 B for connector pin outs SIG C RJ45 10 100Base T Ether...

Page 162: ... 3 TXD 4 DTR 5 GND 6 DSR 7 RTS 8 CTS P218 AA 07 07 00 1 5 9 6 9 RI Table 5 6 B ENET Connectors Name Pin Description 1 TX 2 TX 3 RX 4 5 Unused 6 RX P217 AA 07 07 00 1 2 3 4 5 6 7 8 7 8 Unused Table 5 6 C DS1 Test Connectors I In Top monitor O Out Top monitor I In Bottom test O Out Bottom test P943 AA 03 30 04 REAR MODULE SYSTEM PROCESSOR SP 3 0417 S I G A S I G B S I G D S I G C O S I O DS1 TEST C ...

Page 163: ...on Figure 5 6 2 provides a simplified block diagram of the rear SP3 which is described in the following paragraphs MID PLANE EP Rom P1042 AA 03 30 04 RJ45 Sig B RJ45 Sig C RJ45 OS ENET DB9 Com Port USB Connector Disk Drive DB9 Craft Port Monitor Ports RJ45 Sig A RJ45 Sig D Test Ports Jacks DS1 TEST Figure 5 6 2 89 0417 SP3 Rear Module Block Diagram ...

Page 164: ... The CLEI code is read via the FPGA on the front module so that missing and incompatible replaceable equipment can be alarmed The CLEI code is BA1C1W0HAA for the 89 0417 5 6 3 4 Connectors RS 232 DB 9 There are two DB 9 RS 232 serial connectors CRAFT and COM The topmost connector is CRAFT and it provides a connection for a VT 100 terminal or PC running a terminal emulation program This connector i...

Page 165: ...gnaling and provide a constant interface to the IP signaling networks The IP signaling network interface allows multiple Plexus 9000s to be connected to a common signaling gateway The system Signaling network must be dedicated to the Plexus 9000 systems only and not used with other equipment The OS Ethernet port is a 10 100Base T attachment It provides the Ethernet interface for OAMP Operations Ad...

Page 166: ...est Jacks There are two pairs of bantam jacks label I and O Refer to Figure 5 6 5 Typically these jacks are used to monitor DS0s of multiple DS1s e g ISDN D channels Because there are two pairs of jacks two different DS1s can be monitored The top connector labeled I allows you to input a signal and monitor it using the connector beneath labeled O These jacks allow you to monitor a DS 1 or DS 0s of...

Page 167: ...T ENET I O MON PRT T UNUSED TST PRT T TST PRT R Figure 5 6 5 Monitor Jacks The monitor jacks are connected via the midplane to the QFALC of the front System Processor module Refer to Figure 5 6 6 The FALC receives the DS 0s from the IOM multiplexes them into a single DS 1 and sends the DS 1 to the rear module and the monitor jacks Test equipment can now be connected to monitor the signals ...

Page 168: ...ages user sessions The Plexus 9000 is shipped with a default username of telica a password of telica and ADMIN access privileges It is recommended that these be changed for security with the TL1 ED ENT USER SECU command Refer to Table 5 6 D for the access levels and their description Passwords by default expire after 90 days However there is a grace period with a default of 7 days During this peri...

Page 169: ...SW SoftWare permits the user to issue COPY MEM and RTRV commands so the user can download new software SA Service Affecting access level permits the user to perform all TL1 commands except security commands ENT ED DLT USER SEC NSA Non Service Affecting permits the user to only issue SCHED and RTRV commands to schedule and view the Plexus 9000 s status and statistics information VIEW View permits t...

Page 170: ...ature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the...

Page 171: ...ssword protection Multi level Admin NSA non service affecting SA service affecting SW software upgrade View User interface Command line TL1 Terminal supported VT 100 or equivalent or a PC using VT 100 terminal emulation Modem capability External Baud rate 9600 Kb s Performance monitoring capabilities Supports full OAM P Craft data RS 232 D Craft terminal connection DB 9 5 ...

Page 172: ...Rear System Processor 3 Plexus 9000 Planning and Engineering Guide Issue 1 April 23 2004 Section 130 120 260 Telica Inc 5 90 NOTES ...

Page 173: ...rossbar Element ACE 5 97 5 7 3 6 ATM Port Controller APC 5 97 5 7 3 7 Segmentation and Reassembly SAR Controller 5 98 5 7 3 8 System Controller SYCOR 5 98 5 7 3 9 Parallel In Serial Out PISO Interface 5 98 5 7 3 10 Redundancy Control 5 98 5 7 4 Specifications 5 99 5 7 1 Scope This section contains a description of the Switch Fabric SW FAB front module This section includes an explanation of all of...

Page 174: ...There are four revisions of the SF module Revision A CLEI code BAC7W30JAA supports DS 1 and Triple DS3 IOMs Revision B CLEI code BAC7W3UJAA for 89 0363 B additionally supports the Octal DS3 module which requires Midplane II of the 89 3003 or 89 3004 chassis Revision C CLEI code BAC7W3YJAA provides the capacity for Telica support personnel to upgrade SF firmware When used with the Dual System Proce...

Page 175: ...ple DS 3 IOMs I SP2 DS 1 and Triple DS 3 IOMs more processing power but no access to second processor Single DS 1 Triple and Octal DS 3 IOMS SP2 DS 1 Triple and Octal DS 3 IOMS full access to second processor and memory II SP3 Same as SP2 and no access to SP3 A link interface Single DS 1 Triple and Octal DS 3 IOMS SP2 DS 1 Triple and Octal DS 3 IOMS full access to second processor and memory SP3 W...

Page 176: ...Front Module Plexus 9000 Planning and Engineering Guide Issue 2 April 23 2004 Section 130 120 300 5 94 FRONT SWITCH FABRIC FLT ABN ACT P119 AA 11 29 00 REAR SWITCH FABRIC FRONT CARD Figure 5 7 1 Switch Fabric Module ...

Page 177: ...FABRIC FLT ABN ACT 5 7 2 4 LEDs Table 5 7 B SW FAB LED Indicators LED Color Description FLT Red Indicates a local internal fault ABN Yellow Indicates a remote fault or abnormal condition Green On Indicates that this Switch Fabric module is the working Switch Fabric and is active ACT Green Blinking Indicates that the card is ready and in standby mode 62 ...

Page 178: ... Bus P221 AA 06 12 00 BITS Clocking SIPO SIPO SIPO APC SAR SYCOR ACE ASX ASX ASX ASX ASX ASX ASX ASX PISO PISO PISO Figure 5 7 2 Block Diagram of the Switch Fabric Module 5 7 3 1 Power The front SW FAB module has its own DC to DC converter which converts the 48 volts supplied from the backplane to the local voltages required 5V 3V etc The front module also provides these voltages to the rear SW FA...

Page 179: ...ernal cell buffers and then routed to the appropriate output processor in the ASX The internal queue processor routing and arbitration circuit and backpressure generation circuit control the movement of data into and out of the cell buffer memory Control and status are communicated through an internal microprocessor On the left of the block diagram the ASX is called the expander and it increases t...

Page 180: ...s on the IOMs It communicates operational status from the IOMs to the SP The SYCOR monitors the operational status register and interrupts the SP on changes 5 7 3 9 Parallel In Serial Out PISO Interface The PISOs convert the parallel data of the switch fabric back to serial data for the IOMs 5 7 3 10 Redundancy Control The SP TMG and SW FAB modules are treated as one entity for the purposes of fai...

Page 181: ...o 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inche...

Page 182: ...Switch Fabric Front Module Plexus 9000 Planning and Engineering Guide Issue 2 April 23 2004 Section 130 120 300 5 100 NOTES ...

Page 183: ...4 2 Environmental Specifications 5 110 5 8 1 Scope This section contains a description of the Switch Fabric A rear module It includes an explanation of all of the module functions and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0364 A BAC7Z30JAA Switch Fabric A 89 0375 A BAC7160JAA Switch Fabric B 5 8 2 Functional Description The switch fab...

Page 184: ...ontacts connector Refer to Table 5 8 A and Table 5 8 C for the pin out of the Bay Alarm connectors to Table 5 8 B and Table 5 8 E for the pin out of the BITS wire wrap pins and to Table 5 8 D for the pin out of the Alarm Contact connector FRONT J1 B A Y A L M O U T B A Y A L M I N J3 A L M C O N T A C T S J2 SWITCH FABRIC A TIMING IN S R T P121 AA 11 29 00 REAR SWITCH FABRIC A REAR CARD Figure 5 8...

Page 185: ...neering Guide Switch Fabric A B Rear Modules Section 130 120 350 Issue 1 April 23 2004 Telica Inc 5 103 FRONT SWITCH FABRIC B TIMING IN S R T P120 AA 11 29 00 REAR SWITCH FABRIC B REAR CARD Figure 5 8 2 Switch Fabric B Rear Module ...

Page 186: ...MP NO 6 N A 7 N A 8 N A J1 P218 AA 07 07 00 1 5 9 6 9 N A Table 5 8 B BITS Timing Connector Port Connector Pin Description 1 Shield 2 Ring 3 Tip SRT P144 AA 04 02 00 S R T J1 1 2 3 Table 5 8 C Bay Alarm In Connector Port Connector Pin Description 1 Common 2 N A 3 N A 4 N A 5 BAY LAMP NO 6 N A 7 N A 8 N A J3 P218 AA 07 07 00 1 5 9 6 9 N A 71 P125 AA 07 07 00 REAR CARD J1 B A Y A L M O U T B A Y A L...

Page 187: ... NO 21 CRI VIS NC 9 CRI VIS COMMON 8 CRI VIS NO 10 MAJ VIS NC 11 MAJ VIS COMMON 23 MAJ VIS NO 12 MIN VIS NC 13 MIN VIS COMMON 25 MIN VIS NO 7 N A 15 N A 17 N A 19 N A 20 N A 22 N A J2 ALM CONTACTS A L M C O N T A C T S J2 P145 AA 03 25 00 1 13 25 14 24 N A Note Audible only alarms can be silenced or cut off ACOed It is recommended that visual alarms be used for an external monitoring management sy...

Page 188: ...e Issue 1 April 23 2004 Section 130 120 350 5 106 Telica Inc 5 8 2 3 SW FAB B Rear Module Table 5 8 E BITS Timing Connector Port Connector Pin Description 1 Shield 2 Ring 3 Tip SRT P144 AA 04 02 00 S R T J1 1 2 3 23 P124 AA 07 07 00 REAR CARD SWITCH FABRIC B TIMING IN S R T ...

Page 189: ... RING BITS SEC TIP BITS PRI RING BITS PRI TIP SFB CRI AUD SFA MAJ AUD SFB MAJ AUD Audible Alarms DB 25 DB 9 Visual Alarms BAY ALARM IN BAY ALARM OUT BITS TIP BITS RING AUDIBLE ALARM Interface Visual and Audible Alarms Bay Alarm Daisy Chain Wirewrap Posts SFA MIN AUD SFB MIN AUD VISUAL ALARM Interface BITS INTERFACE BAY ALARM Interface Midplane Connectors Figure 5 8 3 Block Diagram of Rear Switch F...

Page 190: ...Shelf to light the Critical Major and Minor alarm LEDs They also go to J2 the Alarm Contact connector It is recommended that these outputs be used for an external management monitoring system These outputs cannot be cut off with the ACO Alarm Cut Off button located on the front of the Fan Shelf The outputs of the Audible Alarm interface also pass to J2 the Alarm Contact connector for connection to...

Page 191: ... COMMON 16 MAJ AUD NO 5 MIN AUD NC 6 MIN AUD COMMON 18 MIN AUD NO 21 CRI VIS NC 9 CRI VIS COMMON 8 CRI VIS NO 10 MAJ VIS NC 11 MAJ VIS COMMON 23 MAJ VIS NO 12 MIN VIS NC 13 MIN VIS COMMON 25 MIN VIS NO 7 N A 15 N A 17 N A 19 N A 20 N A 22 N A J2 ALM CONTACTS A L M C O N T A C T S J2 P145 AA 03 25 00 1 13 25 14 24 N A Note Audible only alarms can be silenced or cut off ACOed It is recommended that ...

Page 192: ...Max Temp C Min Max Relative Humidity Standard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet...

Page 193: ... Clocks and Synchronization 5 117 5 9 3 8 DS1 Protection Module 5 117 5 9 3 9 DS 1 Loopback 5 118 5 9 4 Specifications 5 120 5 9 1 Scope This section describes the front DS 1 IOM It explains the module functions LED indicators and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0360 A BA9IAA0AAA DS 1 only 5 9 2 Functional Description The Plexus...

Page 194: ...ire to protect line and trunk side interfaces the system can be equipped with 17 interface modules The front DS 1 IOMs require rear modules for physical interface terminations The 28 DS 1 rear modules feature two 64 pin Amp style connectors with transmit pairs on one connector and receive pairs on the other The rear protection DS 1 does not have any connectors 5 9 2 1 General Mechanical Representa...

Page 195: ... Planning and Engineering Guide DS1 I O Front Module Section 130 120 400 Issue 4 April 23 2004 Telica Inc 5 113 P118 AA 11 29 00 FRONT DS1 I O FLT ABN ACT REAR DS1 I O FRONT CARD Figure 5 9 1 DS 1 I O front module ...

Page 196: ...n input has an incoming failure i e a Loss of Signal LOS A port is in loopback Green On Indicates that the module has been equipped for service See Note ACT Green Blinking Indicates that the module is ready and in standby mode Note For some software versions when a protected IOM fails the first IOM to fail will switch to protection and its FLT LED will be solid red and the ACT LED will be flashing...

Page 197: ...rom parallel to serial The serial data is sent to the SF module for switching In the receive direction the serial data from the SF module is received at the Serial In Parallel Out interface to be converted to parallel data for the FSU From Switch Unit circuitry The FSU converts the ATM cells back to a 4 DS 1 signal for the QFALCs that demultiplex them back to DS 1s for the mid plane and the rear m...

Page 198: ...to the far end payload loopbacks loop the DS 1 without the T1 framing bits 1 536 Mb s to the far end These loops can also be programmed using TL1 commands 5 9 3 2 To Switch Unit TSU and From Switch Unit FSU The TSU and FSU are circuit to ATM cell translators The TSU receives either a TDM serial stream from the QFALCs or an AAL5 ATM cell from the processor by way of the SAR The TDM serial streams a...

Page 199: ...ule 5 9 3 6 Power Each DS 1 I O front module has its own DC to DC converter not shown which converts the 48 volts supplied from the backplane to the local voltages required 5V 3V etc The front modules supply power for the rear modules 5 9 3 7 Clocks and Synchronization Clock and framing information is received from the BITS circuitry because the maintenance link ATM switch fabric and line interfac...

Page 200: ... A payload loopback loops the DS 1 but the framing bit is removed A framing bit is reinserted before it is transmitted Refer to Figure 5 9 3 for line loopbacks of the near end and to Figure 5 9 4 for far end loopbacks Refer to Figure 5 9 5 for payload loopbacks of the near end and to Figure 5 9 6 of the far end Loopbacks are initiated or cleared using TL1 commands P161 AA 01 06 03 Telica Framer Fr...

Page 201: ...00 Issue 4 April 23 2004 Telica Inc 5 119 P160 AA 01 06 03 Framer Framer Remote Near end Facility Payload Telica Figure 5 9 5 DS1 Payload Loopbacks at the Near end P162 AA 01 06 03 Telica Framer Framer Remote Far end Facility Payload Figure 5 9 6 DS1 Payload Loopbacks at the Far end ...

Page 202: ...shall be used for each direction of transmission Impedance 100 ohms 5 balanced Pulse shape Meets TR TSY 000499 mask with amplitude of between 2 4 and 3 6 volts Note When measuring the pulse mask a 100 ohms T1 patch cable is required Power level For an all ones pattern the power in a band no wider than 3 kHz Centered at 772 kHz is between 12 6 and 17 9 dBm Centered at 1544 kHz is at least 29 dB bel...

Page 203: ...ard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the unit 2 Short ter...

Page 204: ...DS1 I O Front Module Plexus 9000 Planning and Engineering Guide Issue 4 April 23 2004 Section 130 120 400 5 122 Telica Inc NOTES ...

Page 205: ...faces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0362 BA9IBC0AAA 89 0368 BA9IBB0AAA Protection 5 10 2 Functional Description The system accommodates up to 17 IOMs The DS 1 IOMs can terminate up to 28 DS 1s The rear modules provide the DS 1 IN and OUT connectors The rear protection module part number 89 0368 does not have IN and OUT connectors The DS 1 IOM can ...

Page 206: ...or the 28 T1 transmit pairs one for the 28 T1 receive pairs Line protection circuitry ESD building protection Relays that pass the DS 1s to the front module or to the protection bus 5 10 2 1 General Mechanical Representation The rear module has two 64 pin connectors J1 DS 1 IN and J2 DS1 OUT as shown in Figure 5 10 1 Table 5 10 A describes the pins and wire color code when connecting to a wire wra...

Page 207: ... Planning and Engineering Guide DS1 I O Rear Module Section 130 120 450 Issue 3 April 23 2004 Telica Inc 5 125 FRONT DS1 I O J1 DS1 IN J2 DS1 OUT P117 AA 11 29 00 REAR DS1 I O REAR CARD Figure 5 10 1 Rear DS 1 IOM ...

Page 208: ...l 3 Tip WHT GRN 35 Channel 4 Ring BRN WHT 4 Channel 4 Tip WHT BRN 36 Channel 5 Ring GRY WHT 5 Channel 5 Tip WHT GRY 37 Channel 6 Ring BLU RED 6 Channel 6 Tip RED BLU 38 Channel 7 Ring ORN RED 7 Channel 7 Tip RED ORN 39 J1 IN P154 AA 01 06 03 1 33 32 64 Channel 8 Ring GRN RED 8 Channel 8 Tip RED GRN 40 Channel 9 Ring BRN RED 9 Channel 9 Tip RED BRN 41 Channel 10 Ring GRY RED 10 Channel 10 Tip RED G...

Page 209: ...annel 18 Tip YEL GRN 50 Channel 19 Ring BRN YEL 19 Channel 19 Tip YEL BRN 51 Channel 20 Ring GRY YEL 20 Channel 20 Tip YEL GRY 52 Channel 21 Ring BLU VIO 21 Channel 21 Tip VIO BLU 53 Channel 22 Ring ORN VIO 22 Channel 22 Tip VIO ORN 54 Channel 23 Ring GRN VIO 23 Channel 23 Tip VIO GRN 55 Channel 24 Ring BRN VIO 24 Channel 24 Tip VIO BRN 56 Channel 25 Ring GRY VIO 25 Channel 25 Tip VIO GRY 57 Chann...

Page 210: ...E Prom Figure 5 10 2 Block Diagram of Rear DS1 IOM 5 10 3 1 Power Each DS1 I O rear module receives its local voltages 5V 3V etc from the front IOM that has the DC to DC converter for converting the 48 volts from the backplane The power connection is not shown on the block diagram 5 10 3 2 Interface Protection Buses Module protection is accomplished by the midplane design where the line inputs can...

Page 211: ...ompatible replaceable equipment can be alarmed The CLEI code of the working rear module is BA9IBC0AAA and the CLEI of the protection rear module is BA9IBB0AAA 5 10 3 4 Line protection circuitry Each rear IOM has circuitry to protect the line from voltage transients due to lightning switching transients or power line induction 5 10 4 Specifications Table 5 10 B shows the specifications for a DS 1 a...

Page 212: ...100 ohms 5 balanced Pulse shape Meets TR TSY 000499 mask with amplitude of between 2 4 and 3 6 volts Note When measuring the pulse mask a 100 ohms T1 patch cable is required Power level For an all ones pattern the power in a band no wider than 3 kHz Centered at 772 kHz is between 12 6 and 17 9 dBm Centered at 1544 kHz is at least 29 dB below the power level at 772 kHz Pulse imbalance Less than 0 5...

Page 213: ...ard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the unit 2 Short ter...

Page 214: ...DS1 I O Rear Module Plexus 9000 Planning and Engineering Guide Issue 3 April 23 2004 Section 130 120 450 5 132 Telica Inc NOTES ...

Page 215: ...chronization 5 139 5 11 3 9 DS3 STS 1 Protection Module 5 139 5 11 3 10 DS 3 and STS 1 Loopbacks 5 140 5 11 4 Specifications 5 141 5 11 1 Scope This section describes the front Triple DS 3 IOMs Only the 89 0397 and 890410 modules support DS3 and STS 1 Part numbers are as follows Part Numbers CLEI Codes Comments 89 0365 A BA9IX70AAA DS 3 only 89 0365 B BA9IX70AAB DS 3 only 89 0365 C BA9IX72AAA All ...

Page 216: ...5 3000 chassis slot 11 is the DS 3 protection module slot and slot 7 is the recommended DS 1 protection slot If the user does not desire to protect line and trunk side interfaces the system can be equipped with 17 interface modules In the 85 3004 or 85 3007 chassis I O 5 physical slot 5 and IOM 13 physical slot 17 are the DS 3 protection module slots and IOM 7 physical slot 7 is the recommended DS...

Page 217: ...ng Guide Triple DS3 STS 1 I O Front Module Section 130 120 500 Issue 2 March 26 2004 Telica Inc 5 135 FRONT P486 AA 07 19 01 REAR TRIPLE DS3 STS 1 I O FRONT CARD TRIPLE DS3 STS 1 I O FLT ABN ACT Figure 5 11 1 Front Triple DS 3 STS 1 IOM ...

Page 218: ...w when An input has an incoming failure i e a Loss of Signal LOS A port is in loopback Green On Indicates that the module has been equipped for service See Note ACT Green Blinking Indicates that the module is ready and in standby mode Note For some software versions when a protected IOM fails the first IOM to fail will switch to protection and its FLT LED will be solid red and the ACT LED will be ...

Page 219: ...nd 89 0424 IOMs have digital signal processor DSP circuitry on a daughter card for use during DTMF digit collection In the receive direction the serial data from the SF module is received at the Serial In Parallel Out interface to be converted to parallel data for the FSU circuitry The FSU converts the ATM cells back to DS 1 signals for the DS 3 or STS 1 interface that multiplexes them back to DS ...

Page 220: ...tch Unit TSU and From Switch Unit FSU The TSU and FSU are circuit to ATM cell translators The ATM output of the TSU passes to the parallel serial interface that serializes the parallel input to a 622 Mb s signal for the SF module The serial parallel interface accepts the 622 Mb s signal from the SF module and converts it from serial to parallel for the FSU 5 11 3 3 Segmentation and Reassembly SAR ...

Page 221: ...lock diagram of the 89 0410 and 89 0424 modules The DSP is used for DTMF digit collection or tone detection The daughter card receives its power from the motherboard and regulates it for card use 5 11 3 7 Power Each Triple DS 3 I O front module has its own DC to DC converter not shown which converts the 48 volts supplied from the backplane to the local voltages required 5Vdc 3Vdc etc The front mod...

Page 222: ...S 3 44 736 Mb s or STS 1 51 84 Mb s signal Loopbacks can occur at the near or far end facility The Plexus 9000 can respond to as well as initiate loopbacks The Plexus 9000 only responds to remote loopback requests when operating in C Bit mode Likewise FEND loopbacks on a DS3 port can only be issued when operating in DS 3 C Bit mode See Figure 5 11 3 for DS 3 line loopbacks and Figure 5 11 4 for ST...

Page 223: ...ative Humidity Standard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of t...

Page 224: ...een total power of positive and negative pulses Jitter generation Less than 0 3 timeslots RMS Cable 728 RG 6U or equivalent Maximum span 450 feet to DSX 3 cross connect 69 Table 5 11 D STS 1 Specifications Specification Description Line rate 51 84 Mb s 20 ppm Line code B3ZS Bipolar with three zero substitution Framing M Frame M13 or C Bit parity mode Termination One coaxial line for each direction...

Page 225: ...te Shaded part numbers have been manufacture discontinued but are still supported You can use Octal DS3 rear modules instead 5 12 2 Functional Description The system accommodates up to 17 IOMs The rear DS 3 IOM can terminate up to 3 DS 3s or STS 1s equivalent to 84 DS 1s The rear modules provide three DS 3 STS 1 In and Out connectors The rear protection module which is a different part number does...

Page 226: ... 7 when used for DS 1 protection provides protection for DS 1 IOMs in any slot As in the 85 3000 chassis the system can be equipped with 17 interface modules with no protection The rear DS 3 IOM has An EEPROM that contains the CLEI code Six BNC connectors three for the T3 STS 1 transmit channels and three for the receive channels Relays that pass the DS 3s STS 1s to the front module or to the prot...

Page 227: ... Rear Module Section 130 120 550 Issue 3 April 23 2004 Telica Inc 5 145 FRONT DS3 I O CHANNEL 1 RX IN CHANNEL 1 TX OUT CHANNEL 2 RX IN CHANNEL 2 TX OUT CHANNEL 3 RX IN CHANNEL 3 TX OUT P243 AA 11 29 00 REAR DS3 I O REAR CARD Figure 5 12 1 Rear DS 3 IOM ...

Page 228: ...g the 48 volts from the backplane 5 12 3 2 Interface Protection Buses Module protection is accomplished by the midplane design where the line inputs can be routed from the working module to the protection module This is performed by relays on the working module that either connect the signals straight though to the front module or connect them onto the mid plane and the protection bus The rear pro...

Page 229: ...between total power of positive and negative pulses Jitter generation Less than 0 3 timeslots RMS Cable 728 RG 6U or equivalent Maximum span 450 feet to DSX 3 cross connect 69 Table 5 12 B STS 1 Specifications Specification Description Line rate 51 84 Mb s 20 ppm Line code B3ZS Bipolar with three zero substitution Framing M Frame M13 or C Bit parity mode Termination One coaxial line for each direc...

Page 230: ...ard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the unit 2 Short ter...

Page 231: ...5 5 13 3 7 Power 5 155 5 13 3 8 Clocks and Synchronization 5 155 5 13 3 9 DS3 STS 1 Protection Module 5 156 5 13 3 10 DS3 and STS 1 Loopbacks 5 156 5 13 4 Specifications 5 157 5 13 1 Scope This section describes the front Octal DS 3 IOM It explains the module functions LED indicators and connector interfaces This module cannot be installed in the original Plexus chassis 85 3000 it must be used in ...

Page 232: ... simplifying sparing maintenance and inventory I O 5 physical slot 5 and I O 13 physical slot 17 are the DS 3 protection module slots and I O 7 physical slot 7 is the DS 1 protection slot of the 85 3004 and 85 3007 chassis I O 5 protects I O 1 to I O 4 and I O 6 to I O 8 I O 13 protects I O 9 to I O 12 and I O14 to I O 17 If the user does not desire to protect line and trunk side interfaces the sy...

Page 233: ...ring Guide Octal DS3 STS 1 I O Front Module Section 130 120 600 Issue 4 March 26 2004 Telica Inc 5 151 FRONT P397 AA 02 12 01 REAR OCTAL DS3 STS 1 I O FRONT CARD OCTAL DS3 STS 1 I O FLT ABN ACT Figure 5 13 1 Front Octal DS 3 STS 1 IOM ...

Page 234: ...fault or abnormal condition The light appears yellow when An input has an incoming failure i e a Loss of Signal LOS A port is in loopback Green On Indicates that the module has been equipped for service See Note ACT Green Blinking Indicates that the module is ready and in standby mode Note For some software versions when a protected IOM fails the first IOM to fail will switch to protection and its...

Page 235: ...that are sent to the Parallel In Serial Out Interface where they are converted from parallel to serial The serial data is sent to the SF module for switching Refer to Figure 5 13 2 for a block diagram of the IOM The 89 0411 and 89 0425 IOMs have digital signal processor DSP circuitry on a daughter card for use during DTMF digit collection To From Rear Card To From System Processor Switch Fabric To...

Page 236: ...mable thresholds for loss of signal LOS alarm indication signal AIS control slip seconds CSS coding violations CVs errored seconds ES and severely errored seconds SES The circuitry can also be configured to operate in M23 or C bit parity mode The DS3 STS 1 interface can loop individual DS3s or STS 1s for diagnostic testing of line integrity These loops can also be programmed using TL1 commands 5 1...

Page 237: ...he module The Flash memory contains code that performs initialization OS boot diagnostics and debug monitor The microprocessor has an HDLC High level Data Link Control Controller Timeslot 24 of each of the 224 T1s that the module processes is an HDLC D channel that must be transferred between the processor and the TSU and FSU The HDLC provides the interface 5 13 3 6 Digital Signal Processor DSP Th...

Page 238: ...from the protection bus and passes it to the front protection module 5 13 3 10 DS3 and STS 1 Loopbacks DS 3 or STS 1 loopbacks can be used as diagnostics to test line integrity Loopbacks are always line loopbacks which loop the entire DS3 44 736 Mb s or STS 1 51 84 Mb s signal Loopbacks can occur at the near or far end facility The Plexus 9000 can respond to as well as initiate loopbacks The Plexu...

Page 239: ...e of between 0 36 and 0 85 volts peak Pulse imbalance Less than 3 5 dB difference between total power of positive and negative pulses Jitter generation Less than 0 3 timeslots RMS Cable 728 RG 6U or equivalent Maximum span 450 feet to DSX 3 cross connect 69 Table 5 13 C STS 1 Specifications Specification Description Line rate 51 84 Mb s 20 ppm Line code B3ZS Bipolar with three zero substitution Fr...

Page 240: ... Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the unit 2 Sho...

Page 241: ... Description The Plexus 9000 accommodates up to 17 IOMs The rear Octal DS 3 IOM can terminate up to 8 DS 3s or 8 STS 1 signals This is equivalent to 224 DS 1s The rear modules provide eight DS3 In and Out connectors The rear protection module which is a different part number does not have In and Out connectors The system features 1 N protection of the DS 3 line interface modules The same front mod...

Page 242: ... T3 transmit channels and eight for the receive channels Relays that pass the DS 3s to the front module or to the protection bus The rear Octal DS 3 protection IOM has An EEPROM that contains the CLEI code Relays that pass the DS 3s to the front module from the protection bus 5 14 2 1 General Mechanical Representation The rear module has sixteen BNC connectors Channels 1 to 8 RX IN and Channels 1 ...

Page 243: ...ction 130 120 650 Issue 2 April 23 2004 Telica Inc 5 161 FRONT P395 AA 02 12 01 REAR OCTAL DS3 STS 1 I O REAR CARD OCTAL DS3 STS 1 I O CH1 Rx CH1 Tx CH2 Rx CH2 Tx CH3 Rx CH3 Tx CH4 Rx CH4 Tx CH5 Rx CH5 Tx CH6 Rx CH6 Tx CH7 Rx CH7 Tx CH8 Rx CH8 Tx Figure 5 14 1 RearDS3 STS 1 IOM ...

Page 244: ...exus 9000 Planning and Engineering Guide Issue 2 April 23 2004 Section 130 120 650 5 162 Telica Inc FRONT P399 AA 02 12 01 REAR OCTAL DS3 STS 1 PROTECTION REAR CARD OCTAL DS3 STS 1 PROTECTION Figure 5 14 2 Rear Protection DS 3 STS 1 IOM ...

Page 245: ...from the front IOM that has the DC to DC converter for converting the 48 volts from the backplane 5 14 3 2 Interface Protection Buses Module protection is accomplished by the midplane design where the line inputs can be routed from the working module to the protection module This is performed by relays on the working module that either connect the signals straight though to the front module or con...

Page 246: ...rence between total power of positive and negative pulses Jitter generation Less than 0 3 timeslots RMS Cable 728 RG 6U or equivalent Maximum span 450 feet to DSX 3 cross connect 69 Table 5 14 B STS 1 Specifications Specification Description Line rate 51 84 Mb s 20 ppm Line code B3ZS Bipolar with three zero substitution Framing M Frame M13 or C Bit parity mode Termination One coaxial line for each...

Page 247: ... Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the unit 2 Sho...

Page 248: ...Octal DS3 STS 1 I O Rear Module Plexus 9000 Planning and Engineering Guide Issue 2 April 23 2004 Section 130 120 650 5 166 Telica Inc NOTES ...

Page 249: ...er MLBA 5 173 5 15 3 7 Power 5 173 5 15 3 8 Clocks and Synchronization 5 174 5 15 4 Specifications 5 174 5 15 1 Scope This section describes the front Voice Server modules VS It explains the module functions LED indicators and connector interfaces Part numbers and CLEIs are as follows Part Numbers CLEI Codes Comments 89 0384 BAA9Z20GAA 2016 channels 89 0395 BA1AX60AAA 2688 channels Note Shaded par...

Page 250: ...m features 1 N protection of the Voice Server modules In the 85 3003 and the 85 3004 chassis which have Midplane II I O 17 physical slot 21 is the Voice Server protection slot I O 5 Physical slot 5 and I O 13 physical slot 17 are the DS 3 protection module slots and I O 7 physical slot 7 is the DS 1 protection slot 5 15 2 1 General Mechanical Representation The Voice Server module is approximately...

Page 251: ...nning and Engineering Guide Voice Server Modules Section 130 120 700 Issue 2 June 4 2004 Telica Inc 5 169 FRONT P477 AA 06 20 01 REAR VOICE SERVER FRONT CARD VOICE SERVER FLT ABN ACT Figure 5 15 1 Voice Server Module ...

Page 252: ...ca Inc P705 AA 03 14 02 FRONT CARD FLT ABN ACT 2688 CHAN VOICE SERVER 5 15 2 2 LEDs Table 5 15 A LEDs of Voice Server Module LEDs Color Description FLT Red Indicates a local internal fault ABN Yellow Indicates a remote fault or abnormal condition ACT Green On Indicates that the module has been equipped for service ...

Page 253: ...U TDM UTOPIA II UTOPIA I PCI SRAM AAL5 SAR MLBA FLASH PROCESSOR SDRAM MEMORY BUS CONTROLLER CLOCKS CONTROLLER MP Clocks SRAM M I D P L A N E SRAM LOCAL BUS SLAVE ADDRESS BUFFER DATA BUFFER SDRAM VOICE PROCESSORS Figure 5 15 2 Voice Server Module Block Diagram 5 15 3 1 Microprocessor and Memory The processor section has a microprocessor with 1 Mbytes of SRAM for L2 caching a microprocessor controll...

Page 254: ...he voice content into either AAL2 cells or IP UDP RTP packets encapsulated into AAL5 ATM cells The ATM cells are sent to the TSU and routed through the ATM switch fabric to the network access module There are two types of network access modules ATM or Ethernet For an ATM network access it places the ATM cells into SONET payloads for forwarding over a SONET optical transport For an Ethernet network...

Page 255: ...al control packets that are transported over the SF to the SP The FSU receives ATM cells from the SF module It determines whether they are voice bearer cells which will be transferred to the voice processors or control cells from the SP intended for the microprocessor which will be sent to the AAL5 SAR or Telica AALT TDM embedded ATM cells which will be converted into Time Division Multiplexed TDM...

Page 256: ...pecifications Environmental Conditions Temp F Min Max Temp C Min Max Relative Humidity Standard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1...

Page 257: ...ssor Memory Bus Controller and Memory 5 181 5 16 3 7 Segmentation and Reassembly SAR 5 181 5 16 3 8 Power 5 181 5 16 3 9 Clocks and Synchronization 5 181 5 16 4 Specifications 5 182 5 16 1 Scope This section describes the Quad ATM Network Access ANA module Telica part number 89 0388 It has four optical interfaces for connections to SONET ATM networks This section explains the module functions LED ...

Page 258: ...ed slots in the front or rear of the chassis blank panels must be installed in those slots The ATM Network Access module can only be installed in I O 8 and I O 10 physical slots 8 and 14 These are the only system slots that contain four OC 12 midplane ports These two slots also contain the interconnection of the APS buses which are necessary switchover to support APS redundancy The primary module ...

Page 259: ...ess Module Section 130 120 750 Issue 2 May 28 2004 Telica Inc 5 177 P475 AA 01 13 03 REAR OC 3c OC 12c ATM INTERFACE FRONT MODULE FRONT OC 3c OC 12c ATM INTERFACE FLT ABN ACT OC n 1 Tx Rx OC n 2 Tx Rx OC n 3 Tx Rx OC n 4 Tx Rx Figure 5 16 1 ATM Network Access Module ...

Page 260: ... FRONT CARD OC 3c OC 12c ATM INTERFACE FLT ABN ACT OC n 1 Tx Rx OC n 2 Tx Rx OC n 3 Tx Rx OC n 4 Tx Rx 5 16 2 2 LEDs Table 5 16 A LEDs of Network Access Module LEDs Color Description FLT Red Indicates a local internal fault ABN Yellow Indicates a remote fault or abnormal condition ACT Green On Indicates that the module has been equipped for service ...

Page 261: ...d I O 10 physical slots 8 and 14 because these slots contain four OC 12 midplane ports and also buses between them that are necessary for fault event switchover SERDES to from SF A APC PHAZIT NACSTER M I D P L A N E P480 AA 03 14 02 APC APC APC SERDES to from SF B CLOCK CIRCUITRY MEM BUS CONTROLLER PROCESSOR and MEMORY AAL5 SAR MEMORY FRAMER OPTICAL XCVR CLOCK RECOVERY OPTICAL XCVR CLOCK RECOVERY ...

Page 262: ...h the module 5 16 3 3 PHAZITs This circuitry links the Serializer Deserializer SERDES devices to the APCs The Phazits are a 4 2 MUX which switch the active switch fabric ports to the APCs synchronizes transfers between the SERDES and the APCs and checks the integrity of the data from the midplane 5 16 3 4 Serializer Deserializer SERDES The SERDES takes the 1 0GHz embedded clock data stream from th...

Page 263: ... the CLEI code for the module 5 16 3 7 Segmentation and Reassembly SAR There is a stand alone Segmentation and Reassembly SAR unit on the PCI bus of each module to provide the microprocessor a means of communication to the SF module 5 16 3 8 Power Each ATM Network Access module has its own DC to DC converter not shown which converts the 48 volts supplied from the backplane to the local voltages re...

Page 264: ...condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the ...

Page 265: ...nge 26 dB Optical Wavelength λout 1330 nm typical 1274 to 1356 nm Spectral Width λrms 2 5 nm maximum Extinction Ratio re 8 2 dB Span Distance 15 km Intermediate Reach T37 B Table 5 16 D OC 3 STM 1 Mb s Optical Signal Transmission Specifications Parameter Specification Line Bit Rate 155 52 Mb s Line Code NRZ Fiber Mode Single mode Optical Source Laser Transmitter Output 11 dBm typically 15 to 8 dBm...

Page 266: ...Quad OC12 Network Access Module Plexus 9000 Planning and Engineering Guide Issue 2 May 28 2004 Section 130 120 750 5 184 Telica Inc NOTES ...

Page 267: ...17 3 7 PANDA 5 191 5 17 3 8 Microprocessor Memory Bus Controller and Memory 5 191 5 17 3 9 Segmentation and Reassembly SAR 5 191 5 17 3 10 Power 5 191 5 17 3 11 Clocks and Synchronization 5 191 5 17 4 Specifications 5 192 5 17 1 Scope This section describes the Packet Network Access PNA module It has four optical interfaces for connections to SONET ATM or POS Packet over SONET networks The interfa...

Page 268: ...requirements If there are any unused slots in the front or rear of the chassis blank panels must be installed in those slots The PNA module can only be installed in system slots 8 and 14 I O 8 and I O 10 These are the only system slots that contain four OC 12 STM 4 midplane ports These two slots also contain the interconnection of the APS buses which are necessary switchover to support APS redunda...

Page 269: ...le Section 130 120 760 Issue 1 May 28 2004 Telica Inc 5 187 P501 AA 01 13 03 REAR OC 3c OC 12c PACKET INTERFACE FRONT MODULE FRONT OC 3c OC 12c PACKET INTERFACE FLT ABN ACT OC n 1 Tx Rx OC n 2 Tx Rx OC n 3 Tx Rx OC n 4 Tx Rx Figure 5 17 1 Packet Network Access Module P501 AA ...

Page 270: ...ONT CARD FLT ABN ACT OC n 1 Tx Rx OC n 2 Tx Rx OC n 3 Tx Rx OC n 4 Tx Rx OC 3c OC 12c PACKET INTERFACE 5 17 2 2 LEDs Table 5 17 A Packet Network Access Module LEDs LEDs Color Description FLT Red Indicates a local internal fault ABN Yellow Indicates a remote fault or abnormal condition ACT Green On Indicates that the module has been equipped for service ...

Page 271: ...and also buses between them that are necessary for fault event switchover SERDES to from SF A PHAZIT Daughter Card PANDA M I D P L A N E P497 AA 11 28 01 APC APC APC APC SERDES to from SF B CLOCK CIRCUITRY MEM BUS CONTROLLER PROCESSOR and MEMORY AAL5 SAR MEMORY FORWARDING ENGINE FRAMER CLOCK RECOVERY OPTICAL XCVR OPTICAL XCVR PHAZIT Figure 5 17 2 Packet Network Access Module Block Diagram P497 AA ...

Page 272: ...m with the active fiber or received signal a switchover will occur at the framer stage making the action transparent to the devices behind the framer carrying data to the system 5 17 3 3 Forwarding Engine The PNA module must support many voice server modules and it must determine the voice server module and slot to which the incoming packet cells are to be sent The main function of the forwarding ...

Page 273: ...t switch registers and communicate operational status to the SP It also provides a bridge between the PCI bus and the non PCI Bus based peripherals such as the Framer and the APC devices 5 17 3 8 Microprocessor Memory Bus Controller and Memory The processor section has a microprocessor with memory and a microprocessor controller which provides interfaces between the microprocessor and memory MLBA ...

Page 274: ...condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the ...

Page 275: ...26 dB Optical Wavelength λout 1330 nm typical 1274 to 1356 nm Spectral Width λrms 2 5 nm maximum Extinction Ratio re 8 2 dB Span Distance max 15 km maximum T36 A Table 5 17 D OC 12 STM 4 Mb s Optical Signal Transmission Specifications Parameter Specification Line Bit Rate 622 08 Mb s Line Code NRZ Fiber Mode Single mode Optical Source Laser Transmitter Output 11dBm typically 15 dBm to 8 dBm Optica...

Page 276: ...Packet Network Access Module Plexus 9000 Installation and Operations Manual Issue 1 May 28 2004 Section 130 120 760 5 194 Telica Inc NOTES ...

Page 277: ... 3 10 Clocks and Synchronization 5 201 5 18 4 Specifications 5 202 5 18 1 Scope This section describes the front DS3 ATM Network Access DNA module It explains the module functions LED indicators and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0409 A BA5AAE0CAA Note Shaded part numbers have been manufacture discontinued but are still support...

Page 278: ...interface modules The DNA is not restricted to specified slots but can be located in most any slot in the chassis If protection is required it is recommended that I O 5 be used to protect Octal DS 3 STS 1 modules and I O 13 to protect DS 3 ATM Network Access modules or vice versa For protection Octal DS 3 STS 1 and DS 3 ATM Network Access modules cannot use same protection modules because the fron...

Page 279: ...ing Guide DS3 ATM Network Access Module Section 130 120 800 Issue 1 April 23 2004 Telica Inc 5 197 FRONT P803 AA 04 08 02 REAR OCTAL DS3 ATM FRONT CARD FLT ABN ACT OCTAL DS3 ATM Figure 5 18 1 Front Octal DS 3 ATM Network Access Module ...

Page 280: ...Table 5 18 A LEDs of Front IOM LEDs Color Description FLT Red Indicates a local internal fault ABN Yellow Indicates a remote fault or abnormal condition The light appears yellow when An input has an incoming failure i e a Loss of Signal LOS A port is in loopback Green On Indicates that the module has been equipped for service ACT Green Blinking Indicates that the module is ready and in standby mod...

Page 281: ... Circuit In the opposite direction the DNA receives ATM Cells from the midplane and forwards them to the appropriate framer over the Utopia bus The framer then assembles the cells into a DS 3 frame and the encoded stream is passed to the LIU for driving out to the DS 3 rear module and line Refer to Figure 5 18 2 for a block diagram of the DNA module SERDES to from SF A PHAZIT Daughter Card Eight 7...

Page 282: ...E events It hunts for ATM cells embedded in the payload of the T3 and passes the cells to the APC In the transmit direction the framer inserts framing for M23 or C bit parity for DS 3 and passes data to LIUs 5 18 3 3 ATM Port Controller APC The APC maintains and manages the ATM virtual connections VC They perform the scheduling and policing of ATM functions on the data flowing through the module T...

Page 283: ...module 5 18 3 7 Microprocessor Memory Bus Controller and Memory The processor section has a microprocessor with memory and a microprocessor controller which provides interfaces between the microprocessor and memory MLBA and SAR Each module also has an EEPROM that contains the CLEI code for the module 5 18 3 8 Segmentation and Reassembly SAR There is a stand alone AAL5 Segmentation and Reassembly S...

Page 284: ...ith three zero substitution Framing M Frame M13 or C Bit parity mode Termination One coaxial line for each direction of transmission Impedance 75 ohms 5 unbalanced Pulse shape Meets TR TSY 000499 mask with amplitude of between 0 36 and 0 85 volts peak Pulse imbalance Less than 3 5 dB difference between total power of positive and negative pulses Jitter generation Less than 0 3 timeslots RMS Cable ...

Page 285: ...Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the unit 2 Shor...

Page 286: ...DS3 ATM Network Access Module Plexus 9000 Planning and Engineering Guide Issue 1 April 23 2004 Section 130 120 800 5 204 Telica Inc NOTES ...

Page 287: ...and Reassembly SAR 5 211 5 19 3 9 Power 5 211 5 19 3 10 Clocks and Synchronization 5 211 5 19 4 Redundancy 5 211 5 19 5 Specifications 5 213 5 19 1 Scope This section describes the Ethernet Network Access ENA module It explains the module functions LED indicators and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0390 A BA2A30TGAA 5 19 2 Funct...

Page 288: ...rates and other ports operating at the 10 or 100 megabit rate If a quad version of the interface module is installed then the ENA assumes 1000BASE T or BASE SX is the desired mode 5 19 2 1 General Mechanical Representation The ENA module is approximately 14 inches high and plugs into the midplane for connections to rear module and the SF and SP modules Refer to Figure 5 19 1 for an illustration of...

Page 289: ...et Network Access Module Section 130 120 810 Issue 2 April 23 2004 Telica Inc 5 207 FRONT P601 AA 01 28 02 REAR 10 100 1000 ETHERNET NETWORK ACCESS FRONT CARD FLT ABN ACT 10 100 1000 ETHERNET NETWORK ACCESS Figure 5 19 1 Ethernet Network Access Module ...

Page 290: ...Telica Inc P600 AA 01 28 02 FRONT CARD FLT ABN ACT 10 100 1000 ETHERNET NETWORK ACCESS 5 19 2 2 LEDs Table 5 19 A LEDs of ENET Module LEDs Color Description FLT Red Indicates a local internal fault ABN Yellow Indicates a remote fault or abnormal condition ACT Green On Indicates that the module has been equipped for service ...

Page 291: ... BUS CONTROLLER PROCESSOR and MEMORY AAL5 SAR MEMORY FORWARDING ENGINE PHYZITS 8 Dual Gig E MAC Octal 10 100 MAC GMI Port 1 GMI Port 2 Dual Gig E MAC GMI Port 3 GMI Port 4 8 MI Buses Ports 1 8 PHAZIT Figure 5 19 2 Ethernet Network Access Module Block Diagram 5 19 3 1 PHYZIT The ENA module has four PHYZITs that act as the interface between the Media Access Controllers MACs and the quad transceivers...

Page 292: ...module slot for the incoming packets 5 19 3 3 ATM Port Controllers APCs The APCs maintain and manage the ATM Virtual Connections They perform the scheduling and policing of ATM functions on the data flowing through the module 5 19 3 4 PHAZITs The PHAZIT s main function is a 4 2 switch fabric multiplexer for the APCs and links the SERDES devices to the APCs In the egress direction the Phazits switc...

Page 293: ...ule also has an EEPROM that contains the CLEI code for the module 5 19 3 8 Segmentation and Reassembly SAR There is a stand alone Segmentation and Reassembly SAR unit on the PCI bus of each module to provide the microprocessor a means of communication to the SF module 5 19 3 9 Power Each ENA module has its own DC to DC converter not shown in block diagram which converts the 48 volts supplied from ...

Page 294: ...inging the router If the active ENA cannot ping the router and the standby ENA can the active ENA will fail over to the standby ENA The standby ENA then broadcasts a gratuitous ARP to map the standby MAC address to the IP address If neither ENA module can ping the router there is a loss of connectivity to the IP network If the stand by has more active ports than the active ENA module then a failov...

Page 295: ...condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front of the ...

Page 296: ...Ethernet Network Access Module Plexus 9000 Planning and Engineering Guide Issue 2 April 23 2004 Section 130 120 810 5 214 Telica Inc NOTES ...

Page 297: ...9 0391 A BA2A20SGAA 5 20 2 Functional Description The Quad 1000BASE T Ethernet Interface module is a rear IOM with physical connections for the front Ethernet Network Adapter 89 0390 module The module has four RJ 45 Ethernet ports that operate at 1000 Mbps in accordance with IEEE 802 3 This module is restricted to slots 8 and 10 if all four ports are used for 1000BASE T connections If used in any ...

Page 298: ...Planning and Engineering Guide Issue 1 April 23 2004 Section 130 120 860 5 216 Telica Inc FRONT P603 AA 01 28 02 REAR QUAD 1000BASE T ETHERNET PORT 1 PORT 2 PORT 3 PORT 4 QUAD 1000BASE T ETHERNET REAR CARD Figure 5 20 1 Rear Quad 1000BASE T Ethernet Module ...

Page 299: ... P602 AA 01 28 02 REAR CARD QUAD 1000BASE T ETHERNET PORT 1 PORT 2 PORT 3 PORT 4 5 20 2 2 LEDs Table 5 20 A LEDs of Ethernet Ports LEDs Color Description Both Green Link established at 1000 Mb s Table 5 20 B 1000BASE T Connector Connector Name Pin BI_DA 1 BI_DA 2 BI_DB 3 BI_DC 4 BI_DC 5 BI_DB 6 BI_DD 7 P217 AA 07 07 00 1 2 3 4 5 6 7 8 BI_DD 8 ...

Page 300: ...net module M I D P L A N E P708 AA 04 02 02 QUAD TRANSCEIVER GMII Buses GMII Buses GMII Buses GMII Buses XFMR CONTROL and CLOCKS RJ45 LED LED XFMR RJ45 LED LED XFMR RJ45 LED LED XFMR RJ45 LED LED Figure 5 20 2 Quad 1000BASE T Ethernet Interface Module Block Diagram 5 20 3 1 RJ 45 Ports There are four RJ 45 jacks on the rear of the module for connecting to an Ethernet network All eight pins of the ...

Page 301: ... Ethernet module has a quad gigabit Ethernet transceiver that interfaces to the front Ethernet Network Adapter module via eight two per port data buses and the midplane connector A management bus also links the transceivers of the rear module to the Ethernet Media Access Controller MAC 5 20 3 3 Power The Quad 1000BASE T Ethernet module receives is power from the front Ethernet Network Adapter ...

Page 302: ...5 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet above the bottom of the equipment rack in which the unit is mounted and 15 inches in front o...

Page 303: ...ing single mode fiber and the other using multi mode fiber This section explains the module functions LED indicators and connector interfaces The CLEI codes of the modules are as follows Part Numbers CLEI Codes Comments 89 0399 A BAA9TZYGAA Single mode 89 0399 B BAA9TZYGAB Single mode 89 0421 A BAA9TZ5GAA Multi mode Note Shaded part numbers have been manufacture discontinued but are still supporte...

Page 304: ...idplane ports to support four ports of Gigabit Ethernet When all four ports of the module are used an IOM cannot be used in the I O 11 slot 5 21 2 1 General Mechanical Representation The Quad 1000BASE SX Ethernet module is approximately 14 inches high and plugs into the midplane for connections to the ENA module See Figure 5 21 1 for an illustration of the midplane connector the Ethernet module an...

Page 305: ... Interface Module Section 130 120 870 Issue 1 April 23 2004 Telica Inc 5 223 FRONT P607 AA 09 17 02 REAR QUAD OPTICAL GIG E REAR CARD QUAD OPTICAL GIG E PORT 1 STATUS PORT 2 STATUS PORT 3 STATUS PORT 4 STATUS Figure 5 21 1 Rear Quad 1000BASE SX Ethernet Interface Module ...

Page 306: ...e 5 21 A LEDs of GBIC Ethernet Ports LEDs Color Description GREEN SOLID A LINK condition exists on that GBIC port GREEN BLINKING A LINK condition with Transmit or Receive activity YELLOW Transmitter is disabled on that GBIC port Status OFF No LINK exists on that GBIC port P606 AA 01 28 02 REAR CARD QUAD GBIC PORT 1 STATUS PORT 2 STATUS PORT 3 STATUS PORT 4 STATUS ...

Page 307: ...t module has on board circuitry to pass Ethernet data from the connector port to the front Ethernet Network Adapter Refer to Figure 5 21 2 for a block diagram of the Rear Quad 1000BASE SX Ethernet module M I D P L A N E P801 AA 04 04 02 QUAD TRANSCEIVER GMII Buses GMII Buses GMII Buses GMII Buses CONTROL and CLOCKS PORT 1 PORT 2 PORT 3 PORT 4 Figure 5 21 2 GBIC 1000BASE SX Ethernet Interface Block...

Page 308: ... to an Ethernet network Below each set of connectors is a status LED indicator Refer to Table 5 21 A for a description of the LED 5 21 3 2 Ethernet Transceivers The Quad 1000BASE SX Ethernet module has a quad gigabit Ethernet transceiver that interfaces to the front Ethernet Network Adapter module via eight two per port eight bit data buses and the midplane connector A management bus also links th...

Page 309: ...Temp C Min Max Relative Humidity Standard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standard temperature storage 40 to 158 40 to 70 Up to 95 non condensing Operational altitude From 200 feet below sea level to 13 000 above sea level Notes 1 Temperature ranges refer to the conditions 5 feet abo...

Page 310: ...tical Wavelength λout 1310 nm typical 1270 to 1355 nm Spectral Width λrms 4 nm max Extinction Ratio re 9 dB min Span Distance typ 550 m 50 62 5 µm mmf 5000m 10 µm smf Table 5 21 D Multi Mode Optical Signal Transmission Specifications PARAMETER SPECIFICATION Line Bit Rate 1 25 Gb s Fiber Mode Multi mode Optical Source Laser Transmitter Output 7 dBm typical 9 5 to 5 dBm Optical Connector Duplex SC O...

Page 311: ... 2 Frame Chassis Ground for the Power and Alarm Panel 6 11 6 1 7 Power Requirements 6 11 6 1 7 1 Basic Power Requirements 6 11 6 1 7 2 Power and Alarm Panel PAP 6 11 6 1 7 3 Plexus 9000 Chassis 6 13 6 1 7 3 1 Power and Alarm Panel Cabling 6 14 6 1 7 3 2 Direct Home Run Power Cabling 6 14 6 1 8 System Interfaces 6 15 6 1 8 1 DS 1 6 15 6 1 8 2 DS 3 STS 1 6 16 6 1 8 3 ATM Network Access and Packet Ne...

Page 312: ... industry building requirements for equipment installation should be used for the Plexus 9000 The room selected for system installation should be large enough so that the system racks can be at least 2 5 feet 76 cm from the walls for front and rear access and at least 12 inches 31 cm from the walls for side access In addition 4 foot 1 2 meter side aisles should be created to allow the maneuvering ...

Page 313: ... environmental conditions for the Plexus 9000 Special requirements necessary to obtain these conditions must be considered Table 6 1 A Environmental Specifications Environmental Conditions Temp F Min Max Temp C Min Max Relative Humidity Standard temperature operation 41 to 104 5 to 40 Up to 85 non condensing Standard temperature short term operation 23 to 122 5 to 50 Up to 95 non condensing Standa...

Page 314: ...Figure 6 1 1 for an illustration of the chassis without the mounting brackets The Plexus 9000 fits an 18 inch equipment depth profile which means that the chassis extends 5 inches in front of the rack rail mounting point and 13 inches behind the front of the rail Table 6 1 B Chassis Dimensions Dimension Inches Centimeters Height 22 75 57 79 Width 21 25 53 98 Depth 18 45 72 Note Width does not incl...

Page 315: ...equired Front Optional Rack bottom guards Per rack Rear Optional Note Racks guards and hardware can be obtained from Telica 6 1 5 1 Rack Details The Plexus 9000 equipment is typically installed in an upright floor supported 7 foot high unequal flange rack Although the use of unequal flange racks 5 inch side rails is recommended vertical channel data racks 3 inch side rails can be used Racks and au...

Page 316: ...3 Section 130 200 000 6 8 Telica Inc P104 AA 07 07 00 1 Rack Space UNIT 2 UNIT 1 AIR BAFFLE AIR BAFFLE UNIT 3 AIR BAFFLE 13 Rack Space 1 Rack Space 13 Rack Space 43 Rack Space NOTE One Rack Space 1 75 1 Rack Space 1 Rack Space 13 Rack Space POWER ALARM PANEL Figure 6 1 2 Rack details P104 AA ...

Page 317: ...ce 2 5 feet in rear Aisles 4 feet 6 1 5 3 Guard Panels Rack bottom guard panels for equipment protection may be required in front rear or both Unequal flange telephone racks usually have a 5 inch front bottom guard but often do not include a rear bottom guard 6 1 5 4 Associated Equipment Additional rack space requirements may be necessary for mounting auxiliary equipmentA such as Ethernet hubs mod...

Page 318: ...nitoring and retrieval of alarms and status A VT100 terminal or a PC with a terminal emulation program is required to initially provision the Plexus 9000 using the craft port There are no Ethernet address defaults and these must be set through the craft port connection 6 1 6 Grounding Requirements The Plexus 9000 is suitable for installation in either the integrated ground plane or isolated ground...

Page 319: ... grounds The Telica shelf may be powered directly from customer furnished power distribution home run or via a power and alarm panel mounted in the equipment bay Telica can provide power and alarm panels as necessary Table 6 1 F Plexus 9000 Power Specifications Requirement With DS 1 DS 3 With Octal DS 3 Input voltage 40 Vdc to 56 7 Vdc 40 Vdc to 56 7 Vdc Thermal output up to 2730 BTUs hr shelf up ...

Page 320: ...e appropriate wire size as needed T2 B Table 6 1 H lists the cables required the panel connector the cable connector and the size and cable length when using a Power and Alarm Panel PAP Table 6 1 H Power and Alarm Panel Power Connections Cable Telica Part Number System Connector Cable Connector Size and Length Max Chassis ground 45 5XXX 1 0 Two terminal studs for mounting lug Double hole long barr...

Page 321: ...r be provided from two separate A and B 50 amp breakers at 48 Vdc four wires Table 6 1 I Plexus 9000 Power Connections Cable Telica Part Number System Connector Cable Connector Size and Length Max Chassis ground 45 5XXX 1 0 Two terminal studs for mounting lug Double hole long barrel ground lug with two mounting holes spaced 5 8 or center to center 6 AWG and no max length Power 48 Vdc two for each ...

Page 322: ...furnished power distribution home run the allowable voltage drop between the Telica shelf and the power plant is limited to 2 5V The shelf has a maximum load of 50 amps at 40 Vdc and requires different wire sizes depending on the distance between the power source and the Plexus 9000 The required wire sizes can be determined using Table 6 1 J The distances specified are from the power source to the...

Page 323: ...o exist on an IOM CAS and PRIs can co exist on an IOM with a maximum of 140 CAS DS1s and 84 PRIs The DS 1 I O rear interface modules provide the DS 1 terminations Each DS 1 IOM terminates 28 DS 1 channels via two 64 pin connectors 28 pairs for transmit 28 pairs for receive Typically the DS 1 cables terminate at a DSX 1 cross connect panel via wire wrap or 64 pin connectors The cable distance to th...

Page 324: ...ary A Links on an IOM is 2 and in a system is 34 A Links and Intermachine Trunks IMTs can be on the same IOM IMTs and PRIs can co exist on an IOM CAS and PRIs can co exist on an IOM with a maximum of 140 CAS DS1s and 84 PRIs There are different types of DS 3 IOMs The triple DS 3 IOM part number 89 0365 A B provides three 3 DS 3s per module The triple DS 3 STS 1 IOM part number 89 0365 C provides t...

Page 325: ...le 44 8XXX 2 DS 3735 series cable bundle of eight XXX feet long with BNC shielded connectors at both ends 2 per Octal DS 3 STS 1 module Note XXX is the length of the cable in feet 6 1 8 3 ATM Network Access and Packet Network Access Modules Quad ATM Network Access ANA module Telica part number 89 0388 and the Packet Network Access PNA module part number 89 0393 have four optical interfaces for con...

Page 326: ... are available as ISDN B channels 6 1 8 6 SS7 Links The physical interfaces for the SS7 links on the Plexus 9000 chassis are DS 1 signals Telica can provide appropriate conversion equipment as necessary for customers who are not set up for DS 1 format Two DS 1 I O modules are used to provide for SS7 redundancy The SS7 pair requires four cables with connectors to terminate TX and RX DS1 signals Whe...

Page 327: ...or line interfaces typically operate with ESF framed DS 1 all ones clock signals Table 6 1 M BITS Timing Connector Port Connector Pin Description 1 Shield 2 Ring 3 Tip SRT P144 AA 04 02 00 S R T J1 1 2 3 23 6 1 8 9 Alarm Contact Closures and Bay Alarm The Plexus 9000 also provides Bay In and Bay Out connectors on the rear SF A module for daisy chaining three units in a rack to the Power and Alarm ...

Page 328: ...OMMON 16 MAJ AUD NO 5 MIN AUD NC 6 MIN AUD COMMON 18 MIN AUD NO 21 CRI VIS NC 9 CRI VIS COMMON 8 CRI VIS NO 10 MAJ VIS NC 11 MAJ VIS COMMON 23 MAJ VIS NO 12 MIN VIS NC 13 MIN VIS COMMON 25 MIN VIS NO 7 N A 15 N A 17 N A 19 N A 20 N A 22 N A J2 ALM CONTACTS A L M C O N T A C T S J2 P145 AA 03 25 00 1 13 25 14 24 N A Note Audible only alarms can be silenced or cut off ACOed It is recommended that vi...

Page 329: ...ctor and to Table 6 1 N for cable part number Only Audible alarms can be silenced or cutoff ACOed It is recommended that visual alarms be used for an external monitoring management system 6 1 8 10 Craft Interface Terminal Craft interface connections are made using the DB 9 RS 232 DTE connector on the front or rear System Processor modules Connection can be made to one or the other but not to both ...

Page 330: ... minimum 45 2xxx 2 0 Craft Modem Cable DB9M to DB25M Optional Note XXX is the length of the cable in feet A 10 100Base T Ethernet connector labeled CRAFT ENET is also available on the front of each SP Refer to Table 6 1 S for an illustration of the connector and its pins These ports were designed as a temporary connection for provisioning and maintenance By connecting a PC laptop using a crossover...

Page 331: ... addresses have no defaults and the addresses and subnets masks must be provisioned using the craft port Addresses are typically assigned by a system administrator Personnel who will provision the Plexus 9000 will need to know the Ethernet addresses and subnet masks to be assigned Each rear SP module has an Ethernet port labeled SIG ENET for connection to a signaling LAN hub This LAN is dedicated ...

Page 332: ... 7 physical slot 7 The protection scheme of the 85 3000 chassis is illustrated in Figure 6 1 3 P413 AA 02 19 01 T1 protection bus T3 protection radial connect 1 I O 1 2 I O 2 3 I O 3 4 I O 4 5 I O 5 6 I O 6 7 I O 7 8 I O 8 2 0 I O 16 19 I O 15 18 I O 14 17 I O 13 16 I O 12 15 I O 11 14 I O 10 9 SP TMG A 10 SW FAB A 11 I O 9 12 SW FAB B 13 SP TMG B 21 I O 17 Figure 6 1 3 Protection for 85 3000 Chas...

Page 333: ... 6 I O 6 7 I O 7 8 I O 8 2 0 I O 16 19 I O 15 18 I O 14 17 I O 13 16 I O 12 15 I O 11 14 I O 10 9 SP TMG A 10 SW FAB A 11 I O 9 12 SW FAB B 13 SP TMG B 21 I O 17 Figure 6 1 4 Protection for 85 3003 3004 Chassis P414 AA 6 1 10 Tools and Test Equipment Basic test equipment such as a DS 1 test set and digital multimeter is needed for turn up Refer to Table 6 1 T for a list of tools required for insta...

Page 334: ...tool Attach alarm cables to alarm contacts or DS1 cables at cross connects if required Non oxidizing grease Prepare power and ground connections Crimp tool with 2 6 and 8 dies for a ground lug 6 for ground wire and Office Power Secure the cable lugs to the power and chassis ground cables 12 24 x inch bolts 4 for Power and Fuse Panel and 12 for Chassis Use to attach the chassis power and alarm pane...

Page 335: ...sufficient for the estimated BTU hour of the system Plan for additional cooling if needed Paragraph 6 1 3 4 HVAC Requirements _ Check that there are adequate AC electrical outlets available for power tools and test equipment Paragraph 6 1 3 3 Electrical Outlets _ Check that precautionary measures have been taken for any equipment that will be installed under roof openings and water pipes _ Check t...

Page 336: ...he floor and to the ceiling _ Check that the rack is ready to support the chassis and all its components racks must be secured to the floor Paragraph 6 1 5 1 Rack Details _ Check the location and cable length requirements for the direct connection of a local or remote console if needed _ Check the location and network cable requirements for the network connection of a network management system if ...

Page 337: ...o move the chassis and its components Paragraph 6 1 10 Tools and Test Equipment _ Plan the hardware configuration Make the assignment of system and I O modules to slots and provide a configuration map for installation engineers Paragraph 6 1 12 Plexus 9000 Configuration _ Plan the software configuration and system provisioning Create a list of parameters that must be provisioned for the Plexus 900...

Page 338: ...p Tie Wraps for DS1 modules 85 3000 A 0 79 6018 Install and TL1 Documentation Set Shipped in separate carton Plexus 9000 Chassis with Midplane II The following is included with chassis 85 3005 A 0 Plexus 9000 Fan Tray Assembly High Speed 85 3004 A 0 And all items listed for 85 3000 chassis except Fan Tray Assembly Plexus 9000 Chassis with Midplane II The following is included with chassis 85 3005 ...

Page 339: ...otected 1 if unprotected 89 0360 n DS 1 IOM Front 1 17 89 0362 n DS 1 IOM Rear 1 16 if protected 1 17 if unprotected 89 0368 n DS 1 IOM Rear Protection 1 if protected 0 if unprotected 89 0365 n DS 3 IOM Front 1 17 89 0397 n See Note Triple DS 3 STS 1 IOM Front 1 17 89 0361 n DS 3 IOM Rear 1 16 if protected 1 17 if unprotected 89 0369 n DS 3 IOM Rear Protection 1 2 if protected 0 if unprotected 89 ...

Page 340: ...ized Network Access Module 1 17 89 0401 A Channelized Network Access OC 12 Rear Module 1 17 89 0402 A Channelized Network Access OC 3 Rear Module 1 17 Note The Octal DS3 IOM requires Midplane II III of the 85 3004 or 85 3007 chassis Table 6 1 Y lists the part numbers and descriptions of spares that may be required for the Plexus 9000 This table does not list spare modules Table 6 1 Y Plexus 9000 S...

Page 341: ...mum 45 2xxx 2 0 Craft Modem Cable DB9M to DB9F Optional 45 3xxx 1 0 Bay Alarm Cable DB9M to DB9M 1 if using Power and Alarm Panel 45 3xxx 2 0 Alarm Contacts Cable DB25M to Bare Wire 1 if using Alarm Contacts 45 4xxx 1 0 6 AWG Gray Power Cable 4 total 2 for 48 Vdc and 2 for Return 45 5xxx 1 0 6 AWG Green Ground Cable 1 45 6xxx 1 0 BITS Clock Cable Shielded Twisted Single Pair 2 Note Value of XXX is...

Page 342: ... 1 AA Configuration Worksheet Front Card Part Number Physical Slot Slot Notation Rear Card Part Number 1 I O 1 2 I O 2 3 I O 3 4 I O 4 5 I O 5 6 I O 6 7 I O 7 8 I O 8 9 SP TMG A 10 SW FAB A 11 I O 9 12 SW FAB B Switch Fabric B 89 0375 n n 13 SP TMG B 14 I O 10 15 I O 11 16 I O 12 17 I O 13 18 I O 14 19 I O 15 20 I O 16 21 I O 17 T77 AA ...

Page 343: ...de 6 2 2 Plexus 9000 The Plexus 9000 is a high capacity packet switching system that terminates switches and aggregates line or trunk side facilities to accommodate today s exploding mix of broadband and narrowband traffic as well as allowing subscribers to connect to a public data network PDN over dial up lines The Plexus 9000 normalizes a carrier s layer two switching and transport requirements ...

Page 344: ...6 I O 12 17 I O 13 18 I O 14 19 I O 15 20 I O 16 7 I O 7 PROT ACO 48 Vdc A 48 Vdc B Fan Fail ESD Minor Major Critical Led Test ESD Electrostatic Discharge 13 SP TMG B DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT DS1 I O FLT ABN ACT FLT ABN ACT SWITCH FABRIC SWITCH FABRIC SYSTEM PROCESSOR TIMING SYSTEM PROCESSOR TIMING FLT A...

Page 345: ...ich must be provisioned because they do not have a default IP address when shipped A 10 100Base T Ethernet connector labeled CRAFT ENET which was designed as a temporary connection for provisioning and maintenance is available on the front of each SP A 100Base T interface SIG ENET required for the signaling LAN and a 10 100Base T interface OS ENET for the OS operations systems LAN connections are ...

Page 346: ...e user s access privilege the password aging interval and the password update grace period Table 6 2 B describes the access levels After a new user has logged on he must change his password System security commands allow an administrator to set the maximum allowable number of invalid session setup attempts the alert condition duration the time out intervals the period in which to generate a passwo...

Page 347: ...s on an IOM is two 2 and in a system is 34 A Links and Intermachine Trunks IMTs can be on the same IOM IMTs and PRIs can co exist on an IOM CAS and PRIs can co exist on an IOM with a maximum of 140 CAS DS1s and 84 PRIs LIST of TABLES for PROVISIONING Table 6 2 A Configuration Worksheet 6 40 Table 6 2 B Plexus 9000 Access Levels 6 41 Table 6 2 C Chassis Provisioning 6 41 Table 6 2 D Timing Provisio...

Page 348: ...6 2 A Configuration Worksheet Front Card Part Number Physical Slot Slot Notation Rear Card Part Number 1 I O 1 2 I O 2 3 I O 3 4 I O 4 5 I O 5 6 I O 6 7 I O 7 8 I O 8 9 SP TMG A 10 SW FAB A 11 I O 9 12 SW FAB B Switch Fabric B 89 0375 n n 13 SP TMG B 14 I O 10 15 I O 11 16 I O 12 17 I O 13 18 I O 14 19 I O 15 20 I O 16 21 I O 17 T77 AA ...

Page 349: ...u to only issue SCHED and RTRV commands to schedule and view the Plexus 9000 s status and statistics information VIEW View permits you to only issue RTRV commands to view the Plexus 9000 s status and statistics information 63 A Table 6 2 C Chassis Provisioning Parameter Description Shelfid ChassisType MG MGC MGN SG or BOTH MG SG CLLI CLII code Loc location emIPSPA OS IP of SP A craftIPSPA Craft IP...

Page 350: ...ut Inactive time before logoff 0 99 preLoginTimeOut Inactive time between login and logoff 0 99 passwdExpAlert Days after password aging interval has elapsed 0 30 passwdChgFreq Days a password can exist 0 99 heartbeat Minutes without REPT COND message 0 120 tcpConnEnabled TCP connection enabled disabled Y N trustedHostEnabled Trusted host enabled disabled Y N almqPort Port used for alarm queue ses...

Page 351: ...ine code AMI or B8ZS stsmap sts STS 1 VTLOCK or VTFLOAT lbo or eqlz Line build out cable length to cross connect omode OOS signal sent AIS or NORM mode enet autoneg halfduplex fullduplex format enet ENET_802_3 or ENET_DIX_II pst Primary State IS or OOS Table 6 2 G Point Codes and Signaling Provisioning Parameter Description Originating Point Code ownPc Destination Point Code rem pc Adjacent switch...

Page 352: ...Destination point code for ISUP trunk group ipAddr IP address for SIP trkGrpClass Access tandem end office or interexchane carrier dpc Destination point code hunting CIRCULAR HIGHESTAVAIL LOWESTAVAIL or RANDOM Table 6 2 I Routing Provisioning Parameter Description rtname Route name type Route type CAS interface GR303 subscriber interface ISDN interface trunk group number numPlan Numbering plans Ta...

Page 353: ...3 Telica Inc 6 45 Table 6 2 K Subscriber Provisioning Parameter Description subscriberid Subscriber number carriers Intra inter and international carriers for subscriber billingnumber Billing number for subscriber Subscriber features such as caller ID call forwarding etc lcc Line class code altdn Alternate number ...

Page 354: ...Planning for Provisioning Plexus 9000 Planning and Engineering Guide Issue 11 January 24 2003 Section 130 200 100 6 46 Telica Inc NOTES ...

Page 355: ...s processing modules and switching modules installed from the front and all physical facility traffic terminations connected on passive rear IOMs All electrical interfaces are located on the rear of the unit while fiber is cabled to the front or rear depending upon the type of IOM Each of the front interface modules is paired with a rear module that contains the physical interface allowing all sig...

Page 356: ... Inc 7 3 Power and Ground Cabling Power and ground cabling is shown in Figure 7 1 P135 AA 07 07 00 Power A Ground Cables Ground Bar Power Cables Power Cables AIR BAFFLE AIR BAFFLE AIR BAFFLE UNIT 3 UNIT 2 UNIT 1 REAR Power B A Ground Power B A Ground Power B A Ground POWER ALARM PANEL Figure 7 1 Power and Ground Cabling ...

Page 357: ... input power wire sizing at the power panel must support a 150 amp bus rating and thus must have a minimum size of 1 AWG The primary system breaker must have a minimum rating of 100 amps The allowable voltage drop between the Telica shelf and the power plant is limited to 2 5V Table 7 A specifies the maximum allowable distances from the power source to the PAP for the allowable wire sizes The shad...

Page 358: ...haded table areas represent wire sizes that cannot be directly terminated on the lugs provided on the Telica shelf and or breaker panel Crimp type splices may be used to pigtail to the appropriate wire size as needed T3 B 7 3 2 Ground Cabling The Plexus 9000 is suitable for installation in either the integrated ground plane or isolated ground plane system in a central office environment A single 6...

Page 359: ...B9 cables connect the bay alarm output on a shelf to the bay alarm input of the unit above or to the PAP This type of cable is shown in Figure 7 2 The bay alarm input is a female DB9 connector marked J3 BAY IN pinouts are shown in Table 7 C The bay alarm output is a female DB9 connector marked J1 BAY OUT pinouts are shown in Table 7 D Bay alarm cabling for a full rack is shown in Figure 7 3 P166 A...

Page 360: ... 9 N A 22 P134 AA 07 07 00 AIR BAFFLE AIR BAFFLE AIR BAFFLE UNIT 3 UNIT 2 UNIT 1 SW FAB A 10 SW FAB A 10 SW FAB A 10 J1 J3 J3 J1 J3 J3 POWER ALARM PANEL J1 B A Y A L M O U T B A Y A L M I N J3 A L M C O N T A C T S J2 SWITCH FABRIC A TIMING IN S R T J1 B A Y A L M O U T B A Y A L M I N J3 A L M C O N T A C T S J2 SWITCH FABRIC A TIMING IN S R T J1 B A Y A L M O U T B A Y A L M I N J3 A L M C O N T...

Page 361: ... closures connector is a female DB25 connector marked J2 on the rear SF A module pinouts are shown in Table 7 E Figure 7 5 shows alarm contact closure cabling for a full rack DB25M 1 CRI AUD NO CRI VIS NO MAJ VIS NC MAJ VIS C MIN VIS NC MIN VIS C CRI AUD NC MAJ AUD NO MIN AUD NO CRI VIS NC MAJ VIS NO MIN VIS NO CRI VIS C CRI AUD C NC Normally Closed NO Normally Open C Common NOTE MAJ AUD NC MAJ AU...

Page 362: ...N 16 MAJ AUD NO 5 MIN AUD NC 6 MIN AUD COMMON 18 MIN AUD NO 21 CRI VIS NC 9 CRI VIS COMMON 8 CRI VIS NO 10 MAJ VIS NC 11 MAJ VIS COMMON 23 MAJ VIS NO 12 MIN VIS NC 13 MIN VIS COMMON 25 MIN VIS NO 7 N A 15 N A 17 N A 19 N A 20 N A 22 N A J2 ALM CONTACTS A L M C O N T A C T S J2 P145 AA 03 25 00 1 13 25 14 24 N A Note Audible only alarms can be silenced or cut off ACOed It is recommended that visual...

Page 363: ... REAR SW FAB A Alarm Cables J2 J2 J2 18 Wires 18 Wires 18 Wires J1 B A Y A L M O U T B A Y A L M I N J3 A L M C O N T A C T S J2 SWITCH FABRIC A TIMING IN S R T SW FAB A J1 B A Y A L M O U T B A Y A L M I N J3 A L M C O N T A C T S J2 SWITCH FABRIC A TIMING IN S R T SW FAB A J1 B A Y A L M O U T B A Y A L M I N J3 A L M C O N T A C T S J2 SWITCH FABRIC A TIMING IN S R T Figure 7 5 Alarm Contact Cl...

Page 364: ...1 TEST hub LAN NETWORK Figure 7 6 Plexus 9000 Connected to Hub and LAN Network When running the cable the first cable dresses down the left side of the rear of the frame to the OS ENET J6 connector on the SP TMG B module in slot 13 The second cable dresses down the right side of the rear of the frame to the OS ENET J6 connector on the SP TMG A module in slot 9 Each rear System Processor has an Eth...

Page 365: ...SB 1 J1 USB 2 J2 J3 CRAFT J4 COM S I G E N E T O S E N E T J5 J6 J7 I J8 O I O J9 J10 DS1 TEST SYSTEM PROCESSOR TIMING USB 1 J1 USB 2 J2 J3 CRAFT J4 COM S I G E N E T O S E N E T J5 J6 J7 I J8 O I O J9 J10 DS1 TEST SYSTEM PROCESSOR TIMING USB 1 J1 USB 2 J2 J3 CRAFT J4 COM S I G E N E T O S E N E T J5 J6 J7 I J8 O I O J9 J10 DS1 TEST SYSTEM PROCESSOR TIMING USB 1 J1 USB 2 J2 J3 CRAFT J4 COM S I G E...

Page 366: ...2 TX 3 RX 4 5 6 RX 7 P217 AA 07 07 00 1 2 3 4 5 6 7 8 8 31 RJ45 NOTE 1 P235 AA 07 19 00 2 Indicates Twisted Pair 3 6 RJ45 1 2 3 6 Figure 7 8 Ethernet Cable 7 6 Craft Modem Cabling Craft personnel can interface with the system directly via the RS 232 connections or remotely via modems The craft cable can be connected to the serial port either on the front SP TMG module as illustrated in Figure 7 9 ...

Page 367: ...MG A 9 SYSTEM PROCESSOR TIMING CRAFT FLT ABN ACT J1 E N E T J2 R S 2 3 2 RST SYSTEM PROCESSOR TIMING CRAFT FLT ABN ACT J1 E N E T J2 R S 2 3 2 RST 45 2xxx 1 z Cable to Chassis Craft Interface Connector Craft Modem Cable 45 2xxx 2 z xxxx Feet z Cable Revision NOTE Figure 7 9 Cabling to Craft Port on Front SP TMG 45 2xxx 1 z Cable to Chassis Craft Interface Connector Craft Modem Cable 45 2xxx 2 z or...

Page 368: ... 9000 Signal Terminal DTE DB 9 female DCD Data Carrier Detect DSR Data Set Ready 1 P232 AA 07 19 00 6 RXD Received Data 2 TXD Transmitted Data 3 DTR Data Terminal Ready 4 SG Signal Ground 5 7 RTS Request to Send 8 CTS Clear to Send 9 No Connection Not Used 4 3 2 1 6 5 8 7 9 45 2xxx 1 z Figure 7 12 DB 9 to DB 9 Craft Terminal Null Modem Cable Pinouts Plexus 9000 DTE DB 9 male Plexus 9000 Signal Ter...

Page 369: ...s OS ENET OS ENET REAR SP TMG A 9 SP TMG B 13 SYSTEM PROCESSOR TIMING USB 1 J1 USB 2 J2 J3 CRAFT J4 COM S I G E N E T O S E N E T J5 J6 J7 I J8 O I O J9 J10 DS1 TEST SYSTEM PROCESSOR TIMING USB 1 J1 USB 2 J2 J3 CRAFT J4 COM S I G E N E T O S E N E T J5 J6 J7 I J8 O I O J9 J10 DS1 TEST hub LAN NETWORK Figure 7 14 Plexus 9000 Connected to Hub and LAN Network An Ethernet connector is also available o...

Page 370: ... DS 1 J1 E1 rear IOM provides the DS 1 J1 or E1 terminations Each DS 1 IOM terminates 28 DS 1 channels via two 64 pin connectors 28 pairs for transmit 28 pairs for receive Each J1 IOM terminates 28 J1 channels and each E1 IOM terminates 21 E1 channels The rear IOM connectors are shown in Figure 7 16 and their pinouts are shown in Table 7 G P123 AA 07 07 00 REAR CARD DS1 I O J1 DS1 IN J2 DS1 OUT Fi...

Page 371: ...4 Tip WHT BRN 36 Channel 5 Ring GRY WHT 5 Channel 5 Tip WHT GRY 37 Channel 6 Ring BLU RED 6 Channel 6 Tip RED BLU 38 Channel 7 Ring ORN RED 7 Channel 7 Tip RED ORN 39 J1 IN P154 AA 01 06 03 1 33 32 64 Channel 8 Ring GRN RED 8 Channel 8 Tip RED GRN 40 Channel 9 Ring BRN RED 9 Channel 9 Tip RED BRN 41 Channel 10 Ring GRY RED 10 Channel 10 Tip RED GRY 42 Channel 11 Ring BLU BLK 11 Channel 11 Tip BLK ...

Page 372: ...hannel 18 Tip YEL GRN 50 Channel 19 Ring BRN YEL 19 Channel 19 Tip YEL BRN 51 Channel 20 Ring GRY YEL 20 Channel 20 Tip YEL GRY 52 Channel 21 Ring BLU VIO 21 Channel 21 Tip VIO BLU 53 Channel 22 Ring ORN VIO 22 Channel 22 Tip VIO ORN 54 Channel 23 Ring GRN VIO 23 Channel 23 Tip VIO GRN 55 Channel 24 Ring BRN VIO 24 Channel 24 Tip VIO BRN 56 Channel 25 Ring GRY VIO 25 Channel 25 Tip VIO GRY 57 Chan...

Page 373: ...onnect panel cannot be greater than 655 feet when using 22 gauge T1 cable and no greater than 400 feet when using 24 guage T1 cable DS1 J1 E1 cabling in a rack is shown in Figure 7 19 The DS 1 J1 or E1 can be Inter Machine Trunks IMTs ISDN Primary Rate Interfaces PRIs or SS7 Signaling Links To provide redundancy for the SS7 links two IOMs modules are typically used P237 AA 07 19 00 MALE 1 33 32 64...

Page 374: ...SX 1 DSX 1 DSX 1 DSX 1 DSX 1 DSX 1 DSX 1 DSX 1 AIR BAFFLE AIR BAFFLE UNIT 1 UNIT 2 AIR BAFFLE POWER ALARM PANEL DSX 3 DSX 3 DSX 3 DSX 3 DSX 3 DSX 3 Figure 7 19 Cabling of IOMs 7 8 A Link and DIAG Connectors The 89 0416 rear DS 1 E1 or J1 A Link IOM the 890 0407 rear SP 3 and the 89 0401 and 89 0402 rear Channelized OC12 3 IOMs have a DB 15 connector for bringing DS 1 SS7 A Links into the Plexus 90...

Page 375: ...8 15 7 14 6 13 5 12 4 11 3 10 2 9 1 Figure 7 20 DB 15 A Link Connector The 89 0401 and 89 0402 rear Channelized OC12 3 IOMs also have a DB 9 connector labeled DIAG that is used by Telica technical personnel for diagnostic purposes It has an Ethernet and two serial ports Refer to Figure 7 21 for an illustration of the connector P915 AA 08 19 02 4 3 2 1 5 9 8 7 6 TX TX Serial TX1 Serial TX2 Serial R...

Page 376: ...own in Figure 7 23 The DS 3 cables typically terminate at a DSX 3 cross connect and the cable distance to the DSX 3 cross connect panel cannot be greater than 450 feet Refer to Figure 7 24 for an illustration of the triple DS 3 cable and to Figure 7 25 for the octal DS 3 cabling in a rack is shown in Figure 7 19 P244 AA 08 03 00 DS3 I O CHANNEL 1 RX IN CHANNEL 1 TX OUT CHANNEL 2 RX IN CHANNEL 2 TX...

Page 377: ...rconnect Drawings Section 130 250 000 Issue 3 January 24 2003 Telica Inc 7 23 P701 AA 02 27 02 P N 44 3xxx Figure 7 24 Triple DS3 Cable Part Number 44 3XXX P702 AA 02 27 02 P N 44 8xxx 1 2 3 4 5 6 7 8 Figure 7 25 Octal DS3 Cable Part Number 44 8XXX ...

Page 378: ...wn in Figure 7 26 An illustration of a single mode fiber optic cable with duplex SC connectors is shown in Figure 7 27 P476 AA 06 20 01 FRONT CARD QUAD OC 12c ATM INTERFACE FLT ABN ACT OC 12c 1 Tx Rx OC 12c 2 Tx Rx OC 12c 3 Tx Rx OC 12c 4 Tx Rx P905 AA 01 06 03 REAR MODULE Channelized Network OC 12 DS1 A LINK PORT 1 TX RX DIAG P907 AA 01 06 03 REAR MODULE Channelized Network QUAD OC 3 DS1 A LINK P...

Page 379: ... OC 3 and OC 12 Channelized Network Access IOMs as well as the rear GBIC Ethernet Network Access IOM have single mode optical SC type connectors for connections to an optical network These connectors of these IOMs are also illustrated in Figure 7 26 P703 AA 02 27 02 Figure 7 27 Single Mode Fiber Optic Cable with Duplex SC Connectors ...

Page 380: ...E1s e g ISDN D channels Because there are two pairs of jacks two different DS 1s J1s or E1s can be monitored J7 labeled I allows the user to input a signal and monitor it using J8 labeled O J9 is not used and J10 which is labeled O is used as a monitor jack P456 AA 03 07 00 S I G E N E T O S E N E T J7 I J8 O I O J9 J10 DS1 TEST UNUSED MON PRT T TST PRT R TST PRT T P946 AA 01 13 03 MON PRT T S I G...

Page 381: ...red must be on the same IOM and are selected with TL1 commands The test jacks are also selected with a TL1 command The monitor jacks are connected via the midplane to the framer LIU of the front System Processor module Refer to Figure 7 29 The framer LIU receives the DS 0s from the IOM multiplexes them into a single DS 1 J1 or E1 and sends it to the rear module and the monitor jacks Test equipment...

Page 382: ...Interconnect Drawings Plexus 9000 Planning and Engineering Guide Issue 3 January 24 2003 Section 130 250 000 7 28 Telica Inc NOTES ...

Page 383: ...le Part Numbers 8 14 8 5 CLEI Codes 8 15 8 1 Scope This section provides an explanation of part number formats lists of part numbers and descriptions and CLEI codes of modules of the Plexus 9000 Usage of some modules is determined by the version of the system software the chassis i e 85 3004 or 85 3007 or the application i e VoIP and VToA For information about ordering contact Sales at 508 480 090...

Page 384: ...ield For 43 44 series cables the A field represents primary cable characteristics such as wire gauge For 45 series cables the A field represents the category of cable Refer to Table 8 A 8 2 2 3 XXX Field The XXX field is a three digit representation of the cable length The units are usually in feet Certain cables may have lengths that are not exact to the foot e g 20 inches 8 2 2 4 Y Field For 43 ...

Page 385: ... 45 4 6 AWG Gray Power Cable 45 5 6 AWG Green Ground Cable 45 6 BITS Clock Cable Shielded Twisted Single Pair Table 8 B Y Field of Cables Cable Number Description 43 axxx Y z DS 1 cable 43 axxx 1 Shielded connectors two male ends and screw fasteners 43 axxx 2 Unshielded connectors two male ends and screw fasteners 43 axxx 3 Shielded connectors two male ends one screw fastener and one bail lock fas...

Page 386: ... 89 0375 n SW FAB B Rear Upper Bezel Lower Bezel 89 0001 1 Accessory Kit with following 23 0012 0 2A GMT Fan Fuse 23 0009 0 Cover for GMT Fan Fuse 92 0017 0 Hardware Kit with 5 6 lugs and mounting screws Wrist Strap Tie Wraps for DS1 modules 85 3000 A 79 6006 Install and TL1 Documentation Set Shipped in separate carton Plexus 9000 Chassis with Midplane II The following is included with chassis 85 ...

Page 387: ...ds Reference Guide 79 6004 Plexus 9000 Planning and Engineering Guide 79 6005 Plexus 9000 Complete Documentation Set includes 79 6002 79 6003 79 6004 and Documentation CD ROM 79 6006 Install and TL1 Documentation Set includes 79 6002 and 79 6003 79 6007 Customer Documentation CD ROM 79 6008 PlexView Pro Billing System User Guide 79 6009 PlexView Pro Billing System User Guide CD ROM 79 6010 PlexVie...

Page 388: ...mbers Note Part numbers that are shaded in the tables have been manufacture discontinued They are however still supported Part numbers that are shaded in the tables have limited availability Contact your Telica Sales Representative Note Version 1 X was previously version 3 1 1 X version 2 X was previous version 3 2 x version 4 X was previously version 3 4 X Table 8 E Software Version and Support o...

Page 389: ... E1 J1 A link I O Rear Card 89 0416 A N N N N Y N N N N N N N Y DS 1 Rear Prot 89 0368 A Y Y Y Y Y Y Y Y Y Y Y Y Y 89 0365 A Y Y Y Y Y Y Y Y Y Y N Y N DS 3 Front Note 1 89 0365 B Y Y Y Y Y Y Y Y Y Y N Y N DS 3 Front with STS 89 0365 C Y Y Y Y Y Y Y Y Y Y Y Y Y Triple DS 3 STS 1 Front 89 0397 A N N Y Y Y Y Y Y Y Y Y Y Y Triple DS 3 STS 1 Front w tone detect 89 0410 A N N Y1 Y Y Y1 Y1 Y1 Y Y Y Y Y T...

Page 390: ... N 89 0399 A N N Y N Y N N Y Y Y Y Y Y GBIC SM ENET Rear 89 0399 B N N Y N Y N N Y Y Y Y Y Y GBIC MM ENET Rear 89 0421 A N N Y N Y N N Y Y Y Y Y Y Channelized NA 89 0400 A N N N N N N N N N N N N Channelized NA OC 12 Rear Module 89 0401 A N N N N N N N N N N N N Channelized NA OC 3 Rear Module 89 0402 A N N N N N N N N N N N N Note 1 Y1 The 89 0365 does not support CAS or IUA for MGs Used for SS7 ...

Page 391: ...nt 89 0414 A no yes yes 89 0362 A yes yes yes DS 1 Rear 89 0362 B yes yes yes DS 1 E1 J1 Rear 89 0415 A no yes yes DS 1 E1 J1 A link Rear 89 0416 A no yes yes DS 1 Rear Prot 89 0368 A yes yes yes 89 0365 A yes yes yes DS 3 Front 89 0365 B yes yes yes DS 3 Front with STS 89 0365 C yes yes yes Triple DS 3 STS 1 Front 89 0397 A no yes yes Triple DS 3 STS 1 with Tone Detect Front 89 0410 A no yes yes ...

Page 392: ...work Access OC 12 89 0388 A no yes yes 89 0388 B no yes yes ANA OC 3 12 STM 1 4 89 0388 C no yes yes 89 0393 A no yes yes Packet Network Access 89 0393 B no yes yes Ethernet Network Access 89 0390 A no yes yes Rear Quad 1000BASE T ENET Interface Module 89 0391 A no yes yes Rear Octal 10 100BASE T ENET Interface Module 89 0392 A no yes yes 89 0399 A no yes yes Rear Quad 1000BASE SX SM GBIC ENETInte...

Page 393: ...ual DS 1 Triple and Octal DS 3 IOMS Full access to second processor and memory Note 1 Chassis 85 3000 has Midplane I Chassis 85 3004 has Midplane II and Chassis 85 3007 and 85 3008 have Midplane III Note 2 Single and Dual refer to the processors on the SP not the number of SPs Note Part numbers that are shaded in the following table have been manufacture discontinued They are however still support...

Page 394: ...riple DS 3 STS 1 Front Module 89 0398 n Octal DS 3 STS 1 Front Module 89 0399 n Rear Quad 1000BASE SX SM GBIC Ethernet Interface Module 89 0400 n Channelized Network Access Module 89 0401 n Channelized Network Access OC 12 Rear Module 89 0402 n Channelized Network Access OC 3 Rear Module 89 0406 n Dual SP TMG Front SP 3 89 0409 n Octal DS 3 ATM Network Access Module 89 0410 n Triple DS 3 STS 1 Fro...

Page 395: ...hardware supporting Octal DS3 STS 1 IOM 85 3005 B z Plexus 9000 Fan Tray Assembly See Note 85 3007 A z Plexus 9000 Chassis with Midplane III 85 3008 A z 14 RU Plexus 9000 Chassis with Midplane III 85 3009 A z Plexus 9000 High Speed Fan Tray Assembly 85 5044 1 z Air Baffle Assembly 85 6000 1 z Power and Alarm Panel 85 7003 0 z Fan Filter PE 5Y 13 19 x 20 21 x 50 89 0300 A Blank Panel 92 0013 0 z ES...

Page 396: ... 1xxx 2 z Single DS 3 734 series cable BNC shielded connector at both ends 44 2xxx 1 z DS 3 735 series cable BNC shielded connector 44 3xxx 1 z DS 3 735 series cable bundle of three BNC shielded connectors at one end 44 3xxx 2 z DS 3 735 series cable bundle of three BNC shielded connectors at both ends 44 8xxx 2 z DS 3 735 series cable bundle of eight BNC shielded connectors at both ends 45 1xxx 1...

Page 397: ...85 CORE Generic Requirements for Common Language Equipment Coding Processes and Guidelines Table 8 K provides a list of CLEI codes for Plexus 9000 equipment Table 8 K CLEI Codes Part Number Name CLEI Code 85 3000 A Chassis BAM9LJ0GRA 85 3001 A Fan Shelf BAPQADK2AA 85 3003 A Chassis with Midplane II BAMBE00ERA 85 3004 A New Chassis with Midplane II BAMFF00DRA 85 3005 A BAPQADY2AA 85 3005 B Fan Tray...

Page 398: ... Quad OC12c ATM Network Adapter Module BAA91Z0GAA 89 0388 B BAA91Z0GAB 89 0388 C Quad OC3 OC12c ATM Network Adapter Module BAA91Z0GAC 89 0389 A BAC9CD0AAA 89 0389 B Dual SP TMG Front Module BAC9CD0AAB 89 0390 A Ethernet Network Access Module BA2A30TGAA 89 0391 A Rear Quad 1000BASE T Ethernet Interface Module BA2A20SGAA 89 0392 A Rear Octal 10 100BASE T Ethernet Interface Module BA2A20UGAA 89 0393 ...

Page 399: ... 1 Front Module with tone detection BA4A701FAA 89 0414 A DS1 E1 J1 I O Termination Module BA7ATP0FAA 89 0415 A DS1 E1 J1 I O Rear BA7A1P0FAA 89 0416 A DS1 E1 J1 A link I O Rear Card BA7A1X0FAA 89 0417 A Dual SP TMG Rear SP 3 No A Links BA1C1W0HAA 89 0419 A Compute Module Front BA9ATS0FAA 89 0420 A Compute Module Rear BA9AUT0FAA 89 0421 A Rear Quad 1000BASE SX MM GBIC Ethernet Interface Module BAA9...

Page 400: ...Parts Information Plexus 9000 Planning and Engineering Guide Issue 16 June 4 2004 Section 130 400 000 8 18 Telica Inc NOTES ...

Page 401: ...heduled date Note Most upgrades are done remotely If necessary the Customer Service Engineer also will arrange for a third party installation contractor to help with the installation This is usually necessary when multiple systems are involved The Customer Engineer will verify acceptance of the installation with you by obtaining your signature on an acceptance form 9 2 Technical Support Telica Tec...

Page 402: ...r will transfer you to the Return Material Authorization RMA Coordinator and re assign the incident in the Information Tracking System Refer to section 3 Hardware Repair and Return in this document 9 2 3 Calls That Require Escalation When a call is received and an incident number is assigned a level of severity is also determined Levels of severity are categorized as follows Level of Severity Symp...

Page 403: ... system but acknowledgement of form EO 143 will be made by returning an acknowledgement report form 79 7020 ECCnfrmtn by the end of the working day following receipt of the complaint Regular and engineering complaints will be handled by an assigned department with the Technical Services Manager monitoring the engineering complaint until the issue is resolved 9 2 5 Closing Incidents Incidents will ...

Page 404: ...escription of the problem and failure symptoms 4 If the item is a like for like replacement the Technical Service Engineer will arrange for shipment of the replacement item to you i e advanced exchange Advanced exchange shipments include a pre paid return air bill to facilitate the expeditious return of the defective unit 9 3 2 Repair and Return Shipping Instructions All returned equipment assembl...

Page 405: ...Section 130 900 000 Issue 7 January 24 2003 Telica Inc 10 1 10 Acronyms A 10 2 B 10 2 C 10 2 D 10 3 E 10 3 F 10 3 G 10 4 H 10 4 I 10 4 J 10 4 K 10 4 L 10 4 M 10 5 N 10 5 O 10 6 P 10 6 Q 10 6 R 10 6 S 10 7 T 10 7 U 10 7 V 10 8 W 10 8 X 10 8 Y 10 8 Z 10 8 ...

Page 406: ...mation Inter exchange ASN 1 Abstract Syntax Notation One ASX ATM Switch Element AT Access Tandem ATM Asynchronous Transfer Mode AWG American Wire Gauge B B3ZS Bipolar with 3 Zero Substitution B8ZS Bipolar with 8 Zero Substitution Binary 8 Zero Suppression BAF Bellcore AMA Format B ISDN Broadband Integrated Services Digital Network BITS Building Integrated Timing System BRI Basic Rate Interface BTU...

Page 407: ...nation Point Code DPMS Data Processing and Management System DSL Digital Subscriber Line DS Digital Signal DSLAM Digital Subscriber Line Access Multiplexer DSP Digital Signal Processing DTE Data Terminal Equipment E E1 Electronic 1 EEPROM Electronically Erasable Programmable Read Only Memory EIA Electronics Industries Association EM Element Manager EMS Element Management System ENET Enhanced Netwo...

Page 408: ...ectronics IDT Integrated Digital Terminal ILEC Incumbent Local Exchange Carrier ILMI Interim Local Management Interface IMT InterMachine Trunk IN Intelligent Network IN Intelligent Network Application Protocol IO Input Output IOM Input Output Module IP Internet Protocol or Intelligent Peripheral ISDN Integrated Services Digital Network ISP Internet Service Provider ISUP Integrated Services Digital...

Page 409: ...C MultiChannel Controller MEGACO Media Gateway Controller MG Media Gateway MIB Management Information Base MLBA Maintenance Link Bus Adapter MOU Minutes of Use MTBF Mean Time Between Failures MTP Message Transfer Part N NANP North American Numbering Plan NAS Network Access Server NC Normally Closed NCP Network Control Protocol NE Network Element NEBS Network Equipment Building System NFAS Network ...

Page 410: ...xchange Carrier 1 PISO Parallel In Serial Out POP Point Of Presence POTS Plain Old Telephone Service PPP Point to Point Protocol PRI Primary Rate Interface PSIF Protocol Specific Interface PSTN Public Switched Telephone Network PVC Permanent Virtual Connection Q QFALC Quad Framer and Line Interface Component QOS Quality of Service QRSF Quasi Random Signal Framed QRSU Quasi Random Signal Unframed R...

Page 411: ...l Network SP System Processor SP TMG System Processor and timing module SS7 Signaling System 7 SSN Sub service Number SSP Service Switching Point SST Subsystem Status Test STM Synchronous Transmission Module STP Signal Transfer Point SW FAB Switch Fabric Module SX Simplex unprotected SYCOR System Controller T TCA Traffic Collection Application formerly called TMM TCAP Transaction Capabilities Appl...

Page 412: ...9000 Planning and Engineering Guide Issue 7 January 24 2003 Section 130 900 000 10 8 Telica Inc V VBR Variable Bit Rate VCI Virtual Channel Identifier Vdc Volts direct current VoIP Voice over Internet Protocol W X Y Z ...

Page 413: ...5 196 5 197 5 199 5 200 5 201 6 18 6 35 ATM Network Access See ANA ATM networks 5 179 Audible alarms 6 21 B Backup 3 10 Bantam jacks 3 9 5 79 5 84 Bay Alarm 6 19 B channel service messages 3 11 Bearer Independent Call Control See BICC BICC 4 12 Billing 3 4 3 9 AMA billing 3 9 ASCII format billing 3 9 3 28 BITS 3 10 3 20 4 12 5 9 5 16 5 17 5 25 5 26 5 28 5 30 5 39 5 40 5 43 5 45 5 54 5 56 5 58 5 96...

Page 414: ...Caller ID delivery on call waiting 3 8 Caller name and number delivery 3 7 Calling name delivery 3 7 Calling number delivery 3 7 Card slots 3 13 CAS 3 2 3 5 3 7 3 8 3 25 4 12 C Bit 5 138 5 140 5 156 CCS 3 28 CD ROM 2 3 Channel Associated Signaling See CAS Chassis 3 13 front 3 14 3 16 rear 3 15 3 17 Chassis dimensions 6 6 Chassis grounding 7 1 Checklist planning 6 4 6 27 Circuit Identification Code...

Page 415: ... 21 6 37 SP3 5 82 Craft port 4 12 6 10 Crossover cable 7 15 Customer originated trace 3 8 D DB 25 connector 6 21 DB 9 Connector 6 21 D Channel 3 10 Demarcation points 6 10 DIAG connector 7 21 Dial pulse signaling 3 25 Digit collection 5 139 5 155 Digit Collection 5 137 5 153 Digit screening 3 6 Digit stripping appending 3 6 Digital Signal Processor See DSP Dimensions chassis 6 6 Disk drives 3 20 D...

Page 416: ...ess lines 3 6 Electrostatic discharge See ESD Element Management System 3 9 5 32 6 37 See EMS EMS 3 9 3 10 3 26 3 27 3 28 4 12 5 32 5 35 5 47 5 50 5 60 5 63 5 71 5 72 5 83 5 86 6 37 ENA 5 205 Environmental Specifications 5 131 Environmental Specifications 5 182 5 220 6 5 Environmental specificatons 5 213 Environmental Specificatons 5 192 Escalation 9 2 ESD 1 3 Ethernet 5 59 6 7 6 9 6 22 6 23 6 27 ...

Page 417: ...34 5 150 6 15 6 16 6 18 6 25 6 26 6 35 7 19 ISDN D channel 4 11 J J1 Specifications 4 6 Jacks RJ 45 5 218 L LAN 6 10 Laser Safety 1 3 LATA 3 6 LED Test 3 27 LEDs 3 27 ANA module 5 178 ENA 5 208 GBIC 5 224 Octal DS3 STS 1 5 152 PNA 5 188 Triple DS3 IOM 5 136 Lighting 6 4 Line coding 4 4 Line timing 3 10 4 12 5 54 5 58 6 18 6 38 See Recovered timing LIU Octal DS3 STS 1 5 154 Triple DS3 STS 1 5 138 L...

Page 418: ...pecifications 4 9 OC 12 Specificatons 5 183 5 193 OC 12c 5 4 OC 3 4 3 4 9 5 4 5 175 5 176 5 179 5 183 5 185 5 193 OC 3 Specifications 4 9 OC 3 Specificatons 5 183 5 193 Octal DS3 3 4 3 10 3 21 5 4 5 26 5 92 5 93 5 149 5 150 5 151 5 153 5 154 5 159 5 160 5 163 5 195 5 196 Theory of Operation 5 153 Octal DS 3 5 40 5 93 6 11 Octal DS3 STS 1 Block Diagram 5 153 EEPROM 5 155 Octal DS3 STS 1 Front IOM 5...

Page 419: ... Rear IOM 5 128 DS3 Rear IOM 5 146 Protection Circuitry DS1 IOM 5 129 Protection IOM DS3 5 134 Protection module DS3 STS 1 5 156 Protection slot 3 18 DS1 5 123 Protection slots DS3 STS 1 5 156 Protection Slots DS1 5 134 DS 1 5 143 DS3 5 134 DS 3 5 143 5 144 Protections slots 6 24 Protocols 3 3 3 6 3 9 3 26 ATM 3 2 3 8 CAS 3 2 3 8 IP 3 2 ISDN 3 2 3 8 M3UA 3 8 RTP 3 8 SIP 3 8 SS7 3 2 3 8 Q Quad 10 1...

Page 420: ...y See SAR See SAR Service protection 3 5 Servicing requirements 6 9 Shipping instructions 9 4 SIG ENET 7 10 7 12 Signal trace 3 10 signaling gateway 3 8 Signaling gateway 3 2 3 3 3 20 3 26 Signaling Gateway 7 10 Signaling Gateways 6 23 Signaling LAN 6 23 signaling port 5 79 Signaling port 5 79 5 83 Signaling restart 3 10 Simple Network Management Protocol See SNMP SIP 3 8 3 9 4 12 SNMP 3 26 3 27 S...

Page 421: ...ifications 4 8 STS 1 VT1 5 3 5 Switch Fabric functionality 8 6 switching 3 22 packet 6 35 Switching 3 2 3 4 3 5 3 12 3 21 3 22 3 23 7 1 Circuit 3 2 packet 3 5 3 26 Packet 3 2 Switching system 3 2 System management 3 26 System Processor 3 20 T TCA 3 28 TCP IP 3 28 TDM 3 2 3 5 3 8 3 9 3 25 3 26 5 116 5 138 5 154 5 167 5 171 5 172 5 173 6 18 Technical Services 9 1 Technical support 9 1 Telecommunicat...

Page 422: ...PROM 5 138 Triple STS 1 5 133 5 134 5 137 5 138 TR TSY 000444 3 10 TSU Octal DS 3 STS 1 IOM 5 154 Triple DS 3 STS 1 IOM 5 138 Twisted pair 3 21 Two way PRI 3 8 3 25 V Visual alarms 6 21 voice processors 5 172 5 173 Voice Server 3 21 Voice Server IOM protection 3 18 Voice Server module 4 3 5 12 5 167 5 168 5 171 5 172 5 173 6 18 Voice Server modules 5 4 5 190 5 210 VoIP 3 3 3 9 3 25 3 26 Voltage dr...

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