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Nortel Circuit Card Installation Manual Download Page 10

Page 10 of 906

Contents 

553-3001-211 Standard 3.00 August 2005

NT6D80 MSDL card   . . . . . . . . . . . . . . . . . . . . . . . .  389

Contents .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

389

Introduction .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

389

Physical description .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

390

Functional description .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

392

Engineering guidelines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

397

Installation .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

404

Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

413

Replacing MSDL cards .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

421

Symptoms and actions .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

422

System disabled actions .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

423

NT7D16 Data Access card  . . . . . . . . . . . . . . . . . . .  427

Content list .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

427

Introduction .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

428

Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

428

Controls and indicators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

429

Dialing operations .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

430

Operating modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

435

Keyboard dialing .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

472

Hayes dialing .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

485

Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

497

System database requirements .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

500

Power supply .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

504

Installing the Data Access card .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

505

Port configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

507

Cabling . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

509

Backplane pinout and signaling .  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 

514

Configuring the Data Access card .  . . . . . . . . . . . . . . . . . . . . . . . . . . . 

517

Connecting Apple Macintosh to the DAC .  . . . . . . . . . . . . . . . . . . . . . 

522

Summary of Contents for Circuit Card

Page 1: ...TM Copyright Nortel Networks Limited 2005 All Rights Reserved Produced in Canada Information is subject to change without notice Nortel Networks reserves the right to make changes in design or compon...

Page 2: ......

Page 3: ...This new document consolidates information previously contained in the following legacy documents now retired Line Cards Description 553 3001 105 Trunk Cards Description 553 3001 106 Serial Data Inter...

Page 4: ...Page 4 of 906 Revision history 553 3001 211 Standard 3 00 August 2005...

Page 5: ...ble systems 22 Intended audience 23 Conventions 24 Related information 25 Overview 27 Contents 27 Line cards 28 Trunk cards 59 Installation 61 Operation 63 Serial Data Interface SDI cards 72 Circuit c...

Page 6: ...R20 Off Premise Station card 104 NT5D12AA Dual DTI PRI DDP card 107 NT6D42 Ringing Generator DC 114 NT5D2101 NT9D1102 Core Network module backplane 117 NT6D68 Core module backplane 117 NT6D80 Multi pu...

Page 7: ...tone Receiver cards 150 QPC577 QPC596 Digitone Receiver daughterboards 150 QPC720 Primary Rate Interface card 150 QPC775 Clock Controller card 152 QPC841 4 Port Serial Data Interface card 153 NT1R20 O...

Page 8: ...chine T1 maintenance interface software 225 Applications 244 NT5D33 and NT5D34 Lineside E1 Interface cards 249 Contents 249 Introduction 249 Physical description 250 Functional description 255 Electri...

Page 9: ...nalog Line card 367 Contents 367 Introduction 367 Applications 368 NT5K21 XMFC MFE card 369 Contents 369 Introduction 369 MFC signaling 369 MFE signaling 372 Sender and receiver mode 373 Physical spec...

Page 10: ...422 System disabled actions 423 NT7D16 Data Access card 427 Content list 427 Introduction 428 Features 428 Controls and indicators 429 Dialing operations 430 Operating modes 435 Keyboard dialing 472...

Page 11: ...cifications 537 Connector pin assignments 539 Configuration 541 NT8D03 Analog Line card 545 Overview 545 NT8D09 Analog Message Waiting Line card 547 Contents 547 Introduction 547 Physical description...

Page 12: ...signments 655 Configuration 658 Applications 664 NT8D41AA Serial Data Interface Paddle Board 667 Contents 667 Introduction 667 Physical description 668 Functional description 670 Connector pin assignm...

Page 13: ...n 701 NTAK02 SDI DCH card 701 NTAK09 1 5 Mb DTI PRI card 709 Contents 709 Introduction 709 Physical description 710 Functional description 714 Architecture 715 NTAK10 2 0 Mb DTI card 721 Contents 721...

Page 14: ...board 763 Contents 763 Introduction 763 Physical description 764 Functional description 765 NTBK22 MISP card 769 Contents 769 Introduction 769 Physical description 769 Functional description 770 NTBK5...

Page 15: ...ation 794 Electrical specifications 796 Connector pin assignments 797 Configuration 797 Applications 807 NTDK20 Small System Controller card 811 Contents 811 Introduction 811 Memory 814 100BaseT IP da...

Page 16: ...843 NTVQ55AA ITG Pentium card 845 Contents 845 Physical description 845 Functional description 846 QPC513 Enhanced Serial Data Interface card 851 Contents 851 Introduction 851 Physical description 852...

Page 17: ...d 876 Applications 882 The TDS DTR card 885 Contents 885 Introduction 885 Features 886 Appendix A LAPB Data Link Control protocol 901 Contents 901 Introduction 901 Operation 901 Frame structure 902 LA...

Page 18: ...Page 18 of 906 Contents 553 3001 211 Standard 3 00 August 2005...

Page 19: ...e receiver cards 92 Procedure 4 Testing line cards 93 Procedure 5 Testing multifrequency sender cards 94 Procedure 6 Testing multifrequency signaling cards 95 Procedure 7 Testing network cards 95 Proc...

Page 20: ...rds to the MMI terminal 220 Procedure 13 Connecting two or more LEIs to the MMI terminal 279 Procedure 14 Installing the NT5D97 363 Procedure 15 Removing the NT5D97 364 Procedure 16 Installing the MSD...

Page 21: ...hen connecting the trunk cards to customer provided equipment and central office trunk facilities Note 3 MSDL card This card provides multiple interface types with four full duplex serial I O ports th...

Page 22: ...the Nortel home page www nortel com Applicable systems This document applies to the following systems Communication Server 1000S CS 1000S Communication Server 1000M Chassis CS 1000M Chassis Communicat...

Page 23: ...3 3011 258 Communication Server 1000M and Meridian 1 Large System Upgrade Procedures 553 3021 258 Communication Server 1000S Upgrade Procedures 553 3031 258 Communication Server 1000E Upgrade Procedur...

Page 24: ...g systems are referred to generically as Small System Communication Server 1000M Chassis CS 1000M Chassis Communication Server 1000M Cabinet CS 1000M Cabinet Meridian 1 PBX 11C Chassis Meridian 1 PBX...

Page 25: ...ones and Consoles Description Installation and Operation 553 3001 367 Software Input Output System Messages 553 3001 411 Software Input Output Maintenance 553 3001 511 Communication Server 1000M and M...

Page 26: ...Page 26 of 906 About this document 553 3001 211 Standard 3 00 August 2005 CD ROM To obtain Nortel documentation on CD ROM contact your Nortel customer representative...

Page 27: ...ne interface units 40 Analog line call operation 42 Digital line call operation 46 Lineside T1 call operation 46 Voice frequency audio level 57 Off premise line protection 57 Line protectors 57 Line p...

Page 28: ...characteristics Table 2 Line card characteristics Part Number Description Lines Line Type Message Waiting Super vised Analog Lines Architecture NT1R20 Off premise station analog line card 8 Analog Int...

Page 29: ...gital line card that is used to connect the switch to T1 compatible terminal equipment on the lineside T1 compatible terminal equipment includes voice mail systems channel banks containing FXS cards a...

Page 30: ...ge waiting lamp on phones equipped with that feature Installation This section provides a high level description of how to install and test line cards IPE line cards can be installed in any slot of th...

Page 31: ...the individual line interface unit using the Analog 500 2500 type Telephone Administration program LD 10 for analog line interface units and Multi line Telephone Administration program LD 11 for digit...

Page 32: ...tch communicates with IPE modules over two separate interfaces Voice and signaling data are sent and received over DS 30X loops and maintenance data is sent over a separate asynchronous communication...

Page 33: ...d is carried on the card LAN link Some examples of maintenance data include polling reporting of self test status CP initiated card reset reporting of card ID card type and hardware vintage reporting...

Page 34: ...Tx PCM Async card LAN link Front panel LED Card LAN interface Tip Ring Codec PCM Line interface unit power Rx PCM 1 kHz frame sync Card slot address Back plane Con troller card Line signaling interfa...

Page 35: ...odule A DS 30X network loop is composed of two synchronous serial data buses One bus transports in the Transmit Tx direction towards the line facility and the other in the Receive Rx direction towards...

Page 36: ...N link Maintenance communication is the exchange of control and status data between IPE line or trunk cards and the Call Server by way of the NT8D01 Controller card Maintenance data is transported thr...

Page 37: ...us has taken place The controller can then prompt the slave for specific information Slaves only respond when prompted by the controller they do not initiate exchange of control or status data on thei...

Page 38: ...ODEC 2 wire to 4 wire conversion Line interface and protection Message waiting Variable gain filters Impedance matching transformer Balancing Network Tip Ring DS 30X or SL 1 network loop Message waiti...

Page 39: ...and amplifies the result On some of the line cards the gain of these filters can be programmed by the system controller This allows the system to make up for line losses according to the loss plan Ba...

Page 40: ...es voice and data communication links between a switch and modular digital telephones These lines carry multiplexed PCM voice data and signaling information as Time Compression Multiplexed TCM loops E...

Page 41: ...own the channel or when the digital line card detects a loss of the 1 KHz frame synchronization signal Each TCM loop interface circuit can service loops up to 3500 ft in length when using 24 gauge wir...

Page 42: ...rd the line interface unit on the card Incoming calls Incoming calls to a telephone that is connected to an analog line card can originate either from stations that are local served by the PBX or remo...

Page 43: ...ing from trunk CPU removes timeslot assignments Person at near end station recognizes end of call and hangs up No battery current drawn Far end station goes off hook and addresses dials up near end st...

Page 44: ...current drawn Near end station goes off hook Battery current is drawn causing detection of off hook state CPU determines unit terminal number TN and assigns message timeslots Low resistance loop Dial...

Page 45: ...etwork loop Analog line supervision Analog line supervision features are used to extend the answer supervision and disconnect supervision signals when the line card is connected to an intelligent term...

Page 46: ...alog telephone line operation Lineside T1 call operation The lineside T1 card s call operation is performed differently depending on whether the T1 link is configured to process calls in loop start mo...

Page 47: ...ls number loop pulsing or DTMF tones Dial tone removed The system detects start of dialing and removes dial tone Ringback or busy The system decodes addressing routes call and supplies ringback tone t...

Page 48: ...disconnect signalling from the far end removes the timeslot assignments and sends a hook flash tip removed from ground to the near end station Near end station on hook Tip open battery on ring Tip op...

Page 49: ...0 and transmit B bit to 1 Accordingly an on hook channel on the terminal equipment simulates an open loop toward the lineside T1 card causing the lineside T1 card s receive bits to be set to A 0 and r...

Page 50: ...d then returning it to 0 The duration of time that the transmit A bit remains at 1 before returning to 0 depends upon the setting that was configured using the SAL If the terminal equipment is capable...

Page 51: ...s in process the terminal equipment may disconnect by going on hook The terminal equipment detects no loop current and sends signaling to the lineside T1 card that causes its receive A bit to change f...

Page 52: ...simulates an open loop toward the lineside T1 card causing the lineside T1 card s receive bits to be set to A 0 and B 1 Steady state call in progress 0 1 1 1 Far end disconnects by dropping loop curre...

Page 53: ...d to the ring lead toward the lineside T1 card by causing the lineside T1 s receive B bit to change from 1 to 0 In turn the lineside T1 card simulates grounding its tip lead by changing the transmit A...

Page 54: ...for calls originating and terminating on the lineside T1 card both the battery reversal and hook flash features within the SAL software must be enabled Call disconnect from lineside T1 terminal equip...

Page 55: ...ff hook by simulating ground on tip lead and ringing on ring lead 0 0 1 1 1 Outgoing Calls from terminal equipment Idle 1 1 0 1 Terminal equipment goes off hook 1 1 0 0 The lineside T1 simulates groun...

Page 56: ...gination attempt results in the answering of a terminating call that is being presented by the far end simultaneously with the call origination attempt by the near end The lineside T1 detects presenta...

Page 57: ...n Line card has built in protection against lightning strikes and power line crosses These should be the preferred cards for an off premise application Other cards can be used when external line prote...

Page 58: ...otection grounding In conjunction with line protectors proper system PBX grounding is essential to minimize equipment damage Nortel recommends following the Table 6 Line protection device ordering inf...

Page 59: ...protection device Line and telephone components Because testing of the line protectors was limited to the line cards and telephones shown below only these components should be used for off premise ins...

Page 60: ...e WATS trunks Direct Inward Dial DID trunks TIE trunks two way Loop Dial Repeating LDR and two way loop Outgoing Automatic Incoming Dial OAID Recorded Announcement RAN trunks Paging PAG trunks Table 7...

Page 61: ...downloaded by software commands NTCK16 Generic Central Office Trunk card The NTCK16 generic central office trunk cards support up to eight analog central office trunks They can be installed in any IP...

Page 62: ...DF 6 Configure the individual trunk interface unit using the Trunk Administration program LD 14 and the Trunk Route Administration program LD 16 Once these steps have been completed the trunk card is...

Page 63: ...processor to report back to the system processor information such as card identification type vintage and serial number firmware version and programmed configuration status Intelligent Peripheral Equ...

Page 64: ...ce 5 12 MHz clock Tx PCM Async card LAN link Front panel LED Card LAN interface Tip Ring Codec PCM Trunk interface unit power Rx PCM 1 kHz frame sync Card slot address Back plane Con troller card Trun...

Page 65: ...amples of signaling commands are as follows off hook on hook ringing signal on off message waiting lamp on off Maintenance data is data relating to the configuration and operation of the IPE card and...

Page 66: ...k card and the controller cards within an IPE module or the controller circuits on a network DTR card in a CE module A DS 30X network loop is composed of two synchronous serial data buses One bus tran...

Page 67: ...perloop with a capacity of 128 channels 120 usable timeslots See Communication Server 1000M and Meridian 1 Large System Planning and Engineering 553 3021 120 for more information on superloops Card LA...

Page 68: ...14 Universal Trunk Card DS 30X DS 30Y loop NT8D37 IPE Module Common Equipment Network NT8D13 PE Module NT8D15 E M Trunk Card QPC414 Network Card QPC659 Dual Loop Peripheral Buffer Card QPC71 E M Signa...

Page 69: ...on In this reply the slave informs the controller if any change in card status has taken place The controller can then prompt the slave for specific information Slaves only respond when prompted by th...

Page 70: ...r circuit The coder decoder codec performs Analog to Digital A D and Digital to Analog D A conversion of the line analog voiceband signal to and from a digital PCM signal This signal can be coded and...

Page 71: ...can be programmed by the system controller This allows the system to make up for line losses according to the loss plan Balancing network Depending on the card type the balancing network is capable o...

Page 72: ...of the RS 422 A standard with the handshake signals of the RS 232 C standard The RS 232 C interface is normally used when data rates are less than 19 2 Kbps and the cable length is less than 15 24 m...

Page 73: ...QSDI paddle board and the QPC841 Quad SDI card are an administration and maintenance terminal a background terminal for use in a hotel motel the Automatic Call Distribution ACD feature the Call Detail...

Page 74: ...orts each supporting RS 232 C or modified RS 422 A interface LAPB subset of the HDLC synchronous protocol Data rates of 1200 2400 4800 9600 19200 48000 56000 and 64000 baud Data terminal equipment DTE...

Page 75: ...I cards meet the requirements of the IEC 801 2 clause 8 0 procedure They can withstand a direct discharge of 5 to 20 kV without being damaged Table 10 Power consumption Voltage Maximum power consumpti...

Page 76: ...s Instructions for cabling the serial data interface cards to the various system consoles and peripherals are found in Communication Server 1000M and Meridian 1 Large System Installation and Configura...

Page 77: ...idual SDI synchronous ports LD 48 Link Diagnostic For checking Automatic Call Distribution ACD and Meridian Link ports Instructions for running the various maintenance programs are found in Software I...

Page 78: ...Page 78 of 906 Overview 553 3001 211 Standard 3 00 August 2005...

Page 79: ...n the following modules NT4N41 Core Network module required for CS 1000M SG CS 1000M MG Meridian 1 PBX 61C Call Processor CP PII CP PIV and Meridian 1 PBX 81C NT4N46 Core Network module required for C...

Page 80: ...1 NT4D20 and NT422 Hybrid Bus Terminator Core Net between 1 and 2 NT4N43 Multi Medium DIsk Unit 81C Core Net NT4N64 Call Processor Pentium II card 61C Core Net CP PII NT4N64 Call Processor Pentium II...

Page 81: ...tral Office Trunk card IPE any slot but Contr NT5K72 E M Trunk card IPE any slot but Contr NT5K82 Central Office Trunk card IPE any slot but Contr NT5K83 E M Trunk card IPE any slot but Contr NT5K84 D...

Page 82: ...e card IPE any slot but Contr NT8D14 Universal Trunk card IPE any slot but Contr NT8D15 E M Trunk card IPE any slot but Contr NT8D16 Digitone Receiver card IPE any slot but Contr NT8D17 Conference TDS...

Page 83: ...d Core Net 11 Net 1 QPC471 Clock Controller card 61C Core Net 9 Net 5 12 For 81C use NT8D35 Net slot 13 in QSD39 shelf use Net slot 2 in QSD40 shelf use slot 13 QPC513 Enhanced Serial Data Interface c...

Page 84: ...Unpack or handle cards away from electric motors transformers or similar machinery Handle cards by the edges only Do not touch the contacts or components Set cards on a protective antistatic bag If an...

Page 85: ...or switch for a module power supply before the power supply is removed or inserted In AC powered systems capacitors in the power supply must discharge Wait five full minutes between turning off the ci...

Page 86: ...for damage If damaged tag the card with a description of the problem and package it for return to a repair center 3 Refer to the work order to determine the module and slot location for the card 4 If...

Page 87: ...against the faceplate Note When IPE cards are installed the red LED on the faceplate remains lit for two to five seconds as a self test runs If the self test completes successfully the LED flashes th...

Page 88: ...or tone and digit loop press the manual initialize Man Int button on the NT5D03 or the NT5D10 Call Processor if the card is associated with the active Call Processor Note An initialization causes a m...

Page 89: ...ine cards 93 Multifrequency sender cards 94 Multifrequency signaling cards 95 Network cards 95 Trunk cards 96 Tone and digit switch cards 97 Introduction Test procedures for most circuit cards require...

Page 90: ...e system DSBL card is disabled in software 3 If the conference card loop is disabled enable it For an NT8D17 Conference TDS card enter ENLX loop the conference loop is the odd loop of the conference T...

Page 91: ...o telephones where one telephone acts as a signal source while the other acts as a listening monitor After you enter the CNFC command any two telephones one may already be the maintenance telephone di...

Page 92: ...d connected to a QPC659 Dual Loop Peripheral Buffer card cannot be assigned when the IPE shelf is used in single loop mode 1 Log into the system LOGI password 2 See if the Digitone receiver to be test...

Page 93: ...shelf numbers If the system response is other than OK see the Software Input Output Administration 553 3001 311 to analyze the messages 3 For a line card on a superloop perform a signaling test on a s...

Page 94: ...6 to address even loops and in LD 38 to address odd loops Enabling the loops with the command ENLL does not enable the hardware for the card If the system response is other than OK see the Software In...

Page 95: ...End of Procedure Network cards Procedure 7 Testing network cards Use this procedure to test a network card 1 Log into the system LOGI password 2 Perform a network memory test continuity test and signa...

Page 96: ...ystem from a maintenance telephone 2 Test the trunk unit LD 36 TRK l s c u loop shelf card and unit numbers 3 If the maintenance telephone is hooked up to a monitor and the system response is other th...

Page 97: ...re Tone and digit switch cards Procedure 10 Testing tone and digit switch cards Use this procedure to test a tone and digit switch TDS card or to test the TDS function of an NT8D17 Conference TDS card...

Page 98: ...nance telephone 7 From the maintenance telephone enter LD 34 To test outpulsers and channels for the TDS loop see Table 13 on page 98 for a sample of the input commands used with the maintenance telep...

Page 99: ...Acceptance tests Page 99 of 906 Circuit Card Description and Installation RNG loop 764 loop Provides ring tone from TDS loop specified Exits TDS test program Table 13 TDS tone tests...

Page 100: ...Page 100 of 906 Acceptance tests 553 3001 211 Standard 3 00 August 2005...

Page 101: ...ane 117 NT6D68 Core module backplane 117 NT6D80 Multi purpose Serial Data Link card 118 NT8D14 Universal Trunk card 119 NT8D15 E M Trunk card 124 NT8D17 Conference TDS card 125 NT8D21 Ringing Generato...

Page 102: ...a Interface card 153 Circuit card grid Some circuit cards contain option switches or jumpers or both that define specific functions A switch or jumper can be identified by an alphanumeric coordinate s...

Page 103: ...is a blank space for a position on a switch that position may be set to either ON or OFF because it has no function for the option described Figure 17 Circuit card grid S4 switch 4 at coordinate B11 S...

Page 104: ...ss of untreated no gain devices metallic line facility Upper loss limits correspond to loop resistance ranges for 26 AWG wire Note 4 Default software impedance settings are ONP CLS OPX CLS TIMP 600 oh...

Page 105: ...cility Upper loss limits correspond to loop resistance ranges for 26 AWG wire Note 4 Default software impedance settings are ONP CLS OPX CLS TIMP 600 ohms 600 ohms BIMP 600 ohms 3COM2 Note Gain treatm...

Page 106: ...spond to loop resistance ranges for 26 AWG wire Note 4 Default software impedance settings are ONP CLS OPX CLS TIMP 600 ohms 600 ohms BIMP 600 ohms 3COM2 Note Gain treatment such as a voice frequency...

Page 107: ...h set SW15 for Trunk 1 see Table 15 Trunk interface switches A switch provides selection of T1 transmission Use switch SW4 for Trunk 0 use switch SW10 for Trunk 1 see Table 16 Table 15 General purpose...

Page 108: ...witches provides selection among three values for receiver impedance Use SW8 for Trunk 0 use SW14 for Trunk 1 see Table 18 Table 17 Trunk interface line build out switch settings Switch Setting Descri...

Page 109: ...able 19 Table 19 Ring ground switch settings Switch Description S2 switch setting 1 Trunk 0 Transmit off Ring line is not grounded on Ring line is grounded 2 Trunk 0 Receive off Ring line is not groun...

Page 110: ...and address select switch settings Switch Description S3 Switch Setting 1 4 D Channel daughterboard Address See the next table 5 7 For future use off 8 External DCH or Onboard DDCH off MSDL or DCHI ca...

Page 111: ...13 on off on on 14 off on on on 15 on on on on Note 1 The maximum number of DCHI MSDL and DDCH devices in the system is 16 The Device Addresses are equivalent to the MSDL DNUM designations For progra...

Page 112: ...e 18 Switch functions and areas J5 J6 Port 0 Port 1 S3 S2 S4 S5 S6 S7 S8 S9 1 2 3 4 1 2 3 4 1 2 3 4 General Purpose Switches Receiver Impedence Line Build Out Switches Transmission Mode DCH Mode and A...

Page 113: ...iption and Installation Figure 19 displays default settings for switches on the NT5D12AA DDP card Figure 19 Switch default settings J5 J6 S2 S9 S8 S7 S6 S5 S4 S10 S11 S12 S13 S14 S15 S3 o n o n o n o...

Page 114: ...per locations Ringing output North America 20 Hz 86 V ac P5 High voltage message waiting Low impedance British Telecom 25 Hz 80 V ac P4 No high voltage message waiting Low impedance Table 23 NT6D42 ju...

Page 115: ...2 50 3 Table 26 NT6D42CB SW2 SW2 Ringing voltage Message waiting voltage 1 2 3 4 86 V ac 120 V dc off off off off 86 V ac 150 V dc off off off on 80 V ac 120 V dc on off off off 80 V ac 150 V dc on o...

Page 116: ...nging voltage Message waiting voltage 1 2 3 4 86 V ac 100 V dc off off off off 86 V ac 150 V dc off off off on 80 V ac 100 V dc on off off off 80 V ac 150 V dc on off off on 75 V ac 100 V dc off on of...

Page 117: ...lug installed Note Berg jumper is located at the bottom of the primary side of the backplane This is inside the card cage assembly Table 29 NT6D68 Core module backplane Jumper Location between slots C...

Page 118: ...off Port 2 SW2 Port 2 SW6 RS 232 D DTE or DCE RS 422 A DTE RS 422 A DCE all off all off all on all off all on all off Port 3 SW1 Port 3 SW5 RS 232 D DTE or DCE RS 422 A DTE RS 422 A DCE all off all o...

Page 119: ...strap settings Modes Location Jumper strap Central Office CO J1 J2 off 2 way tie trunk loop dial repeat J1 J2 off 2 way tie trunk outgoing incoming dial J1 J2 off Recorded announcement RAN J1 J2 off...

Page 120: ...DR 2 way tie OAID DID Zero 600 ohms RAN continuous operation mode Not applicable RAN and paging trunks should not leave the building Paging Note Jumper strap settings J1 X J2 X J3 X and J4 X apply to...

Page 121: ...7 Off indicates that no jumper strap is installed on a jumper block Table 34 NT8D14 vintages BA BB trunk types termination impedance and balance network Part 1 of 2 Trunk types Terminating impedance...

Page 122: ...NT8D14 vintages BA BB trunk types termination impedance and balance network Part 2 of 2 Trunk types Terminating impedance Note 1 Balance network for loop lengths Note 2 Zero 915 m zero 3000 ft 915 152...

Page 123: ...and loss Cable length Cable loop resistance ohms Cable loop loss dB non loaded at 1kHz 22 AWG 24 AWG 26 AWG 22 AWG 24 AWG 26 AWG 915 m 3000 ft 97 155 251 0 9 1 2 1 5 1524 m 5000 ft 162 260 417 1 6 2...

Page 124: ...ff off off Pins 2 3 Pins 1 2 J5 X off off off off Note 4 Note 4 J6 X off off off off on on J7 X off off off off on on J8 X off off off off on on J9 X Pins 2 3 Pins 2 3 Pins 2 3 Pins 2 3 Pins 1 2 Pins...

Page 125: ...the tone lets callers know they are entering a conference call The switch for this option is preset to disable the warning tone Companding law Jumper at J3 law North America A law connect pins 2 and...

Page 126: ...005 NT8D21 Ringing Generator AC Frequency Amplitude Settings P1 P2 P3 20 Hz 86 V ac open open 2 5 8 11 25 Hz 70 V ac open 1 4 7 10 open 25 Hz 80 V ac open 3 6 9 12 open 25 Hz 86 V ac open 2 5 8 11 ope...

Page 127: ...tion NT8D22 System Monitor The master system monitor located in the column with CP 0 must be numbered 0 Slave system monitors are numbered from 1 to 63 For examples of system monitor option settings i...

Page 128: ...on off Position 1 is OFF Meridian 1 columns only Not used Position 1 is ON master column contains CP master slaves off off on off DC powered system AC powered system on off PFTU is activated by this c...

Page 129: ...ff Not used All other operation on off For master indicates total number of slaves Configure 3 8 according to the Table 40 on page 130 For each slave indicates the slave address Configure 3 8 accordin...

Page 130: ...12 on on off off on on 44 off on off off on on 13 on on off off on off 45 off on off off on off 14 on on off off off on 46 off on off off off on 15 on on off off off off 47 off on off off off off 16...

Page 131: ...on on off off on off 45 off on off off on off 14 on on off off off on 46 off on off off off on 15 on on off off off off 47 off on off off off off 16 on off on on on on 48 off off on on on on 17 on off...

Page 132: ...re use Address Switch SW15 or SW16 and logic on the card always address the four UARTs using a pair of addresses 0 and 1 2 and 3 through 14 and 15 The Table 42 QSDI paddle board baud rate switch setti...

Page 133: ...Instructions for configuring the DTE DCE switches SW2 SW3 SW4 SW5 SW6 SW7 SW8 and SW9 are shown in Table 44 Example Port 1 is changed from DTE to DCE by reversing every switch position on SW3 and SW2...

Page 134: ...1 2 3 4 5 6 DTE terminal on on on off on off off on off on off on DCE modem off off off on off on on off on off on off Port 2 SW 5 Port 2 SW4 DTE terminal on on on off on off off on off on off on DCE...

Page 135: ...stallation Figure 20 NT8D72 DIP switch settings S1 S2 1 1 2 2 or 75 ohm switch setting 120 ohm switch setting default NT8D72AA NT8D72AB NT8D72BA S1 S2 OFF ON OFF ON S1 S2 1 1 2 2 or 75 ohm switch sett...

Page 136: ...e conductor loop 2 5 K on on off off off on off on on on off off off on off on DX 2 wire conductor loop 2 5 K on on on on off on off on on on on on off on off on DX 4 wire conductor loop 2 5 K off off...

Page 137: ...ssible jumper locations for vintage B for different styles series J3 E11 or H11 J4 H17 or E7 S1 and S2 E33 Note 2 Possible jumper locations for vintage A for different styles series These cards do not...

Page 138: ...et 0 Shelf 0 Group 0 off on on off on on on on Group 1 off on on off on on off on Group 2 off on on off on off on on Group 3 off on on off on off off on Group 4 off on on off off on on on Group 5 off...

Page 139: ...on on off on on on on Group 1 off on on off on on off on Group 2 off on on off on off on on Group 3 off on on off on off off on Group 4 off on on off off on on on Group 5 off on on off off on off on...

Page 140: ...A Switch Settings Modules D20 switch position 1 2 3 4 Option 81 81C Note 1 off on on on Shelf Group 5 6 7 8 0 on on on on 1 on on off on 0 2 on off on on 3 on off off on 4 off on on on 5 off on off o...

Page 141: ...trunk cards Table 48 QPC559 QPC560 single density Application Single density Unit 0 1 F30 F8 switch 1 2 3 4 5 6 Outgoing ANI only loop pulsing off off off off off off battery and ground pulsing off o...

Page 142: ...density Unit 0 1 2 3 H17 H3 A17 A3 switch 1 2 3 4 5 6 Outgoing ANI only loop pulsing off off off off off off battery and ground pulsing off off off off on off Other than outgoing ANI on off on off on...

Page 143: ...t 2 Switch S4 Location A28 Unit 3 Switch S5 Location A10 1 2 3 4 5 6 7 8 9 10 Trunk type Loop start off on off off on off off off Ground start off on on on on off off off Metering Second pair M MM or...

Page 144: ...ft off off 4 6 6 1 m 15 20 ft off on 6 4 10 1 m 21 33 ft on off 10 4 15 2 m 34 50 ft on on If there is only one Clock Controller card in the system set to OFF If there are two Clock Controller cards...

Page 145: ...the pads are in for short line lengths and the pads are out for long line lengths Application Switches at E29 E9 A29 A11 Units 0 1 2 3 1 2 3 4 5 6 7 8 Zero ohm outpulsing on off off Standard outpulsi...

Page 146: ...mplex F31 S4 0 1 0 on off F24 S4 1 1 1 on off F16 S4 2 1 2 on off F11 S4 3 1 3 on off Table 53 QPC550 vintage A 600 900 Ohm impedance selection Device location Device designation Unit number Impedance...

Page 147: ...2 dB pad control H W pad in pad out F38 S1 0 1 off off on 2 on off off 1 3 on off off 4 off off on F1 S2 0 1 off off on 2 on off off 1 3 on off off 4 off off on Table 55 QPC550 vintage B attenuation...

Page 148: ...t 2005 Table 56 QPC550 vintage B software control for 2dB pad Device location Device designation Unit number Switch number 2 dB pad control H W pad in pad out F38 S1 0 1 1 1 on off 2 off off 0 3 off o...

Page 149: ...reappearance of subsequent data The time is set in binary to the nearest tenth second For example to keep data on the bus for 5 seconds and have a pause time of 3 2 seconds the switch settings should...

Page 150: ...aughterboard is installed check YES on the faceplate of the QPC659 Dual Loop Peripheral Buffer Table 57 QPC720 Primary Rate Interface card Part 1 of 2 Switch S2 settings To repeater facility To cross...

Page 151: ...mat SF Table 57 QPC720 Primary Rate Interface card Part 2 of 2 Switch S2 settings To repeater facility To cross connect point Note 1 All positions on S2 location B22 are OFF except as shown under the...

Page 152: ...G on on on on off off off off off on CS 1000M MG on off off off off off off off on Cable length between the J3 faceplate connectors 0 4 3 m 0 14 ft off off 4 6 6 1 m 15 20 ft off on 6 4 10 1 m 21 33 f...

Page 153: ...6 7 8 0 1 off off off off off on on on 2 3 off off off off off on on off 4 5 off off off off off on off on 6 7 off off off off off on off off 8 9 off off off off off off on on 10 11 off off off off o...

Page 154: ...conflicts SW14 and SW15 can never have identical setting Note 3 To disable ports 3 and 4 set SW15 position 1 to ON Table 61 QPC841 baud rate Baud rate Port 1 SW10 Port 2 SW11 Port 3 SW12 Port 4 SW13 1...

Page 155: ...f off on off off off off on on on off on off on off on on on on Port 2 SW6 Port 2 SW7 DTE on on on on on on off off off off off off DCE off off off off off off on on on on on on NT1P61 Fiber on off of...

Page 156: ...Page 156 of 906 Option settings 553 3001 211 Standard 3 00 August 2005...

Page 157: ...card 174 Application 175 Introduction The NT1R20 Off Premise Station OPS analog line card is an intelligent eight channel analog line card designed to be used with 2 wire analog terminal equipment suc...

Page 158: ...log line card connects to the IPE backplane through a 160 pin connector shroud A 25 pair amphenol connector below the card is cabled to the cross connect terminal also called the Main Distribution Fra...

Page 159: ...f 906 Circuit Card Description and Installation Figure 21 OPS analog line card faceplate S OPS Anlg LC NT1R20 Rlse 0x Card lock latch Card lock latch This symbol indicates that field selectable jumper...

Page 160: ...X interface 5 12 MHz clock Tx PCM Async card LAN link Front panel LED Card LAN interface Tip Line interface units 0 3 Ring Codec PCM Analog hybrid XFMR Signaling relays ringing battery reversal Line i...

Page 161: ...analog line card uses only eight of the 30 available timeslots for its eight line interfaces The OPS analog line card can be configured in software to format PCM data in the law or A law conventions...

Page 162: ...complex balance impedance 600 or 900 ohms 3COM1 or 3COM2 selectable on a per unit basis loopback of PCM signals over DS 30X network loop for diagnostic purposes Signaling and control This portion of...

Page 163: ...log line card has the capability of providing an interrupted dial tone to indicate that a message is waiting or that call forwarding is enabled The line card optionally receives messages stating that...

Page 164: ...igured in the Analog 500 2500 type Telephone Administration program LD 10 b Jumper strap settings JX 0 and JX 1 apply to all eight units X indicates the unit number 0 7 OFF indicates that a jumper str...

Page 165: ...ine card determines port to port loss for connections between an OPS analog line card unit port and other IPE ports LD 97 is used to configure systems for port to port loss See Software Input Output A...

Page 166: ...s Characteristic Specification Terminal impedance TIMP 600 or 900 ohms Balance impedance BIMP 600 or 900 ohms 3COM or 3CM2 DC signaling loop length max 2300 ohm loop including resistance of telephone...

Page 167: ...cross specifications and FCC Part 68 requirements for hazardous and surge voltage limits Ringer limitations The OPS line card supports up to three NE C4A 3 REN ringers on each line for either ONS or...

Page 168: ...d implemented in the card through software download messages When the NT1R20 OPS analog line card unit is idle it provides a ground on the tip lead and 48 V dc on the ring lead The on hook telephone p...

Page 169: ...d station receiving call Part 1 of 2 State Signal Direction Far end Near end Remarks Line card unit idle Group on tip battery on ring High resistance loop No battery current drawn Far end station goes...

Page 170: ...resistance loop If the far end hangs up first the system detects disconnect signalling from the trunk The person at the near end recognizes the end of the call and hangs up Line card unit idle Ground...

Page 171: ...to far end station Near end station hangs up first High resistance loop If near end station hangs up first the line card detects the drop in loop current Line card unit idle Group on tip battery on ri...

Page 172: ...to that used for trunk cards A typical connection example is shown in Figure 23 on page 173 and a list of the connections to the analog line card is shown in Table 70 See Communication Server 1000M a...

Page 173: ...se Station Line Card Unit 0 Unit 7 0T 0R 26 1 27 2 System Cross connect OPS or ONS telephone connections A MDF Unit 1 Unit 2 Unit 3 Tip Ring Tip Ring 28 3 29 4 2T 2R 1T 1R 30 5 31 6 Tip Ring NC NC NC...

Page 174: ...o loops of 460 to 2300 ohms both jumper blocks for that unit must have jumper blocks installed For loops that are 460 ohms or less jumper blocks are not installed Figure 24 on page 176 shows the locat...

Page 175: ...m signaling range supported by the OPS analog line card is 2300 ohms Note 3 Loss of untreated no gain devices metallic line facility Upper loss limits correspond to loop resistance ranges for 26 AWG w...

Page 176: ...0 Off Premise Station Analog Line card 553 3001 211 Standard 3 00 August 2005 Figure 24 OPS analog line card jumper block locations 553 6191 J4 0 J4 1 J6 0 J6 1 J7 0 J7 1 J0 0 J0 1 J2 0 J2 1 J3 0 J3 1...

Page 177: ...are generally provided by the local exchange carrier usually OPS pairs are in the same cable as the PBX CO trunks The traditional OPS scenario configuration is shown in Figure 25 on page 178 Note Do...

Page 178: ...rd 3 00 August 2005 Figure 25 Traditional OPS application configuration 553 AAA1118 System Public Network Non switched thru connections OPS analog line card port CO trunk card port OPS termination Loc...

Page 179: ...e NT1R20 OPS analog line card can also be configured as On Premise Station ONS ports in LD 10 to have ONS service with hazardous and surge voltage protection not available on other analog line cards t...

Page 180: ...7 0 dB The total loss in the facility between the PBX and the terminal must not exceed 4 5 dB See Figure 25 on page 178 The following requirements are based on historic Inserted Connection Loss ICL ob...

Page 181: ...OPS termination provides satisfactory end to end listener volume when the OPS termination is a standard telephone The listener volume at the distant end depends on the OPS termination transmit loudnes...

Page 182: ...for other applications can also impact transmission performance For example wireless portables loudness characteristics are selected for connections to switching systems for wireless communication sys...

Page 183: ...1000 Release 4 5 It features the following a PCI based design that is compatible with current CP PII architecture an Intel Pentium processor two Compact Flash CF sockets one on board and one hot swap...

Page 184: ...Ds in total are placed at the front panel as well The front panel features the following stacked dual standard DB9 Serial ports USB Connector stacked dual RJ 45 Ethernet ports with LEDs power good LED...

Page 185: ...NT4N39AA CP Pentium IV Card Page 185 of 906 Circuit Card Description and Installation Figure 26 CP PIV card front Lan 1 Lan 2 COM 1 COM 2...

Page 186: ...of on die data and instruction cache as well as 1 MB of on die L2 cache running at core clock frequency The processor is a mobile processor with a 478 pin FCBGA package with a maximum junction temper...

Page 187: ...te 256 MByte and 512 Mbyte SDRAM technologies with a maximum ROW page size of 16 Kbytes and CAS latency of 2 or 2 5 The maximum height of the DIMM modules possible on CP PIV is one inch or 25 4 mm The...

Page 188: ...Page 188 of 906 NT4N39AA CP Pentium IV Card 553 3001 211 Standard 3 00 August 2005 4 DTR 5 GND 6 DSR 7 RTS 8 CTS 9 RI Table 72 COM1 and COM2 pin assignments...

Page 189: ...in Table 73 10 100 1000 Mbps Ethernet ports The physical interface for the two 10 100 1000 Mbps Ethernet ports to the front panel is through a stacked dual RJ 45 connector with magnetics and LEDs The...

Page 190: ...ont panel which are 15 KV ESD protected and can be controlled via CPLD Table 75 explains the function of each LED Author s note Are there 5 or 4 Table 75 Front panel LED functionality LED Color Functi...

Page 191: ...s Using a GPCS from Super I O X bus data lines are latched using latch 74F374 These help identify Post 80 codes This feature is available only in debug boards Figure 28 ITP connector pin outs Pin Sign...

Page 192: ...Page 192 of 906 NT4N39AA CP Pentium IV Card 553 3001 211 Standard 3 00 August 2005...

Page 193: ...terface software 225 Applications 244 Introduction This section describes the two lineside T1 interface cards NT5D11 applicable for Large Systems only NT5D14 applicable for Small Systems only Note Unl...

Page 194: ...enance program This feature provides diagnostic information regarding the status of the T1 link Physical description The lineside T1 card mounts into any two consecutive IPE slots The card consists of...

Page 195: ...Card Description and Installation Figure 29 Lineside T1 card faceplate YEL ALM RED ALM MAINT S LTI Rlse 0x NT5D11 Card lock latch Card lock latch Warning LEDs This symbol indicates that field selecta...

Page 196: ...either failed its self test or it hasn t yet been configured in software Off The card is in an active state RED On Red A red alarm has been detected from the T1 link This includes but is not limited t...

Page 197: ...a red alarm condition Depending on how the Man Machine Interface MMI is configured this LED remains lit until the following actions occur If the Self Clearing function has been enabled in the MMI the...

Page 198: ...f the major functions contained on the lineside T1 card Each of these functions is described on the following pages Figure 30 Lineside T1 card block diagram Micro controller Tx PCM Async card LAN link...

Page 199: ...the previous alternatives For example if a digital trunk connection were used such as with the DTI PRI interface card lineside functionality would not be supported Previously the only way to achieve...

Page 200: ...p The T1 interface circuit performs the following Provides an industry standard DSX 1 0 to 655 ft 200 meters interface Converts DS 30X signaling protocol into FXO A and B robbed bit signaling protocol...

Page 201: ...erface control circuits for administration of channel operation maintenance diagnostics interface with the line card circuit converts on off hook and ringer control messages from the DS 30X loop into...

Page 202: ...I O panel to a terminal or modem The MMI is an optional feature since all T1 configuration settings are performed through dip switch settings or preconfigured factory default settings Electrical spec...

Page 203: ...gn and surge voltage protections In circuit protection against power line crosses or lightning is not provided on the lineside T1 card It does have protection against accidental shorts to 52 V dc anal...

Page 204: ...ptional and other lineside T1 cards for daisy chaining use of MMI terminal optional 4 Configure the MMI terminal 5 Configure the lineside T1 card through the system software and verify self test resul...

Page 205: ...hat is connected to the MMI Line Supervisory Signaling protocol As described in Lineside T1 call operation on page 46 the lineside T1 card is capable of supporting loop start or ground start call proc...

Page 206: ...cards 553 3001 211 Standard 3 00 August 2005 LD 97 for type XPE However this is not mandatory and since the dip switch is limited to 16 this will not always be possible Figure 31 Lineside T1 card T1 p...

Page 207: ...rvision on T1 failure This setting determines in what state all 24 ports of the lineside T1 card appears to the CS 1000S CS 1000M and Meridian 1 in case of T1 failure Ports can appear as either in the...

Page 208: ...ce interface software on page 225 for details on how to invoke this command Table 80 Lineside T1 card T1 Switch 1 S1 dip switch settings Dip Switch Number Characteristic Selection 1 MMI port speed sel...

Page 209: ...On On Table 82 Lineside T1 card T1 Switch 2 S2 dip switch settings Part 1 of 2 Dip Switch Number Characteristic Selection 1 T1 framing On D4 Off ESF 2 T1 Coding On AMI Off B8ZS 3 5 CPE or CSU distanc...

Page 210: ...lit between adjacent IPE card slots the lineside T1 card works only in card slots where Unit 0 of the motherboard card slot appears on the first pair of the 25 pair I O connector 7 Daisy chaining to M...

Page 211: ...vels the lineside T1 card can be installed in any available pair of card slots However because of the lower number of wire pairs cabled to the I O panel in the lower vintage level only certain card sl...

Page 212: ...rom the lineside T1 card motherboard slot to the I O panel Re arrange the three backplane connectors for the affected card slots This will permit the connection of the NT5D13AA lineside T1 card carrie...

Page 213: ...d to the I O panel are made with the NT8D81AA Tip and Ring cables provided with the IPE module Cabling from the I O panel with the NT5D13AA lineside T1 I O cable Usually the I O panel is connected to...

Page 214: ...B 19A 19B 62A 62B 69A 69B 73A 73B 80A 80B Line Side T 1 Card Not used T 1 tip receive data T 1 ring receive data T 1 tip transmit data T 1 ring transmit data Alarm out normally open Alarm out common A...

Page 215: ...urn over the T1 transmit and receive pairs where required for hardwiring the lineside T1 card to local CPE T1 terminal equipment End of Procedure The backplane connector is arranged as an 80 row by 2...

Page 216: ...Alarm out Normally closed 15B 29 No Connection 16A 5 No Connection 16B 30 Away from MMI terminal Receive Data 17A 6 Away from MMI terminal Transmit Data 17B 31 Towards MMI terminal Transmit Data 18A 7...

Page 217: ...connector to external equipment 1 T1 Tip Receive Data 11 DB15 male to T1 P2 Lineside T1 card is CPE transmit to network and receive from network 26 T1 Ring Receive Data 3 2 T1 Tip Transmit Data 1 27...

Page 218: ...J48 demarc at the far end of the carrier facility External alarm connections P3 connector pins 3 4 and 28 can be plugged into any external alarm hardware Plug the male DB9 connector labeled P3 into th...

Page 219: ...rd control 2 is asserted by that card which informs all of the other cards not to talk on the bus but rather to pass the data straight through The pins labeled control 1 are reserved for future use As...

Page 220: ...nnection from the first card to the second card by plugging the DB9 female connector labeled P4 away from MMI terminal from the first card into the DB9 male connector of the second card labeled P5 tow...

Page 221: ...onnecting two or more cards to the MMI 553 6481 No connection LTI card no 1 LTI card no 2 LTI card no 3 Last LTI card in daisy chain MMI terminal IPE module backplane I O panel on rear of IPE module N...

Page 222: ...ware configuration is performed the same as two adjacent analog line cards All 24 T1 channels carried by the lineside T1 card are individually configured using the Analog 500 2500 type Telephone Admin...

Page 223: ...to T1 time slot mapping Part 1 of 2 Item TN T1 Channel Number Motherboard 0 1 Motherboard 1 2 Motherboard 2 3 Motherboard 3 4 Motherboard 4 5 Motherboard 5 6 Motherboard 6 7 Motherboard 7 8 Motherboa...

Page 224: ...are incoming to the terminal equipment The lineside T1 card does not support battery reversal answer and disconnect supervision on originating calls After the software is configured power up the card...

Page 225: ...I provides the following maintenance features default and reconfigurable alarm parameters notification of T1 link problems by activating alarms Reports on current and historical T1 link performance T1...

Page 226: ...k signals for all 24 ports to the CS 1000S CS 1000M and Meridian 1 depending on how the dip switch for trunk processing was set dip switch 2 position 6 If the MMI detects T1 link failures for any of t...

Page 227: ...the T1 link or the CPE equipment Descriptions of all of these tests and instructions on how to run them can be found in Testing on page 241 Login and password The MMI can be accessed through a TTY a...

Page 228: ...and it must be typed all in capital letters After logging in the prompt will then look like this LTI for single card installations LTI ss cc for multi card installations where ss represents the two di...

Page 229: ...entire command Table 88 shows all the possible command sets listed in alphabetical order These commands are described by subject later in this section ALARM USAGE Alarm Enable Disable CLEAR USAGE Clea...

Page 230: ...e and time alarm enable disable setting self clearing enable disable setting settings entered in Set Configuration dip switch settings D H P Display History Pause Displays performance counters for the...

Page 231: ...de T1 cards are able to notify the MMI of alarms S A Set Alarm parameters Alarm parameters include the allowable bit errors per second threshold and alarm duration S C Set Clearing Sets the alarm self...

Page 232: ...alarm activation levels Alarm Level 0 AL0 consists of activity with an error threshold below the AL1 setting This is a satisfactory condition and no alarm is activated Alarm Level 1 AL1 consists of ac...

Page 233: ...han for a level 1 alarm The duration value is set in seconds and can be set from 1 to 3600 seconds 1 hour This duration value indicates how long the alarm will last Low bit error rates 10 7 through 10...

Page 234: ...spective bit error threshold during the corresponding duration period For example if an AL1 threshold of 6 representing 10 6 and a duration period of 100 seconds is specified an alarm will be activate...

Page 235: ...learing YES or NO If Enable Self Clearing is chosen the factory default condition the system will automatically clear alarms after the alarm condition is no longer detected for the corresponding durat...

Page 236: ...command set causes a screen similar to the following to appear LTI S N 1103 Software Version 1 01 3 03 95 1 50 Alarms Enabled YES Self Clearing Enabled YES Alarm Level 1 threshold value E 7 Threshold...

Page 237: ...The alarm will be cleared if after two seconds neither a loss of signal out of frame condition nor blue alarm condition occurs If a repeating device loses signal it immediately begins sending an unfr...

Page 238: ...declared again Display Alarms A detailed report of the most recent 100 alarms with time and date stamps can be displayed by entering the Display Alarms D A command set into the MMI Entering the Displa...

Page 239: ...wing Errored seconds one or more CRC 6 errors or one or more out of frame errors in a second Bursty seconds more than one and less than 320 CRC 6 errors in a second Unavailable seconds unavailable sta...

Page 240: ...occurred since the counter was cleared Display the reports on these performance counters by entering the Display Performance D P or the Display History D H command sets into the MMI Display Performan...

Page 241: ...Testing The Test Carrier T C command set enables tests to be run on the lineside T1 card the T1 link or the CPE device These three tests provide the capability to isolate faulty conditions in any one...

Page 242: ...that DS 30A links are disabled since the tests will interfere with calls currently in process During a test if an invalid word is received a failure peg counter is incremented The peg counter saturate...

Page 243: ...35 demonstrates how an external loopback is applied to the T1 link Test 3 network loopback loops the received T1 data back toward the CPE equipment No test data is generated or received by the linesid...

Page 244: ...le Voice Response Unit VRU equipment T1 compatible turret systems T1 compatible wireless systems Remote analog 500 2500 type telephones through T1 to a channel bank Remote Norstar sites behind CS 1000...

Page 245: ...call back to the system for further handling The lineside T1 card can also be used to provide off premise extensions to remote locations up to 500 miles from the system In this application the analog...

Page 246: ...of 906 NT5D11 and NT5D14 Lineside T1 Interface cards 553 3001 211 Standard 3 00 August 2005 Figure 38 Lineside T1 interface in off premise application 553 AAA1124 T1 T1 Channel bank LTI System Public...

Page 247: ...tem and a remote Norstar system See Figure 39 In this case channel banks would not be required if the Norstar system is equipped with a T1 interface Note The lineside T1 card audio levels must be cons...

Page 248: ...Page 248 of 906 NT5D11 and NT5D14 Lineside T1 Interface cards 553 3001 211 Standard 3 00 August 2005...

Page 249: ...interface software 284 Applications 310 Introduction Two vintages of NT5D33 and NT5D34 cards are supported NT5D33AB NT5D34AB standard Lineside E1 Interface LEI cards The LEI card is an IPE line card...

Page 250: ...ard LEI card In ELEI mode this card can be connected to any CAS compliant systems This includes wireless server hosting Digital Enhanced Cordless Telephones DECTs voice response units voice messaging...

Page 251: ...IPE backplane to the 25 pair Amphenol connector on the IPE Input Output I O panel The I O panel connector connects to a E1 line external alarm and an MMI terminal or modem using the NT5D35 or NT5D36...

Page 252: ...Page 252 of 906 NT5D33 and NT5D34 Lineside E1 Interface cards 553 3001 211 Standard 3 00 August 2005 Figure 40 NT5D33AB LEI card faceplate...

Page 253: ...NT5D33 and NT5D34 Lineside E1 Interface cards Page 253 of 906 Circuit Card Description and Installation Figure 41 NT5D34AB LEI card faceplate...

Page 254: ...d and the daughterboard slots must be enabled The STATUS LED will turn off as soon as either one of the LEI slots have been enabled No LED operation will be observed when the second card slot is enabl...

Page 255: ...e of the E1 link See Man Machine E1 maintenance interface software on page 284 for information on E1 link maintenance If the terminal equipment detects a red alarm condition such as not receiving a si...

Page 256: ...Page 256 of 906 NT5D33 and NT5D34 Lineside E1 Interface cards 553 3001 211 Standard 3 00 August 2005 Figure 42 LEI card block diagram...

Page 257: ...g ports and channel bank equipment With the LEI a direct connection is provided to the IPE No channel bank equipment is required resulting in a more robust and reliable connection When used for connec...

Page 258: ...naling messages over an E1 link in either loop or ground start mode Switch selectable call processing between the Australian P2 North American Standard or other user configurable schemes Signaling and...

Page 259: ...ED when the card is enabled or disabled by instructions from the NT8D01 controller card Card LAN interface Maintenance data is exchanged with the Common Equipment CPU over a dedicated asynchronous ser...

Page 260: ...face software on page 284 ELEI additional functionality As mentioned earlier ELEI cards are enhanced to allow CAS compliance as shown in Figure 43 This enhancement provides several additional benefits...

Page 261: ...tion MWI Message waiting indication can be provided over the CAS interface Electrical specifications Table 93 provides a technical summary of the E1 line interface Table 94 on page 262 lists the maxim...

Page 262: ...nes When the card is used to service off premise terminal equipment through the public telephone network install a Line Termination Unit LTU as part of the terminal equipment to provide external line...

Page 263: ...Step 6 is covered in Man Machine E1 maintenance interface software on page 284 Installation and configuration of the ELEI follows the same steps If enhanced functionality is required then one addition...

Page 264: ...ment CPE supports Address of LEI to the MMI The address of the LEI to the MMI is made up of two components the address of the card within the shelf the address of the shelf in which the card resides T...

Page 265: ...265 of 906 Circuit Card Description and Installation E1 Coding The LEI is capable of interfacing with LTU equipment using either AMI or HDB3 coding Make the selection for this dip switch position base...

Page 266: ...4 R 27 T 1 K 1 K 2 K 3 R 1 R 2 C77 C3 U2 U 1 C76 D1 D2 D3 R 3 R 4 C1 C2 R P6 C16 U18 U19 U 20 U21 C17 C20 C 19 C22 C21 Y 1 U 22 C18 U23 U9 C 10 C9 R 12 D4D5 R 14 T 3 R 13 D6D7 U10 U11 C75 U 12 U40 U 4...

Page 267: ...together to use one MMI terminal or modem Make the selection for this dip switch position based on how many LEIs are being installed MMI Master or Slave This setting is used only if daisy chaining th...

Page 268: ...d 8 will be used IPE Shelf address for LEI See Table 98 3 4 5 6 See Table 98 OFF OFF OFF OFF Card type for ringer allocation XTI 19 XMLC 18 7 7 ON OFF OFF E1 signaling See Table 97 8 OFF OFF Table 97...

Page 269: ...3 6 XPEC Address S1 Switch Position 3 S1 Switch Position 4 S1 Switch Position 5 S1 Switch Position 6 00 OFF OFF OFF OFF 01 ON OFF OFF OFF 02 OFF ON OFF OFF 03 ON ON OFF OFF 04 OFF OFF ON OFF 05 ON OF...

Page 270: ...Table 99 on page 270 Table 99 LEI card E1 Switch 2 S2 dip switch settings Characteristic Selection Switch Position Switch Setting Factory Default E1 framing CRC 4 Disabled CRC 4 Enabled 1 ON OFF OFF E...

Page 271: ...some of the system modules and cabinets the LEI will only work in certain card slot pairs These restrictions depend on the type Table 100 ELEI card E1 Switch 2 S2 dip switch settings Characteristic Se...

Page 272: ...4 8 and 12 These vintage levels are cabled with only 16 pairs of wires from each card slot to the I O panel Some of the 25 pair I O connectors are split between adjacent card slots Other vintage leve...

Page 273: ...d slot pairs If the LEI must be installed into one of the restricted card slot pairs rewire the IPE module card slot to the I O panel by installing an additional NT8D81 cable from the LEI motherboard...

Page 274: ...ade from the daughterboard circuit card The connections from the LEI to the I O panel are made with the NT8D81AA Tip and Ring cables provided with the IPE module Cabling from the I O panel with the NT...

Page 275: ...DB9 female connector P4 which connects to the next LEI s P4 connector for MMI daisy chaining The Tx marking on the adapter at P2 is the LEI output The E1 data stream coming from the network into the L...

Page 276: ...A 8 Daisy chain control 1 19B 33 Ground Table 103 LEI card lineside E1 I O cable pinouts Part 1 of 2 I O Panel Connector Pin Lead Designations LEI Connect or Pin LEI Cable Connector to External Equipm...

Page 277: ...he transmit and receive pairs must be wired straight through to the RJ48 at the Telco demarc the LTU or other E1 carrier equipment The E1 4 Alarm out normally closed 3 7 Toward MMI terminal receive da...

Page 278: ...d P3 into an external alarm These connections are optional and the LEI functionality is not affected if they are not made The MMI monitors the E1 link for specified performance criteria and reports on...

Page 279: ...ard slot in the IPE shelf and connect to any other card slot Connected card slots do not need to be consecutive Procedure 13 Connecting two or more LEIs to the MMI terminal Follow this procedure for c...

Page 280: ...Standard 3 00 August 2005 Figure 45 LEI card connecting two or more cards to the MMI Terminal configuration For the MMI terminal to be able to communicate to the LEI the interface characteristics mus...

Page 281: ...Input Output Administration 553 3001 311 for LD 10 service change instructions LEI circuitry routes 16 units 0 15 on the motherboard and 14 0 13 units on the daughterboard to 30 E1 channels The mothe...

Page 282: ...otherboard 12 13 Motherboard 13 14 Motherboard 14 15 Motherboard 15 17 Daughterboard 0 18 Daughterboard 1 19 Daughterboard 2 20 Daughterboard 3 21 Daughterboard 4 22 Daughterboard 5 23 Daughterboard 6...

Page 283: ...incoming to the terminal equipment The LEI does not support battery reversal answer and disconnect supervision on originating calls After the software is configured power up the card and verify the s...

Page 284: ...able alarm parameters E1 link problem indicator current and historical E1 link performance reports E1 verification and fault isolation testing configuration of A B bits North American Standard Austral...

Page 285: ...depending on how the dip switch for line processing is set dip switch 2 position 6 See Table 99 on page 270 If the MMI detects E1 link failures for any of the other conditions monitored out of frame...

Page 286: ...Password The MMI can be accessed through any TTY PC running a terminal emulation program or modem After installing the MMI terminal and card cables the MMI can be configured For single card installat...

Page 287: ...Set Test Quit Type CR to list these commands along with an explanation of their usage A screen similar to Figure 46 will appear The help screen will also appear by typing H CR or HELP CR Figure 46 HE...

Page 288: ...ounters C A L Clear Alarm Log Clears alarm log C E Clear Error Clears the E1 error counter D A P Display Alarms Displays the alarm log which is a list of the 100 most recent alarms with time and date...

Page 289: ...system only one card may occupy the bus at a given time and all other LEIs will be unable to notify the MMI of alarms unless logged out of configuration mode S A Set Alarm Sets alarm parameters such...

Page 290: ...format Set Alarm The Set Alarm S A command sets the parameters by which an alarm is activated and the duration of the alarm after it is activated There are three alarm levels as described below Alarm...

Page 291: ...as being in error per second before the LEI activates an alarm It can be set between 3 and 9 and can be different for each alarm level Any other value entered will cause the MMI to display a Paramete...

Page 292: ...ue until the command Clear Alarm C A has been entered When an alarm is cleared all activity caused by the alarm indications is cleared the external alarm hardware is deactivated the contact normally o...

Page 293: ...ther by self clearing if this function is enabled or when the Clear Alarm C A command is entered In addition to bit errors the Set Alarm function sets parameters for detecting frame slip errors by est...

Page 294: ...ue the alarm condition until the Clear Alarm C A command is entered Line processing and yellow alarm indication to the CPE terminates as soon as the alarm condition clears even if self clearing is dis...

Page 295: ...t configuration for Release 2 and later boards configures the LEI to operate in this way See Figure 48 Set Mode At the SET MODE S M command the MMI prompts the user with the current signaling mode eit...

Page 296: ...the state is not needed Note that in D4 Framing for E1 there are no CD bits so they will be ignored The user is prompted for ABCD bit values for the following states when the table mode is selected Se...

Page 297: ...either 2 or 4 values Outgoing call SEIZE RECEIVE Current 0001 New 11 Outgoing call SEIZE RECEIVE bits changed to 1111 Outgoing call SEIZE ACK SEND enabled Y N N Outgoing call SEIZE ACK SEND is disable...

Page 298: ...hit CR to accept You may enter 2 or 4 values If only 2 values are entered the A and B bits will be copied to the C and D bits IDLE SEND Current 0000 New 0101 IDLE SEND bits changed to 0101 IDLE RECEI...

Page 299: ...has seen and recognized the off hook indication sent by the CPE The call is considered fully connected at this point This value is required Incoming call Far end DISCONNECT SEND This is the value tha...

Page 300: ...PE before reverting to the idle state If the CPE reverts to a connected state during this time it is ignored This value is only used when disconnect supervision is available and is needed for the sign...

Page 301: ...this condition occurs the hardware immediately attempts to reframe During the reframe time the E1 link is declared out of frame and silence is sent on all receive timeslots A loss of signal condition...

Page 302: ...nter line processing mode Alarm messages are sent on the MMI terminal and the LED continues to indicate alarm conditions Alarm Enable The Alarm Enable A E command does the reverse of the Alarm Disable...

Page 303: ...Status The Display Status D S command displays the current alarm condition of the E1 link as well as the on hook or off hook status of each of the 30 ports of the LEI Entering this command causes a sc...

Page 304: ...e second Bursty seconds are seconds in which more than one and less than 320 CRC 4 BPV errors in a second Severely errored seconds are seconds in which more than 320 CRC 4 BPV errors or one or more ou...

Page 305: ...to see if any errors have occurred since the counter was cleared The MMI display reports on these performance counters through the Display Performance D P or the Display History D H commands Display P...

Page 306: ...The Pause command works the same for Display History as it does for the other display commands Simply enter D H P to see a report on the performance counters one screen at a time As with all Display...

Page 307: ...terminate at the end of the time period or when a Stop Test command is issued Only Stop Test stops a test with a duration selection of 99 however the STOP command terminates a test set to any duratio...

Page 308: ...est data is generated and received by the LEI on all timeslots If test 1 passes but test 2 fails it indicates that the E1 link is defective between the LEI and the external loopback location If test 1...

Page 309: ...defective If test 2 was not run and test 3 fails the E1 link or the CPE device could be defective To isolate the failure to the CPE device tests 2 and 3 must be run in tandem Figure 61 illustrates how...

Page 310: ...ss systems Remote analog 500 2500 type telephones through E1 to channel bank Remote Norstar sites behind CS 1000S CS 1000M and Meridian 1 over E1 The LEI is appropriate for any application where both...

Page 311: ...ation analog telephone functionality is extended over E1 facilities providing a telephone at a remote site with access to analog 500 2500 type telephone line functionality See Figure 63 Audible Messag...

Page 312: ...Page 312 of 906 NT5D33 and NT5D34 Lineside E1 Interface cards 553 3001 211 Standard 3 00 August 2005 Figure 64 LEI connection to Norstar system E1 Norstar E1 LEI Public network E1...

Page 313: ...Modem card receives Calling Number and Calling Name Delivery CND data and time date data from the CS 1000S CS 1000M and Meridian 1and transmits it to a line port such as a port on an Analog Line card...

Page 314: ...stem The CND transmission process begins with the CS 1000 Release 4 5 software sending an initiating message to the CLASS Modem card indicating the length of the CND information and the type of the CN...

Page 315: ...odem card sends a message to the system software to indicate successful transmission of the CND data Eight modems can be associated with each module Table 109 shows time slot mapping for the CLASS mod...

Page 316: ...2 13 14 15 04 05 06 07 16 17 18 19 16 17 18 19 module 2 00 01 02 03 20 21 22 23 20 21 22 23 04 05 06 07 24 25 26 27 24 25 26 27 module 3 00 01 02 03 28 29 30 31 28 29 30 31 04 05 06 07 Table 109 Time...

Page 317: ...odem card requires less than 1 0 Amps of 5V dc 1 supply supplied by the power converter in the IPE shelf Environmental specifications Table 111 shows the environmental specifications of the card Table...

Page 318: ...to the CS 1000S CS 1000M and Meridian 1 CPU through the Card LAN interface Software service changes On systems equipped with either CNUMB package 332 or CNAME package 333 up to 255 CLASS Modem CMOD un...

Page 319: ...PRI2 card the DDP2 firmware functions in DTI2 or PRI2 mode depending on DIP switch settings that integrates the functionality of two NT8D72BA PRI2 cards and one QPC414 ENET card into a single CE card...

Page 320: ...EIA standard RS 422 Two control signals are used to communicate the D channel link status to the DCH or MSDL These are Receiver Ready RR originating at the DDP2 card to indicate to the DCH or MSDL th...

Page 321: ...x external connectors Table 113 on page 323 shows the name of each connector its designation with respect to the faceplate and the name and description of the card it is connected to Also shown are th...

Page 322: ...ust 2005 Figure 65 NT5D97 faceplate D Channel LED ENET LED Trunk Disable LED Trunk Out of Service LED Near End Alarm LED Far End Alarm LED Loop Back LED Recovered Clock0 1 Recovered Clock0 2 Recovered...

Page 323: ...it 1 Clock 0 RJ11 Connector Connects reference clock 1 to Clock Controller card 0 Unit 1 Clock 1 RJ11 Connector Connects reference clock 1 to Clock Controller card 1 J5 TRK 9 Pin Female D Connector Tw...

Page 324: ...the ENET port on the card is disabled by software Trunk Disable DIS LEDs Two red LEDs indicate if the trunk port 0 or trunk port 1 portions of the card are disabled These LEDs are lit in the followin...

Page 325: ...Connectors Two RJ11 connectors for connecting Digital trunk unit 0 recovered clock to primary or secondary reference source on clock controller card 0 Digital trunk unit 0 recovered clock to primary...

Page 326: ...efined in the following combinations Note Each loop DPNSS can be defined in Normal or Extended addressing mode Table 114 NT5D97AA AB loops configuration Loop 0 not configured DTI2 PRI2 Loop 1 not conf...

Page 327: ...dresses or DNUM that can be reserved for DCH card MSDL card or DDCH card One exception is DNUM 0 which is commonly assigned to the TTY terminal No two different D Channel providers can share the same...

Page 328: ...additional cabling is required for nB D configurations Multiple DDP2 cards and the D channel are associated through software in LD 17 DDP2 cable assemblies include E1 carrier cables NTCK45AA A0407956...

Page 329: ...AB NTCK46AC NTCK46AD DDP2 to MSDL cables NTCK80AA NTCK80AB NTCK80AC NTCK80AD A description of each type of DDP2 cable follows E1 carrier cables NTCK45AA A0407956 The NTCK45AA 8 ft is an 120 cable for...

Page 330: ...nsmit Ring Red P2 2 P2 7 0 T PRI0RX Trunk 0 Receive Tip Black P1 3 P2 2 0 R PRI0RX Trunk 0 Receive Ring White P1 4 P2 3 0 GND Shield Wire Bare N C Case P2 0 GND Shield Wire Bare N C Case P2 0 Standard...

Page 331: ...P3 1 Standard Wire 3 Bare Case P3 P3 5 1 Standard Wire 3 Bare Case P3 P3 9 Figure 67 NT8D7217 Table 118 NT8D7217 cable pins Part 1 of 2 Cable Name Description Color DDP2 pins I O Panel pins 0 T PRI0TX...

Page 332: ...d with an I O filter panel 0 GND Shield Wire Bare P1 5 N C 0 GND Shield Wire Bare P1 9 N C 1 T PRI1TX Trunk 1 Transmit Tip Black P1 6 P2 6 1 R PRI1TX Trunk 1 Transmit Ring White P1 7 P2 7 1 T PRI1RX T...

Page 333: ...Name Description Color DDP2 pins NCTE pins 0 T PRI0TX Trunk 0 Transmit Tip Black P1 1 P2 1 0 R PRI0TX Trunk 0 Transmit Ring Red P1 2 P2 9 0 T PRI0RX Trunk 0 Receive Tip Black P1 3 P2 3 0 R PRI0RX Trun...

Page 334: ...nner conductor 0 R PRI0TX Trunk 0 Transmit Ring Red P1 2 P2 shield 0 T PRI0RX Trunk 0 Receive Tip Green P1 3 P3 inner conductor 0 R PRI0RX Trunk 0 Receive Ring Green P1 4 P3 shield 1 T PRI1TX Trunk 1...

Page 335: ...CH cable The NTCK46 cable connects the DDP2 card to the NT6D11AF NT5K75AA NT5K35AA D Channel Handler card The cable is available in four different sizes NTCK46AA 6 ft DDP2 to DCH cable NTCK46AB 18 ft...

Page 336: ...ects the DDP2 card to the NT6D80 MSDL card The cable is available in four different sizes NTCK80AA 6 ft DDP2 to MSDL cable NTCK80AB 18 ft DDP2 to MSDL cable NTCK80AC 35 ft DDP2 to MSDL cable NTCK80AD...

Page 337: ...a typical DDP2 cabling for a system with an I O panel with the connection between the I O panel and a Network Channel Terminating Equipment NCTE Figure 74 shows cabling for a system without an I O pan...

Page 338: ...s Switch DCH Trunk 553 8489 clk0 Port 0 clk1 clk0 Port 1 clk1 NCTE MDF or LTU NCTE NT8D7217 cable NT8D7217 cable Clock Controllers NTCK78AA NTCK79AA cable NTCK80 cable to MSDL or NTCK48 cable to DCHI...

Page 339: ...I O panel LED s Switch DCH Trunk 553 7400 clk0 Unit 0 clk1 clk0 Unit 1 clk1 NCTE MDF or LTU Clock Controllers NTCK78AA NTCK79AA cable NTCK80 cable to MSDL or NTCK48 cable to DCHI NT6D80 MSDL or NT6D1...

Page 340: ...tings on page 340 for DIP switch setting NT5D97AA AB DIP switch settings The the NT5D97 DDP2 card is equipped with 6x2 sets of DIP switches for trunk parameters settings for port0 and port1 respective...

Page 341: ...ion The following parameters are set by DIP switches The boldface font shows the factory set up LBO Setting S5 S11 S6 S12 S7 S13 Receiver Interface S8 S14 General Purpose S9 S15 Table 121 DIP switch s...

Page 342: ...Page 342 of 906 NT5D97 Dual port DTI2 PRI2 card 553 3001 211 Standard 3 00 August 2005 Figure 75 Dip switches for NT5D97AA AB...

Page 343: ...ital trunk interface type Refer to Table 123 Line build out A per trunk set of three switches S5 S11 S6 S12 and S7 S13 provides the dB value for the line build out Refer to Table 124 on page 344 Table...

Page 344: ...ines are connected to ground Refer to Table 126 Table 124 Trunk interface line build out switch settings Switch setting Description S5 S11 S6 S12 S7 S13 0dB OFF OFF OFF Table 125 Trunk interface imped...

Page 345: ...detects when the on board NTBK51AA D channel daughterboard is used Table 128 shows the possible selection of the NTBK51AA D channel 3 Trunk 1 Transmit OFF Ring line is not grounded ON Ring line is gro...

Page 346: ...10 OFF ON OFF ON 11 ON ON OFF ON 12 OFF OFF ON ON 13 ON OFF ON ON 14 OFF ON ON ON 15 ON ON ON ON Note 1 The system contains a maximum number of 16 DCHI MSDL and DDCH devices The Device Addresses are e...

Page 347: ...IP switches for the D channel Handler parameters setting The DIP switches are used for the setting of default values of certain parameters Firmware reads the general purpose switches which sets the de...

Page 348: ...2 1 2 3 4 S10 1 2 3 4 S3 1 2 3 4 S13 1 2 3 4 S4 1 2 3 4 S14 1 2 3 4 S5 1 2 3 4 S15 1 2 3 4 S6 1 2 3 4 S1 1 1 2 3 4 S7 1 2 3 4 S12 1 2 3 4 5 6 7 8 9 10 S8 1 2 3 4 5 6 7 8 9 10 S9 1 2 3 4 S16 S1 NT5D97A...

Page 349: ...3 S4 and S5 select LBO function Table 130 General purpose switches for NT5D97AD Switch Description S9 S15 Switch Setting S12_1 Impedance level OFF 120 ohm ON 75 ohm S12_2 Spare X S12_3 Spare X S12_4 U...

Page 350: ...ded Table 133 Receiver interface switches for NT5D97AD Impedance S6 1 S6 2 S6 3 S6 4 75 ohm OFF OFF ON OFF 120 hm OFF OFF OFF ON Table 134 Trunk 1 switches Switch Function S7 General Purpose See Table...

Page 351: ...or NT5D97AD Switch S9 selects the NTBK51AA DCH daughter card address Switch S8 is not used when the NTBK51AA daughter card is used S8_1 10 can be set to OFF position Table 136 NTBK51AA DCH switches fo...

Page 352: ...r MSDL external card Switch number Function S9_1 10 X S8_1 10 X Table 138 Switch setting for MSDL external card Part 1 of 2 Switch Setting DNUM LD 17 1 2 3 4 0 OFF OFF OFF OFF 1 ON OFF OFF OFF 2 OFF O...

Page 353: ...ference acts as a back up to the primary reference As shown in Figure 77 a system with dual CPUs can have two clock controllers CC 0 and CC 1 One clock controller acts as a back up to the other The cl...

Page 354: ...n be configured in LD 73 In tracking mode at any one time there is one active clock controller which is tracking on one reference clock If a clock controller error is detected the Figure 77 Clock Cont...

Page 355: ...op is enabled clock tracking is restored in the following conditions If the loop is assigned as the primary reference clock but the clock controller is tracking on the secondary reference or in free r...

Page 356: ...lock Controller card This card can receive reference clocks from two sources referred to as the primary and secondary sources These two sources can originate from a PRI2 DTI2 etc PRI2 cards such as th...

Page 357: ...ains the options in more detail Table 139 Clock Controller options summary CC Option CPU Type Notes Option 1 Single Ref from P0 on Clk0 Ref from P1 on Clk0 Option 2 Dual Ref from P0 on Clk0 Ref from P...

Page 358: ...es a Ref 1 clock source from Unit 0 Connector Clk1 provides a Ref 2 clock source from Unit 0 Refer to Figure 79 Option 3 This option provides a Dual CPU system with 2 references of a clock source deri...

Page 359: ...8D72BA PRI2 card or QPC536E DTI2 card or NTCK43 Dual PRI card configuration with a NT5D97 DDP2 card configuration Figure 78 Clock Controller Option 1 553 7401 Primary clocking source Primary Reference...

Page 360: ...Clock Controller for CPU 0 Clock Controller for CPU 1 Secondary Ref 1 Secondary Ref 2 Secondary Ref 1 Secondary Ref 2 J1 Sec J2 Prim J1 Sec J2 Prim Primary Ref 1 Primary Ref 2 Both references from po...

Page 361: ...1 Clock Controller for CPU 0 Clock Controller for CPU 1 Secondary Ref 1 Secondary Ref 2 Secondary Ref 1 Secondary Ref 2 J1 Sec J2 Prim J1 Sec J2 Prim Primary Ref 1 Primary Ref 2 Both references from p...

Page 362: ...nnected to a digital trunk and the second is connected to a peripheral buffer Both cards are in network loop location In this case the QPC414 should not be removed The digital trunk is removed and the...

Page 363: ...talled in any card slot in the Network bus 2 Unpack and inspect the NT5D97and cables 3 If a DDCH is installed refer to the section Removing the NT5D97 on page 364 4 Set the option switches on the NT5D...

Page 364: ...go off and the OOS DIS and ACT LEDs should go on again and stay on IF DDCH is installed the DCH LED should flash 3 times 14 Run the PRI DTI Verification Test 15 Run the PRI status check End of Proced...

Page 365: ...removed otherwise the system will initialize 8 Pack and store the NT5D97 card and circuit card End of Procedure Configuring the NT5D97 After the NT5D97 DDP2 is installed configure the system using the...

Page 366: ...ine one of the DDP2 loops for the NTBK51AA DDCH and the other loop for the NT6D11AF NT5K75AA NT5K35AA DCH card or the NT6D80 MSDL When configuring the NT5D97 DDP2 in DTI2 outgoing dial pulse mode a Di...

Page 367: ...either ground button recall switches high voltage Message Waiting lamps or low voltage Message Waiting LEDs You can install this card in any IPE slot Note Up to four NT5K02 Flexible Analog Line card...

Page 368: ...02FA with a different loss plan A D 4 dB D A 3 dB NT5K02HA ground button low voltage Message Waiting analog line card typically used in Belgium NT5K02JA low voltage Message Waiting analog line card ty...

Page 369: ...frequency sender receiver card is used to set up calls between two trunks Connections may be between a PBX and a Central Office or between two PBXs When connection has been established the XMFC MFE ca...

Page 370: ...uencies to a receiving XMFC MFE card forward signaling the receiving XMFC MFE card must respond by sending a different set of frequencies back to the originating XMFC MFE card backward signaling In ot...

Page 371: ...ted A respond to Level I forward signals Subsequent levels of backward signals B C and so on describe the status of the called party Table 141 lists the frequency values used for forward and backward...

Page 372: ...FC MFE card can be programmed for MFE signaling which is used mainly in France MFE is much the same as MFC except it has its own set of forward and backward signals Table 142 lists the forward and bac...

Page 373: ...a PCM speech path over the network cards MFC signals coming in over the trunks are relayed to the XMFC MFE card as though they were speech The XMFC MFC card interprets each tone pair and sends the in...

Page 374: ...y Selectable 1 of 16 levels Level difference between frequencies 0 5 dB Harmonic Distortion and Intermodulation 37 dB below level of 1 signaling frequency Time interval between start of 2 tones 125 us...

Page 375: ...msec Combination of valid frequencies Noise rejection S N 18 dB No degradation in band white noise S N 13 dB Out of band disturbances for CCITT Table 145 XMFE sender specifications Forward frequencies...

Page 376: ...500 1900 Hz Bandwidth accepted fc 20 Hz Amplitude twist accepted difference of 9 dB between frequency pair Operating time 64 msec Release time 64 msec Tone Interrupt causing no release 8 msec Receive...

Page 377: ...Card Description and Installation Cabinet Location Must be placed in the main cabinet Slots 1 10 Power requirements 1 1 Amps typical Environmental considerations Meets the environment of the system T...

Page 378: ...Page 378 of 906 NT5K21 XMFC MFE card 553 3001 211 Standard 3 00 August 2005...

Page 379: ...nnect ISDN BRI compatible terminals over Digital Subscriber Loops DSLs to the System A description of the ISDN BRI feature is contained in ISDN Basic Rate Interface Installation and Configuration 553...

Page 380: ...sical description The NT6D70 SILC card is a standard size circuit card Its faceplate is equipped with an LED to indicate its status Power consumption Power consumption is 5 V at 800 mA and 48 V at 480...

Page 381: ...terminal devices must not draw more than the two watts of power Any power requirements beyond this limit must be locally powered Other functions of the SILC are support point to point and multi point...

Page 382: ...t has 32 channels operating at 64 kbps and one additional validation and signaling bit The Maintenance Signaling Channel MSC interface communicates signaling and card identification information from t...

Page 383: ...allocated for voice or data transmission to terminals making calls on a DSL When those terminals become idle the channels are automatically made available to other terminals making calls on the same D...

Page 384: ...Page 384 of 906 NT6D70 SILC Line card 553 3001 211 Standard 3 00 August 2005...

Page 385: ...two wire full duplex not polarity sensitive U interfaces to connect ISDN BRI compatible terminals over Digital Subscriber Loops DSL to the CS 1000S CS 1000M and Meridian 1 A description of the ISDN B...

Page 386: ...3 mi The main functions of the UILC are as follows provide eight ISDN U interfaces conforming to ANSI standards support point to point DSL terminal connections provide channel mapping between ISDN BRI...

Page 387: ...gnaling bit The Maintenance Signaling Channel MSC interface communicates signaling and card identification information from the system CPU to the UILC MCU The signaling information also contains maint...

Page 388: ...Page 388 of 906 NT6D71 UILC Line card 553 3001 211 Standard 3 00 August 2005...

Page 389: ...purpose Serial Data Link MSDL card This card provides multiple interface types with four full duplex serial I O ports that can be independently configured for various operations Peripheral software d...

Page 390: ...ds with a maximum of 64 ports Physical description The MSDL card is a standard size circuit card that occupies one network card slot and plugs into the module s backplane connector to interface with t...

Page 391: ...n and Installation Figure 82 MSDL component layout 553 5431 S9 S10 Ones Tens Port 0 Port 1 Port 2 Port 3 Monitor Port LED S1 S2 S3 S4 S5 S6 S7 S8 ON ON ON ON ON ON ON ON Card Address Switches DCE DCE...

Page 392: ...DL operations The MSDL card s firmware and software do the following communicate with the CPU to report operation status receive downloaded peripheral software and configuration parameters coordinate...

Page 393: ...ddress Decoding Logic Shared Resource Arbitrator Memory Address Counter Buffer Shared Memory Integrated Serial Communication Controllers RS 232 422 Transceiver Port 0 Port 1 Port 2 Port 3 RS 232 Trans...

Page 394: ...EPROM also includes the peripheral software to protect it against a power failure or reset MSDL can copy peripheral software directly from the Flash EPROM after power up or reset instead of requesting...

Page 395: ...so shows an example in which DCH operation peripheral software in the MSDL controls functions on ports 2 and 3 MSDL operations The system automatically performs self test and data flow activities Unle...

Page 396: ...are CPU Bus Boot Code Loader Modules MSDL Handler System Interface Module Physical Layer Layer 1 Handler P S O S Meridian Mail PRI Trunk PRI Trunk System software MSDL software modules Application Mod...

Page 397: ...s a number of outstanding messages stored in buffers waiting to be sent to their destinations As long as the number of messages does not exceed the threshold specified the messages queue in the buffer...

Page 398: ...ts The MSDL card addresses are set using decimal switches located on the card These switches can select 100 unique card addresses from 0 to 99 An address conflict may occur between the MSDL and other...

Page 399: ...onous interface specifications Parameter Specification Configured Data bits In packets Transparent N A Data rate 1 2 2 4 4 8 9 6 19 2 38 4 48 56 and 64 kbps Software Transmission Full Duplex N A Clock...

Page 400: ...the system or to a DCE device Interface Each MSDL port can be configured as an RS 232 or an RS 422 interface by setting the appropriate switches on the card Table 150 lists the RS 232 interface speci...

Page 401: ...Send CTS CB 106 X 6 Data Set Ready DSR CC 107 X 7 Signal Ground SG AB 102 8 Carrier Detect CD CF 109 X 15 Serial Clock Transmit SCT DB 114 X 17 Serial Clock Receive SCR DD 115 X 18 Local Loopback LL...

Page 402: ...RS 422 interface pin assignments Pin Signal Name EIA Circuit DTE DCE 1 Frame Ground FG AA 2 Transmit Data TXa BAa X 3 Receive Data RXa BBa X 4 Request to Send RTS CA X 5 Clear to Send CTS CB X 7 Sign...

Page 403: ...MSDL ports on cards running the same type of operation Environmental and power requirements The MSDL card conforms to the same requirements as other interface cards The temperature humidity and altit...

Page 404: ...e number assigned to the MSDL card is not used by an installed card even if one is not configured Use the MSDL planning form at the end of this section to assist in configuring MSDL cards MSDL interfa...

Page 405: ...ple of the different types of interfaces available Your system settings may differ Table 154 MSDL interface switch settings DCE switch DTE switch Interface Comment OFF OFF RS 232 DTE DCE is software c...

Page 406: ...S3 S4 S5 S6 S7 S8 ON ON ON ON ON ON ON ON Care Locking Device Card Address Select Switches I O Port Interface Configuration DIP Switches Setting for an RS 232 interface DTE DCE are software configured...

Page 407: ...using the locking devices as levers by pushing them toward the card s front panel 6 Push the card locking devices firmly against the front panel of the card so they latch to the front lip in the modu...

Page 408: ...e module where the MSDL is installed If a terminal is connected to the regular SDI port use 8 bit VT100 terminal emulation If the terminal is connected to the SDI STA port with line mode editing use 8...

Page 409: ...cabling I O panel I O panel Q P C 7 2 0 M S D L ESDI to I O cable NTND27AB 6 ft RS 232 shielded QCAD328 35 ft max NTND27 ISL APL applications RS 232 cable SDI to terminal cable PRI to I O panel cable...

Page 410: ...MSDL and a PRI trunk card Refer to Meridian Link ISDN AP General Guide 553 2901 100 for a complete discussion of PRI and D channels Procedure 17 Cabling the MSDL card to the PRI card The following ste...

Page 411: ...cribed in Application Module description Meridian Link description 553 3201 110 Procedure 18 Cabling the MSDL card to the I O panel The following steps explain the procedure for cable connection 1 Ide...

Page 412: ...form Device no Shelf Slot Card ID Boot Code version Date installed Last update Ports Operation Logical no Switch setting Cable no Operation information 0 1 2 3 Sample Device no 13 Shelf 3 Slot 5 Card...

Page 413: ...SDL troubleshooting and reduce mean time to repair MTTR For complete information concerning system maintenance refer to Communication Server 1000M and Meridian 1 Large System Maintenance 553 3021 500...

Page 414: ...MSDL x command in LD 37 step 1 in Figure 87 Entering the DIS MSDL x command in LD 37 moves the card to manually disabled status and stops all system communication with the card step 5 in Figure 87 Man...

Page 415: ...encounters a fatal error is frequently system disabled and recovered When an MSDL is system disabled a substate indicates why the MSDL is disabled The substates are Not Responding The system cannot c...

Page 416: ...ming the following operations using autorecovery to automatically correct a temporarily faulty condition and maintain the system and its components printing information and error messages to indicate...

Page 417: ...ts the DNUM value of the card number Enabling the MSDL Enter ENL MSDL x to enable the MSDL manually If the MSDL base code has not been previously downloaded or if the card version is different from th...

Page 418: ...cific MSDL enter STAT MSDL x The status of the MSDL its ports and the operation of each port appears The command STAT MSDL x FULL displays all information about an MSDL card ID bootload firmware versi...

Page 419: ...es not enable verify that the card is installed in a proper slot 3 Check that the address is unique no other card in the system can be physically set to the same device number as the MSDL 4 If install...

Page 420: ...manually disabled try to enable it using ENL MSDL x See Enabling the MSDL on page 417 If this fails perform self testing as described in step 4 3 If the card has been disabled by the system disable it...

Page 421: ...card locking devices and remove the card from the module 6 Set the switches on the replacement card to match those on the defective card 7 Insert the replacement card into the same card slot 8 Observe...

Page 422: ...gnosis The MSDL card is disabled or faulty Action Refer to Manually isolating and correcting faults on page 419 or Diagnosis Peripheral software download failed because of MSDL card or system disk fai...

Page 423: ...roperly installed in the shelf for at least 5 minutes If the problem persists manually disable the card by entering the DIS MSDL x Follow the steps described in Previously operating MSDL cards on page...

Page 424: ...times If unsuccessful autorecovery stops until midnight unless you take action Action Allow the system to repeat the self tests If self tests fail repeatedly disable the card using the DIS MSDL x com...

Page 425: ...the traffic report which may indicate that one or more MSDL ports are handling excessive traffic By disabling each port identify the port with too much traffic and allow the remaining ports to operate...

Page 426: ...to find the cause of the fatal error Allow the system to attempt recovery If this fails either by reaching a threshold or detecting self test failure place the MSDL in the manually disabled state with...

Page 427: ...ls and indicators 429 Dialing operations 430 Operating modes 435 Keyboard dialing 472 Hayes dialing 485 Specifications 497 System database requirements 500 Power supply 504 Installing the Data Access...

Page 428: ...red and stored in the system database memory are downloaded to the card You can install this card in any IPE slot Features Light Emitting Diodes LEDs indicate the status of the card the call connectio...

Page 429: ...Electronic Industries Association signal monitors The six LEDs located below the card status LED are labeled SD RD DTR DSR DCD and RI They show the dynamic state of the associated Electronic Industrie...

Page 430: ...al error conditions Port select button This push button switch below the display is used to select which port is monitored Wire test These switches are used to select the wire test mode for each of th...

Page 431: ...ption and Installation Figure 88 NT7D16 Data Access card faceplate SD RD DTR DSR DCD RI CONNECT RS 422 2 UN SEL WIRE TEST UN0 UN1 UN2 UN3 UN4 UN5 NT7D16AA card status EIA signal monitor LEDs CONNECT P...

Page 432: ...o the far end the DAC abandons the call Note that the breaks must be spaced at least 10 msec apart and all three must occur within 3 seconds Make Port Busy on loss of DTR This feature is implemented b...

Page 433: ...d troubleshooting This feature can be invoked through the service change downloaded parameters or by setting the appropriate front panel switch Wire test mode only operates when the port is idle The l...

Page 434: ...ier Detect 8 5 DTR Data Terminal Ready 20 6 RI Ring Indicator 22 7 Table 156 Wire test signal leads cycle counts Label EIA Signal Lead description Pin Cycle count RS 232 C RS 422 Note The CTS signal i...

Page 435: ...is buffer controls the call processing If the DAC receives an incoming call while idle the most recent dialing mode is used to answer the call User input User input may include either upper or lower c...

Page 436: ...t or terminal the installer should study the four different modes in that group to make the proper selection See Table 157 Table 157 DAC mode of operation selection Part 1 of 5 Service changeable down...

Page 437: ...ne Gateway inbound and outbound DTR is OFF in idle state MSB by Carrier Detect DCD Modes 4 5 6 and 7 are for RS232 Gateway connectivity 5 DTE ON KBD On No RI OFF Not Forced ON Hotline Gateway inbound...

Page 438: ...n prompts off OFF Not Forced OFF Not Hotline Outbound to Host similar to Multi Channel Data System MCDS Prompt PBDO OFF ON Modes 8 and 9 are for RS422 Host connectivity 9 DCE OFF Host On prompts off O...

Page 439: ...ine Terminal similar to Asynchronous Synchronous Interface Module ASIM when set to Not Forced DTR and Not Hotline Prompt PBDO OFF ON Modes 12 and 13 are for RS422 Terminal connectivity 13 DCE ON KBD O...

Page 440: ...nd ON when processing an incoming or outgoing call In modes 2 and 3 the DAC drives the DTR lead ON except when the call is being disconnected At disconnect DTR is dropped for 0 2 seconds and then retu...

Page 441: ...ll is established the modem may cause the DAC to disconnect the call by dropping either DSR or DCD In the case of inbound modem pooling the modem must drive the RI lead ON to activate the DAC Then the...

Page 442: ...e modem to drive the RI lead ON when ringing is present at its tip and ring In addition the modem should auto answer after the first ringing cycle if the DTR lead is ON most modems support this featur...

Page 443: ...to the default values This feature prevents the users of the modem pool from modifying the modem s default parameters to inappropriate values Configuring modems for mode 0 To configure Hayes modem 240...

Page 444: ...configured as R232 in LD11 When used for both inbound and outbound Modem Pool the DAC must be configured as R232 station hunting for the outbound modem access should be in the opposite direction to t...

Page 445: ...Description and Installation Figure 90 DAC to Modem Pool connectivity System Outbound hunting Inbound hunting DAC R232 port 0 500 2500 line card Unit 3 Unit 2 Unit 1 Unit 0 Modem 1 Modem 2 Modem 3 Mod...

Page 446: ...by all modems to be connected to the DAC It allows the modem to drive the DCD lead ON when the carrier is detected and OFF when the carrier is absent most modems support this feature The baud rate of...

Page 447: ...and OFF for 0 2 seconds and then ON when an established call is dropped The DAC also ignores the status of RI and DCD for approximately 2 seconds after a call is released to avoid false inbound call i...

Page 448: ...MOFF DTRON HOTON To configure this modem set the configuration switches as follows all switches to UP position except for switch 4 Switch 7 should be UP when using RJ 11 jack Programing DAC for mode 3...

Page 449: ...outbound gateway access the DAC answers the data call and drives the DTR lead ON modes 4 and 5 in modes 6 and 7 DTR is already ON Then the calling data module and the DAC form a transparent link betw...

Page 450: ...ad is ON Dynamic control of DCD This feature must be supported by all gateways to be connected to the DAC It allows the gateway to drive the DCD lead ON when the data call is established and OFF when...

Page 451: ...o OFF Programing DAC for mode 4 in service change LD 11 When used for inbound or outbound gateway access the DAC can be configured as R232 in LD 11 When used for both inbound and outbound gateway acce...

Page 452: ...d is ON Dynamic control of DCD This feature must be supported by all gateways to be connected to the DAC It allows the gateway to drive the DCD lead ON when the data call is established and OFF when t...

Page 453: ...e DTR lead is ON in the idle state The DTR lead will be dropped OFF for 0 2 second when an established call is disconnected The baud rate of inbound Hotline calls is determined by programmable databas...

Page 454: ...he hosts used with this mode should have the following characteristics Auto answer capability The host should be capable of monitoring the RI lead for detection of incoming calls When RI is turned ON...

Page 455: ...AC is programmed as station hunting outbound host access should be in the opposite direction to the hunting for inbound host access Note If CDR is required use separate outbound and inbound host acces...

Page 456: ...or three short breaks In this mode the DAC does not send any menus or prompts to the host However the host can still originate an outgoing call by blind dialing sending commands to the DAC without re...

Page 457: ...must not be configured as an ADM trunk Selecting the proper mode for Terminal connectivity Select modes 12 13 14 and 15 when the DAC is connected to different types of terminals In these modes the DAC...

Page 458: ...en ON When the DTR lead is driven OFF by the terminal the DAC does not execute autobaud nor will it respond to any command Note If the PBDO parameter in LD 11 is ON then Make Set Busy will be activate...

Page 459: ...mode 13 in service change LD11 The DAC must be configured as R232 or R422 since Autodial Speed Call and Display commands are likely to be used Mode 14 This mode should be selected when the DAC is con...

Page 460: ...unit being called does not answer the Hotline call the DAC tries to place another Hotline call once every 40 seconds until the called unit answers This mode is recommended only when a permanent connec...

Page 461: ...of operation Interface application Comments Mode 0 Inbound and Outbound modem pools For inbound modem pools most dumb modems may be used For outbound modem pools only smart modems auto dialer may be u...

Page 462: ...answers data call established Call disconnection DAC DAC drops DTR if the local DM user drops the call The modem must drop DCD DAC drops DTR if the remote modem sends a long break or three short brea...

Page 463: ...s otherwise the DAC disconnects the call Call disconnection Disconnection is the same as mode 0 Mode 2 Inbound and Outbound modem pools with forced DTR Use this mode with Hayes 1200 modem Inbound and...

Page 464: ...ving DTR ON Gateway does not have to turn DSR ON However toggling DSR or DCD from ON to OFF causes the DAC to disconnect the call Gateway user sends CR to the DAC DAC autobauds and sends the initial p...

Page 465: ...drops DTR and disconnects the local call Mode 5 Inbound Hotline Gateway access Inbound Hotline Gateway protocol Gateway raises DCD to initiate connection DAC responds by trying to establish a Hotline...

Page 466: ...ON by the Gateway Call disconnection Disconnection is identical to mode 4 except that when a call is released the DAC turns DTR OFF for 0 2 second and then ON DTR stays ON until the next call release...

Page 467: ...espond by turning DTR ON DAC answers when it receives DTR ON DAC turns DSR DCD and CTS ON when the call is completely established The local DM user is now transparently linked to the Host Host origina...

Page 468: ...iginated by Host Inbound Host toggles DTR from OFF to ON to initiate the Hotline call DAC responds by trying to establish a Hotline call to a specific Data Module Autodial 3When Data Module answers th...

Page 469: ...DCD and CTS if the Host sends a long break or three short breaks The Host should then drop the call Mode 11 Hotline call origination Virtual Leased Line Hotline origination by Host continuous Hotline...

Page 470: ...driving RI ON When terminal receives RI ON it should respond by turning DTR ON DAC answers when DTR goes ON and the local DM user is now transparently linked to the terminal Terminal originating an ou...

Page 471: ...trying to establish a Hotline call to a specific DM Autodial If Data Module is busy or not responding the DAC requires another transition of DTR from OFF to ON to initiate another Hotline call If the...

Page 472: ...e call the DAC turns DSR DCD and CTS OFF for 0 2 second and then ON Call disconnection terminal The terminal sends a long break or three short breaks The DAC turns DSR DCD and CTS OFF for 0 2 second a...

Page 473: ...st be met The DAC must be active power ON and have successfully received the downloaded parameters from the system The user equipment must be active and if in RS 232 C mode must assert these control l...

Page 474: ...ling supports the following method to abort a call during the dialogue phase Sending the Control Z character simultaneously pressing the control and Z keys sends a message to the DAC to immediately ab...

Page 475: ...oses of this document when illustrating the prompt response sequences the bold type is what the user enters on the keyboard All other type represents the DAC output Likewise xxxxxxx yyyyyyy or zzzzzzz...

Page 476: ...and any Ring Again placed will be released Once the Primary Command menu has appeared the user must enter C to place a call The DAC will not accept a number in place of a Primary command Primary comma...

Page 477: ...ote If the Autodial feature key is not defined in the software you will be notified by the following Feature key Autodial not defined Speed Call S The Speed Call command allows the user to make a call...

Page 478: ...the Modify command M Additionally the Speed Call number can be changed in the service change When this command is entered the Modify menu appears Any of these choices leads to another series of prompt...

Page 479: ...o the following prompts to enable or disable the Remote Loopback feature By entering M on the keyboard you enter the Manual Answer Modify menu Manual Answer indicates that the DAC prompts the user to...

Page 480: ...D on the keyboard you enter the DCD Modify menu Respond to the following prompts to enable DCD as Forced or Dynamic M CR Current Answer Mode Manual Auto xx Rings Manual Answer Y N SP Y CR N CR Number...

Page 481: ...ows the Display Options menu Ring Again When a call is placed to a busy DN the DAC prompts you to activate Ring Again The Ring Again feature alerts you as soon as the dialed DN becomes free Once the R...

Page 482: ...e called DN becomes available the system notifies the DAC which then prompts the user to place the call If you do not respond to the Ring BUSY RING AGAIN Y N SP Y CR or N CR RING AGAIN PLACED Primary...

Page 483: ...2 If the notice occurs during an active call the Ring Again notice is ignored When the active call is completed you will be notified that the Ring Again call was canceled You can also cancel the Ring...

Page 484: ...e Autobaud character CR to initiate keyboard dialing again No response from the system Likewise when the DAC receives no system response from your port after a 30 second timeout period the DAC sends y...

Page 485: ...echo control On hook off hook control Detect off line escape sequence Return to on line Initiate Remote Digital Loopback Terminate Remote Digital Loopback Modify S Registers S0 through S12 Display S...

Page 486: ...nd W are accepted but ignored The maximum number of characters is 43 This limit includes the AT prefix and the record Terminator character but does not include the ASCII space character Echo Throughou...

Page 487: ...mmand explained later in this document Note 2 All verbose codes and messages are preceded and terminated by the user defined Terminator and New Line characters The default or reset characters are the...

Page 488: ...rd dialing mode Parity detection Once the baud rate has been determined the DAC accepts only the ASCII characters T t or If the Repeat character is entered the previous command is executed If T or t i...

Page 489: ...the autobaud case Note Hayes dialing does not allow for the Ring Again feature If a call is made to a busy number that call is abandoned Table 160 provides a list of the AT dialing commands Table 160...

Page 490: ...operating S registers These commands allow the user to access various dialing parameters The user can determine the present parameter setting and alter the parameter These parameters are grouped into...

Page 491: ...his table shows the register number the range accepted decimal values shown and a description of the register Whenever a register value is changed the DAC checks for validity If the value entered is n...

Page 492: ...register range except S1 use the following change command The new parameters remain in effect until another change command is given or the Hayes Reset modem command Z is issued If the DAC is powered...

Page 493: ...aded operating parameters ATZ0 1 OK Table 162 lists all the parameter and S register default values These are the values established when the reset command is given CAUTION All previous instructions w...

Page 494: ...Line Feed LF S5 8 Back space character BS BS S6 2 Blind dial delay 2 seconds S7 30 Timeout for outbound call answer 30 seconds S8 2 Dial pause delay 2 seconds S9 6 Carrier detect response time 0 6 se...

Page 495: ...notifies you with a NO CARRIER or BUSY result code Table 163 lists the command characters allowed for an outbound call Inbound calls The DAC supports auto answer and manual answer capabilities The fol...

Page 496: ...d the session begins the Off Line command enables you to enter Hayes command modes The Off Line sequence is transmitted to the far end but at the end of the sequence the command mode is initiated At t...

Page 497: ...ecifications QPC430 and QPC723 interfaces The NT7D16 Data Access card provides the same features as the QPC430 four port Asynchronous Interface Line Card AILC and the QPC723 RS 232 Interface Line Card...

Page 498: ...S 1000S CS 1000M and Meridian 1 Inactivity timeout No timeout 15 minutes 30 minutes 60 minutes DDN 1 to 7 digits 0 9 Operating parameters There are thirteen parameters configured in the system that ar...

Page 499: ...rt only if the DAC firmware is idle Language English Quebec French Keyboard dialing Enabled allow both keyboard or Hayes dialing modes Disabled Hayes dialing only Make port busy Disabled On with DTR n...

Page 500: ...as well as the status of the configured operating parameters Because the dialogue operations of data calls can affect the operating parameters this is useful to monitor and confirm port settings An a...

Page 501: ...ction RS422 PRM Off PRM On OPE YES Host Virtual Leased Line Yes No HOT On DTR On Hotline HOT On HOT Off Yes No Allow Autobaud No AUTB Off Select BAUD AUTB On BAUD 7 Yes Terminal Set remaining Operate...

Page 502: ...llow Autobaud AUTB On BAUD 7 AUTB Off Select BAUD No Yes HOT On DCD On No Yes Yes No HOT On DCD Off Dynamic DTR DTR On Yes No DTR Off Modem Modes 0 1 2 3 Gateway Modes 4 5 6 7 Host Modes 8 9 10 11 Vir...

Page 503: ...DM the DAC port should be configured with a secondary DN which has a single appearance The Virtual keys must be assigned as shown in Table 164 Table 164 Virtual key assignments Feature key Key number...

Page 504: ...gh the backplane connector for each port totaling 48 leads for each card slot Table 165 lists the EIA signals supported on this card Table 165 EIA signals supported RS 232 C EIA DB 25 Pin Signal abbre...

Page 505: ...ion Insert the DAC into any available card slot and secure it in place using the locklatches To cable out the DAC run a standard 25 pair cable to the cross connect or use one of the following breakout...

Page 506: ...a DC powered system the entire column if it is an AC powered system It is recommended that you begin the installation from the right hand side when facing the backplane starting with slot 0 and moving...

Page 507: ...ons for both the RS 232 C and RS 422 ports The software configuration requirements for the DAC are shown at the end of this chapter Responses to the prompts listed are required Depending on the config...

Page 508: ...Standard 3 00 August 2005 Figure 97 NT7D16 Data Access Card port connectors Note Insert only one option plug per port 553 5234 RS 232 RS 422 RS 232 RS 422 RS 232 RS 422 RS 232 RS 422 RS 232 RS 422 RS...

Page 509: ...carries a digital signal further than a high capacitance cable Figure 98 on page 510 shows the cabling choices available It includes cabling with the RS 232 C cable associated patch panel the RJ 11 an...

Page 510: ...andard 3 00 August 2005 Figure 98 Cabling to the data equipment System I O connector MDF 12 connectors total 25 pair 25 pair Patch panel DB25 DB25 553 AAA1128 RJ 11 DB25 RS 232 RJ 11 AILU RS 422 DB25...

Page 511: ...lar panel shows two 50 pin connectors into twelve DB25 The signals from the MDF travel on 25 pair cables terminating at the patch panel Note Use patch panels that follow the pinout of the DAC Figure 1...

Page 512: ...00 August 2005 Note Use an octopus cable that follows the pinout of the DAC such as QCAD318A female and QCAD319A male in conjunction with a 50 pin female to female gender converter Figure 100 Patch pa...

Page 513: ...TS DSR DCD RI EIA signals from the DAC unit 0 EIA signals from the DAC unit 5 2 TxD 3 RxD 7 GND 20 DTR 5 CTS 6 DSR 8 DCD 22 RI 2 TxD 3 RxD 7 GND 20 DTR 5 CTS 6 DSR 8 DCD 22 RI EIA signals from the DAC...

Page 514: ...2 RDA0 1R 1 BL W RD0 3 RDB0 2T 27 W O DTR0 20 SDA0 2R 2 O W GND0 7 SDB0 Connector 3T 28 W G DCD0 8 1 3R 3 G W DSR0 6 4T 29 W BR RI0 22 4R 4 BR W CTS0 5 5T 20 W S UNIT 1 TD1 2 RDA1 5R 5 S W RD1 3 RDB1...

Page 515: ...32 C and RS 422 pinouts for first three DAC ports Part 2 of 2 I O cable Unit no RS 232 C RS 422 Signal Patch pair or octopus Pair Pin Pair color Signal Pin no Note 1 The RS 232 pinout follows the stan...

Page 516: ...B3 14T 39 BK BR DTR3 20 SDA3 14R 14 BR BK GND3 7 SDB3 Connector 15T 40 BK S DCD3 8 1 15R 15 S BK DSR3 6 16T 41 Y BL RI3 22 16R 16 BL Y CTS3 5 17T 42 Y O UNIT 4 TD4 2 RDA4 17R 17 O Y Note RD4 3 RDB4 18...

Page 517: ...n 553 3001 311 DAC administration LD 11 Responding R232 or R422 to the TYPE prompt in LD11 begins the prompt sequence for the DAC configuration Responses to the following prompts are 22R 22 O V GND5 7...

Page 518: ...RS 422 unit TN l s c u DAC data TN The loop LL must be a superloop RNPG CR Ringing number pickup group default to zero CLS DTA ADD Class of Service allowed for the DAC Data Allowed Digit Display Allo...

Page 519: ...te where 0 110 1 150 2 300 3 600 4 1200 5 2400 6 4800 7 9600 8 19200 This prompt appears only if AUTB OFF DCD ON OFF DCD settings where ON dynamic DCD OFF forced DCD This prompt appears only if TYPE R...

Page 520: ...port busy on with DTR ON enabled port busy off with DTR This prompt appears only if TYPE R232 PBDO OFF for any RS 232 C mode besides 8 or 12 If PBDO ON key 7 MSB KEY 0 SCR xxxx 1 SCR xxxx 2 TRN 3 ADL...

Page 521: ...port is similar to the following depending on the configuration LD 20 Print DAC parameters Prompt Response Description REQ PRT LTN LUU Print data TN or unit information for the unit specified TYPE R2...

Page 522: ...9 pin subminiature D DB9 connection to the Macintosh Figure 103 on page 523 shows the mini 8 DIN connection to the Macintosh Upgrading systems The following explains when and how to upgrade your syste...

Page 523: ...Figure 103 Macintosh to DAC connection mini 8 DIN Apple Macintosh 9 pin subminiature D 8 9 5 4 W BL BK Y RDA RDB SDA SDB MDF R3 T3 R2 T2 System D A C W BL BK Y 6 wire Teladapt cord 553 AAA1129 Apple...

Page 524: ...of the I O panel cutout where the 50 pin cable connector is attached The 20 pin connectors are labeled 1 2 and 3 Note 3 The locations for the cable connectors are designated by the slot number L0 L9...

Page 525: ...ct ends M 1 M 2 and M 3 to L10 1 L10 2 and L10 3 4 Add cable N to the I O panel by connecting ends N 1 N 2 and N 3 to L11 1 L11 2 and L11 3 Segment 3 1 Leave cable R as is in slot L12 2 Move cable end...

Page 526: ...hat the module has been upgraded to provide one cable for each IPE slot The resulting backplane and cable arrangement should look like this Backplane slot connector I O panel cable position L0 A L1 B...

Page 527: ...card is a voice and data communication link between the system and Digital Telephones It supports voice only or simultaneous voice and data service over a single twisted pair of standard telephone wi...

Page 528: ...to prevent accidental insertion of other cards Physical description The Digital Line card circuitry is mounted on a 31 75 cm by 25 40 cm 12 5 in by 10 in printed circuit board The NT8D02 is a double s...

Page 529: ...T8D02 and NTDK16 Digital Line cards Page 529 of 906 Circuit Card Description and Installation Figure 104 Digital line card faceplate 553 6160 Dgtl LC NT8D02 Rlse 04 Card lock latch Card lock latch LED...

Page 530: ...l line interfaces Each interface provides a multiplexed voice data and signaling path to and from a digital terminal telephone over a 2 wire full duplex 512 kHz Time Compression Multiplexed TCM digita...

Page 531: ...Tx PCM DS 30X loop Card LAN link Power supplies Front panel LED Card LAN interface Tip TCM loop interface circuit Digital phone lines Line interface units 0 7 Line interface units 8 15 Ring Tip TCM l...

Page 532: ...ification self test control of card operation status report to the controller maintenance diagnostics The card also provides Ability to support Digital sets and the Digital Console M2250 Provides a se...

Page 533: ...NT8D02 and NTDK16 Digital Line cards Page 533 of 906 Circuit Card Description and Installation Figure 106 NTDK16 DLC...

Page 534: ...utgoing call signaling messages from the Call Server and return incoming call status information to the Call Server over the DS 30X network loop TCM loop interface circuit Each digital telephone line...

Page 535: ...type vintage and serial number firmware version self test status programmed configuration status receipt and implementation of card configuration programming of the digital line interfaces enabling d...

Page 536: ...ed it times out and causes the microcontroller to be hardware reset Circuit power The 15 V dc input is regulated down to 10 V dc for use by the digital line interface circuits The 15 0 V dc inputs to...

Page 537: ...100 ft to 915 m 3000 ft with 24 AWG PVC cable 15 V DC at 80 mA 30 m 100 ft to 915 m 3000 ft with 24 AWG PVC cable 15 V DC at 80 mA 30 m 100 ft to 915 m 3000 ft with 24 AWG PVC cable 15 V DC at 80 mA 0...

Page 538: ...In circuit protection against power line crosses or lightning is not provided on the NT8D02 Digital Line card The NT8D02 Digital Line card does however have protection against accidental shorts to 52...

Page 539: ...t the backplane since the cabling arrangement can vary at the I O panel See Communication Server 1000M and Meridian 1 Large System Installation and Configuration 553 3021 210 for cable pinout informat...

Page 540: ...Line 8 Tip 63A Line 9 Ring 63B Line 9 Tip 64A Line 10 Ring 64B Line 10 Tip 65A Line 11 Ring 65B Line 11 Tip 66A Line 12 Ring 66B Line 12 Tip 67A Line 13 Ring 67B Line 13 Tip 68A Line 14 Ring 68B Line...

Page 541: ...switches and jumper blocks are located on this board Jumper and switch settings The NT8D02 Digital Line card has no user configurable jumpers or switches The card derives its address from its position...

Page 542: ...Page 542 of 906 NT8D02 and NTDK16 Digital Line cards 553 3001 211 Standard 3 00 August 2005 Figure 107 Digital line card jumper block and switch locations 553 6161...

Page 543: ...NT8D02 and NTDK16 Digital Line cards Page 543 of 906 Circuit Card Description and Installation Figure 108 Digital line card jumper block and switch locations 553 6161...

Page 544: ...Page 544 of 906 NT8D02 and NTDK16 Digital Line cards 553 3001 211 Standard 3 00 August 2005...

Page 545: ...ed with an 8051 family microprocessor that performs the following functions control of card operation card identification self test status reporting to the controller maintenance diagnostics You can i...

Page 546: ...Page 546 of 906 NT8D03 Analog Line card 553 3001 211 Standard 3 00 August 2005...

Page 547: ...alled in the NT8D37 IPE module The NT8D09 Analog Message Waiting Line card Law provides talk battery and signaling for up to 16 regular 2 wire common battery analog 500 2500 type telephones and key te...

Page 548: ...Analog Message Waiting Line card supports 56K modem operation The NT8D09 Analog Message Waiting Line card interfaces to and is compatible with the equipment listed in Table 177 CAUTION Damage to Equi...

Page 549: ...faceplate of the NT8D09 Analog Message Waiting Line card is equipped with a red LED which lights when the card is disabled see Figure 109 on page 550 At power up the LED flashes as the analog line car...

Page 550: ...f 906 NT8D09 Analog Message Waiting Line card 553 3001 211 Standard 3 00 August 2005 Figure 109 Analog message waiting line card faceplate 553 6165 Anlg M WLC NT8D09 Rlse 0x Card lock latch Card lock...

Page 551: ...nection and automatic disconnection when the station goes off hook synchronization for connecting and disconnecting the ringing signal to zero crossing of ringing voltage loopback of SSD messages and...

Page 552: ...eg 15 V dc 12 V dc power Ringing 48 V dc battery Rsync XFMR Signaling relays ringing battery reversal Line interface units 0 3 Tip Ring Analog telephone lines Loop current dialpulse detect Message wai...

Page 553: ...lash detection Four codecs are provided to perform A D and D A conversion of line analog voiceband signals to digital PCM signals Each CODEC supports four line interface units The following features a...

Page 554: ...mber firmware version self test status programmed configuration status receipt and implementation of card configuration programming of the codecs enabling disabling of individual units or entire card...

Page 555: ...is 6 dB 1 dB This is arranged as 3 5 dB loss for analog to PCM and 2 5 dB loss for PCM to analog Frequency response The loss values in Table 178 are measured relative to the loss at 1 kHz Message chan...

Page 556: ...luding set Leakage resistance 30 000 ohms Ring trip During silent or ringing intervals Ringing voltage 86 V AC Signaling Loop start Supervision Normal battery conditions are continuously applied appro...

Page 557: ...g Message Waiting line card Table 180 Power requirements Voltage Tolerance Idle current Active current Max 12 0 V dc 0 36 V dc 48 mA 0 mA 48 mA 8 0 V dc 0 40 V dc 150 mA 8 mA 280 mA 48 0 V dc 2 00 V d...

Page 558: ...using a wiring plan similar to that used for trunk cards A typical connection example is shown in Figure 111 on page 560 and Table 112 on page 563 shows the I O pin designations at the backplane conne...

Page 559: ...e 0 Tip 13A Line 1 Ring 13B Line 1 Tip 14A Line 2 Ring 14B Line 2 Tip 15A Line 3 Ring 15B Line 3 Tip 16A Line 4 Ring 16B Line 4 Tip 17A Line 5 Ring 17B Line 5 Tip 18A Line 6 Ring 18B Line 6 Tip 19A Li...

Page 560: ...R 26 1 27 2 System Cross connect OPS or ONS telephone connections with message waiting lamps A MDF Tip Ring Tip Ring Tip Ring Tip Ring 28 3 29 4 4T 4R 5T 5R 2T 2R 3T 3R 30 5 31 6 Tip Ring Note Actual...

Page 561: ...face units on the NT8D09 Analog Message Waiting Line card are configured using the Analog 500 2500 type Telephone Administration program LD 10 The message waiting feature is enabled by entering data i...

Page 562: ...00 August 2005 the system for port to port loss See Software Input Output Administration 553 3001 311 for LD 97 service change instructions Table 183 Transmission Profile Changes Vintage A D convertor...

Page 563: ...NT8D09 Analog Message Waiting Line card Page 563 of 906 Circuit Card Description and Installation Figure 112 Analog message waiting line card jumper block and switch locations 553 6166...

Page 564: ...Page 564 of 906 NT8D09 Analog Message Waiting Line card 553 3001 211 Standard 3 00 August 2005...

Page 565: ...4CA Universal Trunk XUT card as a replacement for the NT8D14BB card The NT8D14CA has been modified to add a longer loop capability for CAMA trunk applications The NT8D14CA comes equipped with a set of...

Page 566: ...runk cards Each MG 1000S Expansion can contain up to four analog trunk cards The NT8D14 Universal Trunk card supports the following trunk types Centralized Automatic Message Accounting CAMA trunks Cen...

Page 567: ...by 25 pair cables External equipment such as recorded announcement machines paging equipment and Central Office facilities connect to the card at the MDF See the Communication Server 1000S Installati...

Page 568: ...Figure 113 on page 569 When an NT8D14 Universal Trunk card is installed the LED remains lit for two to five seconds while the self test runs If the self test is successful the LED flashes three times...

Page 569: ...ircuit Card Description and Installation Figure 113 Universal trunk card faceplate S Univ Trk NT8D14 Rlse 0x Card lock latch Card lock latch This symbol indicates that field selectable jumper strap se...

Page 570: ...Hz clock Tx PCM Async card LAN link Front panel LED Card LAN interface Analog hybrid XFMR Tip Signaling relays Analog trunk facilities CO FX WATS DID tie RAN or paging Trunk interface units 0 3 Signal...

Page 571: ...e relays for placing outgoing call signaling onto the trunk Signal detection circuits monitor incoming call signaling Two codecs are provided for performing A D and D A conversion of trunk analog voic...

Page 572: ...mmed configuration status receipt and implementation of card configuration through the card LAN link programming of the codecs enabling disabling of individual units or entire card programming of inpu...

Page 573: ...t on the NT8D14 Universal Trunk card through the Trunk Administration LD 14 and Trunk Route Administration LD 16 programs or jumper strap settings on the card Loop start operation Loop start operation...

Page 574: ...auses call duration recording in CDR records to begin only upon receipt of answer supervision from the far end Figure 115 Loop start call states incoming call from CO FX WATS System near end High resi...

Page 575: ...key When attendant presses a loop key to answer the call the near end places a low resistance loop between tip and ring and removes the ring and ground detectors from the circuit CO detects the change...

Page 576: ...all from CO FX WATS System near end High resistance loop Tip open battery on ring Ground on tip battery on ring CO FX WATS far end Ringing Far end originates Note 1 The far end may reverse battery and...

Page 577: ...answers near end places a low resistance loop across the tip and ring If far end disconnects first CO removes ground from tip If battery and ground were reversed when call was established battery is...

Page 578: ...call on a reverse wired trunk without reverse wiring compensation presents ringing on the tip lead rather than on the ring lead Since the software expects to see a ground on the tip lead it interprets...

Page 579: ...red Once identified as positively reverse wired the call is presented continuously from the first ring When a Figure 119 Ground start call states incoming call from CO FX WATS System near end High res...

Page 580: ...ers near end places a low resistance loop across the tip and ring If far end disconnects first CO removes ground from tip If battery and ground were reversed when call was established battery is remov...

Page 581: ...he trunk provides a ground to the ring lead The CO responds by grounding the tip and returning dial tone After the tip ground is detected by the card a low resistance path is placed between the tip an...

Page 582: ...sing or DTMF Forced far end disconnect Near end originates Dial tone CO toll denial Idle Near end disconnects first Near end disconnects first Far end disconnects first Far end answers no ans sup and...

Page 583: ...udible indication is returned to local end If far end disconnects first CO removes ground from tip If battery and ground were reversed when call was established battery is removed from tip and restore...

Page 584: ...oop dial repeating TIE trunk operation Incoming calls In an incoming call configuration the far end initiates a call by placing a low resistance loop across the tip and ring leads See Figure 125 on pa...

Page 585: ...nd or loop pulsing or DTMF Note Note The near end may be configured for immediate start delay dial or wink start Forced far end disconnect Forced near end disconnect Idle Near end disconnects first Ne...

Page 586: ...ng Near end detects increase in loop current and makes trunk busy to all outgoing calls CO applies addressing to the trunk in the form of battery ground or loop pulses or DTMF tones Near end detects a...

Page 587: ...isconnects first Far end disconnects first Far end disconnects Near end disconnects first Near end disconnects Near end answers no ans sup Near end answers ans sup 553 AAA1139 System near end Far end...

Page 588: ...far end by reversing battery and ground on tip and ring If far end disconnects first it momentarily opens the loop and then restores normal battery and ground if no near end answer supervision was pr...

Page 589: ...y by placing a low resistance loop across the tip and ring leads Outward addressing is then applied from the System in the form of DTMF tones or dial pulses If answer supervision is provided by the fa...

Page 590: ...ttery on ring Battery on tip ground on ring Battery ground or loop pulse or DTMF Near end originates Idle Near end hangs up Note Near end disconnects first Near end disconnects first Near end disconne...

Page 591: ...ear end disconnects first it momentarily opens the loop and then restores normal battery and ground if no far end answer supervision was provided when call was establish ed Otherwise it waits for the...

Page 592: ...ttery on ring Battery on tip ground on ring Battery ground or loop pulse or DTMF Near end originates Idle Near end hangs up Note Near end disconnects first Near end disconnects first Near end disconne...

Page 593: ...ear end disconnects first it momentarily opens the loop and then restores normal battery and ground if no far end answer supervision was provided when call was establish ed Otherwise it waits for the...

Page 594: ...pt of the seizure signal The delay dial stop signal begins immediately upon seizure and ends go signal 384 ms later The wink start stop signal begins 384 ms after seizure and ends go signal 256 ms lat...

Page 595: ...onnects Near end disconnects CO FX WATS ground start disconnect Near end stores office DN Note 2 Near end answers ans sup Note 3 CO end answers no ans sup 553 AAA1143 Note 1 Dial CO FX WATS and office...

Page 596: ...nnects Near end disconnects CO FX WATS ground start disconnect Near end stores office DN Note 2 Near end answers ans sup Note 3 CO end answers no ans sup 553 AAA1143 Note 1 Dial CO FX WATS and office...

Page 597: ...ll a low resistance loop is placed across the tip and ring leads Addressing is then sent by the far end in the form of battery ground or loop pulses or DTMF tones The trunk is released at the far end...

Page 598: ...ates Dial tone Idle Near end hangs up Note 3 Near end disconnects first Near end disconnects first Near end disconnects Far end disconnects Far end disconnects first Far end answers no ans sup Far end...

Page 599: ...ing call from far end PBX System near end Low resistance loop High resistance loop Far end originates Battery ground or loop pulses or DTMF Far end Far end disconnect Forced near end disconnects Idle...

Page 600: ...cing a low resistance between tip and ring Near end detects increase in loop current and makes trunk busy to all outgoing calls Far end sends battery ground or loop pulses or DTMF tones Near end detec...

Page 601: ...trunk call states outgoing call to far end PBX System near end Near end originates Far end disconnect Near end disconnect Idle Near end disconnects first Far end answers 553 AAA1147 Far end disconnec...

Page 602: ...Terminal A goes off hook and dials access code Near end reverses battery and ground on tip and ring alerting far end Far end detects battery ground reversal and answers call by placing a low resistanc...

Page 603: ...or 900 ohms for interface with a low impedance 2 or 4 ohms source connection of up to 24 trunk units to a single announcement machine channel Recorded announcement machines Recorded announcement machi...

Page 604: ...f 25 pair cable Part of 25 pair cable Parallel trunk connection Note 2 T Voice signal Ref R Control relay Busy relay Note 1 Tel ground C Com MC NC B Com MB ST Opto isolator Start 553 AAA1149 ST NC 48...

Page 605: ...o not support the cross connecting daisy chains of multiple trunk ports together so that several callers hear the same RAN message Multi channel machine types Continuous Mode Multi Channel MCON Pulse...

Page 606: ...essage 250 ms pulse at end of message ST Pulse start Level control mode C 250 ms pulse at start of message 250 ms pulse at end of message 250 ms pulse starts message Message plays to completion Interm...

Page 607: ...ration mode This signal is made active ground by the announcement machine if the channel contains a recorded message and is in an online condition The B line is not connected to a trunk unit when conf...

Page 608: ...pe of intercept and the RAN trunk parameters are defined in the Trunk Data Block LD 14 Customer Data Block LD 15 and Route Data Block LD 16 programs The Trunk Data Block and Route Data Block programs...

Page 609: ...or 3CM2 Note 2 600 or 900 ohms Note 1 3COM or 3CM2 Note 2 N A N A Supervision type Ground or loop start Note 3 Loop start with ans sup Note 3 Continuous level or pulse N A DC signaling loop length ma...

Page 610: ...und ring to ground N A N A Selected in software Selected by jumper strap settings on card Refer to Tables 190 191 and 192 for details For loop extender application the maximum voltage applied between...

Page 611: ...se control for each trunk independently in the Route Data Block LD 16 PAD switching The transmission properties of each trunk are characterized by the class of service COS you assign in the Trunk Data...

Page 612: ...it They are assigned as follows Transmission Compensated used for a two wire non VNL trunk facility with a loss of greater than 2 dB for which impedance compensation is provided or used for a four wir...

Page 613: ...ertion loss from IPE ports to IPE ports is as follows Table 188 Insertion Loss from IPE Ports to IPE Ports measured in dB IPE Ports IPE Ports 500 2500 Line Digital Line 2 4 Wire E M Trunk 4 Wire ESN E...

Page 614: ...l connector information and wire assignments for each tip ring pair Table 189 Universal trunk card backplane pinouts Part 1 of 2 Trunk Number Back plane Pin Signal Back plane Pin Signal RAN mode Pagin...

Page 615: ...al and by jumper strap settings on the card NT8D14 has a reduced jumper strap setting on the card There are only three jumpers J1 X J2 X and J3 X on each channel Tables 190 191 and 192 show the functi...

Page 616: ...ration mode Not applicable RAN and paging trunks should not leave the building Off Off 1 2 1 2 Paging Note 1 Jumper strap settings J1 X J2 X J3 X and J4 X apply to all eight units X indicates the unit...

Page 617: ...1 2 2 3 2 way TIE LDR 2 way TIE OAID DID 600 ohms On On 1 2 2 3 RAN pulse start or level start modes Not applicable RAN trunks should not leave the building Off Off 2 3 1 2 Note 1 Jumper strap setting...

Page 618: ...ft 915 1524 m 3000 5000 ft 1524 m 5000 ft CO FX WATS 600 or 900 ohms 600 ohms 3COM 3CM2 2 way TIE LDR 600 or 900 ohms 600 ohms 3COM 3CM2 2 way TIE OAID 600 or 900 ohms 600 ohms 3COM 3CM2 DID loop leng...

Page 619: ...ange entries in the Trunk Administration program LD 14 See Table 193 on page 621 for the proper values for the trunk type and loop length Refer to Software Input Output Administration 553 3001 311 for...

Page 620: ...for NT8D14BA NT8D14BB Release 9 and below J1 4 J2 4 3 1 J4 4 3 1 J3 4 J1 5 J2 5 3 1 J3 4 3 1 J4 5 J1 1 J2 1 3 1 J3 1 3 1 J4 1 J1 6 J2 6 1 3 J4 6 1 3 J3 6 J1 7 J2 7 1 3 J4 7 1 3 J3 7 J1 3 J2 3 3 1 J4...

Page 621: ...00 ohms 600 ohms 3COM 3CM2 DID loop length 600 ohms 600 or 900 ohms 600 ohms 3COM 3CM2 DID loop length 600 ohms 600 or 900 ohms 600 ohms N A 3CM2 RAN continuous operation mode 600 or 900 ohms 600 or 9...

Page 622: ...rties of each trunk are characterized by the class of service assigned in LD 14 Transmission properties can be Via Net Loss VNL or non Via Net Loss non VNL The VNL class of service is assigned at the...

Page 623: ...the NT8D14 Universal Trunk card and any other port designated as Port B Table 195 Pad switching algorithm Port B Port B pads Universal Trunk Pads Port to port loss dB Transmit D to A Receive A to D T...

Page 624: ...3 in an MG 1000S and slots 7 8 9 and 10 in an MG 1000S See Communication Server 1000S Installation and Configuration 553 3031 210 for trunk wiring information Music operation A trunk unit can be conn...

Page 625: ...customer provided external equipment Cross connect System NT8D14 Universal Trunk Card Unit 0 Unit 1 Unit 7 NT8D37 IPE Module MDF 0T Slot 0 A 26 w bl 0R 1 bl w 0A 27 w o 0PG 2 o w Module I O Panel Conn...

Page 626: ...Page 626 of 906 NT8D14 Universal Trunk card 553 3001 211 Standard 3 00 August 2005...

Page 627: ...duction The NT8D15 E M trunk card interfaces four analog telephone trunks to the switch Each trunk interface connects to a trunk facility using tip and ring leads that carry voice ringing and tone sig...

Page 628: ...ng PAG trunks Type I signaling uses two signaling wires plus ground Type II and DX signaling uses two pairs of signaling wires Most electronic switching systems use Type II signaling Table 196 lists t...

Page 629: ...onnects with the switching system and with the external apparatus by an 80 pin connector at the rear of the pack Each trunk circuit on the card connects to trunk facilities by tip an ring leads which...

Page 630: ...53 3001 211 Standard 3 00 August 2005 Figure 142 E M trunk card faceplate S E M Dict Trk NT8D15 Rlse 05 Card lock latch Card lock latch This symbol indicates that field selectable jumper strap setting...

Page 631: ...ne DS30X timeslot in A10 format Transmit and receive SSD signaling messages over a DS30X signaling channel in A10 format Ability to enable and disable individual ports or the entire card under softwar...

Page 632: ...alog hybrid XFMR Signaling relays ringing battery reversal Trunk interface units 0 3 Line interface unit power Rx PCM 1 kHz frame sync Con troller card Trunk signaling interface Control logic Reg Sign...

Page 633: ...s selected by making service change entries Each unit can be independently configured for 2 wire E M 4 wire E M and paging trunk types The trunk type is selected by service change entries and jumper s...

Page 634: ...h tip and ring for transmit and receive 4 wire E M Type I and II signaling see Figure 145 on page 636 2 way dial repeating with echo suppression for Type I signaling switchable 7 dB and 16 dB pads for...

Page 635: ...NT8D15 E M Trunk card Page 635 of 906 Circuit Card Description and Installation Figure 144 E M Type I signaling E E M trunk card External signaling circuit M E M 553 6258 48V 48V...

Page 636: ...005 Figure 145 E M Type II signaling 48V SG E M SB 48V SG E P P M SB 553 6259 Note M SB E and SG designations are Electronic Industries Association and Telecommunications Industries Association EIA TI...

Page 637: ...ently wired in series with the selectable resistance Total balancing R external loop resistance 0 5 x T1 resistance 0 5 x T2 resistance R A R D if not shorted out R eq Resistance of transformers at el...

Page 638: ...l equipment Cross connect System NT8D15 E M Trunk Card Unit 0 Unit 1 Unit 3 NT8D37 IPE Module MDF 0T Slot 0 A 26 W BL 0R 1 BL W 0A 27 W O 0PG 2 O W Module I O Panel Connector Part of 25 pair cable 553...

Page 639: ...l operation of the card The microcontroller provides the following functions card identification self test control of card operation maintenance diagnostics Card LAN The card LAN provides a serial com...

Page 640: ...g and control portion of the card provides analog loop terminations that establish supervise and take down call connections Configuration information for the E M trunk card is downloaded from the CPU...

Page 641: ...d firmware level Operation The optional applications features and signaling arrangements for each unit on the E M trunk card are assigned through the Trunk Administration LD 14 and Trunk Route LD 16 p...

Page 642: ...going calls are processed as follows The M lead changes from ground to battery If answer supervision is provided by the far end there is a change from open to ground on the E lead ground detection Fig...

Page 643: ...d disc Dialing Near end seizes Far end answers ans sup Far end answers no ans sup 553 6263 Far end disc Far end disc first Ground Ground Open Battery DT Near end M lead Outgoing calls from near end In...

Page 644: ...tored office DN digits outpulsed after GO signal 553 6264 Ground Ground Open Battery Near end M lead Outgoing calls from near end Incoming calls to near end Near end E lead Near end may be arranged fo...

Page 645: ...e signal the far end can start pulsing after the standard delay normally 70 ms minimum In delay dial mode a 256 384 ms off hook on hook signal is returned to the far end immediately after receipt of t...

Page 646: ...ppressor control cannot be used with Type II signaling Note M SB E and SG designations are Electronic Industries Association and Telecommunications Industries Association EIA TIA conventions These lea...

Page 647: ...ialing Near end seizes Far end answers ans sup Far end answers no ans sup 553 AAA1153 Far end disc Far end disc first Open Closed Open Closed DT Near end M SB leads Outgoing calls from system near end...

Page 648: ...office DN digits outpulsed after GO signal 553 AAA1154 Open Closed Open Closed Near end M SB leads Outgoing calls from system near end Incoming calls to system near end Near end EA EB leads Local end...

Page 649: ...s Current flow High Digits Current flow interrupted for each pulse High Far end answers No current flow Low Far end on hook first Current flow High Network taken down and trunk idled when near end goe...

Page 650: ...Seizure far end ready for digits Current flow High Dial CO FX WATS Current flow interrupted for each pulse High Stop sender No current flow Low Go sender universal service provided by far end PBX if...

Page 651: ...n be arranged for IS DD or WS Current flow Low near end ready for digits Dial CO FX WATS and office DN Current flow interrupted for each pulse Low high low for each pulse Stored digits outpulsed on CO...

Page 652: ...originating end Current flow Low Originating end disconnects network taken down and trunk idled No current flow High Table 202 Electrical characteristics of E M trunk cards Part 1 of 2 Characteristic...

Page 653: ...Signaling type Loop Ground or loop start Far end battery 42 to 52 5 V 42 to 52 5 V Near end battery N A 42 75 to 52 5 V Minimum loop current N A 20 mA Ground potential difference 10 V 3 V Low DC loop...

Page 654: ...age protection The E M trunk card meets CS03 over voltage power cross specifications and FCC Part 68 requirements Table 204 Power requirements Voltage Tolerance Max current 15 0 V dc 5 200 mA 15 0 V d...

Page 655: ...tions to the E M trunk card in the various 2 wire modes is shown in Table 206 A list of the connections to the E M trunk card in the various 4 wire modes is shown in Table 207 on page 656 See the Comm...

Page 656: ...TB 12B TA 12A TB 13B RA 13A RB 13B RA 13A RB 14B E 14A M 14B EA 14A EB 15B ECG 15A ESCG 15B MA 15A MB 1 16B TA 16A TB 16B TA 16A TB 17B RA 17A RB 17B RA 17A RB 18B E 18A M 18B EA 18A EB 19B ECG 19A ES...

Page 657: ...Cross connect E M trunk connections A MDF TipA TipB RingA RingB E M ECG ESCG Tip Ring E M 28 3 29 4 Unit 1 0TA 0TB 0RA 0RB 0E 0M 0ECG 0ESCG 1T 1R 1E 1M 30 5 31 6 Module I O Panel Connector 4 wire Type...

Page 658: ...nfiguration software service entries The locations of the jumpers are shown in Figure 154 on page 659 Jumper settings The NT8D15 E M Trunk card serves various transmission requirements The four units...

Page 659: ...NT8D15 E M Trunk card Page 659 of 906 Circuit Card Description and Installation Figure 154 E M trunk card jumper locations 553 6200...

Page 660: ...e 4 Note 4 J4 X Off Off Off Off Pins 2 3 Pins 1 2 J5 X Off Off Off Off Note 4 Note 4 J6 X Off Off Off Off On On J7 X Off Off Off Off On On J8 X Off Off Off Off On On J9 X Pins 2 3 Pins 2 3 Pins 2 3 Pi...

Page 661: ...of transmission for echo control Note Facilities associated with the Nortel Electronic Switched Network ESN are recommended to be 4 wire for optimum transmission thus the 4 wire setting is generally...

Page 662: ...ections and the actual port to port loss introduced for connections between the E M trunk card and any other IPE port designated as Port B Figure 155 on page 663 shows the pad switching orientation Ta...

Page 663: ...NT8D15 E M Trunk card Page 663 of 906 Circuit Card Description and Installation Figure 155 Pad orientation Analog 553 AAA1156 System XMT Analog REC REC Port B E M XMT Digital...

Page 664: ...e assignment may be non Via Net Loss non VNL or via Net Loss VNL To ensure stability and minimize echo when connecting to long haul VNL Tie trunks non VNL trunks are assigned either Transmission Compe...

Page 665: ...ed by dial up or attendant key operation it provides a loop closure across control leads PG and A See Figure 156 on page 666 In a typical application this transfers the input of the paging amplifier s...

Page 666: ...al equipment Cross connect System NT8D14 Universal Trunk Card Unit 0 Unit 1 Unit 7 NT8D37 IPE Module MDF 0T Slot 0 A 26 w bl 0R 1 bl w 0A 27 w o 0PG 2 o w Module I O Panel Connector Part of 25 pair ca...

Page 667: ...board provides two RS 232 C serial ports These ports allow communication between the system and two external devices The SDI paddle board is usually used to connect the CS 1000S CS 1000M and Meridian...

Page 668: ...0 in See Figure 157 on page 669 Up to two paddle boards can be used in a system backplane for a total of four serial ports Up to 12 other serial ports can be added by plugging standard serial cards i...

Page 669: ...69 of 906 Circuit Card Description and Installation Figure 157 NT8D41AA SDI paddle board Option switches LED Enable disable switch Port 1 connector RS 232C Option switches Port 2 connector RS 232C Opt...

Page 670: ...s to the system processor bus See Figure 158 Other logic on the card includes two baud rate generators two RS 232 C driver receiver pairs and the switches and logic needed to configure the UARTs Syste...

Page 671: ...SDI paddle board is then connected to a maintenance terminal and the CPU board is put into maintenance mode Diagnostics can then be run from the maintenance terminal without having to stop the system...

Page 672: ...the section that follows Once the board has been installed the system software must be configured to recognize it Instructions for doing this are found in Software service changes on page 677 8 CTS Cl...

Page 673: ...gh 15 and 16 The settings for this switch are shown in Table 212 Baud rate Switches SW2 and SW3 determine the baud rate for each individual port The settings for these switches are shown in Table 213...

Page 674: ...rk card Instructions for setting the switches SW5 SW6 SW7 and SW8 are shown in Table 214 on page 675 Table 213 SDI paddle board baud rate switch settings Baud rate Port 1 SW2 Port 2 SW3 1 2 3 4 1 2 3...

Page 675: ...1 SW6 1 2 3 4 5 6 1 2 3 4 5 6 DTE terminal on on on on on on off off off off off off DCE modem off off off off off off on on on on on on NT1P61 Fiber on on on on off off off off on on on on Port 2 SW7...

Page 676: ...553 5988 1 23 4 O N 1 23 4 O N 5 6 1 23 4 O N 1 23 4 O N 1 23 4 O N 5 6 1 23 4 O N 5 6 1 23 4 O N 5 6 DS1 SW2 SW3 SW4 SW1 J1 J2 SW5 SW6 SW7 SW8 Address selection Port 1 DTE DCE mode selection Port 2...

Page 677: ...are shown in LD 17 Serial port configuration parameters on page 677 These parameters must be set for each port if both ports are being used LD 17 Serial port configuration parameters Prompt Response D...

Page 678: ...r through a modem for remote maintenance Bell 103 212 compatible dumb modems are recommended to connect a remote data terminal If a smart modem such as a Hayes modem is used configure the modem for th...

Page 679: ...to the system monitor Note 2 NT8D93 cable Note 1 To external equipment Backplane J1 J2 NT8D84 cable N T 8 D 4 1 J1 System monitor connector The NT8D93 cable is available in several lengths refer to E...

Page 680: ...Page 680 of 906 NT8D41AA Serial Data Interface Paddle Board 553 3001 211 Standard 3 00 August 2005...

Page 681: ...QSDI paddle board provides four RS 232 C serial ports These ports allow communication between the system and four external devices either DTE or DCE The QSDI paddle board is normally used to connect t...

Page 682: ...on the card are addressed as a pair of consecutive addresses 0 and 1 2 and 3 up to 14 and 15 using switches SW15 and SW16 The front edge of the card has four serial port connectors an Enable Disable s...

Page 683: ...connector LED Backplane mating connectors 1 2 3 4 O N Port 3 RS 232 cable connector Port 4 RS 232 cable connector 1 2 3 4 O N 5 6 1 2 3 4 O N 5 6 1 2 3 4 O N 5 6 1 2 3 4 O N 5 6 SW13 SW11 SW12 SW15 S...

Page 684: ...ackplane socket it is installed Installing the paddle board into a socket in the network area of the backplane allows it to work when either of the system processors is active Installing the paddle bo...

Page 685: ...terminal and the CPU board is put into maintenance mode Diagnostics can then be run from the maintenance terminal without having to stop the system This is also used to perform a parallel reload of th...

Page 686: ...on the QSDI paddle board is always ready to transmit and receive data This mode is set to connect to a terminal device DTE Note 2 In DCE mode the signals DTR and RTS are tied to 12 volts to signify t...

Page 687: ...o set these switches in the following sections Once the board has been installed the system software must be configured to recognize it Instructions for doing this are found in the section titled Soft...

Page 688: ...s the four UARTs using a pair of addresses 0 and 1 2 and 3 through 14 and 15 The settings for both switches are shown in Table 217 To avoid system problems switches 4 800 76 80 on on off off 9 600 153...

Page 689: ...position 1 to ON For each X the setting for this switch makes no difference because it is not used Table 217 NT8D41BA address switch settings SW15 Port 1 Port 2 Switch settings SW16 Port 3 Port 4 1 2...

Page 690: ...1 2 3 4 5 6 DTE terminal on on on off on off off on off on off on DCE modem off off off on off on on off on off on off NT1P61 Fiber on on on on on off on on on off on off Port 2 SW 5 Port 2 SW4 DTE te...

Page 691: ...n Record program LD 17 are shown in LD 17 Prompts to configure the NT8D841Ba paddle board These parameters must be set for each port if both ports are being used LD 17 Prompts to configure the NT8D841...

Page 692: ...tch or through a modem for remote maintenance Bell 103 212 compatible dumb modems are recommended to connect a remote data terminal If a smart modem such as a Hayes modem is used configure the modem f...

Page 693: ...it will connect to the system monitor Note 2 NT8D93 cable Note 1 To external equipment Backplane J1 J2 NT8D84 cable N T 8 D 4 1 B A J1 System monitor connector The NT8D93 cable is available in severa...

Page 694: ...Page 694 of 906 NT8D41BA Quad Serial Data Interface Paddle Board 553 3001 211 Standard 3 00 August 2005...

Page 695: ...XMFR Extended Multi frequency receiver card is used to receive MF digit information Connections are made between a PBX and a central office The XMFR card can only operate in systems using law compandi...

Page 696: ...219 MF frequency values Digit Backward direction DOD Tx DID Rx 1 700 Hz 900 Hz 2 700 HZ 1100 Hz 3 900 Hz 1100 Hz 4 700 Hz 1300 Hz 5 900 Hz 1300 Hz 6 1100 Hz 1300 Hz 7 700 Hz 1500 Hz 8 900 Hz 1500 Hz 9...

Page 697: ...dBmO Frequency sensitivity must accept f 1 5 5Hz Amplitude Twist must accept difference of 6dB between frequencies Signal Duration must accept 30 ms must reject 10 ms KP Signal Duration must accept 5...

Page 698: ...uency 23 dBmO ON OFF 50ms 50ms KP duration 100 ms SNR 12 dBs all digits ATT Digit Simulation Test Tape 201 from PUB 56201 Error Rate from Power Lines Better than 1 2500 calls Test 10 digit calls nomin...

Page 699: ...TR NPL 000275 Notes on the BOC Intra LATA Networks Bell Communication Research Technical Reference Chapter 6 1986 KP KP activation The receiver must not respond to signals prior to KP Remain unlocked...

Page 700: ...AG26 XMFR circuit card are shown in Table 221 Table 221 Physical specifications Dimensions Height 12 5 in 320 mm Depth 10 0 in 255 mm Thickness 7 8 in 22 25 mm Faceplate LED Lit when the circuit card...

Page 701: ...tal trunk card is supported in the Media Gateway only for the ISDN Signaling Link ISL D channel The SDI is not supported in the MG 1000S You can install this card in slots 1 through 4 in the MG 1000S...

Page 702: ...able 223 Note Digital Private Network Signaling System DPNSS can replace the DCH function in the U K Table 222 Port configurations Port 0 SDI not supported Port 1 DCH Port 2 SDI not supported Port 3 D...

Page 703: ...nfiguration This option is selected from a jumper on the card Table 224 shows the jumper settings Table 224 Jumper settings Port Jumper location Strap for DTE Strap for DCE Jumper location RS422 RS232...

Page 704: ...e it is equipped with connectors the NE A25 B cable Terminate the NE A25 B cable at the cross connect terminal Tables 225 through 228 give the pinouts for the SDI DCH card Table 225 NTAK02 pinouts Por...

Page 705: ...T 5R W S S W SCTEA SCTA O I O I SCT SCT 6T 6R R BL BL R SCTEB DTR SCTB DCD O O I I CH CI DTR DCD 7T 7R R O O R DSR DCD CH CI DTR I I O O I I O O DSR DCD CH CI DTR 8T 8R R G G R RTS CTS CTS RTS O I I O...

Page 706: ...l Port 2 RS422 RS232 Cable Signal Designations I Input O Output Designations I Input O Output Signal Pair Color DTE DCE DTE DCE DTE DCE DTE DCE 13T 13R BK G G BK O I DTR DCD 14T 14R BK BR BR BK I I O...

Page 707: ...17R Y O O Y SCTEA SCTA O I O I SCT SCT 18T 18R Y G G Y SCTEB DTR SCTB DCD O O I I CH CI DTR DCD 19T 19R Y BR BR Y DSR DCD CH CI DTR I I O O I I O O DSR DCD CH CI DTR 20T 20R Y S S Y RTS CTS CTS RTS O...

Page 708: ...rate 300 600 1200 2400 4800 9600 19 200 Default 1200 Parity Odd even none Default none Stop bits 1 1 5 2 Default 1 Flow control XON XOFF CTS non Default none Duplex Full Interface RS 232 D Data bits...

Page 709: ...digital trunk interface capability The NTAK09 can be equipped with two daughterboards the NTAK20 clock controller and the NTAK93 NTBK51 D channel handler interface You can install this card in slots 1...

Page 710: ...nd connectors See Figure 164 on page 710 The NTAK09 DTI PRI card has seven faceplate LEDs The first five LEDs are associated with the NTAK09 card The remaining two LEDs are associated with the clock c...

Page 711: ...e NTAK09 circuit card is disabled Off The NTAK09 is not in a disabled state ACT On Green The NTAK09 circuit card is in an active state No alarm states exist the card is not disabled nor is it in a loo...

Page 712: ...TAK09 DTI PRI card When power is applied to the NTAK20 clock controller the LED is initially off for two seconds If the self test passes the LED turns red and flashes on and off twice When the self te...

Page 713: ...n and A B bit signalling This test is performed manually on a per loop or per channel basis The local loopback test performs a local logical loopback and does not require any external loopback of the...

Page 714: ...Superframe or Extended Superframe formats AMI or B8ZS line coding 1 5 Mb Clock recovery and distribution of reference clocks DG2 or FDL yellow alarm methods card status and alarm indication with face...

Page 715: ...andler also referred to as an executive the task handler provides orderly per channel task execution to maintain real time task ordering constraints Transmit voice inserts digital pads manipulates tra...

Page 716: ...w and A Law coding There are 32 combinations each for 255 to 255 255 to A Law A Law to 255 and A Law to A Law These values are selected to meet the EIA loss and level plan See Table 231 Table 231 Digi...

Page 717: ...uration for the D channel includes 56 Kbps 64 Kbps clear 64 Kbps inverted 64 Kbps restricted DCHI can be enabled and disabled independent of the PRI card as long as the PRI card is inserted in its cab...

Page 718: ...rd and the external DS1 signal source Connector pinout The connection to the external digital carrier is through a 15 position male D type connector See Table 233 Table 232 NTAK09 switch settings Swit...

Page 719: ...S systems that are clocked from different Central Offices COs if the COs are not synchronized The slips can degrade voice quality Clock rate converter The 1 5 Mb clock is generated by a Phase Locked L...

Page 720: ...Page 720 of 906 NTAK09 1 5 Mb DTI PRI card 553 3001 211 Standard 3 00 August 2005...

Page 721: ...it card includes an on board clock controller that can be manually switched in or out of service You can install this card in slots 1 through 4 in the MG 1000S The card is not supported in the MG 1000...

Page 722: ...idual LEDs will go into appropriate states as shown in Table 234 Table 234 NTAK10 LED states Part 1 of 2 LED State Definition DIS On Red The NTAK10 circuit card is disabled Off The NTAK10 is not in a...

Page 723: ...selectable digital pads on a per channel basis frame alignment and multiframe alignment detection frame and multiframe pattern generation CRC 4 transmission and reception software selectable card stat...

Page 724: ...ng AIS in TS16 such as card disabled and warm SYSLOAD France specific PPM counting decadic dialing France specific alarm report and error handling Architecture The main functional blocks of the NTAK10...

Page 725: ...tive gain The pad PROM output is converted from parallel to serial format and passed on to a multiplexer which passes PCM data TS0 and TS16 information The FAS pattern is sent in even TS0s while in od...

Page 726: ...cation signals AIS updating of per channel loopback registers controlling the far end loopback and digroup loopback functions Signaling interface Interconnections The external connection is through a...

Page 727: ...gnaling include recognizing valid changes determining which channels made the changes collecting PPM reporting changes to software Outgoing supervisory signals The desired ABCD bit pattern for a chann...

Page 728: ...lied by the DS 30X microprocessor decoding these messages and taking subsequent actions transmitting messages to the DS 30X microprocessor handling PPM updating the TS16 select RAM and TS16 data RAM p...

Page 729: ...h the backplane to clock controller interface Depending upon the state of the clock controller switched on or off the clock controller interface in conjunction with software enables or disables the ap...

Page 730: ...riefly enter the tracking stage The green LED will flash momentarily until the clock controller is locked onto the reference once again If the incoming reference is unstable the internal clock control...

Page 731: ...erence degrades to a point where the system clock is no longer allowed to follow the timing signal then the reference will be said to be out of specification If the reference being used is out of spec...

Page 732: ...en the clock controller tracks to the secondary A time out mechanism prevents chatter due to repeated automatic switching between primary and secondary reference sources Reference clock selection thro...

Page 733: ...dard Switch settings Various 2MB DTI switch options exist on the NTAK10 These are shown in Table 236 Note The ON position for all the switches is toward the bottom of the card This is indicated by a w...

Page 734: ...Page 734 of 906 NTAK10 2 0 Mb DTI card 553 3001 211 Standard 3 00 August 2005...

Page 735: ...gital trunking requires synchronized clocking so that a shift in one clock source results in an equivalent shift in all parts of the network Synchronization is accomplished with an NTAK20 clock contro...

Page 736: ...nal clock or as a clocking master The NTAK20AD version of the clock controller meets the AT T Stratum 3 and Bell Canada Node Category D specifications The NTAK20BD version meets CCITT Stratum 4 specif...

Page 737: ...uses an algorithm to match its frequency to the frequency of the incoming clock When the frequencies are almost matched the clock controller locks on to the reference The clock controller makes small...

Page 738: ...scription Faceplate LEDs Each motherboard has five DTI PRI LEDs and one clock controller LED The clock controller LED is dual color red and green The clock controller LED states are described in Table...

Page 739: ...phase difference measurement to be taken between the reference entering the PLL and the system clock The phase difference is used for making frequency measurements and evaluating input jitter and PLL...

Page 740: ...condary synchronization references are continuously monitored in order to provide autorecovery Reference switchover Switchover occurs in the case of reference degradation or loss of signal When perfor...

Page 741: ...o secondary is given the clock controller tracks to the secondary reference and continuously monitors the quality of both primary and secondary references If the secondary goes out of specification th...

Page 742: ...ed CPU MUX bus interface A parallel I O port on the clock controller provides a communication channel between the clock controller and the CPU Signal conditioning Drivers and buffers are provided for...

Page 743: ...An external reference is an auxiliary timing clock which is bridged from a traffic carrying signal and is not intended to be a dedicated non traffic bearing timing signal The clock controller uses eit...

Page 744: ...Page 744 of 906 NTAK20 Clock Controller daughterboard 553 3001 211 Standard 3 00 August 2005...

Page 745: ...I card provides a 2 0 Mb interface and an onboard D channel handler DCH The NTAK79 card also includes an onboard clock controller equivalent to the NTAK20 Clock Controller that can be manually switche...

Page 746: ...ectly associated with the operation of the Primary Rate interface PRI The remaining two LEDs are associated with the on board Clock Controller and the on board D channel interface DCHI The LEDs are de...

Page 747: ...ck mode Off 2 MB PRI is not in loop back mode CC On Red The clock controller is switched on and has been disabled by the software On Green The clock controller is switched on and is either locked to a...

Page 748: ...related functions of these switches Note The ON position for all the switches is towards the bottom of the card This is indicated by a white dot printed on the board adjacent to the bottom left corner...

Page 749: ...0 Mb PRI card Page 749 of 906 Circuit Card Description and Installation Figure 165 NTAK79 card with switch locations 1 2 1 2 1 2 1 2 553 7869 EPS LEDs Jack Faceplate Switch 1 Switch 3 Switch 4 Switch...

Page 750: ...r 120 ohms or 75 ohms Twisted pair cable is usually associated with 120 ohms Coaxial cable is usually associated with the 75 ohms setting Switch SW3 Clock Controller Configuration This switch enables...

Page 751: ...nts The NTAK79 obtains its power from the backplane drawing maximums of 2 A on 5 V 50 mA on 12 V and 50 mA on 12 V Environment The NTAK79 meets all applicable Nortel Network s operating specifications...

Page 752: ...g Laws A A u u A u u A Card LAN for maintenance communication Architecture The main functional blocks of the NTAK79 architecture include DS 30X interface A07 signaling interface digital pad carrier in...

Page 753: ...PROM through which the data is routed The idle code for A Law is 54H and for Mu Law is 7FH The unequipped code is FFH for both A Law and Mu Law As the idle code and unequipped code can be country depe...

Page 754: ...connection to the external digital carrier is provided by the line interface chip This chip provides accurate pulse shaping to meet the CCITT pulse mask requirements It provides clock recovery functio...

Page 755: ...or Rx pairs of the carrier Closing down the on board switch applies FGND to the appropriate carrier cable shield The switch settings are shown in Table 246 Receiver functions The receiver extracts dat...

Page 756: ...the transmit data and clock to appear at the receive clock and data outputs This data is also transmitted on the line unless transmit AIS is selected CEPT transceiver The transmitter and receiver fun...

Page 757: ...enabled disabled states See Table 239 on page 746 The on board DCHI can be operated in two separate modes as defined by an on board dip switch It can operate in a standard DCHI mode common to most IS...

Page 758: ...er circuitry on the NTAK79 is identical to that of the NTAK20 clock controller Though several DTI PRI packs can exist in one system only one clock controller may be activated All other DTI PRI clock c...

Page 759: ...ontroller or the incoming line Free run non tracking In free run mode the clock controller does not synchronize on any source it provides its own internal clock to the system This mode can be used whe...

Page 760: ...o secondary provided that it is within specifications On failure both out of specification the clock controller enters the HOLDOVER mode and continuously monitors both references An automatic switchov...

Page 761: ...bled Reference clock selection through software The NTAK79 has the necessary hardware for routing its reference to the appropriate line on the backplane The software is responsible for the distributio...

Page 762: ...Page 762 of 906 NTAK79 2 0 Mb PRI card 553 3001 211 Standard 3 00 August 2005...

Page 763: ...e processing and transfers Layer 3 signaling information between two adjacent network switches It is mounted on the NTAK09 1 5 Mb DTI PRI card or the NTBK50 2 0 Mb PRI card installed in the MG 1000S u...

Page 764: ...ge units and information elements can be service changed translation of the CCITT message types information elements into a proprietary coding scheme for faster CPU operation convention of IA5 encoded...

Page 765: ...at 5 mA Functional description The main functional blocks of the NTAK93 architecture include the following Microprocessors One microprocessor does the following handles data transfer between each pair...

Page 766: ...e chip controls each pair of independent communication ports It performs the functions of serial to parallel and parallel to serial conversions error detection and frame recognition in HDLC The parame...

Page 767: ...ce Below is a brief description of signals When connected to SDTI PRI DCHI PORT is considered Data Terminal Equipment DTE SDA SDB Transmit Clock provided by SDTI PRI RTA RTB Receive Clock provided by...

Page 768: ...Page 768 of 906 NTAK93 D channel Handler Interface daughterboard 553 3001 211 Standard 3 00 August 2005...

Page 769: ...g associated with ISDN BRI and the OSI protocol Physical description The MISP occupies one slot in the MG 1000S It uses one of the network loops to interface with SILCs and UILCs and to provide 32 tim...

Page 770: ...erver CPU to report ISDN BRI status and receive downloaded application software and configuration parameters manage Layer 2 and Layer 3 signaling that controls call connection and terminal identificat...

Page 771: ...e has a 16 bit data bus an 18 bit address bus and interrupt and read write control lines This interface uses shared Static Random Access Memory SRAM as a communication exchange center between the CPU...

Page 772: ...Page 772 of 906 NTBK22 MISP card 553 3001 211 Standard 3 00 August 2005...

Page 773: ...on 777 Architecture 778 Introduction The NTBK50 2 0 Mb PRI card provides a 2 0 Mb PRI interface It supports the NTAK20 clock controller daughterboard and either the NTAK93 D channel interface or the N...

Page 774: ...en MG 1000S systems that are clocked from different Central Offices COs if the COs are not synchronized The slips can degrade voice quality Physical description The NTBK50 uses a standard 9 5 by 12 5...

Page 775: ...ion Figure 166 NTBK50 2 0 Mb PRI card with daughterboards NTAK20 Clock Controller NTAK93 or NTBK51 D Channel Interface SW2 SW4 1 2 1 2 SW1 1 2 Stiffeners Connector Sockets LEDs Bantam Jacks Standoffs...

Page 776: ...NTBK50 2 0 Mb PRI is in a disabled state The OOS LED is red RED On Red A red alarm state has been detected This represents a local alarm state of Loss of Carrier LOS Loss of Frame LFAS or Loss of CRC...

Page 777: ...channel performance monitoring of the receive carrier by means of Bipolar Violations BPV Slips CRC 4 CRC and Frame Bit Errors FBER Flashing Green NTAK20 is equipped and is attempting to lock tracking...

Page 778: ...oard 32 software selectable Tx and Rx Pad values conversion of PCM commanding Laws A A u u A u u A Card LAN for maintenance communication Architecture The main functional blocks of the NTBK50 architec...

Page 779: ...ese values are provided in a PROM through which the data is routed The idle code for A Law is 54H and for Law is 7FH The unequipped code is FFH for both A Law and Law As the idle code and unequipped c...

Page 780: ...on to the external digital carrier is provided by the line interface chip This device provides accurate pulse shaping to meet the CCITT pulse mask requirements It provides clock recovery functions on...

Page 781: ...by a white dot printed on the board next to the bottom left corner of each individual switch Carrier grounding NTBK50 enables the shield of the Tx and or Rx pairs of the carrier to be selectively grou...

Page 782: ...commendation G 742 This provides jitter attenuation increasing from 0 dB to 60 dB over the frequency range from about 6 Hz to 6 KHz Transmitter functions The transmitter takes the binary dual unipolar...

Page 783: ...ce is a 64 Kbps full duplex serial bit stream configured as a DCE device The data signals include receive data output transmit data input receive clock output transmit clock output The receive and tra...

Page 784: ...serial ports for the Card LAN serial link test port interface The test interface is an asynchronous 4800 bps 8 bit connected to port A of the UART The card LAN interface is an asynchronous 19 2 kbps 9...

Page 785: ...tion The NTBK51 daughterboard provides Downloadable D channel Handler DDCH interfaces based on the Multipurpose Serial Data Link MSDL The DDCH provides a single purpose full duplex serial port capable...

Page 786: ...cabinet or slots 11 19 21 29 31 39 or 41 49 in the expansion cabinets slots 1 through 4 in the MG 1000S The card is not supported in the MG 1000S Expansion The NTBK51 daughterboard when installed on...

Page 787: ...etween each serial interface and software reports the status of each port and takes commands from the software to control the activities of the ports A high performance MPU supports the D channel from...

Page 788: ...or reset Flash EPROM memory Flash EPROM provides non volatile storage for the DDCH loadware which minimizes the impact to sysload The Flash EPROM provides an increase in system service with a reduced...

Page 789: ...de Before a download takes place a D channel link must be configured The following situations lead to software downloading during initialization when new software is installed when enabling the card o...

Page 790: ...s must be met the DDCH card must be enabled the D channel port must be disabled Card reset After a card reset the MSDL base code and the D channel application software are validated by the CPU The sof...

Page 791: ...peration 794 Electrical specifications 796 Connector pin assignments 797 Configuration 797 Applications 807 Introduction The NTCK16 generic Central Office trunk cards support up to eight analog Centra...

Page 792: ...elow are minimum vintage required to support the following countries NTCK16AA generic Central Office trunk card with PPM Ireland NTCK16BC generic Central Office trunk card without PPM Brazil Ireland M...

Page 793: ...CK16BX trunk cards are installed and power is applied to them a self test is performed on each card The red LED on the faceplate flashes three times then remains continuously lit until the card is ena...

Page 794: ...o digital and from digital to analog provide termination and trans hybrid balance impedance to match 600 Operation Each NTCK16AX and NTCK16BX generic Central Office trunk card supports the following L...

Page 795: ...to software The system sends digits in the form of Dual Tone Multifrequency DTMF tones or pulse digits When the far end answers the Central Office reverses polarity If the trunk is configured for bat...

Page 796: ...er circuit pack Note 2 8 5V is regulated to give 5 V Environmental specifications Table 257 lists the environmental specifications of the NTCK16AX and NTCK16BX generic Central Office trunk cards Table...

Page 797: ...onnections Figure 167 on page 798 Figure 168 on page 799 and Figure 169 on page 800 provide cross connect information for the NTCK16AX and NTCK16BX generic Central Office trunk cards Configuration The...

Page 798: ...or U nit N umbe r A E K R 26 1 W BL BL W Unit 27 2 W O O W 0 28 3 W G G W Unit 29 4 W BR BR W 1 30 5 W S S W S L S L S L S L Unit 31 6 R BL BL R O T O T O T O T 2 32 7 R O O R 0 4 8 12 Unit 33 8 R G G...

Page 799: ...30 5 W S S W S L S L S L S L Unit 31 6 R BL BL R O T O T O T O T 2 32 7 R O O R 1 5 9 13 Unit 33 8 R G G R 3 34 9 R BR BR R Unit 35 10 R S S R 4 36 11 BK BL BL BK Unit 37 12 BK O O BK 5 38 13 BK G G B...

Page 800: ...R W L O L O L O L O 5 30 5 W S S W T T T T Unit 31 6 R BL BL R 2 6 10 14 6 32 7 R O O R Unit 33 8 R G G R 7 34 9 R BR BR R Unit 35 10 R S S R 0 36 11 BK BL BL BK Unit 37 12 BK O O BK 1 38 13 BK G G BK...

Page 801: ...YPE COT Define a new Route Data Block CUST xx Customer number as defined in LD 15 ROUT Route number 0 511 Range for Large System Call Server 1000E and Media Gateway 1000E 0 127 Range for Small System...

Page 802: ...1000E and Media Gateway 1000E where l loop s shelf c card u unit XTRK See note on page 803 XCOT Type is IPE COT CDEN 8D Card density is 8D default SIGL LOP Loop start signaling PPID See page 803 Xx 0...

Page 803: ...and 3500 50 ms on off Ireland 9375 750 ms on off Kuwait Chile 6500 50 ms on off Venezuela Indonesia12300 ms on 200 ms off Thailand Korea12300 ms on 200 ms off Argentina12300 ms on 200 ms off Argentina...

Page 804: ...e a new unit TYPE COT Define a new Route Data Block CUST xx Customer number as defined in LD 15 ROUT Route number 0 511 Range for Large System Call Server 1000E and Media Gateway 1000E 0 127 Range for...

Page 805: ...Server 1000E and Media Gateway 1000E where l loop s shelf c card u unit XTRK See note 1 on page 806 XCOT Type is IPE COT CDEN 8D Card density is 8D default SIGL LOP Loop start signaling BTID See page...

Page 806: ...dard 3 00 August 2005 Note 1 These prompts are required only for the first unit defined on each NTCK16BX card DIP DTN Digitone signaling digipulse P10 P12 P20 Make break ratio for pulse dialing speed...

Page 807: ...200 ms off Argentina12 300 ms on 200 ms off Argentina07 250 500 ms on off Turkey 14 10 seconds of Tone 1 200 ms off 200 ms on 200 ms off 200 ms on 200 ms off 200 ms on 200 ms off 600 ms on followed by...

Page 808: ...ithin the following limits Loss switching The Generic XFCOT is based on the XFCOT design which is using a static pad download algorithm by default for its loss plan The generic XFCOT has to be set exp...

Page 809: ...ing Loss Switching mode Prompt Response Description REQ CHG TYPE SYSP IPE system parameters configuration NATP YES Select North American transmission plan Note The default to the NATP prompt is NO and...

Page 810: ...disconnect supervision is configured CLS BAT BTS the Loop Start Trunk of the Generic XFCOT will be marked as having disconnect supervision and will therefore follow the same rules as a Ground Start Tr...

Page 811: ...card slot assignment 821 Introduction This chapter introduces the NTDK20GA Small System Controller SSC Card used in the Call Server MG 1000S and Media Gateway 1000B MG 1000B It controls call processin...

Page 812: ...upported up to two 100BaseT IP daughterboards two PCMCIA sockets three Serial Data Interface SDI ports 32 channels of Conferencing 64 if one dual port 100BaseT IP daughterboard is present or 96 if two...

Page 813: ...nd Installation Figure 170 NTDK20 SSC card and expansion daughterboard in the Call Server Ports 1 3 for 100BaseT daughterboard Flash ROM Drive PCMCIA Drive Connector for 2nd 100BaseT daughterboard MG...

Page 814: ...f the customer database The NTDK20 SSC card s Flash daughterboard is the NTTK25 It performs most of the system software storage and data processing NTTK25 daughterboard The NTTK25 is a 48 MB daughterb...

Page 815: ...associated MG 1000S Expansions Note With a point to point connection the MG 1000S must be within 100 meters of the Call Server An optional second NTDK83 daughterboard can be mounted on the NTDK20 SSC...

Page 816: ...ge 816 of 906 NTDK20 Small System Controller card 553 3001 211 Standard 3 00 August 2005 Figure 171 NTDK83AA dual port 100BaseT IP daughterboard Figure 172 NTDK99A single port 100BaseT IP daughterboar...

Page 817: ...Server Use Media Conversion devices third party converters to convert 100BaseT to fiber for distances from 100 m to 40 km See Figure 173 on page 818 Table 259 Expansion daughterboards Daughterboard Nu...

Page 818: ...ommodate a Software Delivery card used for software upgrading and as backup media Software Daughterboard Single Port 100BaseT Daughterboard Software Daughterboard Dual Port 100BaseT Daughterboard Dual...

Page 819: ...a single system when all links are up enables the MG 1000S to continue operating with its existing configuration in the event of a failure of the Call Server or the failure of the link to the Call Ser...

Page 820: ...2 ports of conferencing capabilities one conference participant for each port A conference call can have three to six participants For example there could be six 5 party conferences on each device or...

Page 821: ...es of the Call Server and MG 1000S systems MG 1000S Expansion card slot assignment The MG 1000S and MG 1000S Expansion contain physical card slots numbered 1 to 10 See Figure 174 on page 823 and Figur...

Page 822: ...Third Fourth Physical card slot Logical card slot Physical card slot Logical card slot Physical card slot Logical card slot Physical card slot Logical card slot MG 1000S 1 11 1 21 1 31 1 41 2 12 2 22...

Page 823: ...NTDK20 Small System Controller card Page 823 of 906 Circuit Card Description and Installation Figure 174 MG 1000S slots Media Gateway 1000 553 AAA1991...

Page 824: ...Page 824 of 906 NTDK20 Small System Controller card 553 3001 211 Standard 3 00 August 2005 Figure 175 MG 1000S Expansion slots 553 AAA1992 Media Gateway 1000 and Media Gateway 1000 Chassis Expansion...

Page 825: ...card is a 1 5 Mb DTI or PRI interface to the CS 1000S CS 1000M Cabinet and Meridian 1 PBX 11C Cabinet The NTRB21 card has a built in downloadable D channel The TMDI feature supports the software chan...

Page 826: ...ler can occupy any available slot 1 9 Note 2 On non ECM system cabinets the NTAK20 may be placed in slots 1 9 On cabinets NTAK11Dx and NTAK11Fx the active NTAK20 must be placed in slots 1 3 slots 4 10...

Page 827: ...Installation Figure 176 NTRB21 TMDI card with clock controller OOS ACT RED YEL LBK CC DCH RCV XMT NTRB21 TMDI SW ON 1 2 3 4 DCH F W LEN 0 LEN 1 Len 2 553 CSE9024 Stiffeners NTAK93 51 Clock Controller...

Page 828: ...2 amps on 5 V 50 mA on 12 V and 50 mA on 12 V Table 262 NTRB21 LED states LED State Definition DIS On Red The NTRB21 circuit card is disabled Off The NTRB21 is not in a disabled state ACT On Green Th...

Page 829: ...NTRB21 DTI PRI DCH TMDI card Page 829 of 906 Circuit Card Description and Installation Figure 177 NTRB21 TMDI card faceplate 553 CSE0007 OOS ACT RED YEL LBK CC DCH TMDI Monitor Port RS232 MAINT Rx Tx...

Page 830: ...lowing features and functions configurable parameters including A Law and Law operation digital pads on a per channel basis and Superframe or Extended Superframe formats AMI or B8ZS line coding 1 5 Mb...

Page 831: ...des 1 5 MBits Digital Trunk Interface or Primary Rate Interface functionality It also has a built in downloadable D channel The NTRB21 can be used with the NTAK09 DTI PRI card with the NTBK51 download...

Page 832: ...Page 832 of 906 NTRB21 DTI PRI DCH TMDI card 553 3001 211 Standard 3 00 August 2005 Figure 178 NTRB21 TMDI card faceplate TMDI Rx Tx OOS ACT RED YEL LBK CC DCH MAINT RS232 Monitor Port...

Page 833: ...ital pads and provides graceful entry into T Link data mode when the data module connected to the DTI PRI trunk is originating the call T Link data a set of transmit and receive vectored subroutines w...

Page 834: ...ta Circuit terminating Equipment DCE device The data signals include receive data output transmit data input Table 263 Digital pad values and offset allocations Offset PAD set 0 PAD set 1 0 0dB 7db 1...

Page 835: ...of the PRI card as long as the PRI card is inserted in its cabinet slot The D channel data link cannot be established unless the PRI loop is enabled On the NTRB21 use switch 1 position 1 to select ei...

Page 836: ...ming data stream and outputs clock and synchronized data At worst case DSX 1 signal levels the line receiver operates correctly with up to 655 feet of ABAM cable between the card and the external DS 1...

Page 837: ...generates and distributes the clock to the system The CS 1000S CS 1000M Cabinet and Meridian 1 PBX 11C Cabinet can function either as a slave to an external clock or as a clocking master to the networ...

Page 838: ...ed Loop PLL The PLL synchronizes the 1 5 Mb DS1 clock to the 2 56 Mb system clock through the common multiple of 8 kHz by using the main frame synchronization signal IMPORTANT Each MG 1000S that has a...

Page 839: ...n 843 Survivability 843 Physical description The Media Card replaces the ITG Pentium card and is available as an 8 port or 32 port card You can install this card in slots 1 through 4 in the MG 1000S o...

Page 840: ...211 Standard 3 00 August 2005 Figure 179 NTVQ01xx Media Card The NTVQ01xx Media Card provides faceplate and backplane interfaces which are used to connect external LANs This section provides informati...

Page 841: ...slot This slot accepts standard PC card flash cards including ATA Flash cards 3 Mbit s to 170 Mbit s Nortel supply PCM card adaptors which enable compact flash cards to be used in this slot This slot...

Page 842: ...rd 553 3001 211 Standard 3 00 August 2005 Figure 180 NTVQ01xx Media Card faceplate HEX Display Maintenance Port Ethernet Activity LEDs PCMCIA Slot Reset Button MC Enable LED Lock Latches J2 A 100 10 A...

Page 843: ...cation being supported The Voice Gateway application enables Digital Signal Processors DSPs for either line or trunk applications When the Voice Gateway application is installed on the Media Card the...

Page 844: ...Page 844 of 906 NTVQ01xx Media Card 553 3001 211 Standard 3 00 August 2005...

Page 845: ...work to communicate with the ITG P card You can install this card in any two consecutive IPE slots Note Each MG 1000S supports up to two ITG P cards Each MG 1000S Expansion supports up to two ITG P ca...

Page 846: ...the enabled disabled status of the 24 card ports The LED is on red during the power up or reset sequence The LED remains lit until the card is enabled If the LED remains on this indicates the self te...

Page 847: ...status LEDs for the ELAN management interface ITG P NWK NTVQ55AA NWK Status Reset Maint Port A 553 CSE9150 Ethernet Voice Port ITG P LED card status NWK LEDs Ethernet Reset Switch Type III PCMCIA slot...

Page 848: ...TG P card also has one unused inboard slot designated drive B The PC card slots support PC based hard disks ATA interface or high capacity PC flash memory cards Maintenance Display A four character LE...

Page 849: ...de Modulation PCM voice and proprietary signaling on the backplane between the ITG P card and the SSC Card LAN Card LAN carries card polling and initialization messages on the backplane between the IT...

Page 850: ...Page 850 of 906 NTVQ55AA ITG Pentium card 553 3001 211 Standard 3 00 August 2005...

Page 851: ...erface ESDI card gives the CS 1000S CS 1000M and Meridian 1 switch two fully synchronous high speed serial ports These high speed synchronous ports are used to connect the processor to synchronous com...

Page 852: ...ed in an NT6D60 Core module an NT8D34 CPU module or slot 13 of an NT6D39 CPU Network module in a dual CPU system any I O device connected to the card does not function when the CPU in that module is i...

Page 853: ...Page 853 of 906 Circuit Card Description and Installation Figure 182 CPC513 ESDI card front panel LED Card lock latch Card lock latch 553 5981 CSL ESDI Q P C 5 1 3 ENB DIS J1 J2 ESDI port 2 connector...

Page 854: ...Terminal Equipment DTE or Data Communications Equipment DCE The electrical interface for the ESDI card may be either EIA RS 232 C or a proprietary high speed interface The high speed interface combin...

Page 855: ...of the LAPB protocol is shown in Appendix A LAPB data link protocol on page 901 The HDLC data link is a bit oriented protocol The information data bits are transmitted transparently across the link in...

Page 856: ...The ESDI card performs a self test of its major components immediately after power up The self test can also be initiated through the Link Diagnostic program LD 48 The self test tests all ESDI functi...

Page 857: ...errun underrun errors Physical or link errors Detected hardware errors Connection characteristics The two DB 25 connectors on the front panel of the ESDI card provide connections to each of the two I...

Page 858: ...ce between the system and host is greater than 15 24 m 50 ft No modems are needed if the distance is less than 30 48 m 100 ft The high speed interface uses a proprietary pin assignment rather than the...

Page 859: ...peed interface Table 268 Connector J1 and J2 pin assignments RS 232 C interface Part 1 of 2 Pin number Signal functions Signal source EIA circuit To DCE From DCE Ground and common return 1 Shielded n...

Page 860: ...1 7 Shield Signal ground SG n a n a n a n a AB Data 2 3 13 16 Transmitted data lead A Received data lead A Transmitted data lead B Received data lead B 3 3 3 3 BA A BB A BA B BB B Control 4 5 6 8 20...

Page 861: ...B 15 Transmitter signal element tim ing DCE lead A 3 DB A 17 Transmitter signal element tim ing DTE lead A 3 DD A 23 Receiver signal element timing DCE lead A 3 DA A 24 Receiver signal element timing...

Page 862: ...he address vary depending on whether the card is Style A or Style B The Style can be read on the printed circuit board silk screen The address of the card is set to match the device address defined in...

Page 863: ...DI port configured as DTE appears as a terminal to the user equipment An ESDI port configured as DCE appears as a modem to the user equipment Interface options are set by installing option jumper plug...

Page 864: ...switch locations 553 5983 S1 S2 DS1 J1 J2 UB9 UB10 UB11 UB12 UA9 UA10 UA11 UA12 UB16 UB17 UB18 UB19 UA16 UA17 UA18 UA19 Address selection Note Ports 1 and 2 shown with jumper plugs installed for DCE a...

Page 865: ...553 3001 311 Some of the prompts that are commonly used when running the Configuration Record program LD 17 are shown in LD 17 Serial port configuration Table 271 ESDI card DTE DCE mode jumper setting...

Page 866: ...TYPE CFN Configuration type IOTB YES Change input output devices ADAN NEW TTY x NEW PRT x Define a new system terminal printer port as device x where x 0 to 15 CDNO 1 16 Use the ESDI card number to k...

Page 867: ...The system processor transfers data to the ESDI card in blocks consisting of 1 to 128 eight bit octets Each block is processed in accordance with the LAPB subset of the HDLC protocol and is transmitt...

Page 868: ...g Cables to peripherals NT8D95 cables Note 1 NT8D82 cables I O panel Module front Q P C 5 1 3 J1 J2 Port 2 Port 1 Card front panel Backplane Filter adapters Note 2 Meridian Mail Meridian Link 553 5984...

Page 869: ...rd provides four RS 232 C serial ports between the system and external devices The QSDI card plugs into a slot in the common equipment area of any system The Quad Serial Data Interface card is normall...

Page 870: ...printed circuit board measuring 31 75 cm by 25 4 cm 12 5 in by 10 in The front panel is 2 54 cm 1 in thick See Figure 187 on page 871 Up to four QSDI boards can be used in a system allowing a total of...

Page 871: ...of 906 Circuit Card Description and Installation Figure 187 QPC841 QSDI card front panel LED Card lock latch Card lock latch 553 5985 ENB DIS J1 J2 Ports 2 3 and 4 connector non standard Port 1 conne...

Page 872: ...necessary to connect the UARTs to the system processor bus See Figure 188 on page 873 The other logic on the card consists of four baud rate generators four RS 232 C driver receiver pairs and the jum...

Page 873: ...tion and Installation Figure 188 QPC841 QSDI card block diagram UART no 1 UART no 2 UART no 3 UART no 4 UARTs Address decode logic TD RD TD RD TD RD TD RD RS 232 C drivers and receivers Clock and bit...

Page 874: ...for connector J2 Table 273 Connector J1 pin assignments Pin number Signal Purpose in DTE mode Purpose in DCE mode 1 FGD Frame ground Frame ground 2 TD Received data Transmitted data 3 RD Transmitted d...

Page 875: ...ound 8 CD Carrier detect Note 1 Carrier detect not Used 20 DTR Data terminal ready Data terminal ready Note 2 9 TD Transmitted data Transmitted data 10 RD Received data Received data 11 RTS Request to...

Page 876: ...lect jumpers and logic on the card address the UARTs using two pairs of addresses 0 and 1 2 and 3 through 15 and 16 The pairs do not need to be consecutive Switch SW14 is used to 19 GND Ground Ground...

Page 877: ...esses 0 1 off off off off off on on on 2 3 off off off off off on on off 4 5 off off off off off on off on 6 7 off off off off off on off off 8 9 off off off off off off on on 10 11 off off off off of...

Page 878: ...4 SW13 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 150 off off on on off off on on off off on on off off on on 300 off on off on off on off on off on off on off on off on 600 off off off on off off off on off of...

Page 879: ...1 2 3 4 5 6 1 2 3 4 5 6 DTE Terminal on on on on on on off off off off off off DCE Modem off off off off off off on on on on on on Port 2 SW6 Port 2 SW7 Mode 1 2 3 4 5 6 1 2 3 4 5 6 DTE Terminal on on...

Page 880: ...4 O N 5 6 1 23 4 O N 5 6 1 23 4 O N 5 6 1 23 4 O N 5 6 1 23 4 O N 5 6 1 2 3 4 O N 1 2 3 4 O N 1 2 3 4 O N 1 23 4 O N 1 2 3 4 O N 5 67 8 1 2 3 4 O N 56 7 8 SW15 SW14 SW13 SW12 SW10 SW11 SW2 SW3 SW4 SW...

Page 881: ...ram LD 17 are shown in LD 17 Serial port configuration parameters These parameters must be set for each port that is being used LD 17 Serial port configuration parameters Prompt Response Description R...

Page 882: ...cognition OFF Command Echo OFF before connecting the modem to the asynchronous port Serial data interface connector J1 is a standard RS 232 C DB 25 connector that connects port 1 of the QSDI card to o...

Page 883: ...ipment Identification 553 3001 154 for more information SID Multiple port cable system options use only NT8D96 Figure 190 shows the QPC841 card and the cables listed above in a standard configuration...

Page 884: ...Page 884 of 906 QPC841 Quad Serial Data Interface card 553 3001 211 Standard 3 00 August 2005...

Page 885: ...TDS DTR functionality is also incorporated into the NTDK97 MSC card used with Chassis system The TDS DTR is not required in a 2 chassis Chassis system You can install this card in slots 1 through 9 i...

Page 886: ...The TDS DTR card does not provide the Music on Hold feature as do other TDS cards The music source must come from a standard trunk card Tone detector The TDS DTR card provides eight channels of DTMF...

Page 887: ...NTDK97 Law tones and cadence Part 1 of 6 Tone Frequency Hz dB below overload Precision Ringing Tones DTMF Digits MF Digits 1 350 440 23 23 2 533 666 x 10 23 23 3 440 23 4 350 440 19 19 5 440 480 25 2...

Page 888: ...25 940 1210 12 10 26 940 1480 12 10 27 700 1630 12 10 Fo 28 770 1630 12 10 F 29 850 1630 12 10 I 30 reserved 31 reserved 32 reserved 33 400 19 34 400 x 120 85 19 35 940 1630 17 15 P 36 700 1210 17 15...

Page 889: ...46 940 1210 17 15 47 940 1480 17 15 48 700 1630 17 15 Fo 49 770 1630 17 15 F 50 850 1630 17 15 I 51 reserved 52 reserved 53 1300 1500 13 13 0 54 700 900 13 13 1 55 700 1100 13 13 2 CC 56 900 1100 13 1...

Page 890: ...13 13 KP CR KP1 66 1300 1700 13 13 ST2P KP2 67 1500 1700 13 13 ST CC 68 400 11 69 400 14 70 400 x 50 14 71 533 666 x 20 23 23 72 reserved 73 350 440 15 15 74 480 620 15 15 75 440 480 15 15 76 400 25...

Page 891: ...40 17 17 85 400 450 17 17 86 400 17 87 1400 26 88 950 12 89 1400 12 90 1800 12 91 470 0 92 940 0 93 1300 0 94 1500 0 95 1880 0 96 350 440 10 10 97 TBD 98 TBD 99 TBD 100 TBD Table 278 NTAK03 NTDK20 and...

Page 892: ...Part 1 of 9 Tone Frequency Hz dB below overload Precision Ringing Tones DTMF Digits MF Digits 1 940 X 1630 14 13 P 2 700 X 1210 14 13 1 3 700 X 1340 14 13 2 4 700 X 1480 14 13 3 5 770 X 1210 14 13 4...

Page 893: ...13 12 1 91 700 1340 13 12 2 92 700 1480 13 12 3 93 770 1210 13 12 4 94 770 1340 13 12 5 95 770 1480 13 12 6 96 850 1210 13 12 7 97 850 1340 13 12 8 98 850 1480 13 12 9 99 940 1210 13 12 0 100 940 134...

Page 894: ...940 1630 12 10 P 114 700 1210 12 10 1 115 700 1340 12 10 2 116 700 1480 12 10 3 117 770 1210 12 10 4 118 770 1340 12 10 5 119 770 1480 12 10 6 120 850 1210 12 10 7 121 850 1340 12 10 8 122 850 1480 1...

Page 895: ...132 400 450 22 22 133 1400 15 134 950 19 135 1400 20 136 1800 20 137 420 19 138 940 1630 18 17 P 139 700 1210 18 17 1 140 700 1340 18 17 2 141 700 1480 18 17 3 142 770 1210 18 17 4 143 770 1340 18 17...

Page 896: ...F0 152 770 1630 18 17 F 153 850 1630 18 17 I 154 533 666 X 10 23 155 533 666 X 20 23 156 400 12 157 820 14 158 420 12 159 420 25 160 420 X 25 12 161 553 666 X 10 23 162 553 666 X 20 23 163 420 22 164...

Page 897: ...73 420 32 2 174 reserved 3 175 420 6 4 176 420 2 5 177 1020 13 6 178 1800 17 7 179 1400 23 8 180 950 29 9 181 1400 29 0 182 1800 29 183 950 22 184 470 0 F0 185 940 0 F 186 1880 0 I 187 400 22 Table 27...

Page 898: ...195 770 1210 9 7 196 770 1340 9 7 197 770 1480 9 7 198 850 1210 9 7 199 850 1340 9 7 200 850 1480 9 7 201 940 1340 9 7 202 940 1210 9 7 203 940 1480 9 7 204 700 1630 9 7 205 770 1630 9 7 206 850 1630...

Page 899: ...4 218 940 1630 14 12 219 700 1210 14 12 220 700 1340 14 12 221 700 1480 14 12 222 770 1210 14 12 223 770 1340 14 12 224 770 1480 14 12 225 850 1210 14 12 226 850 1340 14 12 227 850 1480 14 12 228 940...

Page 900: ...4 12 234 940 X 1630 17 15 p 235 700 X 1210 17 15 1 236 700 X 1340 17 15 2 237 700 X 1480 17 15 3 238 770 X 1210 17 15 4 239 770 X 1340 17 15 5 240 770 X 1480 17 15 6 241 850 X 1210 17 15 7 Table 279 N...

Page 901: ...ink Control protocol used with the QPC513 ESDI card The protocol is a subset of the HDLC procedures which are described in International Organization for Standardization procedures ISO 3309 1979 E ISO...

Page 902: ...page 903 In particular frame elements for applications using a port on the QPC513 follow these LAPB conventions Zero information field is permitted Inter frame time fill is accomplished by transmittin...

Page 903: ...th commands and responses from the other combined station Table 280 LAPB frame structure Flag Address Control Information FCS Flag 01111110 8 bits 8 bits unspecified no of bits 16 bits 01111110 Legend...

Page 904: ...ommands and responses The elements of procedure are described in terms of actions which take place when a command is received The classes of procedures are a combination of the frame structure and the...

Page 905: ...and ADCCP specifications link set up and disconnect implemented according to BX 25 specifications Table 281 Commands and responses Command Response Option I 8 RR RR RNR RNR REJ REJ or FRMR 2 SABM UA...

Page 906: ...Page 906 of 906 Appendix A LAPB Data Link Control protocol 553 3001 211 Standard 3 00 August 2005...

Page 907: ......

Page 908: ...All Rights Reserved Information is subject to change without notice Nortel Networks reserves the right to make changes in design or components as progress in engineering and manufacturing may warrant...

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