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Avaya 1000 Series, Reference

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Signaling levels

MFC signaling uses pairs of frequencies to represent digits, and is divided into two levels:

• Level 1: used when a call is first established and may be used to send the dialed digits.

• Level 2: used after Level 1 signaling is completed and may contain such information as

the status, capabilities, or classifications of both calling parties.

Forward and backward signals

When one NT5K21 XMFC/MFE card sends a pair of frequencies 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 other
words, the receiving card is always "compelled" to respond to the originating card.

In summary, the signaling works as follows:

• The first XMFC/MFE card sends a forward signal to the second card.

• The second card hears the forward signal and replies with a backward signal.

• The first card hears the backward signal and "turns off" its forward signal.

• The second card hears the forward signal being removed and removes its backward

signal.

• The first XMFC/MFE can either send a second signal or drop out of the call.

MFC signaling involves two or more levels of forward signals and two or more levels of
backward signals. Separate sets of frequencies are used for forward and backward signals:

• Forward signals. Level I forward signals are dialed address digits that identify the called

party. Subsequent levels of forward signals describe the category (Class of Service) of
the calling party, and may include the calling party status and identity.

• Backward signals. Level I backward signals (designated "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 135: MFC Frequency values

 on page 296 lists the frequency values used for forward

and backward signals.

Table 135: MFC Frequency values

Digit

Forward direction DOD-Tx, DID-

Rx

backward direction DOD-Rx, DID-

Tx

1

1380 Hz + 1500 Hz

1140 Hz + 1020 Hz

2

1380 Hz + 1620 Hz

1140 Hz + 900 Hz

NT5K21 XMFC/MFE card

296     Circuit Card Reference

July 2011

Comments? [email protected]

Summary of Contents for 1000 Series

Page 1: ...Circuit Card Reference Nortel Communication Server 1000 7 0 NN43001 311 04 04 July 2011 ...

Page 2: ... no use should be made of materials on this site the Documentation Software or Hardware provided by Avaya All content on this site the documentation and the Product provided by Avaya including the selection arrangement and design of the content is owned either by Avaya or its licensors and is protected by copyright and other intellectual property laws including the sui generis rights relating to t...

Page 3: ...on 27 Intended audience 28 Conventions 28 Terminology 28 Related information 29 Technical documentation 29 Online 29 CD ROM 29 Chapter 4 Overview 31 Contents 31 Line cards 32 NT1R20 Off Premise Station Analog Line card 32 NT5D11 and NT5D14 Lineside T1 interface card 33 NT5D33 and NT5D34 Lineside E1 Interface card 33 NT8D02 Digital Line card 33 NT8D09 analog message waiting line card 33 Analog line...

Page 4: ... 82 Multifrequency sender cards 82 Multifrequency signaling cards 83 Network cards 83 Trunk cards 84 Tone and digit switch cards 85 Chapter 7 Option settings 87 Contents 87 Circuit card grid 87 NT1R20 Off Premise Station card 89 NT5D12 Dual DTI PRI DDP card 90 General purpose switches 91 Trunk interface switches 91 Ring ground switches 92 DCH mode and address select switches 92 Illustrations of sw...

Page 5: ... Card control functions 122 Microcontroller 122 Card LAN interface 123 Software service changes 123 Port to port loss configuration 124 Electrical specifications 125 Circuit power 125 Analog line interface 125 Power requirements 126 Foreign and surge voltage protection 126 Ringer limitations 126 Environmental specifications 127 Operation 127 Incoming calls 127 Outgoing calls 128 Connector pin assi...

Page 6: ...157 Power requirements 157 Foreign and surge voltage protections 157 Environmental specifications 158 Installation and configuration 158 Dip switch settings 158 Installation 163 Cabling the Lineside T1 card 165 Terminal configuration 171 Software configuration 171 Clocking Requirement 173 Connecting MGC DECT Clock Reference Cable 173 Man Machine T1 maintenance interface software 175 Description 17...

Page 7: ...ming 206 E1 Coding 206 Line supervision on E1 failure 207 Daisy Chaining to MMI 208 MMI Master or Slave 208 Installation 211 Available and restricted card slots in the NT8D37 IPE module 211 Cabling the LEI card 212 Cabling from the I O panel with the NT5D35AA or NT5D36AA lineside E1 I O cable 212 E1 Connections 215 External Alarm Connections 215 MMI Connections 215 Terminal configuration 217 Softw...

Page 8: ...m capacity and performance 260 Cable requirements 261 Cable diagrams 268 Functional description 271 NT5D97 circuit card locations 271 NT5D97AA AB DIP switch settings 271 Trunk interface switches for NT5D97AA AB 273 NT5D97AD DIP switch settings 276 DCH Address select switch for NTBK51AA NTBK51CA daughterboard for NT5D97AD 279 MSDL external card 280 Architecture 281 Clock operation 281 Reference clo...

Page 9: ...CU 307 IPE interface logic 308 S T interface logic 309 Chapter 17 NT6D71 UILC line card 311 Contents 311 Introduction 311 Physical description 312 Power consumption 312 Functional description 312 Micro Controller Unit MCU 313 IPE interface logic 314 U interface logic 315 Chapter 18 NT6D80 MSDL card 317 Contents 317 Introduction 317 Physical description 318 Functional description 319 CPU bus interf...

Page 10: ...348 NTDK16 Digital Line card 348 Physical description 348 Functional description 349 NT8D02 Digital Line card 349 NTDK16 Digital Line card 351 Card interfaces 354 Digital line interfaces 355 Card control functions 355 Circuit power 356 Electrical specifications 357 Digital line interface specifications 357 Connector pin assignments 358 Configuration 359 Jumper and switch settings 360 Software serv...

Page 11: ... for DID and two way loop DR trunks 403 Outgoing automatic incoming dial operation 407 Recorded announcement trunk operation 411 Electrical specifications 416 Power requirements 418 Foreign and surge voltage protection 418 Environmental specifications 418 Release control 419 PAD switching 419 Connector pin assignments 420 Configuration 421 Jumper strap settings 424 Service change entries 425 Port ...

Page 12: ...assignments 466 Configuring the QSDI paddle board 467 Option switch settings 468 Software service changes 470 Applications 471 Physical description 473 Functional description 474 System considerations 475 Connector pin assignments 476 Configuring the QSDI paddle board 477 Option switch settings 477 Software service changes 479 Applications 479 Chapter 24 NTAG26 XMFR card 481 Contents 481 Introduct...

Page 13: ...7 NTAK10 2 0 Mb DTI card 501 Contents 501 Introduction 501 Physical description 502 Power requirements 503 Environment 503 Functional description 503 Applicability to France 504 Architecture 504 DS 30X interface 504 Signaling interface 506 Clock controller interface 507 Switch settings 510 Chapter 28 NTAK20 Clock Controller daughterboard 513 Contents 513 Introduction 513 Clocking modes 514 Trackin...

Page 14: ...rd LAN interface 531 Clock controller interface 531 Chapter 30 NTDW79AAE5 Universal Digital Trunk card 535 Contents 535 Introduction 535 Physical description 539 Power requirements 540 Connectors 540 LED indicators 540 Functional description 541 UDT card alarms 541 Clock reference 542 Feature interactions 542 Chapter 31 NTAK93 D channel Handler Interface daughterboard 543 Contents 543 Introduction...

Page 15: ...onal description 554 Architecture 554 DS 30X interface 555 Signaling interface 556 Carrier interface 556 Carrier grounding 556 CEPT transceiver 557 Slip control 558 D channel support interface 558 Card LAN interface 558 Chapter 34 NTBK51 Downloadable D channel Handler daughterboard 561 Contents 561 Introduction 561 Physical description 562 Functional description 562 Microprocessors 563 Main memory...

Page 16: ...8 BTID values by country 580 Applications 580 Periodic Pulse Metering 580 Busy tone detect 581 Loss switching 581 Trunk to Trunk connection 582 Call disconnect 583 Chapter 36 NTDW12AAE5 Universal Clock Controller daughter board 585 Contents 585 Introduction 585 Clocking modes 586 Tracking mode 587 Free run non tracking 587 Physical description 588 Faceplate LEDs 588 Functional description 588 Phas...

Page 17: ... Network connections and dual homing 604 Chapter 39 NTDW56 and NTDW59 Common Processor Media Gateway card 607 Contents 607 Introduction 607 Cabinet and chassis support 609 Faceplate 610 Status LED 610 LED display 611 Serial data interface ports 612 Ethernet connections 612 Media storage 613 Security Device Dongle 615 Chapter 40 NTDW53 and NTDW54 Common Processor Dual Core card 617 Contents 617 Int...

Page 18: ...a Gateway Controller Daughterboards 643 Contents 643 Introduction 643 Media Gateway Controller card 643 Daughterboard configurations 644 Chapter 43 NTDW65 Voice Gateway Media Card 647 Contents 647 Introduction 647 Ethernet ports 648 External connections 648 Internal connections 648 Backplane interfaces 649 Serial data interface ports 649 TTY settings 649 Faceplate LED display 649 Chapter 44 NTRB21...

Page 19: ...n 667 Chapter 46 NTC314AAE6 Media Gateway utility card 669 Contents 669 Physical description 669 Functional description 669 MGU dip switch settings 671 Rear components 674 Chapter 47 QPC841 Quad Serial Data Interface card 677 Contents 677 Introduction 677 Physical description 678 Functional description 679 Connector pin assignments 680 Configuring the QSDI card 682 Address switch settings 683 Baud...

Page 20: ...20 Circuit Card Reference July 2011 ...

Page 21: ...NTDW59BAE6 CP MG card with 128 DSP ports The CP MG card provides improvements in port density and cost reductions by functioning as a Call Server or Application Server and a Gateway Controller with DSP resources while occupying slot 0 in a Media Gateway The CP MG card requires the Linux Base Operating System and supports the Co resident Call Server and Signaling Server and CS 1000E TDM configurati...

Page 22: ...S 1000E Peripheral Rate Interface PRI Media Gateway PRI Gateway can support a MGC card populated with two DB 128 for a maximum of 256 DSP ports The Extended Media Gateway PRI MGP package 418 is required to support MGC cards populated with two DB 96 or two DB 128 For more information about the DB 128 see NTDW62 NTDW64 and NTDW78 Media Gateway Controller Daughterboards on page 643 Other Revision His...

Page 23: ... Standard 02 07 This document is up issued to replace NTBK51AA with NTBK51AA NTBK51CA for Release 5 5 August 2008 Standard 02 06 This document is up issued to include additional information in the section Jumper and switch settings for Release 5 5 December 2007 Standard 02 05 This document is up issued to support Communication Server Release 5 5 May 2008 Standard 01 04 This document is up issued t...

Page 24: ...rds Description 553 3001 106 Serial Data Interface Cards Description 553 3001 107 NT7D16 Data Access Card Description and operation 553 3001 191 Multi purpose Serial Data Link Description 553 3001 195 Circuit Cards Installation and Testing 553 3001 211 Option 11C and 11C mini Technical Reference Guide 553 3011 100 Content from Option 11C and 11C mini Technical Reference Guide 553 3011 100 also app...

Page 25: ... Support Web site and the Nortel Knowledge Base for answers to technical issues sign up for automatic notification of new software and documentation for Nortel equipment open and manage technical support cases Getting help over the telephone from a Nortel Solutions Center If you do not find the information you require on the Nortel Technical Support web site and you have a Nortel support contract ...

Page 26: ... Nortel product or service To locate the ERC for your product or service go to http www nortel com erc Getting help through a Nortel distributor or reseller If you purchased a service contract for your Nortel product from a distributor or authorized reseller contact the technical support staff for that distributor or reseller How to get help 26 Circuit Card Reference July 2011 Comments infodev ava...

Page 27: ...http www avaya com Applicable systems This document applies to the following systems Communication Server 1000M Single Group CS 1000M SG Communication Server 1000M Multi Group CS 1000M MG Communication Server 1000E CS 1000E Meridian 1 PBX 61C Meridian 1 PBX 81C System migration When particular Meridian 1 systems are upgraded to run Communication Server 1000 Release 7 0 software and configured to i...

Page 28: ...ication Server 1000E Upgrade Hardware Upgrade Procedures NN43041 464 Intended audience This document is intended for individuals responsible for maintaining Communication Server 1000 and Meridian 1 systems Conventions Terminology In this document the following systems are referred to generically as system Communication Server 1000E CS 1000E Communication Server 1000M CS 1000M Meridian 1 Unless spe...

Page 29: ...cuments Features and Services Fundamentals NN43001 106 Unified Communications Management Common Services Fundamentals NN43001 116 IP Peer Networking Installation and Commissioning NN43001 313 Linux Platform Base and Applications Installation and Commissioning NN43001 315 Hospitality Features Fundamentals NN43001 553 Online To access Nortel documentation online click the Technical Documentation lin...

Page 30: ...Introduction 30 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 31: ...e 46 Lineside T1 and E1 call operation on page 47 Voice frequency audio level on page 55 Off premise line protection on page 55 Line protectors on page 56 Line protection grounding on page 56 Line and telephone components on page 57 Trunk cards on page 57 Host interface bus on page 60 Trunk interface unit on page 65 Serial Data Interface SDI cards on page 66 Uses on page 67 Features on page 67 Spe...

Page 32: ...Message waiting signal forwarded to digital phone for display No IPE NT8D09 Analog Message Waiting Line card 16 Analo g Lamp No IPE NT1R20 Off Premise Station Analog Line card 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 such as analog 500 2500 type telephones and analog modems Each li...

Page 33: ... the lineside The E1 compatible terminal equipment includes voice mail systems The lineside E1 card emulates an analog line card to the system software NT8D02 Digital Line card The NT8D02 Digital Line card is an intelligent 16 channel digital line card that provides voice and data communication links between a CS 1000E CS 1000M and Meridian 1switch and modular digital telephones Each of the 16 cha...

Page 34: ...ule I O panel 4 Connect a 25 pair cable from the module I O panel connector to the Main Distribution Frame MDF 5 Connect the line card output to the selected terminal equipment at the MDF 6 Configure 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 35: ...amily Peripheral Interface card NT8D01 Controller card Network Interface card NT8D04 Superloop Network card Modules NT8D37 IPE module Intelligent Peripheral Equipment IPE line cards all share a similar architecture Figure 2 Typical IPE analog line card architecture on page 37 shows a typical IPE line card architecture The various line cards differ only in the number and types of line interface uni...

Page 36: ... of self test status CP initiated card reset reporting of card ID card type and hardware vintage reporting of firmware version downloading line interface unit parameters reporting of line interface unit configuration enabling disabling of the DS 30X network loop bus reporting of card status or T1 link status Overview 36 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 37: ...og form and applied to the line facility IPE digital line cards receive the data from the digital phone terminal as 512 kHz Time Compressed Multiplexed TCM data The digital line card converts that data to a format compatible with the DS 30X loop and transmits it in the next available timeslot When a word is received from the DS 30X loop the digital line card converts it to the TCM format and trans...

Page 38: ...t on the signaling bit for the associated channel one bit at a time during 24 successive DS 30X frames Conversely when the switch sends signaling data to the line card it is sent as a 24 bit word divided among 24 successive DS 30X frames Figure 3 DS 30X loop data format DS 30Y network loops extend between controller cards and superloop network cards in the Common Equipment CE They function in a ma...

Page 39: ...e in card status 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 their own When an IPE line card is first plugged into the backplane it runs a self test When the self test is completed a properly functioning card responds to the next controller card poll ...

Page 40: ...able gain filters Audio signals received from the analog phone line are passed through a low pass A D monolithic filter that limits the frequency spread of the input signal to a nominal 200 to 3400 Hz bandwidth The audio signal is then applied to the input of the CODEC Audio signals coming from the CODEC are passed through a low pass A D monolithic filter that integrates the amplitude modulated pu...

Page 41: ...hen the current draw exceeds a preset value the circuit generates an off hook signal that is transmitted back to the system controller The message waiting circuit on message waiting line cards monitors the status of the message waiting signal and applies 150 V dc power to the tip lead when activated This voltage is used to light the message waiting lamps on phones that are equipped with that featu...

Page 42: ...TCM loop interface cannot provide the proper signals on the digital phone line the system controller can remove the 15 V dc power supply from the TCM loop interface This happens when either the card gets a command from the NT8D01 Controller card to shut down the channel or when the digital line card detects a loss of the 1 KHz frame synchronization signal Each TCM loop interface circuit can servic...

Page 43: ...erved by the PBX or remote served through the Public Switched Telephone Network PSTN The alerting signal to a telephone is 20 Hz nominal ringing When an incoming call is answered by the near end station going off hook a low resistance dc loop is placed across the tip and ring leads towards the analog line card and ringing is tripped See Figure 6 Call connection sequence near end station receiving ...

Page 44: ...Figure 6 Call connection sequence near end station receiving call Overview 44 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 45: ...eive notification that a message is waiting across the Card LAN link IPE cards On cards that drive a message waiting light the light is turned on by connecting the ring side of the telephone line to the 150 V dc power supply When the line card senses that the telephone is off hook it removes the Line cards Circuit Card Reference July 2011 45 ...

Page 46: ...rges In the idle state and during dialing and ringing at the far end the line card provides a ground signal on the tip lead and battery on the ring lead See Figure 8 Battery reversal answer and disconnect supervision sequence on page 48 When the far end answers these polarities are reversed The reversed battery connection is maintained as long as the call is established When the far end disconnect...

Page 47: ...mulates standard analog signaling by sending a meaningful combination of ones and zeros across the line that correlates to the electrical impulses that standard analog signaling sends For example to represent that an analog line interface unit is idle the analog line card provides a ground on the tip lead and 48Vdc on the ring lead The lineside T1 E1 card accomplishes the same result by sending it...

Page 48: ...Figure 8 Battery reversal answer and disconnect supervision sequence Overview 48 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 49: ...ence Call operation is described by categorizing the operation into the following main states Idle on hook Incoming calls Outgoing calls Calls disconnected by the CO Calls disconnected by the telephone Line cards Circuit Card Reference July 2011 49 ...

Page 50: ... when the station goes off hook This simulates a low resistance loop across the tip and ring leads toward the Lineside T1 card causing the lineside T1 s receive A bit to be changed from 0 to 1 This bit change prepares the Lineside T1 to receive digits Outward address signaling is then applied from the terminal equipment in the form of DTMF tones or loop interrupting dial pulses that are signaled b...

Page 51: ...1 card both the battery reversal and hook flash features must be enabled within the SAL software Call disconnect from Lineside T1 terminal equipment Alternatively while a call is 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 from 1 to 0 The call is ...

Page 52: ...o terminal equipment that is connected to the Lineside T1 card can originate either from stations that are local served by the PBX or remote served through the public switched telephone network To provide the ringing signal to the terminal equipment the Lineside T1 card simulates the 90V ring signal on the ring lead by alternating the transmit B bit between 0 and 1 0 during ring on 1 during ring o...

Page 53: ...tery reversal feature within the SAL software must be enabled Enabling the battery reversal feature does not provide battery reversal indication when a call is answered it only provides battery reversal indication when a call is disconnected To detect distant end disconnect for calls terminating on the Lineside T1 card the hook flash feature within the SAL software must be enabled To detect distan...

Page 54: ... Lineside T1 card is used in ground start mode certain restrictions should be considered Because the system treats the Lineside T1 card as a standard loop start analog line card the ground start operation of the Lineside T1 card has operational limitations compared to typical ground start interface equipment relating to start of dialing distant end disconnect and glare potential Distant end discon...

Page 55: ...separate channels should be configured in the system and the CPE for each call direction This eliminates the possibility of glare conditions on call origination Voice frequency audio level The digital pad for Lineside T1 card audio level is fixed for all types of call connection 0 dB insertion loss in both directions and differs from the analog line Audio level adjustments if required must be made...

Page 56: ...ommunication 201 Scott Street Elk Grove Village IL 60007 708 952 8844 or 800 336 5469 6AP 6DP Oneac Corporation 27944 North Bradley Road Libertyville IL 60048 9700 800 553 7166 or 800 327 8801 x555 ESP 200 ESP 050 EDCO Inc of Florida 1805 N E 19th Avenue P O Box 1778 Ocala FL 34478 904 732 3029 or 800 648 4076 These devices are compatible with 66 type M1 50 split blocks or equivalent Consult the d...

Page 57: ...ommended for use in all new system designs Each of the trunk cards was designed to fit a specific system need Use Table 7 Trunk card characteristics on page 57 to select the trunk card that meets system needs Table 7 Trunk card characteristics Part Number Description Trunk s Trunk Types Architectur e NT8D14 Universal Trunk card 8 CO FX WATS trunks direct inward dial trunks TIE trunks Loop Dial Rep...

Page 58: ...ic Wake Up and Direct Inward System Access DISA features NT8D15 E and M Trunk card The NT8D15 E and M Trunk card is an intelligent four channel trunk card that is designed to be used when connecting to the following types of trunks 2 wire E and M Type I signaling trunks 4 wire E and M Trunks with Type I or Type II signaling Duplex DX signaling Paging PAG trunks The trunk type and function can be c...

Page 59: ... the jumpers and switches on the trunk card if any to meet the system needs 2 Install the trunk card into the selected slot Figure 10 IPE trunk cards installed in an NT8D37 IPE module 3 Install the cable that connects the backplane connector on the IPE module to the module I O panel 4 Connect a 25 pair cable from the module I O panel connector to the Main Distribution Frame MDF 5 Connect the trunk...

Page 60: ...ch as card identification type vintage and serial number firmware version and programmed configuration status Table 8 Differences between IPE parameters Parameter IPE Card Dimensions 31 75 x 25 4 x 2 2 cm 12 5 x 10 0 x 0 875 in Network Interface DS 30X Loops Communication Interface card LAN Link Microcontroller 8031 Peripheral Interface card NT8D01 Controller card Network Interface card NT8D04 Sup...

Page 61: ...AN link Signaling data is information directly related to the operation of the telephone line or trunk Some examples 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 is carried on the card LAN link Some examples of maintenance data are as follows polling r...

Page 62: ...rts in the transmit Tx direction toward the line facility and the other in the receive Rx direction toward the common equipment Each bus has 32 channels for pulse code modulated PCM voice data Each channel consists of a 10 bit word See Figure 12 DS 30X loop data format on page 63 Eight of the 10 bits are for PCM data one bit is the call signaling bit and the last bit is a data valid bit The 8 bit ...

Page 63: ...1 Large System Planning and Engineering NN43021 220 for more information about superloops Card LAN link Maintenance communication is the exchange of control and status data between IPE line or trunk cards and the CE CPU by way of the NT8D01 Controller Card Maintenance data is transported via the card LAN link This link is composed of two asynchronous serial buses called the Async card LAN link in ...

Page 64: ...ler card communicates with only one slave at a time In normal operation the controller card continually scans polls all of the slave cards connected to the card LAN to monitor their presence and operational status The slave card sends replies to the controller on the input bus along with its card slot address for identification In this reply the slave informs the controller if any change in card s...

Page 65: ...meslot 0s Trunk interface unit Once the 8 bit digital voice signal is received by the trunk card it must be converted back into an analog signal filtered and driven onto the analog trunk line through an impedance matching and balance network The trunk interface also includes the logic necessary to place outgoing call signaling onto the trunk or the logic to connect to special services such as reco...

Page 66: ...ombination Signaling circuits Signaling circuits are relays that place outgoing call signaling onto the trunk Signal detection circuits monitor the incoming call signaling Control signals Control signals and logic are provided when the trunk is going to be connected to special services such as recorded announcement and paging equipment Serial Data Interface SDI cards The NT8D41BA QSDI paddle board...

Page 67: ...of asynchronous devices that can be connected to the system processor using the NT8D41BA 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 Recording CDR feature Features The NT8D41 QSDI paddle board and the QPC841 QSDI card provide the following fea...

Page 68: ...p 12 VDC 5 100 mA 100 mA 12 VDC 5 100 mA 100 mA Environmental The SDI cards operate without degradation under the conditions listed in Table 11 Environmental specifications on page 68 Table 11 Environmental specifications Specification Operation Storage Ambient temperature 0 to 50 C 32 to 122 F 55 to 70 C 58 to 158 F Relative humidity non condensing 5 to 95 0 to 95 Altitude 3500m 11 000 ft 15 000m...

Page 69: ... various system consoles and peripherals are found in Communication Server 1000M and Meridian 1 Large System Installation and Configuration NN43021 310 Configuring the system software Once an SDI card is installed in the system the system software needs to be configured to recognize it This is done using the Configuration Record program LD 17 Instructions for the Configuration Record program are f...

Page 70: ... Distribution ACD and Meridian Link ports Instructions for running the various maintenance programs are found in Software Input Output Reference Administration NN43001 611 System messages are interpreted in Software Input Output Reference System Messages NN43001 712 Overview 70 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 71: ...eridian 1 PBX 61C Call Processor CP PII CP PIV and Meridian 1 PBX 81C NT4N46 Core Network module required for CS 1000M MG and Option 81C CP PII CP PIV NT6D60 Core Network module required for the CS 1000M MG and Option 81C only NT8D35 Network module required for CS 1000M MG and Meridian 1 81C NT8D37 Intelligent Peripheral Equipment IPE module required for CS 1000M HG CS 1000M SG CS 1000M MG Meridia...

Page 72: ...9 c12 NT4N66 cPCI Core to Network Interface Transition card 81C Core Net cPCI Core backplane 9 12 NT4N67 System Utility card 81C Core Net c15 NT4N68 System Utility Transition card 81C Core Net cPCI Core backplane NT5D11 and NT5D14 Line side T1 Line card IPE any slot but Contr NT5D12 Dual DTI PRI card Core Net 0 7 NT5D61 Input Output Disk Unit with CD ROM MMDU 61C Core Net 17 18 and 19 NT5K02 Analo...

Page 73: ...slot but Contr NT6D72 Basic Rate Signal Concentrator card IPE any slot but Contr NT6D73 Multi purpose ISDN Signaling Processor card Core Net 0 7 NT6D80 MSDL Core Net 0 7 NT7D16 Data Access card IPE any slot but Contr NT7R51 Local Carrier Interface Core Net 0 7 NT8D01 Controller card IPE Contr NT8D02 Digital Line card IPE any slot but Contr NT8D04 Superloop Network card Core Net 0 7 Net 5 12 NT8D09...

Page 74: ...4 Network card Core Net 0 7 Net 5 12 QPC441 3 Port Extender card 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 QPC578 Integrated Services Digital Line card IPE any slot but Contr QPC659 Dual Loop Peripheral Buffer card IPE DLB QPC720 Primary Rate Interface card Core Net 0 7 Net 5 11 13 ...

Page 75: ...l strips in a module to discharge static Figure 15 Static discharge points on page 76 shows the recommended connection points for the wrist strap and the bare metal strips you should touch Handle circuit cards as follows 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...

Page 76: ...uit breaker and removing the power supply from the module Software disable cards if applicable before they are removed or inserted Hardware disable cards whenever there is an enable disable switch before they are removed or inserted Return defective or heavily contaminated cards to a repair center Do not try to repair or clean them Installing a circuit card This procedure provides detailed install...

Page 77: ...age 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 there is an enable disable Enb Dis switch on the faceplate set it to Dis 5 If there are option switches or jumpers on the card set them according to the work order see Option settings on page 87 Caution System Failure Incorrectly set switches on common equipment circuit cards ...

Page 78: ...ny other manner such as continually flashing or remaining weakly lit replace the card 9 If there is an enable disable switch set it to Enb Note Do not enable the switch on an NT8D04 Superloop Network card or QPC414 Network card until network loop cables are installed 10 If you are adding a voice conference or tone and digit loop press the manual initialize Man Int button on the NT5D03 or the NT5D1...

Page 79: ...nk cards on page 84 Tone and digit switch cards on page 85 Introduction Test procedures for most circuit cards require that internal and external cabling be installed See the appropriate installation document for your system and Telephones and Consoles Fundamentals NN43001 567 for cabling procedures Conference cards Testing conference cards Use this procedure to test a conference card or to test t...

Page 80: ...ence Administration NN43001 611 to analyze the messages 4 Test the conference loop for channel group and switching faults CNFC loop If the conference loop passes the tests the output is OK If the system response is other than OK see Software Input Output Reference Administration NN43001 611 to analyze the messages 5 Prepare the system for a manual conference call on a specified loop CNFC MAN loop ...

Page 81: ...p and 15 groups per conference card Entering an asterisk and END stops the test See LD 38 in Software Input Output Reference Maintenance NN43001 711 for detailed information about using this command 7 End the session in LD 38 Digitone receiver cards Note The DTR daughterboard connected to a QPC659 Dual Loop Peripheral Buffer card cannot be assigned when the IPE shelf is used in single loop mode Te...

Page 82: ...and unit numbers If the system response is other than OK see Software Input Output Reference Administration NN43001 611 to analyze the messages 4 End the session in LD 30 Multifrequency sender cards Testing multifrequency sender cards Use this procedure to test a multifrequency sender MFS card or the MFS function of an NT8D17 Conference TDS card 1 Log into the system LOGI password 2 Test and enabl...

Page 83: ...ssion in LD 46 Multifrequency signaling cards Testing multifrequency signaling cards Use this procedure to test a multifrequency signaling card 1 Log into the system LOGI password 2 Test and enable the specified unit LD 54 ATST l s c u loop shelf card and unit numbers If the system response is other than OK see Software Input Output Reference Administration NN43001 611 to analyze the messages 3 En...

Page 84: ...and the system response is other than OK see Software Input Output Reference Administration NN43001 611 to analyze the messages Testing a trunk card using a system terminal 1 Log into the system LOGI password 2 Enter LD 36 3 To test a trunk from a remote test center seize a Central Office CO monitor trunk CALL or CALL l s c u Seize the automatic number identification ANI trunk TRK l s c u loop she...

Page 85: ...an NT8D17 Conference TDS card enter ENLL loop 4 Test the TDS loop TDS loop If the system response is other than OK see Software Input Output Reference Administration NN43001 611 to analyze the messages 5 End the session in LD 34 6 Using a maintenance telephone log into the system See Communicating with the Meridian 1 in Software Input Output Reference Administration NN43001 611 for details on acce...

Page 86: ...om TDS loop specified OVF loop 683 loop Provides overflow tone from TDS loop specified RBK loop 725 loop Provides ringback tone from TDS loop specified RNG loop 764 loop Provides ring tone from TDS loop specified Exits TDS test program Acceptance tests 86 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 87: ... NT8D21 Ringing Generator AC on page 103 NT8D22 System Monitor on page 103 NT8D41BA Quad Serial Data Interface Paddle Board on page 107 QPC43 Peripheral Signaling card on page 109 QPC414 Network card on page 110 QPC441 3 Port Extender cards on page 110 QPC841 4 Port Serial Data Interface card on page 113 Circuit card grid Some circuit cards contain option switches or jumpers or both that define sp...

Page 88: ...1 an arrow pointing up or a solid dot OFF may be indicated by the word down the word open the number 0 or an arrow pointing down Throughout this document if neither ON nor OFF is given there 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 Option settings 88 Circuit Card Referenc...

Page 89: ... and JX 1 off Both JX 0 and JX 1 on Class of Service CLS Note 1 ONP OPX Loop loss dB Note 3 0 1 5 1 5 2 5 2 5 3 0 0 1 5 1 5 2 5 2 5 4 5 4 5 15 TIMP Notes 1 4 600 ohms 600 ohms 600 ohms 600 ohms 600 ohms 600 ohms 600 ohms Class of Service CLS Note 1 ONP OPX BIMP Notes 1 4 600 ohms 3COM1 3COM 2 600 ohms 3COM1 3COM2 3COM2 Gain treatment Note 5 No Yes Note Note 1 Configured in the Analog 500 2500 type...

Page 90: ...c loops having untreated loss greater than 15 dB equivalent to a maximum signaling range of 2300 ohms on 26 AWG wire is not recommended Note Note 6 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 strap is not installed across both pins on a jumper block Store unused straps on the OPS analog line card by installing them on a s...

Page 91: ...Trunk 0 use switch SW10 for Trunk 1 see Table 16 Trunk interface transmission mode switch settings on page 91 Table 16 Trunk interface transmission mode switch settings Description SW4 SW10 switch setting For future use off T1 on A set of three switches provides selection of dB values Use SW5 SW6 and SW7 for Trunk 0 use SW11 SW12 and SW13 for Trunk 1 see Table 17 Trunk interface line build out swi...

Page 92: ...nded on Ring line is grounded 2 Trunk 0 Receive off Ring line is not grounded on Ring line is grounded 3 Trunk 1 Transmit off Ring line is not grounded on Ring line is grounded 4 Trunk 1 Receive off Ring line is not grounded on Ring line is grounded DCH mode and address select switches One switch selects an on board NTBK51AA NTBK51CA D Channel daughterboard and an external MSDL DCHI card Four othe...

Page 93: ...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 programming information about the MSDL refer to technical document Software Input Output Reference Administration NN43001 611 guide Note 2 Device address 0 is commonly assigned to the System Monitor Illustrations of swit...

Page 94: ...Switch functions and areas Figure 19 Switch default settings on page 95 displays default settings for switches on the NT5D12 DDP card Option settings 94 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 95: ...ion settings for the NT6D42 Ringing Generator Table 22 NT6D42 recommended options for North American and British Telecom Application Ringing frequency Ringing voltage Jumper 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 Low impedance NT6D42 Ringing Generator DC Circuit Card Reference July 2011 95 ...

Page 96: ...l Connect pins 1 and 2 High impedance Australia Connect pins 2 and 3 Table 25 NT6D42 SW1 Ringing frequency Hz Position SW1 20 1 25 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 off off on 75 V ac 120 V dc off on off off 75 V ac 150 V dc off on off ...

Page 97: ...ort 0 SW8 RS 232 D DTE or DCE RS 422 A DTE terminal RS 422 A DCE modem all off all off all on all off all on all off Port 1 SW3 Port 1 SW7 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 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 ...

Page 98: ...vintage AA jumper 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 Paging trunk J1 J2 off Japan CO DID operation J1 J2 off DID operation loop length 2000 J1 J2 on DID operation loop length 2000 J1 J2 off Note off no strap present Note Locations J1 J2...

Page 99: ...umper strap settings J1 X J2 X J3 X J4 X CO FX WATS 1524 m 5000 ft Off Off 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 Jumper strap settings J1 X J2 X J3 X and J4 X apply to all eight units X indicates the unit number 0 7 Off indicates that no jumper strap is instal...

Page 100: ...s software selectable in LD 14 and should match the nominal impedance of the connecting equipment Note The balance network of each trunk unit is software selectable between resistive 600 or 900 ohms or 3COM and is jumper selectable between 3COM1 and 3COM2 Table 33 NT8D14 vintages BA BB cable loop resistance and loss Cable length Cable loop resistance ohms Cable loop loss dB non loaded at 1kHz 22 A...

Page 101: ...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 1 2 Note 1 Jumper strap settings J1 X through J9 X apply to all 4 units X indicates the unit number 0 3 Note 2 Off indicates that no jumper strap is installed on a jumper block Note 3 Paging trunk mode is not zone selectable Note 4 Jumper strap installed in this...

Page 102: ...g tone Table 35 NT8D17 Conference TDS card Companding law Companding law Jumper at J3 μ law North America A law connect pins 2 and 3 Special cases connect pins 1 and 2 Table 36 NT8D17 Conference TDS card Attenuation levels Attenuation levels SW2 see Note 1 2 33 10 2 dB on on on 8 5 dB on off on 6 dB off on on 6 dB off off on 4 5 dB on on off 3 dB on off off 0 dB off on off 0 dB off off off Note Se...

Page 103: ...red from 1 to 63 For examples of system monitor option settings in basic configurations see Sample settings for NT8D22 System Monitors Configure the system monitor in Remote Peripheral Equipment RPE columns as slaves There is no serial connection between RPE columns Table 37 NT8D22 SW1 SW1 function Position 1 2 3 4 5 6 7 8 Not used Meridian 1 columns only on off Position 1 is OFF Meridian 1 column...

Page 104: ...n Position 1 2 3 4 5 6 7 8 Master system monitor Slave system monitor on off Not used All other operation on Always off For master indicates total number of slaves Configure 3 8 according to the Table 40 NT8D22 settings for total number of slaves SW2 on master on page 105 For each slave indicates the slave address Configure 3 8 according to the Table 41 NT8D22AD NT8D22ADE5 slave address SW2 on sla...

Page 105: ...on on off off off 8 on on off on on on 40 off on off on on on 9 on on off on on off 41 off on off on on off 10 on on off on off on 42 off on off on off on 11 on on off on off off 43 off on off on off off 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 ...

Page 106: ... off 33 off on on on on off 2 on on on on off on 34 off on on on off on 3 on on on on off off 35 off on on on off off 4 on on on off on on 36 off on on off on on 5 on on on off on off 37 off on on off on off 6 on on on off off on 38 off on on off off on 7 on on on off off off 39 off on on off off off 8 on on off on on on 40 off on off on on on 9 on on off on on off 41 off on off on on off 10 on on...

Page 107: ...ff off 28 on off off off on on 60 off off off off on on 29 on off off off on off 61 off off off off on off 30 on off off off off on 62 off off off off off on 31 on off off off off off 63 off off off off off off 32 off on on on on on NT8D22 jumper settings EA GND short Pins 2 and 3 short Accessing External EPROM EA VCC short Pins 2 and 1 short Accessing Internal EPROM NT8D41BA Quad Serial Data Inte...

Page 108: ...ess switch settings on page 108 To avoid system problems switches SW15 and SW16 must not be configured identically Table 43 QSDI paddle board address switch settings SW15 Port 1 Port 2 Switch settings SW16 Port 3 Port 4 1 2 3 4 5 6 7 8 Device pair addresse s 0 1 E X off off off off off off 2 3 E X off off off off off on 4 5 E X off off off off on off 6 7 E X off off off off on on 8 9 E X off off o...

Page 109: ... Mode Port 1 SW 3 Port 1 SW 2 1 2 3 4 5 6 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 modem off off off on off on on off on off on off Port 3 SW 7 Port 3 SW 6 DTE terminal on on on off on off off on off on off on DCE modem off off off on off on...

Page 110: ... relations Even loop J1 faceplate connector jumper at J4 or S1Odd loop J2 faceplate connector jumper at J3 or S2 QPC441 3 Port Extender cards For CS 1000M SGand MG systems QPC441 vintage F or later must be used in all modules Table 45 QPC441 3PE card installed in the NT4N41CP PII Core Net modules Jumper Settings Set Jumper RN27 at E35 to A Switch Settings Module D20 switch position NT4N41 CP Core ...

Page 111: ...e NT5D21 modules Jumper Settings Set Jumper RN27 at E35 to A Switch Settings Module D20 switch position 1 2 3 4 5 6 7 8 NT5D21 Option 61C Core Network 0 off on on off on on on on Core Network 1 off on on off on on on off NT5D21 Option 81C Core Net 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 Gr...

Page 112: ...r Settings Set Jumper RN27 at E35 to 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 on 6 off off on on 7 off off off on 0 on on on off 1 on on off off 1 2 on off on off 3 on off off off 4 off on on off 5 off on off off 6 off off on off 7 off off off...

Page 113: ... 10 11 off off off off off off on off 12 13 off off off off off off off on 14 15 off off off off off off off off Note On SW16 positions 1 2 3 and 4 must be OFF Note To avoid address conflicts SW14 and SW15 can never show identical settings Note To disable ports 1 and 2 set SW14 position 1 to ON Table 49 QPC841 port 3 and 4 address selection Device number SW15 Port 3 Port 4 1 2 3 4 5 6 7 8 0 1 off ...

Page 114: ...f off off on 1200 off on on off off on on off off on on off off on on off 2400 off off on off off off on off off off on off off off on off 4800 off on off off off on off off off on off off off on off off 9600 off off off off off off off off off off off off off off off off Table 51 QPC841 DTE or DCE selection Mode Port 1 SW8 Port 1 SW9 1 2 3 4 5 6 1 2 3 4 5 6 DTE terminal on on on on on on off off ...

Page 115: ... on on off off off off off off DCE off off off off off off on on on on on on Port 4 SW2 Port 4 SW3 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 QPC841 4 Port Serial Data Interface card Circuit Card Reference July 2011 115 ...

Page 116: ...Option settings 116 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 117: ...emise Station OPS analog line card is an intelligent eight channel analog line card designed to be used with 2 wire analog terminal equipment such as analog 500 2500 type telephones and analog modems The NT1R20 Off Premise Station OPS analog line card provides eight full duplex analog telephone line interfaces Each line has integral hazardous and surge voltage protection to protect the system from...

Page 118: ...minal Telephone lines from station equipment cross connect to the OPS analog line card at the cross connect using a wiring plan similar to trunk cards See Communication Server 1000M and Meridian 1 Large System Installation and Configuration NN43021 310 for cross connect terminations The OPS analog line card mounts in any IPE slot Self Test The faceplate of the NT1R20 OPS analog line card is equipp...

Page 119: ...e Station OPS analog line card is divided into two parts First a description of the card s control signaling and power interfaces is given followed by a description of how the card itself functions See Figure 21 OPS analog line card block diagram on page 120 Functional description Circuit Card Reference July 2011 119 ...

Page 120: ...onnect to conventional 2 wire tip and ring analog line facilities Incoming analog voice and signaling information from a line facility is converted by the OPS analog line card to digital form and routed to the CS 1000 CPU over DS 30 network loops Conversely digital voice and signaling information from the CPU is sent over DS 30 network loops to the OPS analog line card where it is converted to ana...

Page 121: ...orting of self test status CPU initiated card reset reporting of card ID card type and hardware vintage reporting of firmware version reporting of line interface unit configuration enabling disabling of the DS 30X network loop busy reporting of card status Power interface Power is provided to the OPS circuit card by the NTAK78 AC DC or NTAK72 DC power supply The following card functions are descri...

Page 122: ... DS 30X network loop for diagnostic purposes Signaling and control This portion of the card provides circuits that establish supervise and take down call connections These circuits work with the CPU to operate line interface circuits during calls The circuits receive outgoing call signaling messages from the CPU and return incoming call status information over the DS 30X network loop Card control ...

Page 123: ...e conditions exist over the Card LAN Interface and interrupts the dial tone when either of these conditions are detected Software service changes Individual line interface units on the NT1R20 OPS analog line card are configured to either OPS for OPS application or On premises Station ONS for ONS application Class of Service CLS in the Analog 500 2500 type Telephone Administration program LD 10 See...

Page 124: ...t such as a voice frequency repeater VFR is required to limit the actual OPS loop loss to 4 5 dB maximum VFR treatment of metallic loops having untreated loss greater than 15dB equivalent to a maximum signaling range of 2300 ohm on 26 AWG wire is not recommended Port to port loss configuration The loss plan for the NT1R20 OPS analog line card determines port to port loss for connections between an...

Page 125: ...rd Circuit power The 8 5 V DC input is regulated down to 5 V DC for use by the digital logic circuits All other power to the card is used by the line interface circuits The 15 0 V DC inputs to the card are used to power the analog circuits The 5 V DC from the module power supply is used for the analog hybrid The 48 0 V DC input is for the telephone battery Ringing power for telephones is 86 Vrms A...

Page 126: ... line card power requirements on page 126 shows the maximum power consumed by the card from each system power supply Table 55 OPS analog line card power requirements Voltage Tolerance Current max 15 0 V dc 5 150 mA 8 5 V dc 2 200 mA 5 0 V dc 5 100 mA 48 0 V dc 5 350 mA Foreign and surge voltage protection The NT1R20 OPS analog line card meets UL 1489 and CS03 over voltage power cross specification...

Page 127: ...e NT1R20 OPS analog line card are assigned through LD 10 and or jumper strap settings on the card The operation of each unit is configured in software and 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 presents a high impedance toward the line interf...

Page 128: ...ine card unit idle Group on tip battery on ring High resistance loop Line card unit is ready for the next call Far end station hangs up first High 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 on tip battery on ring High resistance loop Line card...

Page 129: ...ction When call is answered ringback tone is removed and call is put through 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 ring High resistance loop Line card unit is ready for the next call Far end station hangs up first High resistance loop If th...

Page 130: ...on page 130 See Communication Server 1000M and Meridian 1 Large System Installation and Configuration NN43021 310 for more detailed I O panel connector information and wire assignments for each tip ring pair Table 60 OPS analog line card backplane pinouts Backplane Connector Pin Signal Backplane Connector Pin Signal 12A Unit 0 Ring 12B Unit 0 Tip 13A Unit 1 Ring 13B Unit 1 Tip 14A Unit 2 Ring 14B ...

Page 131: ...cted by software service change entries at the system terminal and by jumper strap settings on the card Jumper strap settings Each line interface unit on the card is equipped with two jumper blocks that are used to select the proper loop current depending upon loop length See Table 61 OPS analog line card configuration on page 132 Configuring the OPS analog line card Circuit Card Reference July 20...

Page 132: ... loss dB Note 3 0 1 5 0 3 0 2 5 3 0 0 1 5 1 5 2 5 2 5 4 5 4 5 15 TIMP Notes 1 4 600 ohms 600 ohms 600 ohms 600 ohms 600 ohms 600 ohms 600 ohms BIMP Notes 1 4 600 ohms 3COM 3CM2 600 ohms 3COM 3CM2 3CM2 Gain treatment Note 5 No Yes Note 1 Configured in the Analog 500 2500 type Telephone Administration program LD 10 Note 2 The maximum signaling range supported by the OPS analog line card is 2300 ohms...

Page 133: ...ing untreated loss greater than 15 dB equivalent to a maximum signaling range of 2300 ohms on 26 AWG wire is not recommended Note 6 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 strap is not installed across both pins on a jumper block Store unused straps on the OPS analog line card by installing them on a single jumper pin...

Page 134: ... 53 OPS analog line card cable loop resistance and loss on page 125 shows some typical resistance and loss values for the most common cable lengths for comparison with values obtained from actual measurements 1 Set the jumpers on the NT1R20 OPS card 2 Insert the OPS card in its assigned slot 3 Cross connect off premise telephones NT1R20 Off Premise Station Analog Line card 134 Circuit Card Referen...

Page 135: ...unctions such as battery and ringing Facilities 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 24 Traditional OPS application configuration on page 136 Note Do not confuse OPS service with Off Premise Extension OPX service OPX service is the provision of an extension to ...

Page 136: ...ing range and built in protection provisions of the NT1R20 OPS analog line card make it suitable for applications which are variants on the traditional configuration shown in NT1R20 Off Premise Station Analog Line card 136 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 137: ...ing applications using the NT1R20 OPS analog line card They are important when considering configurations other than the traditional OPS application as shown in Figure 24 Traditional OPS application configuration on page 136 The following sections provide basic transmission planning guidelines for various OPS applications Port to port loss Loss is inserted between OPS analog line card ports and ot...

Page 138: ...o extend the voice range to the limit of the signaling range For example on 26 AWG wire the signaling range of 2300 ohms corresponds to an untreated metallic loop loss of 15 dB Gain treatment such as a VFR with 10 5 dB of gain would maintain the OPS service loss objective of 4 5 dB while extending the voice range to the full limit of the signaling range 15 0 dB loss corresponding to the maximum si...

Page 139: ...ocal current feed such as a fax machine or a key telephone system OPS line terminations with loudness characteristics designed for other applications can also impact transmission performance For example wireless portables loudness characteristics are selected for connections to switching systems for wireless communication systems if used in an OPS arrangement without consideration for these charac...

Page 140: ...NT1R20 Off Premise Station Analog Line card 140 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 141: ... that is compatible with current CP PII architecture an Intel Pentium processor two CompactFlash CF sockets one on board and one hot swappable on the faceplate The on board CF is referred to as the Fixed Media Disk FMD and the faceplate CF is referred to as the Removable Media Disk RMD See Figure 25 CP PIV card front on page 143 and Figure 26 CP PIV card side on page 144 512 MBytes of Double Data ...

Page 142: ...ng stacked dual standard DB9 Serial ports USB Connector stacked dual RJ 45 Ethernet ports with LEDs power good LED LEDs indication for activity on CompactFlashes and secondary IDE interface reset Switch INI switch front panel handle part 3688785 3688784 replacement for customer suggested parts 3686134 3686135 which are now obsolete NT4N39AA CP Pentium IV Card 142 Circuit Card Reference July 2011 C...

Page 143: ...Figure 25 CP PIV card front Physical description Circuit Card Reference July 2011 143 ...

Page 144: ... The front side bus runs at 400 MHz and uses an AGTL signaling technology The quad pumped data interface data running at 4 100 MHz 400 MHz is 64 bit wide providing a total bandwidth of 3 2 GBytes s The double pumped address bus addresses running at 2 100 MHz 200 MHz is 32 bit wide supporting an address range of up to 4 GBytes The processor voltage specification is compliant with IMVP IV specificat...

Page 145: ...ad via SMBUS connected to the Intel Hance Rapids South Bridge Front panel connector pin assignments COM1 and COM2 ports The physical interface for the COM1 and COM2 ports to the front panel is through a stacked dual Male DB9 Connector The corresponding pin details are shown in Table 62 COM1 and COM2 pin assignments on page 145 Table 62 COM1 and COM2 pin assignments Pin number Pin name 1 DCD 2 RXD ...

Page 146: ... connector pin outs on page 146 Table 64 Ethernet connector pin outs Pin number Pin name 1 AX 2 AX 3 BX 4 CX 5 CX 6 BX 7 DX 8 DX Front panel LED indicators The CP PIV card has a total of four LEDS on the front panel Two of the LEDs are 15 KV ESD protected and can be controlled via CPLD Table 65 Front panel LED functionality on page 146 explains the function of each LED Table 65 Front panel LED fun...

Page 147: ...P9 BPM3N P10 TDI P11 BPM4N P12 TMS P13 BPM5N P14 TRSTN P15 ITP_CPURSTN P16 TCK P17 TCK P18 NC P19 CLK P20 GND P21 CLKN P22 PWR P23 BPM5N P24 TDO P25 GND Post 80 Debug LEDs Optional CP PIV has post 80 debug LEDs to assist in debugging the board and solving boot related problems Using a GPCS from Super I O X bus data lines are latched using latch 74F374 These help identify Post 80 codes This feature...

Page 148: ...NT4N39AA CP Pentium IV Card 148 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 149: ...ge Systems only NT5D14 applicable for Small Systems only Note Unless otherwise stated the information in this section applies to both the NT5D11 and NT5D14 Lineside T1 interface cards The NT5D11 Lineside T1 Interface card is an intelligent 24 channel digital line card that is used to connect the switch to T1 compatible terminal equipment on the lineside The T1 compatible terminal equipment include...

Page 150: ...tive IPE slots The card consists of a motherboard and a daughterboard The motherboard circuitry is contained on a standard 31 75 by 25 40 cm 12 5 by 10 0 in printed circuit board The daughterboard is contained on a 5 08 by 15 24 cm 2 0 by 6 0 in printed circuit board and mounts to the motherboard on six standoffs Card connections The Lineside T1 card uses the NT8D81AA Tip and Ring cable to connect...

Page 151: ... Definition STATUS On Red The NT5D14AA card 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 Ared alarm is detected from the T1 link This includes but is not limited to not receiving a signal the signal has exceeded bit error thresholds or frame slip thresholds Physical description Circuit Card Reference July 2011 151 ...

Page 152: ...operation is observed when the second card slot is enabled To properly disable the card both card slots must be disabled The LED does not turn on until both card slots are disabled The RED ALARM LED indicates that the Lineside T1 card has detected an alarm condition from the T1 link Alarm conditions can include such conditions as not receiving a signal or the signal has exceeded bit error threshol...

Page 153: ...eing issued through the MMI See Man Machine T1 maintenance interface software on page 175 for information about T1 link maintenance If the card detects that tests are being run or that alarms are disabled through the MMI the LED lights and remains lit until these conditions are no longer detected then it turns off Functional description Figure 28 Lineside T1 card block diagram on page 153 shows a ...

Page 154: ...ctionality would not be supported Previously the only way to achieve the lineside functionality was to use analog ports and channel bank equipment No channel bank equipment is required resulting in a more robust and reliable connection The Lineside T1 interface offers a number of benefits when used to connect to third party applications equipment It is a more cost effective alternative for connect...

Page 155: ...naling and control The Lineside T1 card also contains signaling and control circuits that establish supervise and take down call connections These circuits work with the system controller to operate the T1 line interface circuit during calls The circuits receive outgoing call signaling messages from the controller and return incoming call status information to the controller over the DS 30X networ...

Page 156: ...r is not properly serviced it times out and causes the microcontroller to be hardware reset Man Machine Interface The Lineside T1 card provides an optional Man Machine Interface MMI that is primarily used for T1 link performance monitoring and problem diagnosis The MMI provides alarm notification T1 link performance reporting and fault isolation testing The interface is accessed through connection...

Page 157: ...mer Premise Equipment CPE or Channel Service Unit 0 199 6 meters 0 655 feet Power requirements The Lineside T1 card requires 15 V 15 V and 5 V from the backplane One NT8D06 IPE Power Supply AC or NT6D40 IPE Power Supply DC can supply power to a maximum of eight Lineside T1 cards See Table 69 Lineside T1 card power required on page 157 Table 69 Lineside T1 card power required Voltage Current max 5 ...

Page 158: ...onfiguration of the Lineside T1 card consists of six basic steps 1 Configure the dip switches on the Lineside T1 card for the environment 2 Install the Lineside T1 card into the selected card slots in the IPE shelf 3 Cable from the I O panel to the Customer Premise Equipment CPE or CSU MMI terminal or modem optional external alarm optional and other Lineside T1 cards for daisy chaining use of MMI ...

Page 159: ... settings Switch S2 positions 3 5 on page 163 When the line side T1 card is oriented as shown in Figure 29 Lineside T1 card T1 protocol dip switch locations on page 159 the dip switches are ON when they are up and OFF when they are down The dip switch settings configure the card for the following parameters Figure 29 Lineside T1 card T1 protocol dip switch locations MMI port speed selection This d...

Page 160: ...o a single MMI terminal For ease it is recommended that this address be set the same as the address of the peripheral controller identifier in LD 97 for type XPE This is not possible because the dip switch is limited to 16 however this is not mandatory T1 framing The Lineside T1 card is capable of interfacing with CPE or CSU equipment either in D4 or ESF framing mode Make the selection for this di...

Page 161: ...or modem This setting determines whether this card is a master or a slave in the MMI daisy chain Select the master setting if this card is the card that is cabled directly into the MMI terminal or modem select the slave setting if this card is cabled to another Lineside T1 card in a daisy chain Table 71 Lineside T1 card T1 Switch 1 S1 dip switch settings on page 161 through Table 74 Lineside T1 ca...

Page 162: ...Off 01 Off Off Off On 02 Off Off On Off 03 Off Off On On 04 Off On Off Off 05 Off On Off On 06 Off On On Off 07 Off On On On 08 On Off Off Off 09 On Off Off On 10 On Off On Off 11 On Off On On 12 On On Off Off 13 On On Off On 14 On On On Off 15 On On On On Table 73 Lineside T1 card T1 Switch 2 S2 dip switch settings Dip Switch Number Characteristic Selection 1 T1 framing On D4 Off ESF 2 T1 Coding ...

Page 163: ...card into NT8D37 IPE module determine the vintage level module If the 25 pair I O connectors are partially split 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 Certain vintage levels carry dedicated 25 pair I O connectors only for card slots 0 4 8 and 12 These vintage lev...

Page 164: ... ports to the I O panel the Lineside T1 card can be installed in any pair of card slots 0 15 Vintage levels cabling 16 ports For modules with vintage levels that cabled 16 ports to the I O panel the Lineside T1 card can be installed into the following card slot pairs Available Motherboard Daughterboard 0 and 1 1 and 2 4 and 5 7 and 8 8 and 9 9 and 10 12 and 13 13 and 14 The Lineside T1 card cannot...

Page 165: ...xternal alarm optional and other Lineside T1 cards for daisy chain use of the MMI terminal optional The Lineside T1 card is cabled from its backplane connector through connections from the motherboard circuit card only no cable connections are made from the daughterboard circuit card to the input output I O panel on the rear of the IPE module The connections from the Lineside T1 card to the I O pa...

Page 166: ...el at the Main Distribution Frame All Lineside T1 connections can be made at the main distribution frame MDF if it is preferred to not use the NT5D13AA Lineside T1 I O cable at the I O panel NT5D11 and NT5D14 Lineside T1 Interface cards 166 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 167: ... designations for the backplane connector and the 25 pair Amphenol connector from the I O panel Although the connections from the I O panel only use 14 of the available 50 pins the remaining pins are reserved and cannot be used for other signaling transmissions The information in Table 76 Lineside T1 card backplane pinouts on page 167 is provided as a reference and diagnostic aid at the backplane ...

Page 168: ... from network 26 T1 Ring Receive Data 3 2 T1 Tip Transmit Data 1 27 T1 Ring Transmit Data 9 3 Alarm out common 1 DB9 male to external alarm P3 28 Alarm out normally open 2 4 Alarm out normally closed 3 7 Towards MMI terminal Receive Data 2 DB9 male towards MMI P5 Wired as DCE Data is transmitted on pin 2 RXD and received on pin 3 TXD 31 Towards MMI terminal Transmit Data 3 33 Ground 5 8 Control 1 ...

Page 169: ...or activates the external alarm hardware if it detects certain T1 link problems that it has classified as alarm levels 1 or 2 See Man Machine T1 maintenance interface software on page 175 for a detailed description of alarm levels and configuration If an alarm level 1 or 2 is detected by MMI the Lineside T1 card closes the contact that is normally open and opens the contact that is normally closed...

Page 170: ...COM ports on the back of any TTY a PC running a terminal emulation program or a modem 2 Make the connection 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 towards MMI terminal 3 Repeat Step 2 for the remaining cards 4 When the last card in the daisy chain is ...

Page 171: ...pping on page 171 to determine the correct unit number and the technical document Software Input Output Reference Administration NN43001 611 for LD 10 service change instructions The Lineside T1 card circuitry routes 16 units 0 15 on the motherboard and eight 0 7 units on the daughterboard to 24 T1 channels The motherboard circuit card is located in the left card slot and the daughterboard circuit...

Page 172: ...ecting a disconnect signal from the far end on an established call The Supervised Analog Line feature SAL must be configured in LD 10 for each Lineside T1 port At the prompt FTR respond OSP CR and against FTR respond ISP CR The Lineside T1 card treats OSP and ISP for both originating and terminating calls as hook flash disconnect supervision also known as cut off disconnect Originating calls are o...

Page 173: ...freerun An accurate clock source is needed for Lineside T1 application The following are the two methods to bring an accurate clock source to MCG Configure a digital trunk card with Clock Controller within the same cabinet chassis as Lineside T1 cards With Clock Controller enabled in both freerun or locked state an accurate clock will be provided to MGC Use an MGC DECT Clock Reference Cable NTDW67...

Page 174: ...gure 33 MG1000 chassis 2 In the Option 11C Mini chassis or Succession 1 0 MG chassis connect to 15 pin DSUB connector on the back panel formerly used for the 10Base TAUI connection Figure 34 Option 11C Mini chassis or Succession 1 0 MG chassis on page 175 shows the 10Base T AUI connection of the Option 11C Mini chassis or Succession 1 0 MG chassis NT5D11 and NT5D14 Lineside T1 Interface cards 174 ...

Page 175: ...n 11C Cabinet on page 175 shows the Option 11C Cabinet Figure 35 Option 11C Cabinet Man Machine T1 maintenance interface software Description The Man Machine Interface MMI supplies a maintenance interface to a terminal that provides T1 link diagnostics and historical information See Installation and configuration on page 158 for instructions on how to install the cabling and configure the terminal...

Page 176: ...ent threshold and duration configurations are established When the first level of severity is reached alarm level 1 the MMI does the following activates the external alarm hardware lights the appropriate LED on the faceplate either RED ALARM or YELLOW ALARM displays an alarm message on the MMI terminal creates entry in the alarm log When the second level of severity is reached alarm level 2 the MM...

Page 177: ...s on how to report on them and clear them can be found in Performance counters and reporting on page 186 T1 verification and fault isolation testing The MMI performs various tests to verify that the T1 is working adequately or help to isolate a problem to the Lineside T1 card the T1 link or the CPE equipment Descriptions of all of these tests and instructions on how to run them can be found in Tes...

Page 178: ...o digit card slot address Basic commands MMI commands can now be executed There are seven basic commands that can be combined together to form a total of 19 command sets They are Alarm Clear Display Set Test Help Quit If CR is typed the MMI lists the above commands along with an explanation of their usage A screen similar to the following appears The help screen also appears by typing H CR or HELP...

Page 179: ...Alarm Log Clears the alarm log C E Clear Error Clears the error counter for the T1 D A P Display Alarms Pause Displays the alarm log a list of the most recent 100 alarms along with time and date stamps D C Display Configuration Displays the configuration settings for the cards including the serial number of the card MMI firmware version date and time alarm enable disable setting self clearing enab...

Page 180: ...guring the MMI login to the system and enter the current time Do this by typing in the Set Time S T command set The MMI then displays the time it has registered Enter a new time or press Enter to leave it unchanged The time is entered in the hh mm ss military time format Set Date The current date must be set Do this by typing in the Set Date S D command set The MMI then displays the date it has re...

Page 181: ...alue can be set between 3 and 9 and can be different for each alarm level Any other value entered causes the software to display a Parameter Invalid message The threshold number entered represents the respective power of 10 as shown in Table 80 T1 bit error rate threshold settings on page 181 Note The error rate threshold for a level 2 alarm must be greater a smaller power of 10 than for a level 1...

Page 182: ... 100 seconds pass and less than 150 bit errors are detected then the alarm clears after the duration period However if more than 150 bit errors are detected in the next 100 seconds the alarm continues for the designated duration period The alarm finally clears when the alarm condition is no longer detected for the designated duration period either by self clearing if this function is enabled or wh...

Page 183: ...to the question Enable Self Clearing YES or NO If Enable Self Clearing is chosen the factory default condition the system automatically clears alarms after the alarm condition is no longer detected for the corresponding duration period The Disable Self Clearing option causes the system to continue the alarm condition until the Clear Alarm C A command set is entered Line processing and the yellow a...

Page 184: ...seconds a level 2 alarm is declared and silence is sent on all receive timeslots The alarm is 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 unframed all 1 s signal to the far end to indicate an alarm condition This condition is called a blue alarm or an Alarm Indicatio...

Page 185: ...g 3 03 95 1 48 Yellow alarm on T1 carrier 3 03 95 1 50 Initialized Memory 3 03 95 2 33 T1 carrier level 1 alarm 3 03 95 3 47 T1 carrier level 2 alarm 3 03 95 4 43 T1 carrier performance within thresholds 3 03 95 15 01 Log Cleared The Pause command can be used to display a full screen at a time by entering D A P Clear Alarm Log Clear all entries in the alarm log by typing in the Clear Alarm Log C A...

Page 186: ...econds loss of frame or loss of signal for three consecutive seconds Framer slip seconds one ore more frame slips in a second The MMI also maintains an overall error counter that is a sum of all the errors counted for the five performance criteria listed above The error counter can only be cleared by entering the Clear Error command It stops counting at 65 000 The error counter provides an easy me...

Page 187: ...y to determine if the T1 link is performing without errors because it can be cleared and examined at any time 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 of these three sources See Table 82 MMI Tests on page 188 for additional information about...

Page 188: ...CPE device and T1 network Network loopback Test 1 local loopback loops the T1 link signaling toward itself at the backplane connector and test data is generated and received on all timeslots If this test fails it indicates that the Lineside T1 card is defective Figure 36 MMI local loopback test on page 188 demonstrates how the signaling is looped back toward itself Figure 36 MMI local loopback tes...

Page 189: ... that provides cost effective connection between T1 compatible IPE and a system or off premise extensions over long distances Some examples of applications where a Lineside T1 card can be interfaced to a T1 link are T1 compatible 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 N...

Page 190: ... 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 telephone functionality is extended over T1 facilities providing a telephone at a remote site with access to analog 500 2500 type telephone lines See Figure 40 Lineside T1 interface in off premise application on page 191 An...

Page 191: ...o provide a connection between the system and a remote Norstar system See Figure 41 Lineside T1 interface connection to Norstar system on page 192 In this case channel banks would not be required if the Norstar system is equipped with a T1 interface Applications Circuit Card Reference July 2011 191 ...

Page 192: ...n to Norstar system Note The Lineside T1 card audio levels must be considered when determining the appropriateness of an application NT5D11 and NT5D14 Lineside T1 Interface cards 192 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 193: ...f NT5D33 and NT5D34 cards are supported NT5D33AB NT5D34AB standard Lineside E1 Interface LEI cards The LEI card is an IPE line card that provides an all digital connection between E1 compatible terminal equipment such as a voice mail system and CS 1000E CS 1000M or Meridian 1 The LEI interfaces one E1 line carrying 30 channels to the CS 1000E CS 1000M or Meridian 1 and emulates an analog line card...

Page 194: ...ELEI cards provide identical functionality to LEI cards references to LEI cards in this chapter also apply to ELEI cards unless specified otherwise Install the NT5D33 version of the LEI ELEI card in the NT8D37 IPE module Install the NT5D34 version of the LEI ELEI card in the NTAK11 Cabinet the NTAK12 Expansion Cabinet the NT1P70 Small Remote IPE Main Cabinet the NTAK12 Small Remote IPE Expansion C...

Page 195: ... It occupies two card slots The LE1 faceplate has four LEDs SeeFigure 36 MMI local loopback test on page 188 Figure 42 NT5D33AB LEI card faceplate on page 196 IPE version and Figure 43 NT5D34AB LEI card faceplate on page 197 Cabinet system Physical description Circuit Card Reference July 2011 195 ...

Page 196: ...Figure 42 NT5D33AB LEI card faceplate NT5D33 and NT5D34 Lineside E1 Interface cards 196 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 197: ...s indications on the operations as described in Table 83 LEI card LED operation on page 197 Table 83 LEI card LED operation LED Operation Status Line card Red alarm E1 near end Yellow alarm E1 far end Physical description Circuit Card Reference July 2011 197 ...

Page 198: ...pending on how the Man Machine Interface MMI is configured this LED remains lit until one of the following actions occur If the Self Clearing function is enabled in the MMI the LED clears the alarm when the alarm condition is no longer detected This is the factory default configuration If the Self Clearing function is not enabled or it is subsequently disabled in the MMI the LED alarm indication s...

Page 199: ... assured access to analog 500 2500 type telephone line functionality such as hook flash SPRE codes and ringback tones The LEI supports line supervision features such as loop and ground start protocols It can also be used in an off premise arrangement where analog 500 2500 type telephones are extended over twisted pair or coaxial E1 with the use of channel bank equipment The LEI offers significant ...

Page 200: ...er DS 30X loops through the DS 30X Interface circuits and maintenance data over the card LAN link E1 interface circuit The LEI contains one E1 line interface circuit which provides 30 individually configurable voice interfaces to one E1 link in 30 different time slots The circuit demultiplexes the 2 56 Mbps DS 30X transmit signaling bitstreams from the DS 30X network loop and converts it into 2 04...

Page 201: ...ber firmware version self test results programmed unit parameter status receipt and implementation of card configuration control of the E1 line interface enabling disabling of individual units or entire card programming of loop interface control circuits for administration of channel operation maintenance diagnostics interface with the line card circuit converts on off hook and ringer control mess...

Page 202: ...ccessed through connections from the I O panel to a terminal or modem Multiple cards up to 64 can be served through one MMI terminal or modem by linking the LEIs through a daisy chain The MMI is an optional feature because all E1 configuration settings are performed through dip switch settings or preconfigured factory default settings Available MMI commands and their functionality are discussed in...

Page 203: ...e provided over the CAS interface This is assuming that the incoming call has the Redirecting Line ID without any presentation restrictions 3 Message waiting indication MWI Message waiting indication can be provided over the CAS interface Electrical specifications Table 84 LEI card line interface unit electrical characteristics on page 204 provides a technical summary of the E1 line interface Tabl...

Page 204: ...d surge voltage protections In circuit protection against power line crosses or lightning strikes is not provided on the LEI It does however protect against accidental shorts to 52 V dc analog lines 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 prote...

Page 205: ...ows the same steps If enhanced functionality is required then one additional step is required 7 The Meridian 1 line unit s associated with the lineside E1 must be programmed for wireless operation set WTYP DECT and WRLS Yes in LD 10 in non concentrated mode Refer to Software Input Output Reference Administration NN43001 611 details on LD 10 Dip switch settings Begin the installation and configurat...

Page 206: ... be set by this dip switch The shelf address dip switch can be from 0 to 15 16 being the maximum number of lineside E1 IPE shelves a maximum of 64 LEI cards capable of daisy chaining to a single MMI terminal For ease it is recommended that this address be set the same as the address of the peripheral controller identifier in LD 97 for type XPE This is not possible because the dip switch is limited...

Page 207: ...e of E1 failure Ports can appear as either in the on hook or off hook states on E1 failure Note All idle LEI lines go off hook and seize a Digitone Receiver when the off hook line processing is invoked on E1 failure This may prevent DID trunks from receiving incoming calls until the LEI lines time out and release the DTRs Installation and Configuration Circuit Card Reference July 2011 207 ...

Page 208: ...ttings Switch S1 positions 3 6 on page 209 show the dip switch settings for Switch 1 Table 90 LEI card E1 Switch 2 S2 dip switch settings on page 210 shows the dip switch settings for Switch 2 Table 87 LEI card Switch 1 dip switch settings Characteristic Selection Switch Position Switch Setting Factory Default MMI port speed selection 1200 baud 2400 baud 1 1 ON OFF OFF E1 signaling Ground start Lo...

Page 209: ...ess 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 OFF ON OFF 06 OFF ON ON OFF 07 ON ON ON OFF 08 OFF OFF OFF ON 09 ON OFF OFF ON 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 When setting E1 Switch 2 dip switch sett...

Page 210: ...ion Switch Position Switch Setting Factory Default E1 framing CRC 4 Disabled CRC 4 Enabled 1 ON OFF ON E1 coding AMI HDB3 2 ON OFF OFF NOT USED leave ON 3 ON ON NOT USED leave ON 4 OFF OFF Mode LEI Mode ELEI Mode 5 OFF ON Off Line processing on E1 link failure On hook Off hook 6 ON OFF OFF Daisy chaining to MMI YES NO 7 ON OFF OFF MMI master or slave Master Slave 8 ON OFF ON After the card is inst...

Page 211: ...el Some of the 25 pair I O connectors are split between adjacent card slots Other vintage levels cable each card slot to the I O panel using a unique 24 pair connector on the I O panel In these vintage levels the LEI 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 slots are a...

Page 212: ... the I O panel This eliminates these card slot restrictions Cabling the LEI card After the dip switches are configured and the LEI installed into the selected card slots the LEI can be cabled to the LTU equipment the MMI terminal or modem optional an external alarm optional and other LEIs for daisy chaining use of the MMI terminal optional The LEI is cabled from its backplane connector through con...

Page 213: ...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 LEI connects at the Rx coaxial connector Table 93 LEI card LEI backplane and I O panel pinouts on page 213 shows the pin assignments of the LEI backplane and I O Panel Table 93 LEI card LEI backplane and I O pane...

Page 214: ...eive to network 26 E1 Ring Receive data 3 2 E1 Tip Transmit data 1 27 E1 Ring Transmit data 9 3 Alarm out common 1 28 Alarm out normally open 2 DB9 male to external alarm P3 4 Alarm out normally closed 3 7 Toward MMI terminal receive data 2 DB9 male toward MMI P5 Wired as DCE Data is transmitted on pin 2 RXD and received on pin 3 TXD 31 Toward MMI terminal transmit data 3 33 Ground 5 8 Control 1 7...

Page 215: ...far end has Tx and Rx wired straight from the RJ48 demarc at the far end of the carrier facility External Alarm Connections P3 connector pins 1 2 and 3 can be plugged into any external alarm sensing hardware Plug the DB9 male connector labeled 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 spe...

Page 216: ...ct to any other card slot Connected card slots do not need to be consecutive Connecting two or more LEIs to the MMI terminal Follow this procedure for connecting two or more LEIs to the MMI terminal 1 Cable the DB9 male connector labeled P5 toward MMI terminal to one of the COM ports on the back of any TTY a PC running a terminal emulation program or a modem 2 Make the connection from the first ca...

Page 217: ...h 7 bits parity bit mark stop bits one software handshake XON XOFF off Software Configuration Although much of the architecture and many features of the LEI card are different from the analog line card the LEI is designed to emulate an analog line card to the CS 1000 software Because of this the LEI software configuration is the same as for two adjacent analog line cards Installation Circuit Card ...

Page 218: ...uld reside in card slot 0 and the daughterboard in card slot 1 To configure the terminal equipment through the switch software the E1 channel number must be cross referenced to the corresponding card unit number This mapping is shown in Table 95 Card unit number to E1 channel mapping on page 218 Table 95 Card unit number to E1 channel mapping Item TN E1 Channel Number Motherboard 0 1 Motherboard 1...

Page 219: ...Originating calls are outgoing from the terminal equipment Terminating calls are 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 self test results The STATUS LED on the faceplate indicates whether or not the LEI has successfully passed its self test ...

Page 220: ...abled in both freerun or locked state an accurate clock will be provided to MGC Use an MGC DECT Clock Reference Cable NTDW67AAE5 to bring a clock source from other Communication Server 1000 cabinet chassis that has a Central Office Link With accurate clock source available MGC locks to the reference and provide an backplane clock as accurate as the clock source Connecting MGC DECT Clock Reference ...

Page 221: ... of the back of the MG1000 chassis Figure 49 MG1000 chassis on page 221 shows the AUI port of the MG1000 chassis Figure 49 MG1000 chassis 2 In the Option 11C Mini chassis or Succession 1 0 MG chassis connect to 15 pin DSUB connector on the back panel formerly used for the 10Base TAUI connection Figure 50 Option 11C Mini chassis or Succession 1 0 MG chassis on page 222 shows the 10Base T AUI connec...

Page 222: ...ption 11C Cabinet Man Machine E1 maintenance interface software Description The Man Machine Interface MMI provides E1 link diagnostics and historical information for the LEI system See Installation and Configuration on page 205 for instructions on how to install the cabling and configure the terminal for the MMI The following sections describe the options available through the LEI s MMI terminal a...

Page 223: ...reshold and duration settings must be established for each level When the first level of severity is reached alarm level 1 the MMI causes the following the external alarm hardware activates the RED ALARM LED on the faceplate is lit an alarm message is displayed on the MMI terminal an entry is created in the alarm log and printed to the MMI port When the second level of severity is reached alarm le...

Page 224: ...ge 237 E1 Verification and Fault Isolation Testing The MMI enables various tests to be performed that either verify that the E1 is working adequately or help to isolate a problem to the LEI the E1 link or the CPE For descriptions of all of these tests and instructions on how to run them see Testing on page 239 Login and Password The MMI can be accessed through any TTY PC running a terminal emulati...

Page 225: ...dress Basic commands MMI commands can now be executed The seven basic commands are Help Alarm Clear Display Set Test Quit Type CR to list these commands along with an explanation of their usage Ascreen similar to Figure 52 HELP H screen on page 225 appears The help screen also appears by typing H CR or HELP CR Figure 52 HELP H screen Each of these commands can be executed by entering the first let...

Page 226: ...ing disable enable setting values entered through the Set Configuration command and dip switch settings Momentarily stop the scrolling display by typing P Continue scrolling by typing any other key D H P Display History Displays performance counters for the past 24 hours Momentarily stop the scrolling display by typing P Continue scrolling by typing any other key D P Display Performance Displays p...

Page 227: ...to the system and verify the current time Do this by entering the Set Time S T command The MMI displays the time it has registered Enter a new time or hit Enter to leave it unchanged The time is entered in the hh mm ss the 24 hour or military format Set Date Verify the current date Do this by entering the Set Date S D command The MMI then displays the date it has registered Enter a new date or hit...

Page 228: ... 0 mb s The threshold value indicates the ratio of the total number of bits that must be detected 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 causes the MMI to display a Parameter Invalid message The digit entered as the threshold value is a number representing a negative power of 10 ...

Page 229: ...he system no longer detects the respective bit error threshold during the corresponding duration period For example if AL1 threshold of 6 representing 10 6 is specified and a duration period of 100 seconds is specified an alarm is activated if more than 200 bit errors occur in any 100 second period As soon as the alarm is activated the bit counter is reset to 0 If the next 100 seconds pass and les...

Page 230: ...ation period is normally set to 10 seconds Set Clearing The SET CLEARING S C command allows self clearing of alarms by responding to the question Enable Self Clearing YES or NO If YES is chosen the factory default setting the system automatically clears resets alarms after the alarm condition is no longer detected Choosing the NO option causes the system to continue the alarm condition until the C...

Page 231: ...If the user selects default then the A B Bit values is reset to the Default values Responding to the MMI s Set Mode prompt with 1 also results in the line Signaling Bits set to Default as in Figure 55 Set Mode screen on page 231 Figure 55 Set Mode screen However responding to this prompt with 2 selects Table and allows the user to set the A B Bit Mode to whatever configuration the user chooses If ...

Page 232: ...m the CPE point of view Incoming is an external call arriving over the digital link and accepted by the CPE Outgoing is a call originated by the CPE over the digital link Configuring the A B Bit Signaling table is illustrated in Figure 57 Set Mode S M Table screen on page 233 Figure 56 Set Mode S M Table screen Idle SEND This is the value that the LEI sends acting as the CO or PSTN when the circui...

Page 233: ...e Table 90 LEI card E1 Switch 2 S2 dip switch settings on page 210 Figure 57 Set Mode S M Table screen Incoming call Ringer ON SEND This is the value that the LEI sends to indicate that a call is incoming to the CPE and that ringing voltage should be applied at the CPE This value is required Incoming call Ringer OFF SEND This is the value that the LEI sends to indicate that a call is incoming to t...

Page 234: ...the LEI expects to see from the CPE during the break part of the digit This value is required Outgoing call ANSWERED SEND This is the value that the LEI sends to indicate that the far end has answered the call This value is required Outgoing call CPE DISCONNECT RECEIVE This is the value that the LEI expects to see from the CPE when the customer equipment wishes to end the call This value is requir...

Page 235: ...ardware 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 is declared if a full frame 255 bits of consecutive zeros is detected at the receive inputs If this condition occurs the E1 link automatically attempts to resynchronize with the far end If this condition lasts for more than two...

Page 236: ...d the LED goes out an entry is made in the alarm log of the date and time the alarm was cleared and line processing ceases for alarm level 2 only When this command is typed MMI displays the message Alarm acknowledged If the alarm condition still exists an alarm is declared again Display Alarms A detailed report of the most recent 100 alarms with time and date stamps can be displayed by entering th...

Page 237: ...tors the performance of the E1 link according to several performance criteria including errored bursty unavailable loss of frame and frame slip seconds It registers the performance of these criteria by reading their status every second and counting their results These counts are accumulated for an hour then reset to 0 Previous hour count results are maintained for each of the previous 24 hours The...

Page 238: ...ports on these performance counters through the Display Performance D P or the Display History D H commands Display Performance Entering the Display Performance D P command displays performance counters for the past hour A screen similar to Figure 61 Display Performance D P screen on page 238 appears Figure 61 Display Performance D P screen Each column except the error counter indicates the number...

Page 239: ...ntering D H P Clear Error Reset the error counter to zero by entering the Clear Error C E command The error counter provides a convenient way to determine if the E1 link is performing without errors because it can be cleared and examined at any time Testing The Test Carrier T command allows tests to be run on the LEI the E1 link or the CPE device The three tests are designed to provide the capabil...

Page 240: ...ss During a test if an invalid word is received this is recorded by a failure peg counter The peg counter has a limit of 65 000 At the end of the test the Test Results message indicates how many failures if any occurred during the test Table 99 MMI Tests on page 240 shows which test to run for the associated equipment Table 99 MMI Tests Test number Equipment Tested Test Description 1 LEI Local loo...

Page 241: ... demonstrates how an external loopback is applied to the E1 link Figure 66 MMI External loopback test Test 3 network loopback loops the LEI s received E1 data back toward the CPE No test data is generated or received by the LEI If test 2 passes but test 3 fails it indicates that the CPE device is defective If test 2 was not run and test 3 fails the E1 link or the CPE device could be defective To i...

Page 242: ...connection to IPE on page 242 Figure 68 LEI connection to IPE For example the LEI can be used to connect the system to an E1 compatible Voice Response Unit VRU An example of this type of equipment is Nortel Open IVR system In this way the CS 1000E CS 1000M and Meridian 1can send a call to the VRU and because the LEI supports analog 500 2500 type telephone functionality the VRU can send the call ba...

Page 243: ...stem See Figure 70 LEI connection to Norstar system on page 243 In this case channel banks are not required if the Norstar system is equipped with an E1 interface Note Consider LEI audio levels when determining the appropriateness of an application Figure 70 LEI connection to Norstar system Applications Circuit Card Reference July 2011 243 ...

Page 244: ...NT5D33 and NT5D34 Lineside E1 Interface cards 244 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 245: ...ne with a new call For information about the CLASS Calling Number and Name Delivery feature see Features and Services NN43001 106 B For administration and maintenance commands see Software Input Output Reference Administration NN43001 611 The NT5D60AA CLASS Modem card supports the Custom LocalArea Signaling Services CLASS feature The CLASS Modem card receives Calling Number and Calling Name Delive...

Page 246: ... LED remains lit for two to five seconds as a self test runs If the self test completes successfully the LED flashes three times and remains lit until the card is configured and enabled in software then the LED goes out If the LED continually flashes or remains weakly lit replace the card Functional description The CLASS Modem card is designed to plug into any one of the peripheral card slots of t...

Page 247: ...1200 or 2200 Hz Upon completion of transmitting the CND data the CLASS Modem 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 100 Time slot mapping on page 247 shows time slot mapping for the CLASS modem card Table 100 Time slot mapping XCMC mapping of TNs Modem units on the CLASS Modem card TNs DS...

Page 248: ... CND memory buffer Once all of the CND information is stored in the memory buffer the CLASS Modem card begins transmission when requested by the system software Data is sent one ASCII character at a time The CLASS Modem card inserts a start and stop bit to each ASCII character sent The transmission of the calling party name number to the terminating telephone is accomplished through asynchronous F...

Page 249: ...e 3 00 01 02 03 28 29 30 31 28 29 30 31 04 05 06 07 Electrical specifications This section lists the electrical characteristic of the CLASS modem card This section lists the electrical characteristic of the CLASS modem card Data transmission specifications Table 102 CLASS modem card data transmission electrical characteristics on page 250 provides specifications for the 32 transmit only modem reso...

Page 250: ...rk Power requirements The CLASS modem card requires less than 1 0 Amps of 5 V dc 1 supply supplied by the power converter in the IPE shelf The CLASS modem card requires less than 1 0 Amps of 5 V dc 1 supply supplied by the power converter in the IPE shelf Environmental specifications Table 104 CLASS modem card environmental specifications on page 250 shows the environmental specifications of the c...

Page 251: ...CPU through the Cardlan interface Software service changes On systems equipped with either CNUMB package 332 or CNAME package 333 up to 255 CLASS Modem CMOD units can be configured in LD 13 and analog 500 2500 type telephones can be assigned as CLASS telephones in LD 10 by assigning them CNUS or CNUA and CNAA class of service See Software Input Output Reference Administration NN43001 611 for LD 10...

Page 252: ...NT5D60 80 81 CLASS Modem card XCMC 252 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 253: ...ngle CE card The NT5D97 occupies a single slot in the Network shelf and provides two DTI2 PRI2 network connections an interface to an external D Channel Handler the NT6D11AF or the NT6D80 Multi purpose Serial Data Link card and an optional plug on NTBK51AA NTBK51CA Downloadable D Channel daughterboard DDCH with two DCH interface ports The NT5D97 DDP2 card can be mixed in the same machine with PRI2...

Page 254: ... 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 that the D channel link is operational Transmitter Ready TR originating at the DCH or MSDL to indicate to the DDP2 card that the DCH are ready to use the D channel link Table 106 DCH MSDL Receiver Ready con...

Page 255: ...h a DDCH status LED 6 x 2 trunk port status LEDs and six external connectors Table 107 External connectors and LEDs on page 256 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 the names of the LEDs Physical description Circuit Card Reference July 2011 255 ...

Page 256: ...IS Plastic ESD protected Card Enable disable switch Connector s Unit 0 Clock 0 RJ11 Connector Connects reference clock 0 to Clock Controller card 0 Unit 0 Clock 1 RJ11 Connector Connects reference clock 0 to Clock Controller card 1 NT5D97 Dual port DTI2 PRI2 card 256 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 257: ...LBK 2 Yellow LEDs Loop Back test being performed on Trunk 0 or Trunk 1 DCH Bicolor Red Green LED NTBK51AA NTBK51CA status The following sections provide a brief description of each element on the faceplate Enable Disable Switch This switch is used to disable the card prior to insertion or removal from the network shelf While this switch is in disable position the card does not respond to the syste...

Page 258: ...EA LEDs Two yellow LEDs indicate if a far end alarm is reported by the far end usually in response to a near end alarm condition at the far end on trunk port 0 or trunk port 1 LBK LEDs Two yellow LEDs indicate if a remote loopback test is being performed on trunk port 0 or trunk port 1 The loopback indication is active when the digital trunk is in remote loopback mode Normal call processing is inh...

Page 259: ...covered clock to primary or secondary reference source on clock controller card 1 Connector J5 TRK A 9 pin D Type connector used to connect Digital trunk unit 0 receive and transmit Tip Ring pairs Digital trunk unit 1 receive and transmit Tip Ring pairs Connector J6 DCH A26 pin D type connector is used to connect the DDP2 card to the external MSDL or D channel handler Port definitions The NT5D97 c...

Page 260: ...re and the range of DCH addresses D Channel capacity The software configuration for the NTBK51AA NTBK51CA DDCH is similar to the MSDL and only supports D channel functionality The system has a total capacity of 16 addresses Device Addresses 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 Chan...

Page 261: ...ts for the NT5D97 DDP2 card Table 110 NT5D97 DDP2 power requirements Voltage Source Current DDP2 without NTBK51AA NTBK51CA DDP2 with NTBK51AA NTBK51CA 5 V Backplane 3A 3 8A 12 V Backplane 25mA 75mA 12 V Backplane 25mA 75mA Total Power Maximum 15 6W 20 8W Cable requirements This section lists the types of cable used and the lengths required for internal and external NT5D97 DDP2 connections Note No ...

Page 262: ... follows E1 carrier cables NTCK45AA A0407956 The NTCK45AA 8 ft is an 120W cable for systems equipped with an I O filter panel connecting the TRK port P1 D type 9 pin male on the DDP2 faceplate to the I O filter P2 P3 D type 9 pin males Figure 72 NTCK45AA Table 111 NTCK45AA cable pins on page 263 which follows lists the pin attributes for the NTCK45AA cable NT5D97 Dual port DTI2 PRI2 card 262 Circu...

Page 263: ...lack P1 5 P3 6 1 R PRI1TX Trunk 1 Transmit Ring Red P1 6 P3 7 1 T PRI1RX Trunk 1 Receive Tip Black P1 7 P3 2 1 R PRI1RX Trunk 1 Receive Ring White P1 8 P3 3 1 GND Shield Wire Bare N C Case P3 1 GND Shield Wire Bare N C Case P3 1 Standard Wire 3 Bare Case P3 P3 5 1 Standard Wire 3 Bare Case P3 P3 9 NT8D7217 A0617192 The NT8D7217 50 ft is an 120W cable for systems equipped with an I O filter panel c...

Page 264: ...1RX Trunk 1 Receive Ring Red P1 3 P2 3 1 GND Shield Wire Bare P1 5 N C 1 GND Shield Wire Bare P1 9 N C NTCK78AA A0618294 The NTCK78AA 50 ft is an 120W cable for connecting the TRK port on the DDP2 faceplate P1 D type 9 pin male to the Main Distribution Frame MDF P2 P3 D type 15 pin males The NTCK78AA is used for systems not equipped with an I O filter panel Figure 74 NTCK78AA Table 113 NTCK78AA ca...

Page 265: ...ing White P1 8 P3 11 1 GND Shield Wire Bare P1 Case P3 2 1 GND Shield Wire Bare P1 Case P3 4 NTCK79AA A0618296 The NTCK79AA 40 ft is a 75W coaxial cable for connecting the TRK port on the DDP2 faceplate P1 D type 9 pin male to the Line Terminating Unit LTU P2 P3 P4 P5 BNC males Figure 75 NTCK79AA Table 114 NTCK79AA cable pins on page 265 lists the pin attributes for the NTCK79AA cable Table 114 NT...

Page 266: ...uctor 1 R PRI1RX Trunk 1 Receive Ring Green P1 8 P5 shield 1 Outer metallized PVC shield Bare N C P1 Case 1 3 stranded wire Bare N C P1 Case Reference clock cables The NTCG03AA 14 ft NTCG03AB 2 8 ft NTCG03AC 4 0 ft or NTCG03AD 7 ft is a DDP2 card to Clock Controller cable connecting each of the CLK0 or CLK1 ports on the DDP2 faceplate to the primary or secondary source ports on Clock Controller ca...

Page 267: ...NTCK46AC 35 ft DDP2 to DCH cable NTCK46AD 50 ft DDP2 to DCH cable Figure 77 NTCK46AA AB AC AD External MSDL cable The NTCK80 cable connects 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 50 ft DDP2 to MSDL cable Figure 78 NTCK80AA AB AC AD Physical des...

Page 268: ...nel with the connection between the I O panel and a Network Channel Terminating Equipment NCTE Figure 80 DDP2 cable for systems without an I O panel on page 270 shows cabling for a system without an I O panel Here the DDP2 faceplate is cabled directly to the NCTE Note Because of several clock cabling options exists none is represented in the diagrams Refer to Clock configurations on page 283 for a...

Page 269: ...Figure 79 DDP2 cable for systems with an I O panel Physical description Circuit Card Reference July 2011 269 ...

Page 270: ...Figure 80 DDP2 cable for systems without an I O panel NT5D97 Dual port DTI2 PRI2 card 270 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 271: ...is equipped with 6x2 sets of DIP switches for trunk parameters settings for port0 and port1 respectively Additionally the DDP2 card is equipped with one set of four DIP switches for the Ring Ground setting The NT5D97AA AB has one set of eight DIP switches and NT5D97AD has two sets of ten DIP switches for the D channel Handler parameters setting The DIP switches are used for the setting of default ...

Page 272: ... General Purpose S9 S15 The following parameters are set by DIP switches The boldface font shows the factory set up Figure 81 Dip switches for NT5D97AA AB NT5D97 Dual port DTI2 PRI2 card 272 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 273: ... in the DTI2 mode ON Loop operates in the PRI2 mode Transmission mode A per trunk switch S4 S10 provides selection of the digital trunk interface type Refer to Table 117 Impedance level and loop mode switch settings on page 273 Table 117 Impedance level and loop mode switch settings Description S4 S10 switch settings E1 OFF Not used Line build out A per trunk set of three switches S5 S11 S6 S12 an...

Page 274: ...able 120 Ring ground switch settings on page 274 Table 120 Ring ground switch settings Switch Description S2 switch settingS 1 Trunk 0 Transit OFF Ring line is not grounded ON Ring line is grounded 2 Trunk 0 Receive OFF Ring line is not grounded ON Ring line is grounded 3 Trunk 1 Transmit OFF Ring line is not grounded ON Ring line is grounded 4 Trunk 1 Receive OFF Ring line is not grounded ON Ring...

Page 275: ...t switch settings on page 275 5 8 For future use OFF Table 122 NTBK51AA NTBK51CA daughterboard address select switch settings on page 275 shows the possible selection of the NTBK51AA NTBK51CA D channel Table 122 NTBK51AA NTBK51CA daughterboard address select switch settings Device Address Switch Setting 0 OFF OFF OFF OFF 1 ON OFF OFF OFF 2 OFF ON OFF OFF 3 ON ON OFF OFF 4 OFF OFF ON OFF 5 ON OFF O...

Page 276: ...of ten DIP 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 default values accordingly Table 123 DIP switch settings for NT5D97AD Card Trunks 0 and 1 Port 0 Port 1 Trunk 0 Trunk 1 ENB DSB mounted on the face plate S1 Ring Ground S16 DPNSS S8 S9 MSDL S9 T...

Page 277: ... Dip switches locations for NT5D97AD Trunk interface switches for NT5D97AD Trunk 0 switches Switch S12 gives the MPU information about its environment Functional description Circuit Card Reference July 2011 277 ...

Page 278: ...itch S3 S4 and S5 select LBO function Table 126 LBO switches for NT5D97AD LBO setting S3 S4 S5 0dB OFF OFF OFF 7 5dB ON ON OFF 15dB ON OFF ON Switch S6 selects the Receiver interface Table 127 Receiver interface switches for NT5D97AD Impedance S6 1 S6 2 S6 3 S6 4 75 ohm OFF OFF ON OFF 120 ohm OFF OFF OFF ON Trunk 1 switches for NT5D97AD Table 128 Trunk 1 switches Switch Function S7 General Purpose...

Page 279: ...itch Line S16_1 Trunk 0 Transmit S16_2 Trunk 0 Receive S16_3 Trunk 1 Transmit S16_4 Trunk 1 Receive DCH Address select switch for NTBK51AA NTBK51CA daughterboard for NT5D97AD Switch S9 selects the NTBK51AA NTBK51CA DCH daughter card address Switch S8 is not used when the NTBK51AA NTBK51CA daughter card is used S8_1 10 can be set to OFF position Table 130 NTBK51AA NTBK51CA DCH switches for NT5D97AD...

Page 280: ...tting for MSDL external card Switch Setting DNUM LD 17 1 2 3 4 0 OFF OFF OFF OFF 1 ON OFF OFF OFF 2 OFF ON OFF OFF 3 ON ON OFF OFF 4 OFF OFF ON OFF 5 ON OFF ON OFF 6 OFF ON ON OFF 7 ON ON ON OFF 8 OFF OFF OFF ON 9 ON OFF OFF ON 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 NT5D97 Dual port DTI2 PRI2 card 280 Circuit Card Reference July 2011 Commen...

Page 281: ... the primary reference As shown in Figure 83 Clock Controller primary and secondary tracking on page 282 a system with dual CPUs can use two clock controllers CC 0 and CC 1 One clock controller acts as a backup to the other The clock controllers should be completely locked to the reference clock Free run non tracking mode The clock synchronization of the can operate in free run mode if no loop is ...

Page 282: ...ck If a clock controller error is detected the system switches to the backup clock controller without affecting which reference clock is being tracked A reference clock error occurs when there is a problem with the clock driver or with the reference clock at the far end If the clock controller detects a reference clock error the reference clocks are switched Automatic clock recovery A command for ...

Page 283: ... in LD 60 tracking on the primary or secondary reference clock is automatically switched in the following manner If software is unable to track on the assigned primary reference clock it switches to the secondary reference clock and sends appropriate DTC maintenance messages If software is unable to track on the assigned secondary reference clock it switches to free run Clock configurations Clock ...

Page 284: ...vides a clock source from Unit 0 Connector Clk0 provides a clock source from Unit 1 Refer to Figure 84 Clock Controller Option 1 on page 285 Option 2 This option provides a Dual CPU system with 2 references of a clock source derived from port 0 of the DDP2 Connector Clk0 provides a Ref 1 clock source from Unit 0 Connector Clk1 provides a Ref 2 clock source from Unit 0 Refer to Figure 85 Clock Cont...

Page 285: ...Option 4 on page 288 Figure 84 Clock Controller Option 1 Operation The following discussion describes possible scenarios when replacing a digital trunk NT8D72BA PRI2 card or QPC536E DTI2 card or NTCK43 Dual PRI card configuration with a NT5D97 DDP2 card configuration Operation Circuit Card Reference July 2011 285 ...

Page 286: ...Figure 85 Clock Controller Option 2 NT5D97 Dual port DTI2 PRI2 card 286 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 287: ...Figure 86 Clock Controller Option 3 Operation Circuit Card Reference July 2011 287 ...

Page 288: ... two empty slots Case 3 The network shelf is full one port of a QPC414 network card is connected to a digital trunk and the second is connected to a peripheral buffer This arrangement is repeated for another QPC414 The digital trunks are located in a shelf that provides only power In this case the peripheral buffers must be reassigned so that each pair of buffers uses both ports of the same QPC414...

Page 289: ...les Caution Clock Controller cables connecting the Clock Controller and NT5D97 card must NOT be routed through the center of the cabinet past the power harness Instead they should be routed around the outside of the equipment shelves 9 If required install connecting blocks at the MDF or wall mounted cross connect terminal 10 If required designate connecting blocks at the MDF or wall mounted cross ...

Page 290: ...rd Configuring the NT5D97 After the NT5D97 DDP2 is installed configure the system using the same procedures as the standard NT8D72BA PRI2 Consider the following when configuring the NT5D97 DDP2 card The CS 1000 software allows four ports to be defined for the NT6D80 MSDL The DDCH NTBK51AA NTBK51CA card has only two ports 0 and 1 therefore ports 2 and 3 must not be defined when using the NTBK51AA N...

Page 291: ... power up or reset Signalling test performed in the LD 30 Loopback tests self tests and continuity tests performed by LD 60 and LD 45 The D Channel DCH MSDL DDCH maintenance is supported by LD 96 Note The MSDL self test is not applicable to the NTBK51AA NTBK51CA D Channel daughterboard Operation Circuit Card Reference July 2011 291 ...

Page 292: ...NT5D97 Dual port DTI2 PRI2 card 292 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 293: ...h 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 are supported in each Media Gateway and Media Gateway Expansion The NT5K02 Flexible Analog Line card performs several functions including flexible transmission ground button operation low voltage Mes...

Page 294: ... Waiting analog line card typically used in Belgium NT5K02JA low voltage Message Waiting analog line card typically used in Denmark NT5K02KA ground button low voltage Message Waiting analog line card typically used in Netherlands NT5K02LA and NT5K02LB analog line card typically used in New Zealand NT5K02MA ground button low voltage Message Waiting analog line card typically used in Norway NT5K02NA...

Page 295: ...iver 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 is established the XMFC MFE card sends and receives pairs of frequencies and then drops out of the call The XMFC MFE card can operate in systems using either A law or µ law companding by changing the setting in software You can install this card in any IPE ...

Page 296: ...ff its forward signal The second card hears the forward signal being removed and removes its backward signal The first XMFC MFE can either send a second signal or drop out of the call MFC signaling involves two or more levels of forward signals and two or more levels of backward signals Separate sets of frequencies are used for forward and backward signals Forward signals Level I forward signals a...

Page 297: ...using MFC This programming can be done by the customer and allows users to suit the needs of each MFC equipped trunk route Each MFC equipped trunk route is associated with a data block that contains the MFC signal functions supported for that route MFE signaling The NT5K21 XMFC 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...

Page 298: ... card by 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 information to the CPU through the CPU bus Send mode When in send mode the CPU sends data to the XMFC MFE card through the CPU bus The CPU tells the XMFC MFE card which tone pairs to send and th...

Page 299: ...ITT spec 38 5 dBmOBlue Book Bandwidth twist accepted rejected fc 10 Hz fc 60 Hz Amplitude twist accepted difference of 5 dB between adjacent frequencies difference of 7 dB between non adjacent frequencies Norwegian requirement rejected difference of 12 dB for unloaded CO trunks difference of 20 dB between any two frequencies Operating time 32 msec Release time 32 msec Tone Interrupt no release 8 m...

Page 300: ...ted rejected 4 dBm to 35 dBm 10 Hz of nominal 42 dBm signals 4 dBm outside 500 1900 Hz 40 dBm single multiple sine wave in 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 Receiver on tone missing Longest Input tone ignored 8 msec Combination of valid frequ...

Page 301: ...Lit when the circuit card is disabled 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 Physical specifications Circuit Card Reference July 2011 301 ...

Page 302: ...NT5K21 XMFC MFE card 302 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 303: ...are supported in a Media Gateway and Media Gateway Expansion The S T Interface Line cards SILC NT6D70AA 48V North America NT6D70 BA 40 V International provide eight S T four wire full duplex interfaces that are used to connect ISDN BRI compatible terminals over DSLs to the Meridian 1 system A description of the ISDN BRI feature is contained in ISDN Basic Rate Interface Maintenance NN43001 718 The ...

Page 304: ...nd one 16Kb s Data D channel The BRI interface is referred to as a 2B D connection as well as a Digital Subscriber Loop DSL B channels transmit user voice and data information at high speeds while D channels are packet switched links that carry call set up signaling and other user data across the network One single DSL can carry two simultaneous voice or data conversations to the same or to differ...

Page 305: ...ction against power line crosses or lightning is not provided on the SILC card When the SILC card is used in TIE trunk applications in which the cabling is exposed to outside plant conditions an NT1 module certified for such applications must be used Check local regulations before providing such service Functional description The NT6D70 SILC card provides eight S T four wire full duplex polarity s...

Page 306: ...common physical termination The length of a DSL depends on the specific terminal configuration and the DSL wire gauge however it should not exceed 1 km 3 280 ft The SILC interface uses a 4 conductor cable that provides a differential Transmit and Receive pair for each DSL The SILC has options to provide a total of 2 Watts of power on the Transmit or Receive leads or no power at all When this power...

Page 307: ...CS 1000 system bus format multiplex 4 D channels onto one timeslot perform activation and deactivation of DSLs provide loopback control of DSLs provide a reference clock to the clock controller Micro Controller Unit MCU The Micro Controller Unit MCU coordinates and controls the operation of the SILC It has internal memory a reset and sanity timer and a serial control interface The memory consists ...

Page 308: ...system CPU to the SILC MCU The signaling information also contains maintenance instructions The digital pad provides gain or attenuation values to condition the level of the digitized transmission signal according to the network loss plan This sets transmission levels for the B channel voice calls The clock recovery circuit recovers the clock from the local exchange The clock converter converts th...

Page 309: ...etwork loss plan This sets transmission levels for the B channel voice calls The clock recovery circuit recovers the clock from the local exchange The clock converter converts the 5 12 MHz clock from the PE backplane into a 2 56 MHz clock to time the PE bus channels and an 8 kHz clock to provide PCM framing bits S T interface logic The S T interface logic consists of a transceiver circuit and the ...

Page 310: ...s of a transceiver circuit and the DSL power source This interface supports DSLs of different distances and different numbers and types of terminal The transceiver circuits provide four wire full duplex S T bus interface This bus supports multiple physical terminations on one DSL where each physical termination supports multiple logical B channel and D channel ISDN BRI terminals Idle circuit switc...

Page 311: ...lot Note A maximum of four UILCs are supported in an Media Gateway and Media Gateway Expansion The NT6D71 U Interface Line Card UILC supports the OSI physical layer Layer 1 protocol The UILC is an ANSI defined standard interface The UILC provides eight two wire full duplex not polarity sensitive U interfaces that are used to connect ISDN BRI compatible terminals over DSLs to the Meridian 1 A descr...

Page 312: ...Power consumption Power consumption is 5 V at 1900 mA Power consumption is 5 V at 1900 mA Power consumption is 5 V at 1900 mA Functional description Each U interface provides two B channels and one D channel and supports one physical termination This termination can be to a Network Termination NT1 or directly to a single U interface terminal Usually this physical termination is to an NT1 which pro...

Page 313: ... a Network Termination NT1 or directly to a single U interface terminal Usually this physical termination is to an NT1 which provides an S T interface that supports up to eight physical terminal connections The length of a DSL depends on the specific terminal configuration and the DSL wire gauge however it should not exceed 5 5 km 3 3 mi The main functions of the UILC are as follows provide eight ...

Page 314: ... Card LAN interface a IPE bus interface a maintenance signaling channel interface a digital pad and a clock converter The Card LAN interface is used for routine card maintenance which includes polling the line cards to find in which card slot the UILC is installed It also queries the status and identification of the card and reports the configuration data and firmware version of the card The IPE b...

Page 315: ...entification of the card and reports the configuration data and firmware version of the card The PE bus interface connects one PE bus loop that 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 the CS 1000CPU to the UILC MCU The signaling information al...

Page 316: ...ction to eliminate the external hazards on the DSL The U interface supports voice and data terminals D channel packet data terminals and NT1s A UILC has eight transceivers to support eight DSLs for point to point operation NT6D71 UILC line card 316 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 317: ...or various operations Peripheral software downloaded to the MSDL controls functionality for each port Synchronous operation is permitted on all MSDL ports Port 0 can be configured as an asynchronous Serial Data Interface SDI An MSDL card occupies one network card slot in Large SystemNetworks or Core Network modules and communicates with the CPU over the CPU bus and with I O equipment over its seri...

Page 318: ...e faceplate the MSDL provides five connectors four to connect to I O operations and one to connect to a monitor device that monitors MSDL functions Figure 88 MSDL component layout on page 318 illustrates major MSDL components and their locations on the printed circuit card Note Switches S9 and S10 are configured to reflect the device number set in LD 17 DNUM S10 designates tens and S9 designates o...

Page 319: ...lowing communicate with the CPU to report operation status receive downloaded peripheral software and configuration parameters coordinate data flow in conjunction with the CPU manage data link layer and network layer signaling that controls operations connection and disconnection control operation initialization and addressing send control messages to the operations CPU bus interface The CPU bus t...

Page 320: ...ed on a Motorola 68020 processor coordinates and controls data transfer and port addressing communicating via the CPU bus with the system Prioritized interrupts tell the MPU which tasks to perform NT6D80 MSDL card 320 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 321: ...ronous ports 0 3 asynchronous port 0 DCE or DTE equipment emulation mode RS 232 or RS 422 interface Transmission mode All four ports of the MSDL can be configured for synchronous data transmission by software Port 0 can be configured for asynchronous data transmission for CRT TTY and printer applications only Equipment emulation mode Configure an MSDL port to emulate DCE or DTE by setting switches...

Page 322: ...DL and the system enable the MSDL by following these steps 1 When the MSDL card is placed in the system the card starts a self test 2 When the MSDL passes the test it indicates its state and L W version to the system The CPU checks to see if downloading is required 3 After downloading the peripheral software the system enables the MSDL 4 MSDL applications DCH AML SDI may be brought up if appropria...

Page 323: ...e MSDL The transmit buffer transports these messages to the appropriate buffers from which the messages travel over the MSDL port to the I O equipment The MSDL uses the MSDL receive interface to communicate with the system The MSDL card receives packetized data from the I O equipment over the MSDL ports This data is processed by the MSDL handler and sent to the appropriate function Functional desc...

Page 324: ...lots in each module for the selected system option Some of these network card slots are normally occupied by Network cards Superloop Network cards Conference TDS and others leaving a limited number of unused slots for MSDL and other cards Card mix A system that exclusively uses MSDL cards can support up to 16 such cards providing 64 ports These ports can be used to run various synchronous and asyn...

Page 325: ...ble 142 Synchronous interface specifications on page 325 lists the synchronous interface specifications and the means of configuring the interface parameters Table 142 Synchronous 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 Internal External Softwar...

Page 326: ...lly provides a user interface to 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 144 RS 232 interface pin assignments on page 326 lists the RS 232 interface specifications for EIA and CCITT standard circuits It shows the connector pin number the associated signal name and the supporte...

Page 327: ...ector pin number the associated signal name and the supported circuit type It also indicates whether the signal originates at the DTE or DCE device Table 145 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 Signal Ground SG AB 8 Receive Ready RR CF X 12 ...

Page 328: ...ents The MSDL card conforms to the same requirements as other interface cards The temperature humidity and altitude for system equipment including the MSDL should not exceed the specifications shown in Table 146 Environmental requirements on page 328 Table 146 Environmental requirements Condition Environmental specifications Operating Temperature Relative Humidity Altitude 0 to 50 C 32 to 122 F 5 ...

Page 329: ...talling the cards select the switch settings that apply to your system the interfaces and card addresses Table 148 MSDL interface switch settings on page 329 shows the switch positions for the DCE and the DTE interface configurations on the MSDL card Figure 91 MSDL switch setting example on page 330 shows the MSDL and the location of configuration switches on the MSDL The switch settings shown in ...

Page 330: ...g devices and lift the locking device out and away from the card Be careful not to touch connector pins conductor traces or integrated circuits Static discharge may damage integrated circuits 3 Insert the MSDL card into the selected card slot of the module following the card guides in the module 4 Slide the MSDL into the module until it engages the backplane connector NT6D80 MSDL card 330 Circuit ...

Page 331: ... the MSDL cabling configuration A D Channel on the MSDL requires a connection from the appropriate MSDL port connector to the DCH connector located on the ISDN PRI trunk faceplate Other operations on the MSDL are connected to external devices such as terminals and modems To complete one of these connections connect the appropriate I O connector on the MSDL to a connector on the I O panel at the ba...

Page 332: ... used when the modem has a DB25 connection If the modem is v 35 a customized or external vendor cable is required Table 149 Cable types Function Cable type Cable length DCH NTND26AA NTND26AB NTND26AC NTND26AD 6 feet 18 feet 35 feet 50 feet AML ISL SDI NTND27AB 6 feet NT6D80 MSDL card 332 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 333: ...he appropriate PRI card 5 Plug the DB15 male connector end of the cable into the J5 DB15 female connector on the PRI card 6 Secure the connections in place with their fasteners 7 Repeat steps 1 through 6 for each connection I O panel connections Operations aside from PRI require cable connections to the I O panel Cabling the MSDL card to the I O panel The following steps explain the procedure for ...

Page 334: ...t update Ports Operation Logical no Switch setting Cable no Operation information 0 1 2 3 Sample Device no Shelf Slot Card ID Boot Code version 004 13 3 5 NT6D80AA 110046 Date installed 2 1 93 Last update 5 5 93 Ports Operation Logical no Switch setting Cable no Operation information 0 TTY 13 RS 232 DCE NTND27A B maint TTY 9600 baud 1 DCH 25 RS 422 DTE NTND26A B PRI 27 to hdqtrs 2 AML 3 RS 232 DCE...

Page 335: ...formation concerning system maintenance refer to Communication Server 1000M and Meridian 1 Large System Maintenance NN43021 700 For complete information regarding software maintenance programs refer to Software Input Output Reference Administration NN43001 611 MSDL states MSDL states are controlled manually by maintenance programs or automatically by the system Figure 93 MSDL states on page 336 sh...

Page 336: ...anually disabled re enable it with the ENL MSDL x command in LD 37 step 2 in Figure 93 MSDL states on page 336 System disabled When the system disables the MSDL card step 4 in Figure 93 MSDL states on page 336 it continues to communicate and attempt maintenance procedures on the card To stop all system communication with the card enter DIS MSDL x to disable it step 5 in Figure 93 MSDL states on pa...

Page 337: ...sive number of messages within a specified time period Reset Threshold The system detected more than four resets within 10 minutes Fatal Error The MSDL card encountered a fatal condition from which it cannot recover Recovery Threshold The MSDL card was successfully enabled by the MSDL autorecovery function five times within 30 minutes Each time it was system disabled because of a problem encounter...

Page 338: ...ring initialization or operation information and error messages appear on the console or the system TTY to suggest the appropriate action For a complete discussion of the information and error messages refer to Software Input Output Reference Administration NN43001 611 Detailed information of system disabled substates and the action required for each substate is found at the end of this document M...

Page 339: ...DL and all its ports enter DIS MSDL x ALL Resetting the MSDL To reset an MSDL and initiate a limited self test the MSDL must be in a manually disabled state To perform the reset enter RST MSDL x Displaying MSDL status To display the status of all MSDL cards enter STAT MSDL To display the status of a specific MSDL enter STAT MSDL x The status of the MSDL its ports and the operation of each port app...

Page 340: ...uring MSDL card installation usually result from improperly installed incorrectly addressed or faulty cards If the LED on a newly installed MSDL does not flash three times after insertion wait 5 minutes then remove and reinsert If the LED still does not flash three times the card is faulty Previously operating MSDL cards Problems that occur during normal operation usually result from faulty cards ...

Page 341: ...el during self test If it flashes three times and stays on it has passed the test Go to step 8 9 If it does not flash three times and then stay on it has failed the test Pull the MSDL partially out of the module and reinsert it firmly into the module If the problem persists troubleshoot or replace the MSDL 10 Connect the cables to the MSDL faceplate connectors 11 At the prompt in the LD 37 program...

Page 342: ...cause of peripheral software or configuration errors Action Refer to System disabled actions on page 342 System disabled actions These explain the causes of problems and the actions needed to return the card to an enabled state following system disabling SYSTEM DISABLED NOT RESPONDING Table 150 Cause The MSDL card is not installed or is unable to respond to the messages from the system Action Chec...

Page 343: ... code if needed and attempts to enable the card using autorecovery If a diagnostic program overlay is active the downloading of the MSDL base code occurs later Action Wait to see if the system enables the card immediately If the MSDL is enabled no further action is necessary If the MSDL base code download fails five times autorecovery stops The following appears in response to the STAT MSDL x comm...

Page 344: ... the recovery threshold as described in SYSTEM DISABLED RECOVERY THRESHOLD The system resets the card invokes self tests and attempts to enable the card The problem may be due to excessive traffic on one or more MSDL ports Traffic load redistribution may resolve this condition Action Check the traffic report which may indicate that one or more MSDL ports are handling excessive traffic By disabling...

Page 345: ...ion 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 the DIS MSDL x command and follow the steps in Previously operating MSDL cards on page 340 SYSTEM DISABLED RECOVERY THRESHOLD Table 156 Cause The system attempted autorecovery of the MSDL card mo...

Page 346: ...NT6D80 MSDL card 346 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 347: ...M and Meridian 1 The NTDK16 digital line card is supported ONLY in the Chassis system The Digital Line 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 wiring When a digital telephone is equipped with the data option an asynchronous or synchronous term...

Page 348: ...onous or synchronous terminal or personal computer can be connected to the system through the digital telephone 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 sided PCB whereas the NTDK16 is 4 layers but standard thickness Both cards connect to the backplane through a 120 pin or 160 pin edge co...

Page 349: ... Line card is equipped with 16 identical units Each unit provides a multiplexed voice data and signaling path to and from digital apparatus over a 2 wire full duplex 512 kHz time compression multiplexed TCM digital link Each digital telephone and Functional description Circuit Card Reference July 2011 349 ...

Page 350: ...ions self identification self test control of card operation status report to the controller maintenance diagnostics Figure 95 Digital line card block diagram on page 351 shows a block diagram of the major functions contained on the NT8D02 Digital Line card Each of these functions is described on the following pages NT8D02 and NTDK16 Digital Line cards 350 Circuit Card Reference July 2011 Comments...

Page 351: ...naling path to and from digital apparatus over a 2 wire full duplex 512 kHz time compression multiplexed TCM digital link Each digital telephone and associated data terminal is assigned a separate terminal number TN in the system database for a total of 96 addressable ports per card Refer to Figure 96 NTDK16 DLC on page 353 Functional description Circuit Card Reference July 2011 351 ...

Page 352: ...e M2250 Provides a serial link Card LAN for status report and maintenance Supports loop lengths up to 3500 ft 1 0 km using 24 AWG wire Interface between three DS30X loops and 48 TCM lines Figure 97 Digital line card block diagram on page 354 shows a block diagram of the major functions contained on the digital line card Each of these functions are described on the following pages NT8D02 and NTDK16...

Page 353: ...Figure 96 NTDK16 DLC Functional description Circuit Card Reference July 2011 353 ...

Page 354: ... voice data and signaling over DS 30X loops and maintenance data over the card LAN link These interfaces are discussed in detail in the section Intelligent Peripheral Equipment on page 35 NT8D02 and NTDK16 Digital Line cards 354 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 355: ...coming call status information to the Call Server over the DS 30X network loop TCM loop interface circuit Each digital telephone line terminates on the NT8D02 Digital Line card at a TCM loop interface circuit The circuit provides transformer coupling and foreign voltage protection between the TCM loop and the digital line interface circuit It also provides battery voltage for the digital telephone...

Page 356: ...ontroller also controls the front panel LED 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 Call Server over a dedicated asynchronous serial network called the Card LAN link Sanity timer The NT8D02 Digital Line card also contains a sanity timer that resets the microcontroller if program ...

Page 357: ...000 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 to 1070 m 3500 ft with 24 AWG PVC cable 15 V DC at 80 mA 0 to 1070 m 3500 ft with 24 AWG PVC cable 15 V DC at 80 mA 0 to 1070 m 3500 ft with 24 AWG PVC cable 15 V DC at 80 mA Line rate 512 kbps 100 ppm 512 kbps 100 ppm 512 kbps 100 ppm Power supply 5 V DC 15 V DC 10 V DC 5 V DC 15 V ...

Page 358: ...ise telephones served by cable pairs routed through the central office or crossing a public right of way can be subject to a requirement for on card protection and MDF protectors may not be acceptable Check local regulations before providing such service Environmental specifications Table 159 Digital line card environmental specifications on page 358 shows the environmental specifications of the c...

Page 359: ...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 Line 7 Ring 19B Line 7 Tip 62A Line 8 Ring 62B 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...

Page 360: ...It is recommended to leave the jumper in the default factory installed state Software service changes Voice and data ports are configured using LD 11 See Software Input Output Reference Administration NN43001 611 for LD 11 service change instructions Voice and data ports are configured using the Meridian Digital TelephoneAdministration program LD 11 See Software Input Output Reference Administrati...

Page 361: ...Figure 98 Digital line card jumper block and switch locations Configuration Circuit Card Reference July 2011 361 ...

Page 362: ...NT8D02 and NTDK16 Digital Line cards 362 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 363: ...500 2500 type telephones and key telephone equipment with the Message Waiting lamp feature The NT8D09 Analog Message Waiting Line card is functionally identical to the NT8D03 Analog Line card except it can also connect a high voltage low current feed to each line to light the message waiting lamp on telephones equipped with the Message Waiting feature The analog message waiting line card mounts in...

Page 364: ...dial sets or equivalent dial speed 8 0 to 12 5 pps percent break 58 to 70 interdigital time 150 ms 2500 type Digitone sets or equivalent frequency accuracy 1 5 pulse duration 40 ms interdigital time 40 ms speed 12 5 digits s Physical description The circuitry is mounted on a 31 75 cm by 25 40 cm 12 5 in by 10 in printed circuit board The NT8D09 Analog Message Waiting Line card circuits connects to...

Page 365: ...pletes successfully the card is automatically enabled if it is configured in software and the LED goes out Figure 99 Analog message waiting line card faceplate Physical description Circuit Card Reference July 2011 365 ...

Page 366: ...ction 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 Pulse Code Modulation PCM signals for diagnostic purposes correct initialization of all features at power up direct reporting of digit dialed 500 type telephones by collecting dial pulses connection of ...

Page 367: ...ces The analog message waiting line card passes voice and signaling data over DS 30X loops and maintenance data over the card LAN link These interfaces are discussed in Intelligent Peripheral Equipment on page 35 Functional description Circuit Card Reference July 2011 367 ...

Page 368: ...g messages over a DS30X signaling channel in A10 format Loopback of SSD messages and pulse code modulation PCM signals for diagnostic purposes Correct initialization of all features as configured in software at power up Direct reporting of digits dialed 500 telephones by collecting dial pulses Connection of 150 V DC at 1 Hz to activate message waiting lamps in two telephones in parallel The two te...

Page 369: ...oss levels Signaling and control The signaling and control portion of the card provides circuits that establish supervise and take down call connections These circuits work with the system CP to operate the line interface circuits during calls The circuits receive outgoing call signaling messages from the CP and return incoming call status information over the DS 30X network loop Circuit power The...

Page 370: ... line interface unit electrical characteristics Characteristics Description Impedance 600 ohms Loop limit excluding telephone 1000 ohms at nominal 48 V excluding telephone 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 approximately 44 5 V on ring and 2 5 V on ti...

Page 371: ...ot exceed 20 dBrnC Table 164 NT8D09 Analog Message Waiting Line card technical summary on page 371 provides a technical summary of the analog message waiting line card Table 164 NT8D09 Analog Message Waiting Line card technical summary Impedance 600 ohms Loop limit excluding telephone 1000 ohms at nominal 48 V excluding telephone Leakage resistance 30 000 ohms Ring trip During silent or ringing in...

Page 372: ...V DC 3 00 V DC 0 mA 2 mA 32 mA Note 1 Each active ringing relay requires 10 mA of battery voltage Note 2 Reflects the current for ringing a single station set or DN telephone There may be as many as five ringers on each line Foreign and surge voltage protections In circuit protection against power line crosses or lightning is not provided on the Analog Message Waiting line card When the Analog lin...

Page 373: ...nt cross connect to the analog message waiting line card at the MDF using a wiring plan similar to that used for trunk cards Atypical connection example is shown in Figure 101 Analog message waiting line card typical cross connection example on page 375 and Table 167 Analog message waiting line card backplane pinouts on page 374shows the I O pin designations at the backplane connector This connect...

Page 374: ...ng 17B Line 5 Tip 18A Line 6 Ring 18B Line 6 Tip 19A Line 7 Ring 18B Line 7 Tip 62A Line 8 Ring 62B 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 14 Tip 69A Line 15 Ring 69B Line 15 Tip These pinouts apply to both NT8D37 and NT8D11 backplanes NT8...

Page 375: ... the card Figure 102 Analog message waiting line card jumper block and switch locations on page 377 shows where the switches and jumper blocks are located on this board Jumper and switch settings The NT8D09Analog Message Waiting Line card has no user configurable jumpers or switches The card derives its address from its position in the backplane and reports that information back to the CPU through...

Page 376: ...le Changes on page 376 This transmission profile change is used for control of end to end connection loss Control of such loss is a major element in controlling transmission parameters such as received volume echo noise and crosstalk The loss plan for the analog message waiting line card determines port to port loss between an analog line card unit port and other IPE ports LD 97 is used to configu...

Page 377: ...Figure 102 Analog message waiting line card jumper block and switch locations Configuration Circuit Card Reference July 2011 377 ...

Page 378: ...NT8D09 Analog Message Waiting Line card 378 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 379: ...r CAMA trunk applications The NT8D14CA comes equipped with a set of 2 jumpers for each hybrid that should be set to the longer loop length LL when the trunk is used in a CAMA application The jumpers are numbered P35 to P50 and are set to the shorter loop length SL position when it comes from the factory For each hybrid both jumpers should be changed to the LL position only if used as a CAMA trunk ...

Page 380: ...ts Music Automatic Wake Up and Direct Inward System Access DISA features Table 169 Trunk and signaling matrix on page 380 lists the signaling and trunk types supported by the NT8D14 Universal Trunk card Table 169 Trunk and signaling matrix Signaling type Trunk types CO FX WATS DID Tie RAN Paging CAMA Loop start Yes No see note No N A N A Yes Ground start Yes No No N A N A No Loop DR No Yes Yes N A...

Page 381: ... connect to the card at the MDF See Communication Server 1000M and Meridian 1 Large System Installation and Configuration NN43021 310 for termination and cross connect information The faceplate of the card is equipped with a red Light Emitting Diode LED 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 successf...

Page 382: ...iversal trunk card block diagram on page 383 shows a block diagram of the major functions contained on the NT8D14 Universal Trunk card Each of these functions is described on the following pages NT8D14 Universal Trunk card 382 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 383: ...ains eight identical and independently configurable trunk interface units also referred to as circuits Each unit provides impedance matching and a balanced network in a signal transformer analog hybrid circuit Also provided are 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 Funct...

Page 384: ...oller a card LAN interface and signaling and control circuits on the NT8D14 Universal Trunk card Microcontroller The NT8D14 Universal Trunk card contains a microcontroller that controls the internal operation of the card and the serial card LAN link to the controller card The microcontroller controls the following reporting to the CE CPU through the card LAN link card identification card type vint...

Page 385: ...X in A10 format Configuration information for the Universal Trunk card is downloaded from the CPU at power up or by command from maintenance programs Eleven configuration messages are sent Three messages are sent to the card to configure the make break ratio and A Law or µ Law operation One message is sent to each unit to configure the trunk characteristics Operation Administrators can assign opti...

Page 386: ...ce dc loop across the tip and ring leads toward the CO See Figure 105 Loop start call states incoming call from CO FX WATS on page 386 and Figure 106 Loop start call connection sequence incoming call from CO FX WATS on page 387 Figure 105 Loop start call states incoming call from CO FX WATS NT8D14 Universal Trunk card 386 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 387: ... start call states incoming call from CO FX WATS on page 388 and Figure 108 Ground start call connection sequence incoming call from CO FX WATS on page 389 When the CO detects the low resistance loop it prepares to receive digits When the CO is ready to receive digits it returns a dial tone Outward address signaling is then applied from the system in the form of loop interrupting dial pulses or DT...

Page 388: ...Figure 107 Ground start call states incoming call from CO FX WATS NT8D14 Universal Trunk card 388 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 389: ...ation On trunks equipped with far end answer supervision the PSP class of service is enabled in software and causes call duration recording in CDR records to begin only upon receipt of answer supervision from the far end For trunks not equipped with answer supervision the PIP class of service is enabled and call duration recording begins immediately upon near end trunk seizure The PSP and PIP clas...

Page 390: ... detection signal before presenting the call to an attendant and tripping the ringing When the attendant answers a low resistance is placed across the tip and ring conductors which trips CO ringing and establishes a speech path See Figure 109 Ground start call states incoming call from CO FX WATS on page 390 and Figure 110 Ground start call connection sequence incoming call from CO FX WATS on page...

Page 391: ... call on a reverse wired trunk without reverse wiring compensation presents ringing on the tip lead rather than on the ring lead Because of the software expects to see a ground on the tip lead it interprets the end of the first ringing signal as a switchhook flash As the interval between ringing signals exceeds the switchhook flash time of 512 milliseconds the software assumes a far end disconnect...

Page 392: ...sitively reverse wired the call is presented continuously from the first ring When a reverse wired trunk becomes correctly wired the first subsequent call clears the threshold counter and normal ground start processing is implemented Note The far end can reverse battery and ground upon receipt of attendant answer Note The near end provides a high impedance 150k ohms disconnect signal of at least 5...

Page 393: ...Figure 111 Ground start call states outgoing call to CO FX WATS Operation Circuit Card Reference July 2011 393 ...

Page 394: ...ll from the CO places a low resistance loop across the tip and ring leads See Figure 113 DID trunk loop DR call states incoming call from CO on page 396 and Figure 114 DID trunk loop DR call connection sequence incoming call from CO on page 397 NT8D14 Universal Trunk card 394 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 395: ... CO The trunk is arranged for first party release The CO releases the trunk by removing the low resistance loop at which time normal battery and ground are restored at the near end This also applies to incoming tie trunk calls from a far end PBX Note The near end can be configured for immediate start delay dial or wink start Operation Circuit Card Reference July 2011 395 ...

Page 396: ...Figure 113 DID trunk loop DR call states incoming call from CO NT8D14 Universal Trunk card 396 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 397: ...l configuration the far end initiates a call by placing a low resistance loop across the tip and ring leads See Figure 115 Two way loop DR TIE trunk call states incoming call from far end PBX on page 398 and Figure 116 Two way loop DR TIE trunk call connection sequence incoming call from far end PBX on page 399 Operation Circuit Card Reference July 2011 397 ...

Page 398: ... initiated by restoring normal battery and ground The operation represented in Figure 115 Two way loop DR TIE trunk call states incoming call from far end PBX on page 398 and Figure 116 Two way loop DR TIE trunk call connection sequence incoming call from far end PBX on page 399 also applies to incoming DID trunk calls from a CO Note Where no near end answer supervision is provided the party at th...

Page 399: ... is provided the party at the far end hangs up after recognizing near end call termination Outgoing calls In an outgoing call configuration the NT8D14 Universal Trunk card is connected to an existing PBX by a tie trunk See Figure 117 Two way loop DR TIE trunk call states outgoing call to Operation Circuit Card Reference July 2011 399 ...

Page 400: ...ground on the tip and ring leads are returned The operation represented in Figure 119 Two way loop DR TIE trunk call states outgoing call to far end PBX on page 402 and Figure 120 Two way loop DR TIE trunk call connection sequence outgoing call to far end PBX on page 403 also applies to outgoing calls on a DID trunk Note Where no far end answer supervision is provided the party at the near end han...

Page 401: ...Figure 118 Two way loop DR TIE trunk call connection sequence outgoing call to far end PBX Operation Circuit Card Reference July 2011 401 ...

Page 402: ...Figure 119 Two way loop DR TIE trunk call states outgoing call to far end PBX NT8D14 Universal Trunk card 402 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 403: ...he far end is senderized the near end can operate in any mode Immediate Start IMM Delay Dial DDL or Wink WNK start as assigned at the STRI prompt in the Trunk Administration program LD 14 See Figure 121 Two way loop DR TIE trunk call states incoming call through senderized tandem PBX from a CO FX WATS trunk on page 405 Operation Circuit Card Reference July 2011 403 ...

Page 404: ... go signal 256 ms later The far end detecting the go signal starts pulsing after the standard delay normally 55 ms minimum Stop go signaling in addition to the signaling function serves as an integrity check to help identify a malfunctioning trunk If required the near end can be configured to provide pseudo answer supervision at the expiration of the end of dial timer End of dial timer settings ar...

Page 405: ...Figure 121 Two way loop DR TIE trunk call states incoming call through senderized tandem PBX from a CO FX WATS trunk Operation Circuit Card Reference July 2011 405 ...

Page 406: ...e is used outgoing calls require a stop go signal from the far end so that the near end cannot outpulse until the far end is ready to receive digits See Figure 123 Two way loop DR TIE trunk call states outgoing call through far end PBX to CO FX WATS on page 407 NT8D14 Universal Trunk card 406 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 407: ...call termination Figure 123 Two way loop DR TIE trunk call states outgoing call through far end PBX to CO FX WATS Outgoing automatic incoming dial operation Incoming calls When the NT8D14 Universal Trunk card is seized by the far end on an incoming call a low resistance loop is placed across the tip and ring leads Addressing is then sent by the far end Operation Circuit Card Reference July 2011 40...

Page 408: ... way loop OAID TIE trunk call connection sequence incoming call from far end PBX on page 409 Outgoing calls When seized as a dial selected outgoing trunk the near end places the battery on the tip and ground on the ring This alerts the far end of the seizure The far end responds with a low resistance across the tip and ring leads Figure 124 Two way loop OAID TIE trunk call states incoming call fro...

Page 409: ...Figure 125 Two way loop OAID TIE trunk call connection sequence incoming call from far end PBX Operation Circuit Card Reference July 2011 409 ...

Page 410: ...Figure 126 Two way loop OAID TIE trunk call states outgoing call to far end PBX NT8D14 Universal Trunk card 410 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 411: ...Multi Channel RAN modes on page 414 for information about Multi Channel RAN modes which are not linked to a RAN machine or a given trunk When configured for Recorded Announcement RAN operation a trunk unit is connected to a customer provided recorded announcement machine Announcement machines must be Operation Circuit Card Reference July 2011 411 ...

Page 412: ...nnected Most commercially available announcement machines store recordings digitally although some drum and tape units are still in service An announcement machine can provide one or more channels and each channel may be prerecorded with a different message Some announcement machines also provide a Special Information Tone SIT capability These tones are inserted at the beginning of intercept messa...

Page 413: ... available in announcement machines The signal names shown in Figure 129 RAN control signals Control GRD IDLE on page 414 are typical Note For continuous operation mode connect the trunk unit MB line to the announcer B line only and ground the announcer ST line For pulse start or level start modes connect the trunk unit MB line to the announcer ST line only and leave the announcer B line unconnect...

Page 414: ...l signals Control GRD IDLE Multi Channel RAN modes In Multi Channel RAN multiple RAN channels can be configured within one RAN trunk route In a Multi Channel RAN route each trunk has its own dedicated RAN channel on a physical NT8D14 Universal Trunk card 414 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 415: ...rt Control mode using the following response RTYP MLSS Trunk members are provisioned in the Trunk Data Block LD 14 Refer to Programming RAN trunks on page 416 and to Software Input Output Reference Administration NN43001 611 for instructions on service change programs Continuous operation mode In the continuous operation mode sometimes called the Audichron mode a message is constantly played over ...

Page 416: ...per time an intercepted call is connected to the appropriate RAN trunk Programming RAN trunks The type 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 specify the following the RAN trunk the type of announcement machine the number of repetitions of an...

Page 417: ...battery of 44 V 600 900 ohm loop 600 ohm loop Far end battery 42 to 52 5 V Note 4 42 to 52 5 V 42 to 52 V N A Minimum detected loop current 20 mA 10 mA 10 mA N A Ground potential difference 3 V 3 V 1 V 1 V Low DC loop resistance during outpulsing 300 ohms N A N A N A High DC loop resistance Ground start Š 30k ohms loop start Š 5M ohms N AŠ N A N A Ring detection 17 to 33 Hz 40 to 120 V rms N A N A...

Page 418: ...n is 1800 ohms Power requirements Power to the NT8D14 Universal Trunk card is provided by the module power supply ac or dc Table 171 Power requirements for universal trunk card Voltage Tolerance Current max 15 0 V dc 5 306 mA 15 0 V dc 5 306 mA 5 0 V dc 5 750 mA 8 5 V dc 2 450 mA 48 0 V dc 5 415 mA Foreign and surge voltage protection The NT8D14 Universal Trunk card meets UL 1489 and CS03 over vol...

Page 419: ...gn in the Trunk Data Block LD 14 Transmission properties may be via net loss VNL or non via net loss non VNL Non VNL trunks are assigned either a Transmission Compensated TRC or Non Transmission Compensated NTC class of service to ensure stability and minimize echo when connecting to long haul trunks such as Tie trunks The class of service determines the operation of the switchable PADs contained ...

Page 420: ...20 See Communication Server 1000M and Meridian 1 Large System Installation and Configuration NN43021 310 for I O panel connector information and wire assignments for each tip ring pair Table 174 Universal trunk card backplane pinouts Trunk Number Back plane Pin Signal Back plane Pin Signal RAN mode Paging mode Other modes RAN mode Paging mode Other modes 0 12A Tip Tip Tip 12B Ring Ring Ring 13A CP...

Page 421: ... 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 Table 175 Jumper strap settings factory standard NT8D14BA NT8D14BB on page 421 Table 176 Jumper strap settings extended range NT8D14BA NT8D14BB NT8D14BB on page 422 and Table 177 Trunk types termination impedance and balance network NT8D14BA NT8D1...

Page 422: ...per strap settings factory standard NT8D14BA NT8D14BB on page 421 does not apply Table 176 Jumper strap settings extended range NT8D14BA NT8D14BB NT8D14BB Trunk types Loop length Jumper strap settings Note 1 J1 X J2 X J3 X J4 X Note 2 CO FX WATS 1524 m 5000 ft Off Off 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 shou...

Page 423: ... 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 length 600 ohms 600 or 900 ohms 600 ohms 3COM 3CM2 DID loop length Š 600 ohms 600 or 900 ohms 600 ohms N A 3CM2 RAN continuous operation mode 600 or 900 ohms 600 or 900 ohms N A N A Paging 600 ohms 600 ohms N A N A Note The terminating impedance of each trunk unit is software selectable in ...

Page 424: ...B on page 422 for the following For CO FX WATS or TIE trunk loops exceeding 1524 meters 5000 ft DID trunks exceeding a loop resistance of 600 ohms RAN trunks operating in pulse start or level start modes Figure 130 Universal trunk card jumper locations for NT8D14BA and NT8D14BB Release 9 and below on page 425 shows jumper locations on the universal trunk card vintage BA Note Refer to Circuit Card ...

Page 425: ...78 Trunk types termination impedance and balance network NT8D14BA NT8D14BB on page 426 for the proper values for the trunk type and loop length Refer to Software Input Output Reference Administration NN43001 611 for LD 14 service change instructions Before the appropriate balance network can be selected the loop length between the near end and the far end a Central Office for example must be known...

Page 426: ...uous operation mode 600 or 900 hms 600 or 900 ohms N A N A Paging 600 ohms 600 ohms N A N A Note The terminating impedance of each trunk unit is software selectable in LD 14 and should match the nominal impedance of the connecting equipment Note The balance network of each trunk unit is software selectable between resistive 600 or 900 ohms or 3COM and jumper selectable between 3COM and 3CM2 Jumper...

Page 427: ...10 and higher Port to port loss configuration Loss parameters are selected on the NT8D14 Universal Trunk card by a switchable pad controlled by codec emulation software For convenience the pads settings are called in and Configuration Circuit Card Reference July 2011 427 ...

Page 428: ...igned as follows TRC for a 2 wire non VNL trunk facility with a loss of greater than 2 dB or for which impedance compensation is provided or for a 4 wire non VNL facility NTC for a 2 wire non VNL trunk facility with a loss of less than 2 dB or when impedance compensation is not provided See Table 180 Pad switching algorithm on page 428 for the pad switching control for the various through connecti...

Page 429: ...ng trunk operation A universal trunk card unit can be configured as a paging trunk Configure units as paging trunks in the Trunk Data Block program LD 14 and assign routes in the Route Data Block program LD 16 Figure 132 Connecting paging equipment to the NT8D14 Universal Trunk card typical on page 430 shows a typical connection from customer provided equipment to unit 0 on a universal trunk card ...

Page 430: ...D 14 and assign routes at the MRT prompt in the Route Data Block program LD 16 Music operation is similar to that of RAN in the continuous operation mode Connect the unit tip and ring leads to the audio source and ground the CP line at the MDF If the music source is equipped with contacts that close when music is online use these contacts to provide a ground to the MB line otherwise ground the MB ...

Page 431: ...runks to the switch Each trunk interface connects to a trunk facility using tip and ring leads that carry voice ringing and tone signaling and to signaling interfaces by E and M leads Each unit can be configured independently by software control in the Trunk Data Block or Trunk Administration program LD 14 You can install this card in any IPE slot Note Up to four analog trunk cards are supported i...

Page 432: ...plexing circuitry is mounted on a 31 75 cm by 25 40 cm 12 5 in by 10 in printed circuit board The E and M Trunk card connects to the backplane through a 160 pin connector shroud External equipment connects to the card at the back of the Media Gateway using a 25 pin connector Telephone lines from station equipment cross connect to the OPS analog line card at the MDF using a wiring plan similar to t...

Page 433: ...f the card is equipped with a red LED When an E and M trunk card is installed the LED remains lit for two to five seconds while the self test runs If the self test completes successfully the LED flashes three times and remains lit When the card is configured and enabled in software then the LED goes out If the LED continues to flash or remains weakly lit replace the card Figure 133 E and M Trunk c...

Page 434: ...e mode of operation is set by service change entries Figure 134 E and M Trunk card block diagram on page 434 shows a block diagram of the major functions contained on the E and M Trunk card Each of these functions is discussed on the following pages Figure 134 E and M Trunk card block diagram NT8D15 E and M Trunk card 434 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 435: ...ort basis in software Software controlled 600 ohm balance impedance is provided Isolation of foreign potentials from transmission and signaling circuit Software control of A µ Law mode Software control of digit collection Card interfaces The E and M Trunk card passes voice and signaling data over DS 30X loops and maintenance data over the card LAN link The E and M Trunk card contains four identica...

Page 436: ...on PCM signals to DS 30X for diagnostic purposes Trunk circuit features Trunk unit functions The functions provided by each unit on the E and M Trunk card include 2 wire signaling 4 wire signaling and paging operation as follows 2 wire E and M Type I signaling see Figure 135 E and M Type I signaling on page 437 with near end seizure and outpulsing with M lead ground detection with E lead voice tra...

Page 437: ...ee Figure 138 Paging trunk operation on page 439 with support access by low resistance path at the PG A1 leads Note Paging end to end signaling is not supported Figure 135 E and M Type I signaling Figure 136 E and M Type II signaling Functional description Circuit Card Reference July 2011 437 ...

Page 438: ...Figure 137 4 wire DX signaling NT8D15 E and M Trunk card 438 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 439: ...ol circuits on the E and M Trunk card Microcontroller The E and M Trunk card contains a microcontroller that controls the internal operation of the card The microcontroller provides the following functions card identification self test control of card operation maintenance diagnostics Functional description Circuit Card Reference July 2011 439 ...

Page 440: ...ing and control portion of the E and M Trunk card works with the system CPU to operate the card hardware The card receives messages from the CPU over a signaling channel in the DS 30X loop and returns status information to the CPU over the same channel The signaling and control portion of the card provides analog loop terminations that establish supervise and take down call connections Configurati...

Page 441: ...self test software enable and disable capability for individual units or entire card loopback of PCM signals to DS 30X for diagnostic purposes card ID for autoconfiguration and determination of serial number and firmware level Operation The optional applications features and signaling arrangements for each unit on the E and M Trunk card are assigned through the Trunk Administration LD 14 and Trunk...

Page 442: ... calls Figure 141 E and M Type I signaling patterns originating party release on a tandem connection on page 444 shows Type I signaling patterns on a tandem connection where the originating end is senderized and the route is over a CO trunk not applicable to CCSA Idle state For E and M signaling in the idle state the M lead is ground and the E lead is an open circuit NT8D15 E and M Trunk card 442 ...

Page 443: ... 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 Figure 140 E and M Type I signaling patterns originating party release Operation Circuit Card Reference July 2011 443 ...

Page 444: ...en on the E lead If the far end is equipped for sending the system can operate in any mode immediate start delay dial or wink start as assigned on a start arrangement basis See Table 182 Operation Mode on page 445 In immediate start mode there is no start signal from the called office The seizure signal off hook supervisory state from the far end should be at least 150 ms At the NT8D15 E and M Tru...

Page 445: ...connection on page 447 shows Type II signaling patterns for a tandem connection where the originating end is senderized and the route is over a CO trunk CCSA not applicable Type II signaling uses four leads M SB E and SG Instead of changes of state between battery and ground M signals or open and ground E signals the trunk signals by closing the contacts between the lead pairs M and SB Signals are...

Page 446: ...Figure 142 E and M Type II signaling patterns originating party release NT8D15 E and M Trunk card 446 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 447: ...s specified in LD 16 Disconnect supervision is specified for each trunk group independently The two options available are EITHER or ORIGINATING party control These can be specified for the end near end or for the central office or other PBX end far end Joint party control can also be specified for the far end Operation Circuit Card Reference July 2011 447 ...

Page 448: ...g calls with originating party release on tandem connections on page 450 show sequencing where the E and M Trunk card is used in a tandem PBX Table 183 DX signaling outgoing calls with originating party release Condition Current in signaling lead State of trunk detector Idle No current flow High Seizure dial tone from far end far end ready for digits Current flow High Digits Current flow interrupt...

Page 449: ...k detector Idle No current flow High 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 originating end is senderized Current flow High CO FX WATS offices ready for digits Stored Office DN digits Current flow interrupted for each pulse High Outpulsed N...

Page 450: ...upervision CO end disconnects if a CO ground start the trunk is idled and network taken down but the incoming TIE trunk is held under control of the originating end Current flow Low Originating end disconnects network taken down and trunk idled No current flow High Note CO ground start the trunk is idled and the network taken down but the incoming tie trunk is controlled by the originating end Ele...

Page 451: ...or 900 ohms selected by software Signaling range 2450 ohms 1700 ohms 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 resistance during outpulsing N A 300 ohms High DC loop resistance N A Ground start equal to or greater than 30 kS Loop start equal ...

Page 452: ...ge power cross specifications and FCC Part 68 requirements Connector pin assignments The E and M Trunk card brings the four analog trunks to the backplane through a 160 pin connector shroud The backplane is cabled to the I O panel on the rear of the module which is then connected to the Main Distribution Frame MDF by 25 pair cables Telephone trunks connect to the E and M Trunk card at the MDF usin...

Page 453: ...5B A 15A PG 14B E 14A M 1 16B Tip 16A Ring 16B Tip 16A Ring 19B A 19A PG 18B E 18A M 2 62B Tip 62A Ring 62B Tip 62A Ring 65B A 65A PG 64B E 64A M 3 66B Tip 66A Ring 66B Tip 66A Ring 69B A 69A PG 48B E 68A M Table 192 E and M Trunk card backplane pinouts for 4 wire modes Trunk Number 4 wire Type I Mode 4 wire Type II Mode Pin Signal Pin Signal Pin Signal Pin Signal 0 12B TA 12A TB 12B TA 12A TB 13B...

Page 454: ...nal Pin Signal 3 66B TA 66A TB 66B TA 66A TB 67B RA 67A RB 67B RA 67A RB 68B E 68A M 68B EA 68A EB 69B ECG 69A ESCG 69B MA 69A MB Figure 144 E and M Trunk card typical cross connection example NT8D15 E and M Trunk card 454 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 455: ...rd jumper locations on page 456 Jumper settings The NT8D15 E and M Trunk card serves various transmission requirements The four units on the card can operate in A Law or µ Law companding modes which are selected by service change entries Each unit can be independently configured for 2 wire E and M 4 wire E and M and paging trunk types The trunk type is selected by service change entries and jumper...

Page 456: ...s Jumper Note 1 Mode of operation Note 2 2 wire trunk 4 wire trunk Type I Paging Type I Type II DX tip ring pair M rcv E xmt E rcv M xmt J1 X Off Off Off Off Pins 1 2 Pins 2 3 J2 X On On Note 3 On On Off Off NT8D15 E and M Trunk card 456 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 457: ... Paging trunk mode is not zone selectable Note Jumper strap installed in this location only if external loop resistance is greater than 2500 ohms Software service entries The trunk type is selected by making service change entries in Route Data Block Automatic Trunk Maintenance LD 16 The companding mode is selected by making service change entries in Trunk Data Block LD 14 Refer toTable 193 E and ...

Page 458: ... assigned at the CLS prompt by typing TRC Transmission Compensated or NTC Non Transmission Compensated Non VNL trunks are assigned a TRC or NTC class of service to ensure stability and minimize echo when connecting to long haul trunks such as tie trunks The class of service determines the operation of the switchable pads contained in each unit They are assigned as follows TRC for a 2 wire non VNL ...

Page 459: ...ions The optional applications features and signaling arrangements for each trunk are assigned through unique route and trunk data blocks Refer to Features and Services NN43001 106 B for information about assigning features and services to trunks PAD switching The transmission properties of each trunk are characterized by class of service COS assignments in the trunk data block LD 14 The assignmen...

Page 460: ... measured in dB on page 460 shows the insertion loss from IPE port to IPE port Table 195 Insertion Loss from IPE Ports to IPE Ports measured in dB Paging trunk operation When used in the paging mode a trunk is connected to a customer provided paging amplifier system not zone selectable When the trunk is accessed by dial up or attendant key operation it provides a loop closure across control leads ...

Page 461: ...Figure 147 Paging trunk operation Applications Circuit Card Reference July 2011 461 ...

Page 462: ...NT8D15 E and M Trunk card 462 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 463: ...CE The QSDI paddle board is normally used to connect the system to the system administration and maintenance terminal It can also be used to connect the system to a background terminal used in the hotel motel environment a modem or to the Automatic Call Distribution ACD or Call Detail Recording CDR features The QSDI paddle board mounts to a special socket on the rear of the backplane of the follow...

Page 464: ...tes the card status It is lit when the following occurs the ENB DIS switch is set to disable all four ports are disabled in software all four ports are not configured in the configuration record Functional description The NT8D41BA QSDI paddle board has four asynchronous serial ports These serial ports are connected to the I O panel in the back of the shelf using special adapter cables The serial p...

Page 465: ... QSDI paddle board Other logic on the card includes baud rate generators RS 232 C driver receiver pairs and the switches and logic needed to configure each UART Functional description Circuit Card Reference July 2011 465 ...

Page 466: ...B can be provisioned for a total of 16 SDI ports One port is used for power monitoring leaving 15 for customer use Connector pin assignments The RS 232 C signals for port 1 through port 4 are brought out on connector J1 through J4 respectively The pinouts for each port are identical to those for each of the other three ports Table 196 Connectors J1 J2 J3 and J4 pin assignments on page 467 shows th...

Page 467: ... In DCE mode the signals DTR and RTS are tied to 12 volts to signify that the port on the QSDI paddle board is always ready to transmit and receive data This mode is set to connect to a modem device DCE Configuring the QSDI paddle board Configuring the QSDI paddle board to work in a system consists of setting these option switches for each serial port Baud rate Port address DTE DCE mode The QSDI p...

Page 468: ... on on off 2 400 38 40 on off on off 4 800 76 80 on on off off 9 600 153 60 on off off off 19 200 307 20 on on on on For future use Table 198 NT8D41BA address switch settings SW15 Port 1 Port 2 Switch settings SW16 Port 3 Port 4 1 2 3 4 5 6 7 8 0 1 E X off off off off off off Device 2 3 E X off off off off off on 4 5 E X off off off off on off pair 6 7 E X off off off off on on 8 9 E X off off off...

Page 469: ... 1 2 3 4 5 6 7 8 0 1 E X off off off off off off Device 2 3 E X off off off off off on 4 5 E X off off off off on off pair 6 7 E X off off off off on on 8 9 E X off off off on off off addresses 10 11 E X off off off on off on 12 13 E X off off off on on off 14 15 E X off off off on on on To enable ports 1 and 2 set SW15 position 1 to ON To enable ports 3 and 4 set SW16 position 1 to ON For each X ...

Page 470: ...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 Software service changes Once the NT8D841BA QSDI paddle board is installed in the system the system software needs to be configured to recognize it using the Configuration Record program LD 17 Instructions for running this program are found in Software Input Output Reference Administration NN43001 611 So...

Page 471: ...dem such as a Hayes modem is used configure the modem for the dumb mode of operation Command Recognition OFF Command Echo OFF before connecting the modem to the asynchronous port The serial data interface connectors on the paddle board are not RS 232 C standard DB 25 connectors The NT8D84AA interface cable is used to adapt the paddle board to a non standard pinout DB 9 connector normally located o...

Page 472: ... NT9D11 Core Network Module for system Option 61C Figure 150 NT8D41BA QSDI paddle board cabling The QSDI paddle board is compatible with all existing system software but can only be used with the Meridian 1 system options listed above It does not support the 110 baud rate or the 20 mA current loop interface NT8D41BA Quad Serial Data Interface Paddle Board 472 Circuit Card Reference July 2011 Comme...

Page 473: ...serial cards into standard system slots The serial ports 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 switch ENB DIS and a red LED The LED indicates the card status It is lit when the following occurs the ENB DIS switch is set to disable all four...

Page 474: ...o connect the Meridian 1 system to a terminal a printer a modem or to an other system processor The QSDI paddle board design contains four Universal Asynchronous Receiver Transmitters UARTs and the logic necessary to connect the UARTs to the system processor bus See Figure 152 NT8D41BA QSDI paddle board block diagram on page 475 Other logic on the NT8D41BA Quad Serial Data Interface Paddle Board 4...

Page 475: ...ard is normally installed into a socket in the network area of the backplane This allows it to be accessed by either of the system processors This is necessary because the active CPU switches automatically each night at midnight and whenever a fault occurs on the active CPU card The QSDI paddle board can also be installed into a socket in the CPU area of the backplane supported in NT6D39AA shelves...

Page 476: ...etect Not used 2 RD Transmitted data Received data 3 TD Received data Transmitted data 4 DTR Data terminal ready Data terminal ready Note 2 5 GND Signal Ground Signal Ground 6 DSR Data set ready Note 1 Data set ready 7 RTS Request to send Not Used Request to send Note 2 8 CTS Clear to send Note 1 Clear to send Note In DTE mode the signals CD DSR and CTS are tied to 12 volts to signify that the por...

Page 477: ...nstructions for doing this are found in the section titled Software service changes on page 470 Option switch settings Baud rate Switches SW13 SW10 SW11 and SW12 determine the baud rate for ports 1 2 3 and 4 respectively See the settings for these switches in Table 203 NT8D41BA baud rate switch settings on page 477 Table 203 NT8D41BA baud rate switch settings Baud rate Baud Clock kHz SW13 port 1 S...

Page 478: ...ff on on on To enable ports 1 and 2 set SW15 position 1 to ON To enable ports 3 and 4 set SW16 position 1 to ON For each X the setting for this switch makes no difference because it is not used DTE DCE Fiber mode Each serial port can be configured to connect to a terminal DTE equipment a modem DCE equipment or a Fiber Superloop Network card Instructions for setting the switches SW2 SW3 SW4 SW5 SW6...

Page 479: ...unning this program are found in Software Input Output Reference Administration NN43001 611 Some of the prompts that are commonly used when running the Configuration Record program LD 17 are shown in Table 13 TDS tone tests on page 85 These parameters must be set for each port if both ports are being used Applications The NT8D41BA Quad Serial Data Interface paddle board is used to connect the Meri...

Page 480: ...apt the paddle board to a non standard pinout DB 9 connector normally located on the I O panel The NT8D93 cable is then used to connect the non standard DB 9 connector to a peripheral that uses a RS 232 C standard DB 25 connector See Figure 150 NT8D41BA QSDI paddle board cabling on page 472 Figure 153 NT8D41BA QSDI paddle board cabling NT8D41BA Quad Serial Data Interface Paddle Board 480 Circuit C...

Page 481: ...The XMFR card can only operate in systems using µ law companding You can install this card in any IPE slot MF signaling The MF feature allows the system to receive digits for 911 or feature group D applications Signaling levels MF signaling uses pairs of frequencies to represent digits Table 206 MF frequency values on page 481 lists the frequency values used for received signals Table 206 MF frequ...

Page 482: ...e NTAG26 circuit card Table 207 XMFR receiver specifications Coding Mu Law Input sensitivity must accept 0 to 25 dBmO must reject 35 to 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 55 ms may accept 30 ms must reject 10 ms Signal Interruption Bridg...

Page 483: ...e signals KP KP activation The receiver must not respond to signals prior to KP Remain unlocked until ST STP ST2P or ST3P is received Multiple KP s After the initial KP subsequent KP s are ignored while in unlocked mode Excessive Components If more than two valid frequencies are detected no digit is reported to the CPU The XMFR receiver specifications conform to the following TR NPL 000258 Compati...

Page 484: ...Environmental considerations Meets the environment of Meridian 1 systems NTAG26 XMFR card 484 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 485: ...It is not supported in the Media Gateway Expansion Up to four NTAK02 SDI DCH cards are supported in a Media Gateway NTAK02 SDI DCH card The optional SDI DCH card provides up to four serial I O ports which are grouped into two pairs port 0 and port 1 port 2 and port 3 Ports 1 and 3 are configured as DCH Ports 0 and 2 are configured as SDI not supported See Table 209 Port configurations on page 485 ...

Page 486: ... settings Table 211 Jumper settings Port Jumper location Strap for DTE Strap for DCE Jumper location RS422 RS232 0 J10 C B B A 1 J7J6 C BC B B AB A J9 J8 C BC B B AB A 2 J5 C B B A 3 J4 J3 C BC B B AB A J2 J1 C BC B B AB A Connecting to the ports External devices are connected to the SDI DCH card by the following the NTAK19FB four port SDI cable This cable does not have to be terminated at the cro...

Page 487: ...s connect terminal Port 1 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 5T5 R W SS W SCTEA SCTA O I O I SCT SCT 6T6 R R BLBL R SCTEB DTR SCTBD CD OO II CH CIDTR DCD 7T7 R R OO R DSRDC D CH CIDTR II OO II OO DSRD CD CH CIDTR 8T8 R R GG R RTSCT S CTSRTS OI IO OI IO RTSC TS CTSR TS 9T9 R R BRBR R SCRAS CTA SCTEA ...

Page 488: ...SRD CD CH CIDTR 15T1 5R BK SS BK OI IO RTSC TS CTSR TS 16T1 6R Y BLBL Y IO OI RXTX TXDR XD 17T1 7R Y OO Y O I O I SG SG Table 215 NTAK02 connections at the cross connect terminal Port 3 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 17T1 7R Y OO Y SCTE A SCTA O I O I SCT SCT 18T1 8R Y GG Y SCTE BDTR SCTBDC D OO...

Page 489: ...asynchronous low speed ports They transfer data to and from the line one bit at a time The characteristics of the low speed port are as follows Baud 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 5 6 7 8 Default 8 Characteristics of the high speed ...

Page 490: ... Clock Internal or external Interface RS 232 D RS 422 A NTAK02 SDI DCH card 490 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 491: ...0 clock controller and the NTAK93 NTBK51 D channel handler interface You can install this card in slots 1 through 4 in the Media Gateway The card is not supported in the Media Gateway Expansion Up to four digital trunk cards are supported in each Media Gateway In North America the NTAK09 can be replaced by the NTRB21 TMDI DTI PRI DCH card which is described in NTRB21 DTI PRI DCH TMDI card on page ...

Page 492: ...e associated with the NTAK09 card The remaining two LEDs are associated with the clock controller and DCHI daughterboards The first five LEDs operate as follows During system power up the LEDs are on When the self test is in progress the LEDs flash three times and then go into their appropriate states as shown in Table 216 NTAK09 LED states on page 492 Table 216 NTAK09 LED states LED State Definit...

Page 493: ...n the power on self test Table 217 NTAK09 LED states during self test on page 493 provides the state of the NTAK09 LEDs during the self test procedure Table 217 NTAK09 LED states during self test Action LED State Power up system Top five LEDs light for eleven seconds Self test in progress Top five LEDs go out for one second If the self test passes the top five LEDs flash on and off three times If ...

Page 494: ...per channel basis The local loopback test performs a local logical loopback and does not require any external loopback of the T1 signal Restrictions and limitations The DCHI and DTI PRI must be disabled before performing the self test on the entire DTI PRI card Individual channels must be disabled before performing a self test on a particular channel Power requirements The DTI PRI obtains its powe...

Page 495: ...ear end and far end echo canceler interface integrated trunk access both D channel and in band A B signaling can be mixed on the same PRI faceplate monitor jacks for T1 interface configurable D channel data rate with 64 Kbps 56 Kbps or 64 Kbps inverted self test Architecture Signaling interface The signaling interface performs an 8 Kbps signaling for all 24 channels and interfaces directly to the ...

Page 496: ... provides T Link protocol conversion to from the DM DM protocol ReceiveABCD filtering filters and debounces the receiveABCD bits and provides change of state information to the system Diagnostics Self test Digital pad The digital pad is an EPROM whose address input to data output transfer function meets the characteristics of a digital attenuator The digital pad accommodates both µ255 law and A La...

Page 497: ...l 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 cabinet slot The D channel data link cannot be established however unless the PRI loop is enabled On the NTAK09 use switch 1 and position 1 to select either the D channel feature or the DPNSS feature as follows OFF D channel ON...

Page 498: ...rnal DS1 signal source Connector pinout The connection to the external digital carrier is through a 15 position male D type connector See Table 220 DS 1 line interface pinout for NTBK04 cable on page 498 Table 220 DS 1 line interface pinout for NTBK04 cable From 50 pin MDF connector To DB 15 Signal name Description pin 48 pin 1 T transmit tip to network pin 23 pin 9 R transmit ring to network pin ...

Page 499: ...nce clock Note Clocking slips can occur between 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 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...

Page 500: ...NTAK09 1 5 Mb DTI PRI card 500 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 501: ...k controller that can be manually switched in or out of service You can install this card in slots 1 through 4 in the Media Gateway The card is not supported in the Media Gateway Expansion Up to four digital trunk cards are supported in each Media Gateway Important Each Media Gateway that has a digital trunk must have a clock controller clocked to an external reference clock Note Clocking slips ca...

Page 502: ...s not in a disabled state OOS On Yellow The NTAK10 is in an out of service state Off The NTAK10 is not in an out of service state NEA On Yellow A near end alarm state is detected Off No near end alarm FEA On Yellow A far end alarm state is detected Off No far end alarm LBK On Yellow NTAK10 is in loop back mode Off NTAK10 is not in loop back mode CC On Red The clock controller is switched on and di...

Page 503: ...ble 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 status and alarm indication with faceplate mounted LEDs Periodic Pulse Metering PPM counting outpulsing of digits on any of the ABCD bits Card LAN for maintenance communication per channel and all channel loopba...

Page 504: ...30X interface The NTAK10 card interfaces to one DS 30X bus which contains 32 byte interleaved timeslots operating at 2 56 Mb Each timeslot contains 10 bits in a 10 message format eight are assigned to voice data 64 Kbps one to signaling 8 Kbps and one is a data valid bit 8 Kbps Transmit data To transmit data on the carrier the incoming serial bit stream from the NTAK02 circuit card is converted to...

Page 505: ...the pad prom It then sent onto the DS 30X interface where signaling information from the signaling interface circuitry is multiplexed DS 30X microprocessor The DS 30X is a utility processor responsible for the following tasks controlling the DS 30X interface receiving and decoding of messages and taking appropriate action transmitting TS16 messages to the TS16 microprocessor receiving TS16 message...

Page 506: ...2 2 Not Applicable 120 ohms S3 1 non French Firmware French Firmware S3 2 Channel associated signaling Channel associated signaling means that each traffic carrying channel has its own signaling channel permanently associated with it Timeslot 16 is used to transmit two types of signaling supervisory and address Incoming signal Functions of the NTAK10 with regard to incoming signaling include recog...

Page 507: ...rocessor The functions of this microprocessor include receiving signaling messages supplied 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 providing outpulsing receive data from the change of state microprocessor transmitting AIS for CNET France applica...

Page 508: ...ts to its own frequency until both the incoming and system frequencies correspond If the incoming clock reference is stable the internal clock controller tracks it locks onto it and matches frequencies exactly Occasionally however environmental circumstances cause the external or internal clocks to drift When this happens the internal clock controller briefly enters the tracking stage The green LE...

Page 509: ... intervention If both references are out of specification the clock controller provides holdover Autorecovery and chatter If the software command track to primary is given the clock controller tracks to the primary reference and continuously monitors the quality of both primary and secondary references If the primary becomes out of specification the clock controller automatically tracks to seconda...

Page 510: ...gnated by a craft person No other clocks originating from other 2MB DTI packs are used The clock controller provides an external timing interface and is capable of accepting two signals as timing references In this case an external reference refers to an auxiliary timing source which is bridged from a traffic carrying signal This is not intended to be a dedicated non traffic bearing timing signal ...

Page 511: ...ware French Firmware S3 2 Note The ON position for all the switches is toward the bottom of the card This is indicated by a white dot printed on the board next to the bottom left corner of each individual switch Architecture Circuit Card Reference July 2011 511 ...

Page 512: ...NTAK10 2 0 Mb DTI card 512 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 513: ...accomplished with an NTAK20 clock controller daughterboard in each Media Gateway that contains a digital trunk card The NTAK20 clock controller daughterboard mounts directly on the following cards NTAK09 1 5Mb DTI PRI NTBK50 2 0 Mb PRI NTRB21 DTI PRI DCH TMDI NTBK22 MISP NT6D70 SILC NT6D71 UILC Note The card is restricted to slots 1 through 3 in EMC type cabinets such as NAK11Dx and NTAK11Fx cabin...

Page 514: ...owing functions phase lock to a reference generation of the 10 24 Mhz system clock and distribution of the clock to the CPU through the backplane accept one primary and one secondary reference primary to secondary switchover and auto recovery chatter prevention due to repeated switching error burst detection and correction holdover and free running capabilities communication with software jitter f...

Page 515: ...ontroller continuously tracks and the LED continuously flashes green This condition does not present a problem It shows that the clock controller is continually attempting to lock onto the signal If slips occur there is a problem with the clock controller or the incoming line Free run non tracking In free run mode the clock controller does not synchronize on any outside source Instead it provides ...

Page 516: ... reference Off NTAK20 is not equipped Functional description The main functional blocks of the NTAK20 architecture include phase difference detector circuit digital Phase Locked Loop PLL clock detection circuit digital to analog converter CPU MUX bus interface signal conditioning drivers and buffers sanity timer microprocessor CPU interface external timing interface Phase difference detector circu...

Page 517: ...re different values of frequency tuning sensitivity See Table 225 System clock specification and characteristics on page 517 Table 225 System clock specification and characteristics Specifications CCITT EIA Base Frequency 20 48 MHz 20 48 MHz Accuracy 3 ppm 1 ppm Operating Temperature 0 to 70 C 1 ppm 0 to 70 C 1 ppm Drift Rate Aging 1 ppm per year 4 ppm in 20 years Tuning Range minimum 60 ppm min 1...

Page 518: ...the clock controller tracks to the secondary then switches over to the primary when the primary recovers If the primary recovers first the clock controller tracks to the primary and continues to do so even if the secondary recovers If the command track to secondary is given the clock controller tracks to the secondary reference and continuously monitors the quality of both primary and secondary re...

Page 519: ...ee run mode and remains there until a new command is received Free run automatically initiates after the clock controller is enabled 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 all outgoing and incoming lines Sanity timer The sanity timer resets t...

Page 520: ...timing references 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 either the external auxiliary references or the DTI PRI references Hardware integrity and regulatory environment The clock controller complies with the following hardware integrity and ...

Page 521: ...cludes an onboard clock controller equivalent to the NTAK20 Clock Controller that can be manually switched into or out of service The NTAK79 card does not support the NTBK51 downloadable D channel handler daughterboard You can install this card in slots 1 through 4 in the Media Gateway The card is not supported in the Media Gateway Expansion Note Up to three four trunk cards are supported in each ...

Page 522: ... state ACT On Green The NTAK79 2 MB PRI circuit card is in an active state Off The NTAK79 2 MB PRI is in a disabled state The OOS LED turns red RED On Red A red alarm state is detected This represents a local alarm state of Loss of Carrier LOS Loss of Frame LFAS or Loss of CRC Multiframe LMAS Off No red local alarm YEL On Yellow A yellow alarm state is detected This represents a remote alarm indic...

Page 523: ...d on and disabled On Green DCH is switched on and enabled but not necessarily established Off DCH is switched off NTAK79 switches The NTAK79 card incorporates four on board dip switches The tables that follow provide information about the various settings and 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...

Page 524: ...BC For all other countries that do not use DPNSS use Q 931 mode Table 227 Switch SW1 Switch Down On Up Off SW 1 1 enable DCHI disable DCHI SW 1 2 DPNSS1 DASS2 Q 931 Switch SW2 Carrier Impedance Configuration This switch sets the carrier impedance to 120 ohms Twisted pair cable is usually associated with 120 ohms NTAK79 2 0 Mb PRI card 524 Circuit Card Reference July 2011 Comments infodev avaya com...

Page 525: ...d Grounding This switch enables for the selective grounding of the Tx Rx pairs of the carrier cable The switch should be kept off up Table 230 Switch SW4 Switch Up Off SW 4 1 Rx OPEN SW 4 2 Tx OPEN The usual method is to ground the outer conductor of the receive coaxial signal Power requirements The NTAK79 obtains its power from the backplane drawing maximums of 2 A on 5 V 50 mA on 12 V and 50 mA ...

Page 526: ...mission of remote alarm when instructed slip buffering receive messages supporting National and International bits in time slot 0 on board clock controller onboard D channel interface 32 software selectable Tx 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 NTAK79 architecture include DS 30X inter...

Page 527: ...hese values are provided in a 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 dependent the software instructs the NTAK79 to use different codes for each direction The 32 digital pads available are listed in Table 231 Digital pad values and offset allo...

Page 528: ...s well as tolerance to jitter and wander in the received bit stream Impedance matching The line interface provides for the use of 120 ohms twisted pair cable The impedance is selected by a switch as shown in Table 232 Impedance matching switch selection on page 528 Table 232 Impedance matching switch selection Cable On Off 120 ohms S1 S2 Note The ON position for all the switches is towards the bot...

Page 529: ...he frequency range from about 6 Hz to 6 KHz Transmitter functions The transmitter takes the binary dual unipolar data from the PCM transceiver and produces bipolar pulses which conform to the CCITT recommendation G 703 pulse shape Loopbacks The remote loopback function causes the device to transmit the same data that it receives using the jitter attenuated receive clock The data is also available ...

Page 530: ... circuit card The onboard D channel has one status LED on the NTAK79 faceplate to indicate enabled disabled states See Table 226 NTAK79 LEDs on page 522 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 ISDN standard countries The U K specific mode that uses the DPNSS format is not supported at this ti...

Page 531: ...king tracking a reference and locked onto a reference When tracking a reference the clock controller uses an algorithm to match its frequency to the frequency of the incoming clock When the frequencies are very near to being matched the clock controller is locked onto the reference The clock controller makes small adjustments to its own frequency until both the incoming and system frequencies corr...

Page 532: ...ns software communication jitter filtering use of an algorithm to detect crystal aging and to qualify clocking information Reference switchover Switchover may occur in the case of reference degradation or reference failure When performance of the reference degrades to a point where the system clock is no longer allowed to follow the timing signal then the reference is said to be out of specificati...

Page 533: ... controller provides a stable holdover The free run mode is initiated when the clock controller has no record of the quality of the incoming reference clock If the software command free run is given the clock controller enters the free run mode and remains there until a new command is received Note that the free run mode of operation is automatically initiated after the clock controller is enabled...

Page 534: ...NTAK79 2 0 Mb PRI card 534 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 535: ...T CC daughter board may be mounted on the UDT card The UDT card and daughterboard replace NTAK79 NTAK10 NTBK50 NTRB21 NTAK20 NTAK93 NTAK09 and include onboard DDCH DCHI functionality You can use the UDT card in Communication Server 1000 small systems as well as in Communication Server 1000E systems positioned on CE MUX slots Figure 156 UDT card positioning in CS 1000M Cabinet Meridian 1 PBX 11C Ca...

Page 536: ...et Figure 157 UDT card positioning in CS 1000M Chassis Meridian 1 PBX 11C Chassis on page 537 shows the UDT card positioning in the CS 1000M chassis Meridian1 PBX 11C chassis NTDW79AAE5 Universal Digital Trunk card 536 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 537: ...sitioning in CS 1000M Chassis Meridian 1 PBX 11C Chassis Figure 158 UDT card positioning in a CS 1000E system on page 538 shows the UDT card positioning in a CS 1000E system Introduction Circuit Card Reference July 2011 537 ...

Page 538: ... CS 1000E system Figure 159 UDT card positioning in a CS 1000B system on page 539 shows the UDT card positioning in a CS 1000B system NTDW79AAE5 Universal Digital Trunk card 538 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 539: ...torola MPC880 PowerQUICC Main Processing Unit MPU The MPU block includes a 32 Megabyte MB Flash memory device that stores and executes the Boot code and a 32 MB SDRAM main memory The MPU core operates internally at 100 Megahertz MHz but only operates externally at a capacity of 50 MHz PCM interfaces based on Infineon FALC E1 T1 transceivers Digital PLL for synchronizing on external clock One DIP s...

Page 540: ...all systems CS 1000E cabinets LED indicators Figure 160 UDT card faceplate LEDs on page 540 and Table 235 UDT card LED functionality on page 540 demonstrate the UDT card LEDs functionality Figure 160 UDT card faceplate LEDs Table 235 UDT card LED functionality Group LED name Color Functionality E1 T1 span 3 LEDs EN DIS green E1 T1 link is enabled red E1 T1 link is disabled RED off No Alarm Loop di...

Page 541: ...lowing features and functionality DTI DTI2 PRI PRI2 DPNSS1 DASS2 and B channels functionality Software transparency that allows you to use it in the installed base for repairs and upgrades Enhanced trouble shooting by way of a Command Line CLI interface On board DDCH DCHI functionality Secure and simplified UDT card firmware upgrade process from Call Server PSDL Highly secured with no Telnet HTTP ...

Page 542: ...configure the UDT card as a TMDI card The UDT card can be used starting with software release X21 Release 5 0 for CS 1000E systems The UDT card can coexist with other digital trunk cards within the same CS 1000E cabinet The UDT CC daughter board mounted on the UDT card can be used as the CC card serving other digital trunk cards within the same CS 1000E cabinet The NTAK20 CC daughterboard mounted ...

Page 543: ...doff reference pins and connectors The NTAK93 daughterboard when mounted on the NTBK50 PRI digital trunk card is addressed in the same slot as the NTBK50 The NTAK93 daughterboard can use SDI I O addresses 1 to 15 and port 1 The NTAK93 provides the following features and functions D channel interface or DPNSS interface Special features included for LAPD implementation at DCH system parameters are s...

Page 544: ...ate of the NTAK09 and NTBK50 cards The DCHI LED is dual color red and green The LEDs are described in Table 236 Faceplate LEDs on page 544 Table 236 Faceplate LEDs State Definition On Red NTAK93 is equipped and disabled On Green NTAK93 is equipped and enabled but not necessarily established Off NTAK93 is not equipped Power consumption Power consumption is 5 V at 750 mA 12 V at 5 mA and 12 V at 5 m...

Page 545: ...tal of 32 KBytes of RAM space for each pair of ports is used as the communication buffer and for firmware data storage Read Only Memory ROM A total of 32K bytes of ROM space for each pair of ports is reserved as a code section of the DCH PORT firmware LAPD data link asynchronous controller One chip controls each pair of independent communication ports It performs the functions of serial to paralle...

Page 546: ...backplane card address Port characteristics and LAPD parameters are downloaded from software The address of a port is determined by the hardwired backplane card address Port characteristics and LAPD parameters are downloaded from software D Port SDTI PRI interface Below is a brief description of signals When connected to SDTI PRI DCHI PORT is considered Data Terminal Equipment DTE SDA SDB Transmit...

Page 547: ... uses one of the network loops to interface with SILCs and UILCs and to provide 32 timeslots for D channel signaling and packet data transmission The other loop address is used to communicate with the Call Server You can install this card in slots 1 through 4 in the Media Gateway The card is not supported in the Media Gateway Expansion Note When configuring BRI trunks the MISP NTBK22 card must be ...

Page 548: ...cating with the BRI terminal over the D channel and allocating to it an idle B channel with appropriate bearer capabilities separate D channel data from signaling information and route the data to the packet handler send call control messages to ISDN BRI terminals over the D channel Micro Processing Unit MPU The MPU coordinates and controls data transfer and addressing of the peripheral devices an...

Page 549: ... MPU can access this memory over the transmit and receive channels on the bus MISP network bus interface The network bus interface converts bit interleaved serial data received from the network bus into byte interleaved data for transmission over the 32 time slots used by the HDLC controller accepts byte interleaved data transmitted from the HDLC controller and converts it into a bit interleaved d...

Page 550: ...NTBK22 MISP card 550 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 551: ...ndler The NTAK93 DCHI daughterboard provides identical performance to the on board NTAK79 DCHI The NTBK51 DDCH daughterboard provides support for protocols based on the MSDL platform You can install this card in slots 1 through 4 in the Media Gateway The card is not supported in the Media Gateway Expansion Important Each Media Gateway that has a digital trunk must clock the clock controller to an ...

Page 552: ...ith daughterboards The LEDs are described in Table 237 NTBK50 faceplate LEDs on page 552 Table 237 NTBK50 faceplate LEDs LED State Definition OOS On Red The NTBK50 2 0 Mb PRI circuit card is disabled or out of service Also the state of the card after power up completion of self test and exiting remote loopback Off The NTBK50 2 0 Mb PRI is not in a disabled state NTBK50 2 0 Mb PRI card 552 Circuit ...

Page 553: ...k controller is enabled and is either locked to a reference or is in free run mode Flashing Green NTAK20 is equipped and is attempting to lock tracking mode to a reference If the LED flashes continuously over an extended period of time check the CC STAT in LD 60 If the CC is tracking this can be an acceptable state Check for slips and related clock controller error conditions If none exist then th...

Page 554: ...e alarm when instructed slip buffering receive messages support of National and International bits in timeslot 0 clock controller daughterboard D channel interface daughterboard downloadable D channel handler daughterboard 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 t...

Page 555: ... values are provided in a PROM through which the data is routed The idle code for A Law is 54H and for µ Law is 7FH The unequipped code is FFH for both A Law and µ Law As the idle code and unequipped code can be country dependent the software instructs the NTBK50 to use different codes for each direction The 32 digital pads available are illustrated in Table 238 Digital Pad values and offset alloc...

Page 556: ... well as tolerance to jitter and wander in the received bit stream Impedance matching Switch SW2 The line interface provides for the use of 120 ohms twisted pair cable The impedance is selected by SW2 as shown in Table 239 Impedance matching switch settings on page 556 Table 239 Impedance matching switch settings Cable Type SW 2 1 120 ohms Up Off Note The ON position for all the switches is toward...

Page 557: ...6 KHz Transmitter functions The transmitter takes the binary dual unipolar data from the PCM transceiver and produces bipolar pulses This conforms to CCITT recommendation G 703 pulse shape Loopbacks The remote loopback function causes the far end device to transmit the same data that it receives using the jitter attenuated receive clock The data is additionally available at the far end receive dat...

Page 558: ...nnel Handler interface DDCH daughterboard The DDCH brings MSDL D channel capability to the system DCHI Configuration for NTAK93 only SW1 The NTAK93 DCHI daughterboard can be operated in two separate modes defined by an on board dip switch It can operate in a standard DCHI mode common to most ISDN standard countries It can also operate in a DPNSS mode which is not supported at this time The DDCH su...

Page 559: ...s 19 2 kbps 9 bit start stop connected to port B of the UART The connection to the test port is available at the backplane MDF connector The signals at this port conform to the EIA RS 232C standard Architecture Circuit Card Reference July 2011 559 ...

Page 560: ...NTBK50 2 0 Mb PRI card 560 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 561: ...ownloadable D channel Handler DDCH interfaces based on the Multipurpose Serial Data Link MSDL The DDCH provides a single purpose full duplex serial port capable of downloading the D channel application and base software into the card The NTBK51 provides the following features and functions ISDN D channel related protocol Selftest Loopback D channel loadware including management and maintenance LAP...

Page 562: ... the same slot as the NTAK09 One NTBK51 daughterboard is required for each PRI link LEDs are located on the faceplate of the NTAK09 NTBK50 card The DCHI LED is a dual color red green The LED is described in Table 242 Faceplate LED on page 562 Table 242 Faceplate LED State Definition On Red NTBK51 is disabled On Green NTBK51 is enabled but not necessarily established Off NTBK51 is not equipped Func...

Page 563: ...m the Small System Controller Main memory The main 68EC020 system memory is comprised of 1 Mbyte of SRAM and is accessible in 8 or 16 bits The software base code and application reside in main RAM and is downloaded from the software through the shared memory Shared memory The shared memory is the interface between the CPU and the 68EC020 MPU This memory is a 16 Kbyte RAM expandable to 64 kbytes an...

Page 564: ...dware or software fault If the MPU encounters a hardware or software fault and enters a continuous loop the sanity timer enables the DDCH to reset itself Bus timer The bus timer presents an error signal to the MPU if an attempt to access a device did not receive acknowledgment within the bus time out period of 120 ms Download operation Downloading is performed in either of two modes background mod...

Page 565: ...DL base code and application are forced down to the DDCH card even if the base and application software is already resident on the DDCH card To complete a forced download the following conditions 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 software ...

Page 566: ...NTBK51 Downloadable D channel Handler daughterboard 566 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 567: ...ion The NTCK16 generic Central Office trunk cards support up to eight analog Central Office trunks They can be installed in any IPE slot The cards are available with or without the Periodic Pulse Metering PPM feature The cards are also available in numerous countries Country specific information is provided in this chapter The cards are identified by a two letter suffix to the product code called ...

Page 568: ...he vintage AX Cards without PPM are referenced by the vintage BX Physical description The NTCK16AX and NTCK16BX generic Central Office trunk cards uses eight units Each unit connects to the shelf backplane through an 80 pin connector The backplane is cabled to the I O panel which is then cabled to the cross connect terminal At the cross connect terminal each unit connects to external apparatus by ...

Page 569: ...s not Common features The NTCK16AX and NTCK16BX generic Central Office trunk cards support the North American loss plan support loop start signalling support busy tone detection and supervision on a per unit basis support battery reversal detection provide 4 dB dynamic attenuation pads on a per call basis allow individual units or the entire board to be disabled by software provide software select...

Page 570: ...ral Office The Central Office initiates a call by applying ringing between the tip and ring wires If the call is answered the ringing detector on the trunk card is switched out and a low resistance dc loop is placed between the tip and ring leads On trunks configured for battery supervision the battery detector records the polarity of the tip and ring wires and sends an answer acknowledge signal t...

Page 571: ... software CS 1000E CS 1000M and Meridian 1disconnect The CS 1000E CS 1000M and Meridian 1disconnects the call by removing the loop between the tip and ring leads and replacing the ringing detector Trunks configured for battery supervision send a release confirm message to software Electrical specifications Power requirements Table 243 NTCK16 circuit card power requirements on page 571 shows the po...

Page 572: ...al Office trunk cards support the North American loss plan Software configuration allows the selection of 4 dB loss pads on a per unit basis Table 245 NTCK16 pad switching Loss Analog to Digital Digital to Analog PAD out 0 dB 3 dB PAD in 4 dB 1 dB Note The tolerance for the above nominal values is 0 3 dB 0 7 dB Connector pin assignments Cross connections Figure 162 NTCK16 Central Office trunk conn...

Page 573: ...ide cross connect information for the NTCK16AX and NTCK16BX generic Central Office trunk cards Configuration The trunk type for each unit on the card is selected by software service change entries at the system terminal Configuration Circuit Card Reference July 2011 573 ...

Page 574: ...Figure 162 NTCK16 Central Office trunk connections for NT8D37 I O panel connectors A E K R NTCK16 Generic Central Office Trunk cards 574 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 575: ...Figure 163 NTCK16 Central Office trunk connections for NT8D37 I O panel connectors B F L S Configuration Circuit Card Reference July 2011 575 ...

Page 576: ...ctions for NT8D37 I O panel connectors C G M T NTCK16AX Central Office trunk card Route Data Block Respond to the prompts in LD 16 as shown NTCK16 Generic Central Office Trunk cards 576 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 577: ...k timer TIMER RGV 256 Set Ring Validation Timer to 128 ms MR NO PPM XLD PPM is off buffered or unbuffered on this route Trunk Data Block Respond to the prompts in LD 14 as shown Table 247 LD 14 Trunk Data Block for NTCK16AX Prompt Response Description REQ NEW Define a new trunk unit TYPE COT Central Office Trunk TN Terminal Number l s c u Format for Large System Call Server 1000E and Media Gateway...

Page 578: ...ion REQ NEW Define 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 4 PPIDFreqMin pulse detection 0316Kz 70ms 0412Kz 70ms 5 CountryBTIDCadence Brazil Tortola10250 ms 50 ms on off Mexico10250 ms 50 ms on off Mexico 8375 ms on off Singapore11750 ms on off Ireland 3500...

Page 579: ...u Format for Large System Call Server 1000E and Media Gateway 1000E where l loop s shelf c card u unit XTRK6 XCOT Type is IPE COT CDEN 8D Card density is 8D default SIGL LOP Loop start signaling BTID See Periodic Pulse Metering on page 580 Xx Enter the country busy tone ID Tortola Brazil 10 Mexico 10 or 08 depending on CO Singapore 11 Ireland 3 or 9 depending on CO Kuwait Chile Venezuela Indonesia...

Page 580: ...s on 200 ms off 200 ms on 200 ms off 200 ms on 200 ms off 600 ms on followed by Tone 2 200 ms off 200 ms on Applications Periodic Pulse Metering All trunk units on the NTCK16AX trunk card can be individually configured to support the Periodic Pulse Metering PPM feature Note PPM is available on the NTCK16AX trunk card It is not supported on the NTCK16BX trunk card PPM allows the user of a telephone...

Page 581: ...77 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 explicitly to a Dynamic Pad Switching mode to make it compliant with the standard North American Dynamic Pad Switching mode Therefore the following steps must be followed when the Generic XFCOT is installed 1 Define Loss Switch...

Page 582: ...nd that the card and trunk type is different from the XUT Equivalencies The following equivalencies do apply XFCOT COT SHL is equivalent with XUT COT TRC XFCOT COT LOL is equivalent with XUT COT NTC The entries TRC and NTC are no longer allowed for the Generic XFCOT Trunk to Trunk connection When any disconnect supervision is configured CLS BAT BTS the Loop Start Trunk of the Generic XFCOT is mark...

Page 583: ...red CLS BAT BTS the Loop Start Trunk is released when the disconnect signal is received This applies also in call states such as ringing camp on and DISA There is no configuration involved for this operation Applications Circuit Card Reference July 2011 583 ...

Page 584: ...NTCK16 Generic Central Office Trunk cards 584 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 585: ...k card The NTDW12AAE5 Universal clock controller card supports 1 5 Mb and 2 0 Mb clock recovery rates The NTDW12AAE5 Universal clock controller daughterboard mounts directly on the NTDW79AAE5 Universal Digital Trunk card For more information about mounting the Universal clock controller daughterboard on the Universal Digital Trunk card see New in this Release NN43001 115 Important Each Media Gatew...

Page 586: ...es and distributes the clock to the system The CS 1000 system can function either as a slave to an external clock or as a clocking master The Universal clock controller meets the AT T Stratum 3 and Bell Canada Node Category D specifications and CCITT Stratum 4 specifications The Universal clock controller performs the following functions phase lock to a reference generation of the 160 Khz system c...

Page 587: ... environmental circumstances cause the external or internal clocks to vary When this happens the internal clock controller briefly enters the tracking stage The green LED flashes until the clock controller is locked on to the reference again If the incoming reference is unstable the internal clock controller continuously tracks and the LED continuously flashes green This condition does not present...

Page 588: ...tempting to lock tracking mode to a reference If the LED flashes continuously over an extended period of time check the CC STAT in LD 60 If the CC is tracking this may be an acceptable state Check for slips and related clock controller error conditions If none exist then this state is acceptable and the flashing is identifying jitter on the reference Off The clock controller is not equipped Functi...

Page 589: ...rovides the means for monitoring another reference Note that the error signal of this PLL is routed to the phase difference detector circuit so the microprocessor can process it System clock specification and characteristics As the accuracy requirements for CCITT and EIA Stratum 3 are different it is necessary to have two TCVCXOs which feature different values of frequency tuning sensitivity See T...

Page 590: ...matically tracks to secondary when the secondary is within specifications On failure both out of specification the clock controller enters the HOLDOVER mode and continuously monitors both references An automatic switchover is initiated to the reference that recovers first If the secondary recovers first then the clock controller tracks to the secondary then switches over to the primary when the pr...

Page 591: ...ts the clock controller provides a stable holdover Free run mode is initiated when the clock controller has no record of the quality of the incoming reference clock If the command free run is given the clock controller enters the free run mode and remains there until a new command is received Free run automatically initiates after the clock controller is enabled Signal conditioning Drivers and buf...

Page 592: ...eferences 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 either the external auxiliary references or the DTI PRI references Hardware integrity and regulatory environment The clock controller complies with the following hardware integrity and regulato...

Page 593: ...Gateways in a CS 1000E system The MGC only functions as a gateway controller under control of a CS 1000E Call Server The NTDW98 MGC card is functionally identical to the NTDW60 but contains a metal faceplate for enhanced EMC containment Nortel recommends you use a NTDW98 MGC card in the Media Gateway 1010 MG 1010 The MGC card has two expansion sites to accommodate Digital Signal Processor DSP daug...

Page 594: ...standard ATA hard drive Embedded Ethernet switch Six 100 BaseT Ethernet ports for connection to external networking equipment Four character LED display on the faceplate Two PCI Telephony Mezzanine Card form factor sites for system expansion Real time clock RTC Backplane interface Three serial data interface ports NTDW60 Media Gateway Controller Card 594 Circuit Card Reference July 2011 Comments i...

Page 595: ...Figure 165 MGC block diagram Introduction Circuit Card Reference July 2011 595 ...

Page 596: ... an Option 11C cabinet or a CS 1000M Cabinet is used The Option 11C cabinet requires a backplane adapter The CS 1000M Cabinet does not require a backplane adapter Internal connections Four Ethernet ports provide internal connections one to each of the expansion daughterboards and a TLAN subnet and an ELAN subnet connection to the processor Expansion daughterboards Both expansion sites use the same...

Page 597: ... 0 and SDI 1 can be used to access the installation menu during initial configuration of the MGC SDI 2 is not available during bootup Due to a limitation of the three port cable used SDI 1 and SDI 2 do not use hardware flow control Only SDI 0 has full modem support TTY default settings The default tty settings for the SDI ports are Baud rate 9600 Data bit length 8 Stop bit 1 Parity none Flow contr...

Page 598: ...umeric value An error code is displayed if a serious system error is detected LOAD Application software is loading LLL S IPMG super loop and MGC shelf number LLL is the superloop number S is the shelf number For example 032 0 120 1 Faceplate LED display In a normal boot process the diagnostic messages would be displayed in the following order 1 BOOT 2 POST 3 PASS 4 LOAD If there is a fatal self te...

Page 599: ...ased on Media Gateway Controller MGC hardware It provides control over line cards in an IPE shelf The MG XPEC consists of a mother board MB and a daughter board DB which operate independently of one another Each board provides the same hardware functionality as that of an MGC Each card MB DB of the dual card assembly contains the following features MindSpeed Chagall 2 Processor M82515 to run Norte...

Page 600: ...ug In addition to the previously listed features the MB consists of the following Clock circuitry of Stratum 4 quality allow clock daisy chain to form among several MG XPEC shelves see Communication Server 1000E Installation and Commissioning NN43041 310 One Remote TTY for XSM MG XPEC MB also provides a relay to replace the PFTU relay in the XSM module loaded in the base of the column NTDW20 Media...

Page 601: ...PE slots to the right of the MG XPEC Card slots are numbered from 0 to 7 for the mother board and 0 to 7 for the daughter board whereas the MGC card slots are numbered from 1 to 10 IPE shelves do not support CEMUX cards CEMUX cards are supported in a CS 1000E shelf populated with an MGC card The mother board and daughter board share the Card LAN bus between each other The third TTY on the MG XPEC ...

Page 602: ...nstead of the DS30Y TDM loops used by the previous XPEC card To the Call Server the MG XPEC appears as two separate IPMG loops Important The IPMG package must be enabled so that the Call Server can accept the IP media gateway connections Processors Chagall 2 Core The MG XPEC utilizes a MindSpeed Chagall 2 Processor M82515 to execute Nortel software The Chagall 2 processor combines an ARM9 RISC pro...

Page 603: ...rver 1000 MG XPEC IP XPEC backplane connector for both MB and DB DS 30X voice signalling Card LAN TTY ports DS 30X voice signalling The DS30X bus contains 32 timeslots for each IPE slot Each timeslot consists of 8 bits of TDM data and 2 bits of signalling data The FPGA performs the transformation between 10 bits DS30X timeslot and 8 bits TDM timeslot of the MindSpeed processors Card LAN Like the M...

Page 604: ...link activity When a link is establish the green LED illuminates and flashes when activity exists on the link When the link is established at a 100 BaseT speed the yellow LED illuminates otherwise it does not illuminate Network connections and dual homing Each of the dual assembly boards of the MG XPEC contains 4 physical network connections The MG XPEC contains no physical network back plane conn...

Page 605: ...ct an MG XPEC for dual homing each half requires the following 2 ELAN physical connections 2 TLAN physical connections 1 ELAN IP address 3 TLAN IP addresses Therefore a total of following exists for each MG XPEC card 4 ELAN physical connections 4 TLAN physical connections 2 ELAN IP address 6 TLAN IP addresses Network connections and dual homing Circuit Card Reference July 2011 605 ...

Page 606: ...is required for each board in the dual assembly You do not have to connect both halves of the board to get the other working since each half of the dual assembly is stand alone NTDW20 Media Gateway Extended Peripheral Equipment Controller card 606 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 607: ...of integrating a Common Processor a Gateway Controller and non removable Digital Signal Processor DSP resources into a single card for use in a Communication Server 1000E system The CP MG card design is based on the CP PM card and MGC card with DSP daughterboards The CP MG card is available in two versions NTDW56BAE6 CP MG card with 32 DSP ports NTDW59BAE6 CP MG card with 128 DSP ports The CP MG c...

Page 608: ...orage Compact Flash card ATA for Chagall 2 file system Onboard flash boot ROM Three backplane TTY ports two from Chagall 2 one from Intel Common Processor Mindspeed Picasso M82710 or Matisse M82910 for VoIP or DSP resources Ten port embedded fast Ethernet switch One faceplate 100 BaseT T LAN port One faceplate 100 BaseT E LAN port One backplane 100 BaseT T LAN port One backplane 100 BaseT E LAN po...

Page 609: ...with an Internet Protocol Media Gateway IPMG type of MGS The Communication Server 1000E system uses a common Gateway Controller loadware for the MGC MG XPEC and MGS Important The IPMG package must be enabled so that the Call Server can accept the IP Media Gateway connections Cabinet and chassis support The CP MG card is supported in the following Media Gateway chassis Option 11C cabinet Option 11C...

Page 610: ...an perform a CP hardware reset with a press of the CP reset button You can perform a MGS reset with a press of the MG reset button You can also perform a MGS password reset see Resetting the CP MG card MGS password on page 610 Resetting the CP MG card MGS password 1 At the LDB shell login prompt type resetPWD and follow the instructions 2 Press the MG reset button on the CP MG faceplate The CP MG ...

Page 611: ...IP link status between the MGS and the Call Server The diagnostic messages display on the CP MG faceplate see Table 257 CP MG LED display on page 611 Table 257 CP MG LED display Message Description BOOT This is the first message displayed when the system becomes active POST Power on self test This message is displayed when the MGS is carrying out system tests during power up PASS Power on self tes...

Page 612: ...X RX and ground for null modem The 25 pin adapter provides a full set of signals without null modem for DCE The CP MG serial port adapter kit is required to connect to a 9 pin or 25 pin serial cable The adapter kit pin mapping is shown in Table 258 CP MG serial port adapter kit pin mapping on page 612 Table 258 CP MG serial port adapter kit pin mapping RJ45 DB 9 pin DB 25 pin I O Description 1 6 6...

Page 613: ... reference synchronization connections The NTDW63BAE5 adapter is the same adapter you use with MGC cards Media storage A Compact Flash card provides the Gateway Controller program and file system storage which is used to store downloaded program images and applications The PCI to CF bridge device is TI PCI1510 The Compact Flash card presents a standard ATA disk drive type interface The CP MG card ...

Page 614: ...ment hard drive into SATA connector J7 See Figure 171 CP MG card hard drive connector on page 614 Figure 171 CP MG card hard drive connector 5 Secure the replacement hard drive from the bottom of the CP MG card with the four Phillips screws You can reinstall the CP MG card into the Media Gateway cabinet or chassis If the replacement hard drive does not have Linux Base pre installed install the Lin...

Page 615: ...procedure as a CP PM card however the device is in a different location on the CP MG Figure 172 CP MG Security Device Dongle on page 615 shows the location of the dongle on the CP MG Figure 172 CP MG Security Device Dongle Security Device Dongle Circuit Card Reference July 2011 615 ...

Page 616: ...NTDW56 and NTDW59 Common Processor Media Gateway card 616 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 617: ...The CP DC card contains a dual core AMD processor and upgraded components which can provide improvements in processing power and speed over the CP PM card The CP DC card requires the Linux Base Operating System and supports Co resident Call Server and Signaling Server or stand alone Signaling Server configurations The CP DC card does not support the standard or high availability Call Server config...

Page 618: ...M Important The IPMG package must be enabled so that the Call Server can accept IP Media Gateway connections Cabinet and chassis support The NTDW53 single slot CP DC card is supported in the following chassis Option 11C cabinet except for slot 0 Option 11C expansion cabinet except for slot 0 Option 11C Mini chassis except for slot 0 and slot 4 Option 11C Mini expander chassis MG 1000E main chassis...

Page 619: ...on is recessed to prevent accidental resets You must use a small blunt object to access the reset button During a reset the status LED will flash red until the reset is complete The CP DC card does not provide a faceplate INI button To re initialize a CP DC card use the Command Line Interface CLI appstart cs restart command Status LED The CP DC faceplate STS LED is a tri color system status indica...

Page 620: ...nections Serial data interface ports The CP DC has two serial data interface SDI ports Port 0 and Port 1 Both ports are standard RS232 DTE ports They are routed through the backplane of the shelf to a 50 pin main distribution frame MDF connector on the back of the shelf You require a NTAK19ECE6 cable to adapt the 50 pin MDF to a pair of 25 pin DB connectors A 25 pin null modem is required to adapt...

Page 621: ...rd to unsecure the hard drive see Figure 175 CP DC card hard drive screws on page 621 Figure 175 CP DC card hard drive screws 3 Slide the defective hard drive off the SATA connector J8 and remove the defective hard drive from the CP DC card 4 Place the replacement hard drive on the CP DC card and slide the replacement hard drive into SATA connector J8 5 Secure the replacement hard drive from the b...

Page 622: ...however the device is in a different location on the board Figure 176 CP DC security dongle on page 622 shows the location of the dongle on the CP DC card Figure 176 CP DC security dongle NTDW53 and NTDW54 Common Processor Dual Core card 622 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 623: ...essor Pentium Mobile CP PM consists of one new pack design with multiple variants CP PM NTDW61 single slot NTDW99 metal faceplate single slot and CP PM NTDW66 IPE double slot The NTDW99 CP PM card is functionally identical to the NTDW61 but contains a metal faceplate for enhanced EMC containment Nortel recommends you use a NTDW99 CP PM card in the Media Gateway 1010 The CP PM cards provide a platf...

Page 624: ...D accessible on the faceplate DDR RAM expandable up to 2 GB Three Ethernet ports Two serial data interface ports One USB port Security device When populated with different memory and disk drive options the CP PM hardware can be used for other purposes For example the CP PM hardware can be used as a Call Server or as a platform for the CS 1000 Signaling Server The CP PM high level hardware block di...

Page 625: ...Figure 177 CP PM high level hardware block diagram Figure 178 CP PM card Introduction Circuit Card Reference July 2011 625 ...

Page 626: ...in the Option 11C Mini is reserved for the 48 DLC Media storage Fixed media drive The fixed media drive FMD is a CompactFlash CF card that is internal to the CP PM card It is accessible only when the CP PM card is removed from the system The FMD serves as a hard drive The Fixed Media Drive is used when CP PM is a Call Server It is connected directly to the ATA controller in the chipset which is al...

Page 627: ...ling Server Hard Drive kit NTDW6102E5 ships with the servers and if required can also be ordered from Nortel The hard drive kit contains a hard drive with a jumper 4 screws and installation instructions document N0120776 You need only a small Phillips screw driver to install the hard drive Important IMPORTANT Observe proper ESD precautions while handling the hard drive and Nortel CP PM server Use ...

Page 628: ... board and slide to mate with connector J32 Figure 180 CP PM hard drive and connector J32 3 Secure hard drive from the bottom side with the included screws NTDW61 and NTDW66 Common Processor Pentium Mobile Card 628 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 629: ...rcuit card has an on board switch S5 for designating the internal hard drive HD or internal Compact Flash CF drive as the Fixed Media Device FMD for the Signaling Server You must configure the on board FMD switch S5 to position 2 to designate the HD as the FMD for the Signaling Server 5 Remove on board compact flash retainer clip if populated Media storage Circuit Card Reference July 2011 629 ...

Page 630: ...aximum capacity of the controller is 2GB The main memory is comprised of two 200 pin SO DIMM modules This facilitates future upgrades Memory upgrade This section details the procedure to upgrade the CP PM memory Ensure that the memory upgrade kit contains a DDR memory module as seen in Figure 184 DDR memory module on page 631 NTDW61 and NTDW66 Common Processor Pentium Mobile Card 630 Circuit Card ...

Page 631: ... slot on page 631 Figure 185 CP PM card with empty memory slot 2 Grip the memory module by its sides and insert it into the slot at an approximately 30 degree angle Align the notch in the memory module with the protruding pin in the slot as shown in Figure 186 Inserting a memory module in CP PM card on page 632 Memory Circuit Card Reference July 2011 631 ...

Page 632: ...t can go 3 While holding the memory module in place push it down until the two clips on either side snap into place as shown inFigure 187 Fastening memory module in CP PM card on page 633 NTDW61 and NTDW66 Common Processor Pentium Mobile Card 632 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 633: ...ard Note If the memory module is not aligned properly the clips will not snap in place as shown in Figure 188 Incorrectly aligned memory module on page 634 Remove the memory module and align it correctly Memory Circuit Card Reference July 2011 633 ...

Page 634: ...ust visible and parallel with the edge of the slot The module pins must make proper contact with the slot pins as shown in Figure 189 Correctly aligned memory module on page 635 NTDW61 and NTDW66 Common Processor Pentium Mobile Card 634 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 635: ...k interfaces are application specific Important If your cabinet or chassis does not require specific Nortel supplied cables for CP PM cards you must use shielded twisted pair Ethernet cables for CP PM faceplate ELAN and TLAN connections ELAN The ELAN network interface is a 10 100 BaseT port By default this port is set to autonegotiate This network interface is used for both Call Server and Signali...

Page 636: ... MDF to a pair of 25 pin DB connectors is shipped with the CP PM A 25 pin null modem is required to adapt an SDI port to a typical PC serial port Port 0 is used for maintenance access Port 1 is for an external modem connection TTY parameters The TTY parameters are configured through the BIOS features configuration menu The BIOS can be accessed only through TTY Port 0 On the Call Server TTY paramet...

Page 637: ...curity device dongle using a Maxim Dallas 1 wire to USB interface device This is used for the Call Server application Faceplate The CP PM faceplate is available in two sizes NTDW61 single slot and NTDW66 double slot The NTDW99 is a single slot metal faceplate CP PM card The CP PM card faceplate is equipped with Status Active CPU CF and Ethernet LED indicators USB 2 0 port Circuit Card Reference Ju...

Page 638: ...Figure 190 CP PM NTDW61 and NTDW66 faceplates NTDW61 and NTDW66 Common Processor Pentium Mobile Card 638 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 639: ...and HD MASTER POSITION2 selects the Hard Drive FMD LED indicators Status LED The functionality of the Status LED is summarized in the following table Table 261 Status LED functionality LED Color CP PM Status Status Green After sysload Flashing Green Not implemented Yellow Not implemented Orange Selftest error Red During sysload phase 2 Flashing Red During sysload phase 1 Off No power LED indicator...

Page 640: ...lor Status Call server redundancy Green Redundant mode active Yellow Redundant mode standby Red Redundant mode fault HSP down Off Standard mode Ethernet LEDs ELAN and TLAN LEDs The functionality of the ELAN and TLAN network interface LED indicators is depicted in the following figure Figure 191 ELAN and TLAN port LED indicators HSP LEDs The functionality of the HSP port LED indicators is depicted ...

Page 641: ... 192 HSP port LED indicators Removable and fixed media drive LEDs LEDs are provided to indicate the access activity of the removable and fixed media drives LED indicators Circuit Card Reference July 2011 641 ...

Page 642: ...NTDW61 and NTDW66 Common Processor Pentium Mobile Card 642 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 643: ...ntroduction The NTDW60 or NTDW98 Media Gateway Controller MGC card has two PCI Telephony Mezzanine Card form factor expansion sites Daughterboards DB in the expansion sites provide Digital Signal Processor DSP resources for VoIP The DBs are slave devices controlled by the MGC processor Media Gateway Controller card The MGC has two DB expansion sites They are Expansion Daughterboard 1 and Expansion...

Page 644: ...nfigurations The DBs are available in three sizes An NTDW62 32 port daughterboard DB 32 an NTDW64 96 port daughterboard DB 96 and an NTDW78 128 port daughterboard DB 128 NTDW62 NTDW64 and NTDW78 Media Gateway Controller Daughterboards 644 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 645: ...ts The following table summarizes the supported placement of the DBs in the MGC expansion sites and the card slots represented by each DB Table 263 DSP daughterboard placement DB size DB expansion site Card slot DB 32 1 11 DB 32 2 0 DB 96 1 11 12 13 DB 96 2 0 9 10 DB 128 1 11 12 13 14 DB 128 2 0 9 10 15 Note The Extended Media Gateway PRI MGP package 418 is required to support MGC cards populated ...

Page 646: ...NTDW62 NTDW64 and NTDW78 Media Gateway Controller Daughterboards 646 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 647: ...evice and a TDM device in a CS 1000 network The MC32S replaces the previous media card or ITG card The Media Card comes in an IPE form factor The card can be used in the MG 1000E MG 1000B CS 1000E and CS 1000M systems The card includes a processor and a DSP Secure Real Time Protocol SRTP is used to secure the IP media path to and from the DSP channels on the card The Media Card includes the follow...

Page 648: ...ebugging 100BaseT faceplate port for debugging Figure 195 Voice Gateway Media card block diagram Ethernet ports External connections There are TLAN and ELAN network interfaces for connection to external networks and a faceplate debug port Internal connections There is a TLAN connection to the DSP and ELAN and TLAN connections to the processor NTDW65 Voice Gateway Media Card 648 Circuit Card Refere...

Page 649: ... menu can by accessed through either port TTY settings The default tty settings for both ports are Baud rate 9600 Data bit length 8 Stop bit 1 Parity none Flow control none Faceplate LED display The faceplate on the Media Card has a four character LED display The diagnostic messages summarized in the following table are displayed on the faceplate during system bootup Table 264 Faceplate display Me...

Page 650: ...ed LOAD Application software is loading In a normal boot process the diagnostic messages would be displayed in the following order 1 BOOT 2 POST 3 PASS 4 LOAD If there is a fatal self test error during bootup an error code appears and the PASS and LOAD message are not displayed During normal operation after bootup the faceplate displays Leader L or Follower F and the number of registered sets For ...

Page 651: ...he TMDI feature supports the software changes required for CS 1000E CS 1000M Cabinet and Meridian 1 PBX 11C Cabinetto use the TDMI pack The software includes a prompt to replace a function that was handled by a dip switch on the NTAK09 an extra loadware application to handle Layer 1 a change to the existing loadware files into 32 bit format from the original 16 bit format To provide CEMUX communic...

Page 652: ...digital trunk must use a clock controller clocked to an external reference clock Physical description The NTRB21 card uses a standard 9 5 by 12 5 multi layer printed circuit board with buried power and ground layers The clock controller daughterboard is fastened by standoffs and connectors The NTRB21 card has seven faceplate LEDs The first five LEDs are associated with the NTRB21 card The remainin...

Page 653: ...s LED State Definition DIS On Red The NTRB21 circuit card is disabled Off The NTRB21 is not in a disabled state ACT On Green The NTRB21 circuit card is in an active state No alarm states exist the card is not disabled nor is it in a loopback state Off An alarm state or loopback state exists or the card is disabled See the other faceplate LEDs for more information RED On Red A red alarm state is de...

Page 654: ...p back mode Off NTRB21 is not in loop back mode Figure 197 NTRB21 TMDI card faceplate on page 654 shows the faceplate of the NTRB21 TMDI card Figure 197 NTRB21 TMDI card faceplate NTRB21 DTI PRI DCH TMDI card 654 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 655: ...g features and functions configurable parameters including A Law and µ Law operation digital pads on a per channel basis and Superframe or Extended Superframe formats AMI or B8ZS line coding 1 5 Mb Digital Trunk Interface and 1 5 Mb Primary Rate Interface 1 5 Mb Clock recovery and distribution of reference clocks DG2 or FDL yellow alarm methods card status and alarm indication with faceplate mount...

Page 656: ...terface functionality It also has a built in downloadable D channel The NTRB21 can be used with the NTAK09 DTI PRI card with the NTBK51 downloadable D channel daughterboard Architecture Signaling interface The signaling interface performs an 8 Kbps signaling for all 24 channels and interfaces directly to the DS 30X link Messages transmitted in both directions are three bytes long Interconnection T...

Page 657: ...transmit and receive vectored subroutines which provides T Link protocol conversion to and from the DM DM protocol ReceiveABCD filtering filters and debounces the receiveABCD bits and provides change of state information to the system Diagnostics Self test Digital pad The digital pad is an EPROM whose address input to data output transfer function meets the characteristics of a digital attenuator ...

Page 658: ...d by the transmit and receive carrier clocks Feature selection through software configuration 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 cabinet slot The D channel data link cannot be established unless the PRI loop is enabled On the NTRB21 use switch 1 ...

Page 659: ...ital Cross Connect Switch Setting 1 DCH F W 2 LEN 0 3 LEN 1 4 LEN 2 0 133 feet Off Off Off On 133 266 feet Off On On Off 266 399 feet Off Off On Off 399 533 feet Off On Off Off 533 655 feet Off Off Off Off Receiver The receiver extracts data and clock from an incoming data stream and outputs clock and synchronized data At worst case DSX 1 signal levels the line receiver operates correctly with up ...

Page 660: ... Category D specifications The NTAK20BD and NTAK20BA versions meet CCITT stratum 4 specifications NTAK20 Clock Controller daughterboard on page 513 Important Each Media Gateway that has a digital trunk must use a clock controller clocked to an external reference clock If an IP Expansion multi cabinet system is equipped with digital trunk cards it is mandatory that at least one trunk card is placed...

Page 661: ... generated by a Phase Locked 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 Architecture Circuit Card Reference July 2011 661 ...

Page 662: ...NTRB21 DTI PRI DCH TMDI card 662 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 663: ... 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 Media Gateway or slots 7 through 10 in the Media Gateway Expansion Note Up to four Media Cards can be installed in each Media Gateway and Media Gateway Expansion An NTVQ01xx Media Card is shown in Figure 198 NTVQ01xx Media Card on page 664 Circuit Card R...

Page 664: ...ovides information about the faceplate connectors and indicators Hardware architecture The Media Card comes in two versions 8 port and 32 port Faceplate connectors and indicators Figure 199 NTVQ01xx Media Card faceplate on page 666 shows the NTVQ01xx Media Card faceplate NTVQ01xx Media Card 664 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 665: ...ash cards to be used in this slot This slot is used for NTVQ01xx Media Card software upgrades backing up announcements and additional storage Ethernet activity LEDs The NTVQ01xx Media Card faceplate contains Ethernet activity LEDs for each network Maintenance hex display This is a four digit LED based hexadecimal display that provides the status of the NTVQ01xx Media Card at all times The hex disp...

Page 666: ...ides access to the RS 232 port This faceplate port can provide access to the Media Card for OA M purposes The maintenance port is also available through a female DB9 connector on the 50 pin I O Adaptor This should be used to make a permanent terminal connection NTVQ01xx Media Card 666 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 667: ...ed on the Media Card the card is called the Voice Gateway Media card Other examples of applications on a Media Card include IP Line 3 0 and Integrated Recorded Announcer The NTVQ01xx Media Card connects an IP and circuit switched device The DSPs perform media transcoding between IP voice packets and circuit switched devices The Media Card also provides echo cancellation and compression decompressi...

Page 668: ...NTVQ01xx Media Card 668 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 669: ...erface card contains the LED status The utility card also contains the ring generator functions and the message waiting voltage supply The PCB is located on the opposite side of the card in respect to other cards to prevent interference with the power supply connector on the backplane Atemperature sensor located at the lower front of the card allows the SM bus to poll for ambient temperature of th...

Page 670: ... for various country requirements The utility card is also hot pluggable thus you can connect it with the system turned on There are five tri colour LEDs on the faceplate Three LEDs are for the blowers and indicate green as normal orange as running at full speed and red as a failure The other two LEDs provide the status of the power supplies with green being normal and red or extinguished indicati...

Page 671: ...us Green Normal Red Failure MGU dip switch settings See the following tables to set the MGU DIP switch settings to set any one frequency any one voltage level and to enable the ring generator Table 272 Frequency FREQUENCY SWITCH S1 S1_3 S1_4 20Hz ON OFF 25Hz OFF ON 50Hz OFF OFF Table 273 Voltage VOLTAGE SWITCH S1 S1_5 S1_6 S1_7 70V OFF OFF OFF 75V ON OFF OFF 80V OFF ON OFF MGU dip switch settings ...

Page 672: ...e 276 S4 OV_Protect S4 OV_PROTECT 120 ON 150 OFF Table 277 S3 Volt_Sel S3 VOLT_SEL 120 OFF 150 ON International power supply DIP switch settings See the following tables for international power supply DIP switch settings Asia Pacific CALA power supply DIP switch settings European power supply DIP switch settings North American power supply DIP switch settings NTC314AAE6 Media Gateway utility card ...

Page 673: ... waiting Lamp VDC Switch Setting 20 25 50 Switch Setting 70 75 80 86 Switch Setting 120 150 S1_3 off S1_4 on S2 off S1_8 on S1_5 on S3 off S1_6 off S4 on S1_7 off Table 280 North American power supply DIP switch settings Ring Frequency Hz Ringing Amplitude Vrms Message waiting Lamp VDC Switch Setting 20 25 50 Switch Setting 70 75 80 86 Switch Setting 120 150 S1_3 on S1_4 off S2 off S1_8 on S1_5 of...

Page 674: ...f the MG 1010 Note the following Hot swappable redundant power supplies Hot swappable fans in a redundant N 1 configuration for chassis cooling One DECT connector One AUX connector Ten MDF connectors NTC314AAE6 Media Gateway utility card 674 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 675: ...ncludes a cover over the Power Supply 2 connector remove the cover by loosening the two Phillips screws and sliding the cover upwards Once the cover is removed tighten the two Phillips screws again MGU dip switch settings Circuit Card Reference July 2011 675 ...

Page 676: ...NTC314AAE6 Media Gateway utility card 676 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 677: ...t in the common equipment area of any system The Quad Serial Data Interface card is normally used to connect the system to its administration and maintenance terminal It is also used to connect the system to a background terminal used in the Hotel Motel environment a modem or the Automatic Call Distribution ACD and Call Detail Recording CDR features The QSDI card is compatible with all existing sy...

Page 678: ...n a system allowing a total of sixteen asynchronous serial ports The four serial ports on each card are addressed as two pairs of consecutive addresses 0 and 1 2 and 3 and so on up to 14 and 15 The pairs need not be consecutive For example pairs 0 and 1 and 4 and 5 could be used The card front panel has two connectors J1 and J2 Connector J1 is used for port 1 while connector J2 is used for ports 2...

Page 679: ...rial ports are directly accessed by the system processor using memory reads and writes The QPC841 Quad Serial Data Interface card contains four universal asynchronous receiver transmitters UARTs and the logic necessary to connect the UARTs to the system processor bus See Figure 204 QPC841 QSDI card block diagram on page 680 The other logic on the Functional description Circuit Card Reference July ...

Page 680: ...is section Figure 204 QPC841 QSDI card block diagram Connector pin assignments Connector J1 is connected to port one and uses the RS 232 C standard DB 25 pinout Connector J2 is connected to ports two three and four and is a non standard pinout that requires an adapter cable An adapter cable NT8D96 splits the J2 signals out to three standard RS 232 C connectors Port 2 is connected to connector A Po...

Page 681: ...y to transmit and receive data Note In DCE mode the signals DTR and RTS are tied to 12 volts through a resistor to indicate that the QSDI port is always ready to transmit and receive data Table 282 Connector J2 pin assignments Pin Number Port Signal Purpose in DTE mode Purpose in DCE mode 1 FGD Frame ground Frame ground 2 TD Transmitted data Transmitted data 3 RD Received data Received data 4 RTS ...

Page 682: ... used 22 DTR Data terminal ready Data terminal ready Note 2 Note In DTE mode the signals CD DSR and CTS are tied to 12 volts through a resistor to indicate that the QSDI port is always ready to transmit and receive data Note In DCE mode the signals DTR and RTS are tied to 12 volts through a resistor to indicate that the QSDI port is always ready to transmit and receive data Configuring the QSDI ca...

Page 683: ... 2 3 4 5 6 7 8 Device pair addresses 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 off off on off 12 13 off off off off off off off on 14 15 off off off off off off off off Note On SW16 positions 1 2 3 and 4 must be OFF Note To avoid address conflicts SW...

Page 684: ...n page 684 shows the DTE DCE mode selection switches for the four serial ports Table 285 QSDI card DTE DCE mode switch settings Port 1 SW8 Port1 SW9 Mode 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 on on on on off off off off off off DCE Modem...

Page 685: ...r operation Figure 205 QSDI card option switch locations Software service changes Once the QPC841 QSDI card is installed in the system the system software needs to be configured to recognize it This is done using the Configuration Record program LD 17 Configuring the QSDI card Circuit Card Reference July 2011 685 ...

Page 686: ...NO YES Port is used for the system monitor Applications The QPD841 Quad Serial Data Interface QSDI card is used to connect the switch to a variety of communication devices and peripherals Any RS 232 C compatible device can be connected to any of the four serial ports The standard application for the QSDI card is to connect the switch to the system console This can be either a direct connection if ...

Page 687: ...ns use only NT8D82 Note This cable is available in different lengths Refer to Equipment Identification NN43001 254 for more information SDI multiple port cable internal system options use only NT8D90 SDI I O to DTE DCE cables system options use only NT8D95 Note This cable is available in different lengths Refer to Equipment Identification NN43001 254 for more information SID Multiple port cable sy...

Page 688: ...Figure 206 QPC841 QSDI card cabling QPC841 Quad Serial Data Interface card 688 Circuit Card Reference July 2011 Comments infodev avaya com ...

Page 689: ... 333 installation 333 requirements 331 cabling 33 66 124 358 471 479 686 for line cards 33 length considerations 66 NT1R20 Off Premise Station OPS Analog Line Card 124 NT8D02 Digital Line Card 358 NT8D41BA QSDI paddle board 471 479 QPC841 QSDI Quad Serial Data Interface 686 call signaling bits 35 campus installations off premise applications 32 55 capacitors 74 precautions for discharge prior to c...

Page 690: ...ine call operation 46 digital line cards 41 interface units 41 digitone receiver cards 81 testing 81 DIS MSDL x command 335 340 342 DIS MSDL x command 339 DISA Direct Inward System Access trunks 58 IPE trunk card support 58 disabled MSDL states 335 342 displaying MSDL status 339 340 DLIC digital line interface circuit 41 355 Downloadable D channel handler 561 downloading 322 338 339 DPNSS DCHI Por...

Page 691: ...I O panel cables and connections 331 333 impedance 41 43 65 125 131 370 416 421 425 matching network 65 NT1R20 Off Premise Station OPS Analog Line Card 125 131 NT8D09 Analog Message Waiting Line Card 370 NT8D14 Universal Trunk Card 416 421 425 impedance and cable loop resistance loss 425 NT8D14 Universal Trunk Card 425 implementation 328 incoming analog calls 43 incoming calls 386 387 390 394 397 ...

Page 692: ...35 digital line interface units 41 DS 30X loops 35 host interface bus 35 testing 82 Link Diagnostic Program 338 loop interface support for 20 mA current 463 471 677 loop interfaces 42 349 351 355 TCM time compressed multiplexed data 42 349 351 355 loop limits 125 370 NT1R20 Off Premise Station OPS Analog Line Card 125 NT8D09 Analog Message Waiting Line Card 370 loop start operation 379 385 386 NT8...

Page 693: ...1 system 71 NT4D18 Hybrid Bus Terminator 71 card slots by Meridian 1 system 71 NT4D19 and NT423 Hybrid Bus Terminator 71 card slots by Meridian 1 system 71 NT4D20 and NT422 Hybrid Bus Terminator 71 card slots by Meridian 1 system 71 NT5D11 and NT5D14 Line side T1 Line Cards 71 card slots by Meridian 1 system 71 NT5D11 Line Side T 1 Card 33 description 33 NT5D11 Line Side T 1 Line Card 32 descripti...

Page 694: ...1 245 246 250 347 349 351 354 358 360 configuration 360 jumper and switch settings 360 software service changes 360 connector pin assignments 358 description 32 33 41 245 347 electrical characteristics 357 environmental specifications 250 358 faceplate 246 348 foreign and surge voltage protection 358 functions 349 351 354 356 card control 355 card interfaces 354 Card LAN interface 349 351 356 digi...

Page 695: ...TDS card 71 102 card slots by Meridian 1 system 71 option settings 102 NT8D21 Ringing Generator AC 103 option settings 103 NT8D22 System Monitor 103 option settings 103 NT8D35 Network Module 677 NT8D37 IPE Modules 59 60 network connections to 60 trunk card installation 59 NT8D41BA QSDI paddle board 66 107 108 463 464 466 469 471 473 474 476 479 address switch settings 108 469 478 applications 471 ...

Page 696: ... 457 PAG Paging trunks 58 379 429 436 460 IPE trunk card support 58 NT8D14 Universal Trunk Card 379 429 NT8D15 E and M Trunk Card 436 460 PE trunk card support 58 parity bits 325 PCM pulse code modulated data 60 PCM pulse code modulated voice data 35 PE peripheral equipment 33 35 comparison to IPE modules 35 installing line cards 33 PE peripheral equipment trunk cards 60 compared to IPE equipment ...

Page 697: ...by Meridian 1 system 71 QPC720 Primary Rate Interface card 71 card slots by Meridian 1 system 71 QPC757 cards 317 QPC841 4 Port Serial Data Interface card 71 card slots by Meridian 1 system 71 QPC841 cards 317 QPC841 QSDI Quad Serial Data Interface 66 141 677 678 680 682 683 686 applications 686 cabling 686 configuring 682 connector pin assignments 680 described 141 677 mounting 66 677 switch sett...

Page 698: ...witches 33 symptoms and actions 342 system disabled actions 342 synchronous device compatibility 66 synchronous ports 321 324 system controlled maintenance 338 system disabled MSDL states 336 342 system initialization 338 T TCM time compressed multiplexed data 35 41 42 349 351 355 loop interfaces 42 349 351 355 temperature ranges 68 temperature requirements 328 terminal equipment 33 connecting lin...

Page 699: ... 33 voltage surge protection 32 41 56 117 126 358 372 grounding 56 NT1R20 Off Premise Station OPS Analog Line Card 126 NT8D02 Digital Line Card 358 NT8D09 Analog Message Waiting Line Card 372 voltages 68 W WATS Wide Area Telephone Service trunks 58 379 IPE trunk card support 58 379 words loop data format 60 wrist straps 74 Circuit Card Reference July 2011 699 ...

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