Nortel Networks Circuit Card 311 manuály

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Nortel networks Circuit Card 311 Uživatelský manuál (1134 strany)

Značka: Nortel-networks | Kategorie: Sítě | Velikost: 23.67 MB |

Tabulka s obsahem

Circuit Card Reference

Option settings 81

NT5K21 XMFC/MFE card 365

NT6D70 SILC Line card 373

NT6D71 UILC line card 383

NT6D80 MSDL card 389

NT7D16 Data Access card 419

NT8D03 Analog Line card 533

NT8D15 E and M Trunk card 715

Card 1035

The TDS/DTR card 1117

New in this release

How to get help

16 How to get help

Overview

Line cards

NT8D02 Digital Line card

Installation

20 Overview

Figure 1

Host interface bus

22 Overview

Line cards 23

Figure 2

24 Overview

Line cards 25

Figure 3

DS-30X loop data format

Analog line interface units

Coder/Decoder circuit

Variable gain ﬁlters

Balancing network

Digital line interface units

TCM loop interfaces

Signaling

Analog line call operation

Line cards 31

Figure 6

32 Overview

Figure 7

Message waiting

Analog line supervision

Digital line call operation

Line cards 35

Figure 8

Idle (on-hook)

Loop Start Mode

Ground Start Mode

40 Overview

Ground Start Restrictions

Voice frequency audio level

Off-premise line protection

Line protectors

Trunk cards

NT8D14 Universal Trunk card

NT8D15 E and M Trunk card

Operation 49

Figure 11

50 Overview

Operation 51

Figure 12

52 Overview

Figure 13

Trunk interface unit

54 Overview

Figure 14

Power consumption

Electrostatic discharge

Electromagnetic interference

60 Overview

Circuit card installation

Circuit and installation

Precautions

Installing a circuit card

68 Circuit card installation

Figure 16

Installing a circuit card 69

70 Circuit card installation

Acceptance tests

72 Acceptance tests

STAT loop

Conference cards 73

Digitone receiver cards

Multifrequency sender cards

76 Acceptance tests

Procedure 7

Network cards

78 Acceptance tests

Procedure 9

Procedure 10

Tone and digit switch cards

Option settings

Circuit card grid

General purpose switches

Trunk interface switches

Ring ground switches

88 Option settings

Figure 18

Switch functions and areas

NT6D42 Ringing Generator DC

NT6D68 Core module backplane

NT8D17 Conference/TDS card

NT8D21 Ringing Generator AC

NT8D22 System Monitor

NN43001-311 01.04 Standard

100

Release 5.0 23 May 2008

100

NT8D22 jumper settings

101

Baud rate

101

DTE/DCE mode

102

QPC414 Network card

105

QPC441 3-Port Extender cards

106

QPC528 CO/FX/WATS Trunk cards

109

QPC471 Clock Controller card

110

QPC775 Clock Controller card

115

Line card

119

Self Test

122

Physical description 123

123

Figure 21

123

Card interfaces

125

Maintenance communication

126

Maintenance communications

126

Power interface

127

Line interface units

127

Card LAN interface

128

Signaling and control

128

Card control functions

129

Microcontroller

130

Circuit power

136

Analog line interface

136

Ringer limitations

137

Incoming calls

139

Outgoing calls

140

Connector pin assignments 143

143

Figure 23

143

Jumper strap settings

144

Figure 24

146

Application

147

Application 149

149

Figure 25

149

Other applications

150

Transmission considerations

151

Port-to-port loss

152

Application 153

153

Application 157

157

= 10.5 dB

157

Application 159

159

NT4N39AA CP Pentium IV Card

161

Physical description 163

163

Figure 26

163

CP PIV card (front)

163

COM1 and COM2 ports

165

USB port

165

Front panel LED indicators

166

Post 80 Debug LEDs (Optional)

167

NT5D11 and NT5D14 Lineside T1

169

Interface cards

169

Card connections

171

Physical description 175

175

Figure 29

175

Lineside T1 card - faceplate

175

Functional description 177

177

Figure 30

177

Figure 31

178

Functional description 179

179

T1 interface circuit

180

Microcontrollers

182

Sanity timer

184

T1 channel speciﬁcations

186

Environmental speciﬁcations

187

Installation and conﬁguration

188

Dip switch settings

189

MMI port speed selection

190

T1 framing

191

T1 coding

191

DSX-1 length

192

Daisy-chaining to MMI

192

MMI master or slave

192

Figure 33

195

T1 Coding

196

Daisy-Chaining to MMI

196

MMI Master or Slave

197

Cabling the Lineside T1 card

202

Procedure 12

204

Connecting to the MDF

204

Figure 34

205

Figure 35

206

T1 connections

208

External alarm connections

209

MMI connections

209

Procedure 13

210

Figure 36

211

I/O cable

213

Figure 37

216

Terminal conﬁguration

218

Software conﬁguration

219

Disconnect supervision

221

OSP <CR>

222

ISP <CR>

222

Clocking Requirement

223

Figure 39

224

Figure 40

224

MG1000 chassis

224

Description

225

229

L 13 4 <CR>

230

L<CR>

230

L <address>

230

Basic commands

231

Conﬁguring parameters

235

Set Time

235

Set Date

235

Alarm parameters

236

Set Clearing

239

Display Conﬁguration

239

Alarm operation and reporting

243

Alarm Disable

244

Alarm Enable

244

Clear Alarm

244

Display Alarms

245

Clear Alarm Log

245

Display Status

245

Display Performance

248

Display History

249

Clear Error

249

Applications 257

257

Figure 49

257

Figure 50

258

Applications 259

259

Figure 51

259

Figure 52

260

Applications 261

261

Figure 53

261

Figure 54

262

NT5D33 and NT5D34 Lineside E1

263

Figure 56

266

NT5D34AB LEI card - faceplate

266

E1 interface circuit

269

Sanity Timer

271

Man-Machine Interface

271

ELEI additional functionality

271

Installation and Conﬁguration

274

Address of LEI to the MMI

275

E1 framing

275

E1 Coding

275

Figure 59

276

Cabling the LEI card

282

E1 Connections

284

External Alarm Connections

285

MMI Connections

285

Procedure 14

286

Software Conﬁguration

287

Clocking Requirement 291

291

Figure 61

291

Figure 62

291

294

Set Alarm

298

Set Simple

301

Set Mode

302

Figure 69

303

Set Mode (S M): Table screen

303

Figure 70

304

Display Conﬁguration (D C)

306

Figure 73

309

Display Status (D S) screen

309

Figure 78

313

MMI Local loopback test

313

Figure 79

313

MMI External loopback test

313

Applications 315

315

Figure 81

315

LEI connection to IPE

315

Figure 82

315

Figure 83

316

NT5D60/80/81 CLASS Modem card

317

NT5D97 faceplate

327

Enable/Disable Switch

328

ENET LEDs

328

Physical description 329

329

Unit 1 Clk Connectors

330

Connector J5 (TRK)

330

Connector J6 (DCH)

330

Port deﬁnitions

330

Physical capacity

331

D-Channel capacity

331

CPU capacity

331

Cable requirements

332

E1 carrier cables

333

Reference clock cables

337

MSDL/DCH cables

337

External DCH cable

337

External MSDL cable

337

Cable diagrams

338

Physical description 339

339

Figure 92

339

Impedance level and unit mode

342

Transmission mode

343

Line build out

343

Receiver impedance

343

NT5D97AA/AB

344

NT5D97AD DIP switch settings

345

NT5D97AD" (page 347)

346

Functional description 347

347

Figure 95

347

Tracking mode

351

Free run (non-tracking) mode

351

Reference clock errors

352

Automatic clock recovery

352

Automatic clock switching

352

Clock conﬁgurations

353

Figure 98

356

Clock Controller - Option 2

356

Operation 357

357

Figure 99

357

Clock Controller - Option 3

357

Figure 100

358

Clock Controller - Option 4

358

Procedure 16

360

Removing the NT5D97

360

Conﬁguring the NT5D97

361

Testability and diagnostics

361

D-Channel daughterboard

362

NT5K21 XMFC/MFE card

365

Forward and backward signals

366

MFE signaling

367

Sender and receiver mode

368

ST/PAA/CLC/CER/692

369

Physical speciﬁcations

370

Physical speciﬁcations 371

371

(Slots 1-10)

371

372 NT5K21 XMFC/MFE card

372

NT6D70 SILC Line card

373

ISDN BRI

374

376 NT6D70 SILC Line card

376

Functional description 377

377

Micro Controller Unit (MCU)

378

IPE interface logic

378

Functional description 379

379

S/T interface logic

380

Functional description 381

381

382 NT6D70 SILC Line card

382

NT6D71 UILC line card

383

Functional description 387

387

U interface logic

388

NT6D80 MSDL card

389

392 NT6D80 MSDL card

392

Figure 102

392

MSDL block diagram

392

Micro Processing Unit (MPU)

393

Serial interface

393

MSDL operations

394

Data ﬂow

395

Engineering guidelines

396

Port speciﬁcations

397

Implementation guidelines

400

Installing the MSDL card

403

Cable installation

406

PRI trunk connections

406

I/O panel connections

406

MSDL planning form

407

Maintenance

408

Manually enabled

409

System disabled

409

Maintaining the MSDL

410

System controlled maintenance

411

Enabling the MSDL

412

Disabling the MSDL

412

Resetting the MSDL

412

Displaying MSDL status

412

Self-testing the MSDL

412

Newly installed MSDL cards

413

Replacing MSDL cards

414

Symptoms and actions

415

System disabled actions

415

SYSTEM DISABLED—SELF-TESTING

416

SYSTEM DISABLED—OVERLOAD

417

SYSTEM DISABLED—FATAL ERROR

418

NT7D16 Data Access card

419

Features

420

Controls and indicators

421

Dialing operations

422

Call Set-up abort

423

Make Port Busy on loss of DTR

424

Inactivity timeout

424

Wire test mode

425

Operating modes

426

430 NT7D16 Data Access card

430

Figure 108

430

DAC to modem connectivity

430

Conﬁguring modems for mode 0

431

432 NT7D16 Data Access card

432

Figure 109

432

Conﬁguring modems for mode 1

433

434 NT7D16 Data Access card

434

Operating modes 435

435

436 NT7D16 Data Access card

436

Figure 110

436

DAC to Gateway connectivity

436

Operating modes 437

437

Figure 111

437

438 NT7D16 Data Access card

438

Operating modes 439

439

Figure 112

439

DAC to Host connectivity

439

440 NT7D16 Data Access card

440

Operating modes 441

441

442 NT7D16 Data Access card

442

Figure 113

442

DAC to Terminal connectivity

442

Operating modes 443

443

Mode selection baud rates

444

Keyboard dialing

453

Initiating conditions

454

Call abort

455

Autobaud

455

Baud Rate xxxx expected

455

Auto parity

455

Dialing operation

455

Primary commands

456

Call (C)

456

Autodial (A)

457

Speed Call (S)

457

458 NT7D16 Data Access card

458

Keyboard dialing 459

459

Ring Again

460

Keyboard dialing 461

461

Hayes dialing

462

Input requirements

463

Result codes and messages

464

Baud rate detection

465

Parity detection

465

S registers

467

Reset Hayes parameters

469

Outbound calls

470

Inbound calls

470

Off Line mode

471

Speciﬁcations

472

Operating parameters

473

Upload parameters

474

System database requirements

475

476 NT7D16 Data Access card

476

Figure 114

476

Figure 115

477

Power supply

478

Environmental

479

Reliability

479

Cabinet system

479

Large System

480

System compatibility

480

Port conﬁguration

481

482 NT7D16 Data Access card

482

Figure 116

482

484 NT7D16 Data Access card

484

Figure 117

484

Cabling to the data equipment

484

Cabling 485

485

Figure 118

485

RJ-11 or RJ-45 jacks

485

486 NT7D16 Data Access card

486

Figure 119

486

Patch panel layout

486

Figure 120

487

Octopus cabling

487

DAC administration (LD 11)

490

Upgrading systems

494

Segment 0

495

Segment 1

496

Segment 2

496

Segment 3

496

498 NT7D16 Data Access card

498

NTDK16 Digital Line card

500

Physical description 503

503

Figure 123

503

Digital line card - faceplate

503

Figure 124

504

Physical description 505

505

Figure 125

505

Functional description 509

509

Figure 127

509

NTDK16 DLC

509

Figure 128

510

Functional description 511

511

Figure 129

511

Digital line interfaces

513

TCM loop interface circuit

515

Technical summary

520

Jumper and switch settings

528

Conﬁguration 529

529

Figure 131

529

Figure 132

530

Conﬁguration 531

531

Figure 133

532

NT8D03 Analog Line card

533

534 NT8D03 Analog Line card

534

Physical description 539

539

Figure 134

539

Functional description 543

543

Figure 135

543

Figure 136

544

Functional description 545

545

Technical summary or

548

Frequency response

550

Message channel noise

550

Overload level

555

Conﬁguration 559

559

Figure 137

559

Conﬁguration 565

565

Figure 140

565

Physical description 573

573

Figure 141

573

Figure 142

574

Physical description 575

575

Functional description 577

577

Figure 144

577

Functional description 579

579

Figure 145

579

Trunk interface units

580

Functional description 581

581

Functional description 583

583

Loop start operation

586

Operation 587

587

Figure 147

587

Figure 148

588

Operation 589

589

Figure 149

589

DTMF tones

591

Figure 152

592

Operation 593

593

Figure 153

594

Operation 595

595

Figure 154

595

Figure 155

596

Ground start operation

597

Operation 599

599

Figure 157

599

Figure 158

600

Operation 601

601

Figure 159

601

Figure 160

602

Operation 603

603

Figure 161

604

Operation 605

605

Figure 162

606

Figure 163

608

Operation 609

609

Figure 164

609

Figure 165

610

Operation 611

611

Figure 166

611

Figure 167

612

Operation 613

613

Figure 168

613

Figure 169

614

Direct inward dial operation

615

Operation 617

617

Figure 171

617

Figure 172

618

Operation 619

619

Figure 173

619

Figure 174

620

Figure 175

622

Operation 623

623

Figure 176

623

Figure 177

624

Operation 625

625

Figure 178

625

Operation 627

627

Figure 179

627

Figure 180

628

Operation 629

629

Figure 181

629

Figure 182

630

Operation 631

631

Figure 183

631

Figure 184

632

Operation 633

633

Figure 185

633

Figure 186

634

Operation 635

635

Figure 187

635

Figure 188

636

Operation 637

637

Figure 189

637

Operation 639

639

Figure 191

640

CO/FX/WATS trunk

640

Operation 641

641

Figure 192

641

Figure 193

644

Operation 645

645

Figure 194

645

Figure 195

646

Operation 647

647

Figure 196

647

Figure 198

650

Operation 651

651

Figure 199

651

Figure 200

652

Operation 653

653

Figure 201

653

Figure 202

654

Operation 655

655

Figure 203

655

Figure 204

656

Operation 657

657

Figure 205

657

Figure 206

658

Operation 659

659

Figure 207

659

Figure 208

660

Operation 661

661

Figure 209

661

Operation 663

663

Figure 210

664

Operation 665

665

RAN modes of operation

666

Operation 667

667

Figure 212

668

Operation 669

669

Figure 213

669

Figure 214

670

Multi-Channel RAN modes

671

RTYP = MLSS

672

Operation 673

673

Call routing to RAN trunks

675

Programming RAN trunks

675

Tr unk card

678

Tr unk Card

679

Release control

684

PAD switching

684

Electrical speciﬁcations 685

685

Table 245

685

Conﬁguration 695

695

Figure 216

695

Service change entries

696

Conﬁguration 701

701

Figure 217

701

Figure 218

702

Figure 219

706

Applications 711

711

Figure 220

711

Music operation

712

Applications 713

713

Figure 221

713

Figure 222

714

720 NT8D15 E and M Trunk card

720

Physical description 721

721

Figure 223

721

722 NT8D15 E and M Trunk card

722

Common features

724

Functional description 725

725

Figure 225

725

726 NT8D15 E and M Trunk card

726

Figure 226

726

Functional description 727

727

Figure 227

727

Functional description 729

729

Trunk circuit features

730

Trunk unit functions

731

732 NT8D15 E and M Trunk card

732

Figure 228

732

E and M Type I signaling

732

Figure 229

732

E and M Type II signaling

732

Functional description 733

733

734 NT8D15 E and M Trunk card

734

Figure 230

734

4-wire DX signaling

734

Functional description 735

735

Figure 231

735

Paging trunk operation

735

736 NT8D15 E and M Trunk card

736

Figure 232

736

Functional description 737

737

Figure 233

737

738 NT8D15 E and M Trunk card

738

Figure 234

738

Functional description 739

739

Figure 235

739

Figure 236

739

740 NT8D15 E and M Trunk card

740

Figure 237

740

Card LAN

742

Signaling interface

743

Functional description 745

745

Maintenance features

746

Operation 749

749

750 NT8D15 E and M Trunk card

750

Figure 240

750

Operation 751

751

Figure 241

751

752 NT8D15 E and M Trunk card

752

Figure 242

752

Operation 753

753

Figure 243

753

754 NT8D15 E and M Trunk card

754

Figure 244

754

758 NT8D15 E and M Trunk card

758

Figure 245

758

Duplex signaling

759

Operation 765

765

Figure 247

765

766 NT8D15 E and M Trunk card

766

Figure 248

766

Operation 767

767

Figure 249

767

768 NT8D15 E and M Trunk card

768

Figure 250

768

Operation 769

769

Figure 251

769

Connector pin assignments 779

779

Figure 252

779

Connector pin assignments 781

781

782 NT8D15 E and M Trunk card

782

Figure 253

782

Jumper settings

785

786 NT8D15 E and M Trunk card

786

Figure 255

786

Software service entries

789

790 NT8D15 E and M Trunk card

790

796 NT8D15 E and M Trunk card

796

Table 309

796

798 NT8D15 E and M Trunk card

798

Figure 259

798

Applications 799

799

Figure 260

799

800 NT8D15 E and M Trunk card

800

Figure 261

800

System considerations

804

Option switch settings

806

DTE/DCE/Fiber mode

807

Figure 265

810

SDI paddle board cabling

810

Figure 268

817

Applications 819

819

Figure 269

819

Paddle Board

821

Functional description 823

823

Figure 270

823

NT8D41BA QSDI paddle board

823

Applications 829

829

Physical description 831

831

Applications 839

839

Figure 275

839

NTAG26 XMFR card

841

XMFR receiver speciﬁcations

842

MF signaling

844

848 NTAG26 XMFR card

848

NTAK02 SDI/DCH card

849

Connecting to the por ts

850

NTAK09 1.5 Mb DTI/PRI card

859

NTAK20 power on self-test

865

NTAK93 self-test

865

DTI/PRI local self-test

866

Restrictions and limitations

866

Clock controller interface

877

NTAK10 2.0 Mb DTI card

879

884 NTAK10 2.0 Mb DTI card

884

DS-30X interface

886

Transmit data

887

Receive data

888

DS-30X microprocessor

888

Interconnections

889

CEPT interface

890

Channel associated signaling

891

Incoming signal

891

Outgoing supervisory signals

891

Periodic Pulse Metering (PPM)

892

TS16 microprocessor

892

Architecture 893

893

Carrier interface

894

Tx Direction

894

Rx Direction

894

Clocking modes

895

896 NTAK10 2.0 Mb DTI card

896

Architecture 897

897

Reference switchover

898

Autorecovery and chatter

899

900 NTAK10 2.0 Mb DTI card

900

Reference clock interface

901

Switch settings

901

NTAK20 Clock Controller

903

Free-run (non-tracking)

908

Functional description 911

911

Digital phase lock loops

912

EIA/CCITT compliance

914

Monitoring references

914

Digital to analog converter

917

Holdover and free-run

917

CPU-MUX bus interface

918

Signal conditioning

918

Reference Clock Selection

919

External timing interface

920

NTAK79 2.0 Mb PRI card

923

NTAK79 switches

928

allocations"

935

Impedance matching

938

Carrier grounding

939

Receiver functions

940

Transmitter functions

941

Loopbacks

941

CEPT transceiver

942

Slip control

942

D-channel support interface

942

Card-LAN interface

945

Architecture 947

947

948 NTAK79 2.0 Mb PRI card

948

950 NTAK79 2.0 Mb PRI card

950

952 NTAK79 2.0 Mb PRI card

952

DMA controller

957

Random Access Memory (RAM)

957

Read Only Memory (ROM)

957

Counter/timer controller

958

Software interface circuit

958

DPNSS/DCHI Por t

959

D-Port - SDTI/PRI interface

960

NTBK22 MISP card

961

Functional description 963

963

CPU to MISP bus interface

964

MISP network bus interface

965

966 NTBK22 MISP card

966

NTBK50 2.0 Mb PRI card

967

LEDs" (page 970)

970

Environment

972

974 NTBK50 2.0 Mb PRI card

974

Architecture 985

985

Architecture 987

987

988 NTBK50 2.0 Mb PRI card

988

NTBK51 Downloadable D-channel

989

Handler daughterboard

989

Microprocessors

993

Main memory

994

Shared memory

994

EPROM memory

994

Flash EPROM memory

995

EEPROM memory

995

Download operation

996

System initialization

997

Card reset

998

Background audit

999

Contents

1001

Introduction

1001

Physical description

1002

Functional description

1003

Operation

1003

Electrical speciﬁcations

1005

Connector pin assignments

1006

Conﬁguration

1006

Conﬁguration 1007

1007

Figure 282

1007

Figure 283

1008

Route Data Block

1009

Trunk Data Block

1010

Applications

1013

Detection limits

1014

Busy tone detect

1014

Loss switching

1014

Equivalencies

1015

Trunk to Trunk connection

1015

Call disconnect

1016

Memory 1019

1019

Figure 285

1019

100BaseT IP daughterboards

1020

Figure 286

1021

PC card interface

1023

Security device

1023

SDI ports

1024

Conferencing

1025

Figure 290

1027

Media Gateway Expansion slots

1027

Introduction 1031

1031

Figure 291

1031

MGC block diagram

1031

Processor

1032

Ethernet ports

1032

Expansion daughterboards

1032

Backplane interface

1032

Serial data interface ports

1033

Faceplate LED display

1033

NTDW61 and NTDW66 Common

1035

Processor Pentium Mobile Card

1035

Introduction 1037

1037

Figure 292

1037

Cabinet/chassis suppor t

1038

Media storage

1039

Ethernet interfaces

1039

USB 2.0 port

1040

Faceplate

1041

Figure 294

1042

Faceplate buttons

1043

DIP switch

1043

LED indicators

1043

Ethernet LEDs

1044

ELAN and TLAN LEDs

1044

HSP LEDs

1044

Controller Daughterboards

1045

Figure 297

1046

Daughterboard conﬁgurations

1047

Backplane interfaces

1050

NTRB21 DTI/PRI/DCH TMDI card

1053

ATTENTION

1054

Figure 301

1058

NTRB21 TMDI card faceplate

1058

Power requirements

1062

Software description

1065

Hardware description

1065

Figure 304

1066

Architecture

1067

Interconnection

1068

Microprocessor

1069

allocations

1070

PAD set 0 PAD set 1

1070

Architecture 1073

1073

DS-1 Carrier interface

1074

Transmitter

1074

Receiver

1075

Connector pinout

1075

D-type connector

1076

Clock rate converter

1078

NTVQ01xx Media Card

1079

Hardware architecture

1080

PC card slot

1081

Ethernet activity LEDs

1081

Maintenance hex display

1081

1082 NTVQ01xx Media Card

1082

Figure 307

1082

NTVQ01xx Media Card faceplate

1082

Survivability

1083

1084 NTVQ01xx Media Card

1084

NTVQ55AA ITG Pentium card

1085

ITG-P LED (Card Status)

1086

Reset switch

1086

NWK Status LED

1087

Synchronous communication

1092

Clock timing option

1093

Test and maintenance features

1093

Self-test

1093

Fault detection

1094

Fault isolation

1094

Connection characteristics

1094

Electrical interface options

1094

Conﬁguring the ESDI card

1097

DTE/DCE mode jumper settings

1098

Software service changes

1100

Figure 313

1102

QPC513 ESDI card cabling

1102

Figure 315

1106

Conﬁguring the QSDI card

1109

Baud rate switch settings

1110

DTE/DCE mode switch settings

1110

Test switch setting

1111

Applications 1115

1115

Figure 317

1115

QPC841 QSDI card cabling

1115

The TDS/DTR card

1117

Tone detector

1118

SDI function

1118

Tones and cadences

1118

1128 The TDS/DTR card

1128

Appendix A

1129

Frame structure

1130

Commands and responses

1131

Description of procedure

1132

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