Home

Lucent (TNT-SL-S50) Expansion Module

1. 2 4 Understanding the shelf controller back panel 2 5 Before you begin A Warning Before installing the MAX TNT or DSLTNT be sure to read the safety instructions in the Access Networks Safety and Compliance Guide This hardware installation guide provides information specific to your product in Appendix C Safety Related Electrical Physical and Environmental Information Before you install a MAX TNT or DSLTNT make sure you have the following e Suitable location with adequate power e At least one active or line set up for bidirectional calling Bidirectional calling allows you to test the unit hardware by having the MAX TNT or DSLTNT dial out on one channel and answer on another channel Local PC or workstation with VT100 ASCII terminal emulation software You must assign an IP address through a connection to the serial port of the MAX TNT or DSLTNT Later you can use Telnet to configure the system The PC or workstation must be set to the following values 9600 bps Direct connection 8 data bits No parity stop bit flow control MAX TNT DSLTNT Hardware Installation Guide 2 1 Preparing for Installation Checking the package contents When connected to the shelf controller SERIAL port the PC or workstation acts as a console terminal through which you can configure the unit Workstation on
2. A 3 DS3 ATM card specifications 2 9 A 4 DS3 ATM card status ene A 5 DS3 ATM2 status A 7 E1 card specifications cete rte tte cet e te A 9 FrameLine card specifications sees nnne enne 11 Ethernet 2 card 12 Ethernet 3 card 13 Ethernet 3 card status A 13 IDSL card ett erc i eter eite A 14 MultiDSP card specifications A 16 OC3 ATM card A 16 OC3 ATM card stat s lights cet EE eee ie A 17 SDSL card A 18 SDSL HS card specifications essent A 19 Series56 II and Series56 III digital modem card specifications A 20 STM O card specifications isisisi nene treten etit A 20 5 0 card status lights eese eene nenne A 22 SWAN card specificatiOnS Eric sese clinici peril A 23 FU Card specifications e etre mie HR OT ERR A 24 FrameLine card 26 T3 card Specifications ee eie eet re A 26 T3 sl t card status tee eto et A 27
3. 1 4 DSLTNT supported slot cards sessi enne ene 1 5 Preparing for Installation 2 1 Before you ec EUER E EE e EE EEG 2 1 Checking the package 8 22222040 2 2 Selecting the mstallaton Site ooo ete eR meet Po acie ES t 2 3 Required installation tools and equipment sse 2 3 Understanding the unit back panel eese 2 4 Understanding the shelf controller back panel eene 2 5 Status lights the shelf controller back panel eee 2 6 Installing a MAX TNT or DSLTNT Chassis 3 1 Installation OVErvie We 2 e lere ce tet ter Hp etur teet RETRO RED 3 1 Guidelines for installing units in a rack or 1 1 3 3 Rack mounting the MAX TNT or 8 3 4 Installing a MAX TNT or DSLTNT exhaust shield sene 3 6 Installing or replacing high output power supplies seen 3 8 Before berin se cet e eh e e ees o He ao Wastes 3 8 Identifying the high output power supply eee 3 8 Installing a high output power supply esee eene enne 3 9 Connecting the MAX TNT or DSLTNT ac power 3 12 Connecting the MAX TNT or DSLTNT dc power
4. 3 12 Connecting the MAX TNT or DSLTNT to the 0000 3 13 Connecting a workstation to the serial 3 14 Verifying the rotary switch setting and PCMCIA 3 15 MAX TNT DSLTNT Hardware Installation Guide V Contents Chapter 4 Appendix A Appendix B Powering on the MAX TNT or 5 0 001 1 3 16 Installing or replacing slot 3 17 Installing a Multishelf System sess 4 1 Before you begin i a etre tess ete 4 1 Setting the rotary switch on each shelf sesssesseeee eene 4 2 Plugging in the multishelf cables conien i t eee 4 2 Designating master and slave shelf controllers eeeeeneee 4 3 Resetting the shelves and checking the status 6 4 4 Slot Card Specifications and Connection A 1 ADSL CAP Card eet n V e ER REOR A 2 ADSE DMIT eat soca iti xad delete te GR de ees tee a ipe p itis A 3 53 REC Da REO DERE DRIN A 4 Connecting DS3 ATM card to the 0 A 6 Connecting redundant DS3 ATM A 6 53 2 lt
5. Pair P1 Pin P2 Pin J1 Pin Signal 4 15 29 Ring 4 5 12 5 Tip 5 5 13 30 Ring 5 6 10 6 Tip 6 6 11 31 Ring 6 7 8 7 7 7 9 32 Ring 7 8 6 8 Tip 8 8 7 33 Ring 8 9 4 9 Tip 9 9 5 34 Ring 9 10 2 10 Tip 10 10 3 35 Ring 10 11 1 11 Tip 11 11 20 36 Ring 11 12 2 12 Tip 12 12 22 37 Ring 12 13 36 13 Tip 13 13 37 38 Ring 13 14 18 14 Tip 14 14 19 39 Ring 14 15 16 15 Tip 15 15 17 40 Ring 15 16 14 16 Tip 16 16 15 41 Ring 16 17 12 17 Tip 17 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications SDSL cable specifications Table B 21 SDSL cable pinouts continued Pair Pin P2 Pin J1 Pin Signal 17 13 42 Ring 17 18 10 18 Tip 18 18 11 43 Ring 18 19 8 19 19 19 9 44 Ring 19 20 6 20 20 20 7 45 Ring 20 21 4 21 21 21 5 46 Ring 21 22 2 22 22 22 3 47 Ring 22 23 1 23 23 23 20 48 Ring 23 24 21 24 24 24 22 49 24 The high performance SDSL data card uses a universal service order code USOC RJ 21X 50 pin telco connector Cable pinouts are shown in Table 22 Table B 22 Cable pinouts for the 50 pin telco connector Signal Pin Signal 1 channel 1 ring 26 channel tip 2 2R 27 2T 3 3R 28 3T 4 4R 29 4T 5 5R 30 5T 6 6R 31 6T 7 7R 32 7T MAX TNT DSLTNT Hardware Installation Guide B 31
6. MAX TNT DSLTNT Hardware Installation Gulide 3 5 Installing a MAX TNT or DSLTNT Chassis Installing a MAX TNT or DSLTNT exhaust shield To installa MAX TNT or DSLTNT unit in a rack proceed as follows 1 Using a mechanical lift recommended or a minimum of two installers raise the unit to the proper height for installation 2 Insert the unit in the rack and secure it as shown in Figure 3 3 If you need more information refer to the instructions that came with your rack Figure 3 3 Mounting the MAX TNT or DSLTNT in a rack Installing a MAX TNT or DSLTNT exhaust shield You can install an exhaust shield on a rack mounted MAX TNT or DSLTNT The exhaust shield redirects hot air from MAX TNT or DSLTNT units so that it is not being blown into adjacent units Figure 3 4 illustrates how to install the exhaust shield in a rack To order the shield from your Lucent reseller ask for product code TNT SP SHIELD 3 6 MAX TNT DSLTNT Hardware Installation Gulide Installing a MAX TNT or DSLTNT Chassis Installing a MAX TNT or DSLTNT exhaust shield Figure 3 4 Exhaust shield installed a rack 20 4 4 N Z 7 4 e e P e MAX TNT DSLTNT Hardware Installation Gulide 3 7 Installing a MAX TNT or DSLTNT Chassis Installing or replacing high output power supplies Installing or replacing high output
7. its 6 Connecting the DS3 ATM2 card to 2 02000 A 8 Connecting redundant DS3 ATM2 cards essere A 8 BU Card i nonne bte ode ere RIED ERO PUO tee dne A 9 Monitoring the E1 line with bantam 0 A 11 El Brame lime card eere ene need e are Dee tute 11 Bthermmet 2 etate ein ee dm eet RR epp A 12 Bthernet 9 card oon ROO eR RO OP maser E A 13 Hybtid AGCesS Cards ue tetra tc e be eet E od A 14 IDSL CATA ha sis sss pos DD PRU iure A 14 ri oe Siete HERES RUP 15 48 port MuUltDSP 15 96 port MultiDSP 22 222 2 2 2 1 10000050000050000 15 hs beste Adi Soh atest pte A 16 SDSL card cec Sao uU IE BINE A 18 SDSLAHS card EPOR 19 Series56 Digital Modem A 19 STM 0 card isi eco ev etidm auium A 20 SWAN Card zzii meo dune pe ee e dn eg eon A 23 Connecting the SWAN card line to the A 23 PiCard site tvs aae debile Soe tete ier A 24 Connecting the TAOS unit line to the
8. 02 A 25 Monitoring the line with bantam A 25 TI Frame ine g rde ss seb E r E E E E T EER EEE EE A 26 di Cards heed 26 Connecting the card to the A 28 Unchannelized DS3 card ee hace teet pe E iter vh A 28 Connecting the unchannelized DS3 card to WAN eee A 29 Cabling and Connector Specifications B 1 Serial port specifications seisein seene ener 1 Ethernet interface 2 Supported Ethernet types eoe 2 Required equipment eter rt RES 2 MAX TNT DSLTNT Hardware Installation Guide Contents Appendix C TI PREinterface Specifications nei B 3 TI PRE CSU requirements oen ette pe aep end B 3 TT PREcable Specifications s ete e elt erg idet e e tnn B 4 TI PRI WAN Connectors iii e nennen ener inen nr en nen testen trennen B 10 WAN switched services available to the MAX TNT or B 10 E1 PRI interface 1 11 ET PRIEcable specifications ee reap te tee die iden
9. 3 3 Rack mounting the MAX TNT or 5 3 4 Installing a MAX TNT DSLTNT exhaust 18 3 6 Installing or replacing high output power 3 8 Connecting the MAX TNT DSLTNT ac power 1 3 12 Connecting the MAX TNT or DSLTNT dc power supply 3 12 Connecting the MAX TNT or DSLTNT to the 3 13 Connecting a workstation to the serial 3 14 Verifying the rotary switch setting and PCMCIA card 3 15 Powering on the MAX TNT or DSLTNT 0 00 ee eee 3 16 Installing or replacing slot cards 3 17 Installation overview 3 This chapter explains how to install a single shelf ina MAX TNT or DSLTNT unit If you are installing a multishelf system read this chapter and Chapter 4 Installing a Multishelf System Warning Before installing the MAX TNT or DSLTNT be sure to read the safety instructions in the Access Networks Safety and Compliance Guide This hardware installation guide provides information specific to your product in Appendix C Safety Related Electrical Physical and Environmental Information Table 3 1 lists the sections describing installation tasks you might need to perform and provides a brief description o
10. eene nen nennen net nennen tenente A 19 Figure A 15 Series56 II and Series56 III digital modem A 20 Figure A 16 SWAN Cardo eee eese ennt rerit nenne etree trennen tentent nns A 23 Figure A 17 Connecting the SWAN to the A 24 Figure A T8 ET Slot CAatd un eoi ertt eden EPI e o emi 25 MAX TNT DSLTNT Hardware Installation Guide ix Figures Figure A 19 Connecting the TAOS unit line to the WAN 2 44 42222 A 25 Figure A 2013 Mites el Bani gine Aue ee ana ehh tase A 27 Figure A 21 Unchannelized DS3 A 29 Figure B 1 RJ 48C RJ 48C crossover cable cece eeeecceseeeeeeeesseceecneeseecseesaeceesseeeeeseees B 5 Figure 2 RJ 48C RJ 48C straight through 1 B 6 Figure 3 RJ 48C DB 15 straight through 00 0 B 7 Figure B 4 RJ 48C DB 15 crossover cable nenne B 8 Figure B 5 RJ 48C Bantam straight through cable seen B 9 Figure B 6 RJ 48C RJ 48C crossover 222 2 46 422 1 B 11 Figure B 7 RJ 48C RJ 48C straight through cable see B 12 Figure B 8 RJ 48C DA 15 straight through cable eee B 13 Figure 9 RJ 48C DA crossover 1 eene nennen B 14 Figure B 10 RJ 48C Bantam straight through
11. RING 1 RECEIVE E 5 TRANSMIT C 4 TRANSMIT RING 2 TRANSMIT TIP 2 TRANSMIT Eim 2 RECEIVE 1 RECEIVE Male Dual 310 Male RJ 48C MAX TNT DSLTNT Hardware Installation Guide B 9 Cabling and Connector Specifications T1 PRI interface specifications T1 RJ 48C Loopback plug The RJ 48C Loopback plug loops the transmit signal back to the MAX TNT or DSLTNT Table B 8 shows the pinouts Table B 8 RJ 48C Loopback plug specifications Pair Signal Male RJ 48C 1 Receive 1 connects to 5 2 connects to 4 2 Transmit 5 connects to 1 4 connects to 2 T1 PRI WAN connectors Table B 9 lists the pins on the TI PRI WAN port used for Transmit and Receive The remaining pins are not connected Table B 9 Transmit and Receive pins MAX TNT or DSLTNT T1 PRI interface RJ 48C DTE Receive input pair Tip T1 Position 2 Receive input pair Ring R1 Position 1 Transmit output pair Tip T Position 5 Transmit output pair Ring R Position 4 WAN switched services available to the MAX TNT or DSLTNT The MAX TNT or DSLTNT is compatible with both AT amp T and Northern Telecom central office switches and can access all T1 PRI switched digital services offered by AT amp T s ACCUNET Switched Digital Services e MCI 56Kkbps and 64Kbps services e Sprint Switched 56Kbps and 64Kbps services e MultiRate and GloBanD and GVPN in CCITT countries PRI network s
12. Warning Models with ac power inputs are intended for use with a three wire grounding type plug a plug that has a grounding pin This is a safety feature Equipment grounding is vital to ensure safe operation Do not defeat the purpose of the grounding type plug by modifying the plug or using an adapter Connecting the MAX TNT or DSLTNT dc power supply The MAX TNT or DSLTNT dc power supply requires three inputs 48Vdc return 48 Vdc return and earth chassis ground 48V and return inputs are isolated from ground Solid copper wire 12 AWG must be used to connect the power supply terminal block ground to the facility s ground If the MAX TNT or DSLTNT is fed from an isolated supply you must supply a solid ground to earth via copper rods This ground must have a resistance of less than 5 ohms A single drop to all MAX TNT or DSLTNT units on one rack is acceptable An example of wiring the terminal block is shown in Figure 3 11 Warning Before installing wires to the unit s dc power terminal block verify that these wires are not connected to any power source and that the MAX TNT or DSLTNT power supply switch is in the Off down position Installing live wires wires connected to a power source is hazardous Figure 3 11 Connecting to dc power 48V Return Ground lololo MAX TNT DSLTNT Hardware Installation Gulide Installing a MAX TNT or DSLTNT Chassis Connec
13. DSLTNT system overview The DSLTNT chassis consists of the following major hardware components e Shelf controller e 16 expansion slots per shelf e Three shelves per system maximum e Expansion modules e Power supplies ac or dc Slot cards in the DSLTNT connect to each other via the backplane The shelf controllers manage the system and interact with the slot cards DSLTNT shelf The DSLTNT chassis is referred to as a shelf and brings all components into an operational unit Each DSLTNT system can be configured from either one two or three shelves The DSLTNT shelf contains one slot for the shelf controller sixteen slots for slot cards and two power supply bays The DSLTNT backplane contains multiple buses that interconnect all slots 1 4 MAX TNT DSLTNT Hardware Installation Guide Introduction to the MAX TNT and DSLTNT DSLTNT system overview DSLTNT supported slot cards Table 1 2 lists the slot cards supported on the DSLTNT and identifies the port speed and port capacity for each card type Table 1 2 DSLTNT slot cards and their port speeds and capacity Card Port speed Port capacity ADSL CAP Mbps downstream 6 ports per card 1Mbps upstream ADSL DMT 6 14Mbps downstream 6 ports per card 176Kbps upstream DS3 ATM 44 738Mbps One active port and one bypass port Up to four active ports per system DS3 ATM2 44 736Mbps One active port and one bypass port Up to four active ports per s
14. Slot 17 i EE gt gt o Sot o 502 57 Slot 3 e off je Slot4 amp des te Slot 5 51016 5047 9 5048 09 5049 __ Slot 10 amp amp e o F 7o Slot 11 amp ME ME Slot 12 amp Slot 13 amp amp Slot 14 Slot 15 amp Slot 16 2 4 MAX TNT DSLTNT Hardware Installation Guide Preparing for Installation Understanding the shelf controller back panel Understanding the shelf controller back panel Before you begin installing the hardware you need some understanding of the ports and other items on the MAX TNT or DSLTNT shelf controller Figure 2 3 shows the location and Table 2 1 describes the function of each element on the shelf controller Figure 2 3 MAX TNT or DSLTNT shelf controller back panel 13 11 9 UPLINK DOWNLINK EE oss UTP SERIAL EE SHELF SELECT PCMCIA Table 2 1 Description of shelf controller back panel items Back panel item Description UPLINK or Ports for intershelf communications DOWNLINK UTP port Ethernet port to connect unshielded twisted pair UTP Ethernet LA
15. TAOS Command Line Interface Guide Introduces the TAOS command line environment and shows how to use the command line interface effectively This manual describes keyboard shortcuts and introduces commands security levels profile structure and parameter types e Installation and basic configuration APX 8000 Hardware Installation Guide Shows how to install APX 8000 hardware and includes APX 8000 technical specifications MAX TNT DSLTNT Hardware Installation Guide this manual Shows how to install MAX TNT and DSLTNT hardware and includes MAX TNT and DSLTNT technical specifications APX 8000 MAX TNT DSLTNT Physical Interface Configuration Guide Shows how to configure the cards installed in a TAOS unit and their line attributes for such functions as framing signaling and channel usage It also describes how calls are routed through the system and includes information about configuring the unit ina Signaling System 7 SS7 environment This guide explains shelf controller redundancy for an APX 8000 unit e Configuration APX 8000 MAX TNT DSLTNT ATM Configuration Guide Describes how to configure Asynchronous Transfer Mode ATM operations on a TAOS unit This guide explains how to configure physical layer attributes and how to create permanent virtual circuit PVC and switched virtual circuit SVC ATM interfaces It includes information about ATM direct and ATM Frame Relay circuits APX 8000 MAX TNT DSLTNT Frame Relay Configuration
16. Trademarks 4ESS SESS A Network of Expertise AnyMedia AqueView AUDIX B STDX 8000 B STDX 9000 Beyond Compare CaseView Cajun CajunDocs CAJUNVIEW Callmaster CallVisor CBX 500 CellPipe ChoiceNet ClearReach ComOS cvMAX DACScan Dacsmate Datakit DEFINITY Definity One DSL MAX DSL Terminator DSLPipe DSLTNT Elemedia Elemedia Enhanced EMMI End to End Solutions EPAC ESS EVEREST Gigabit scaled campus networking Globalview GRF GX 250 GX 550 HyperPATH Inferno InfernoSpaces Intragy IntragyAccess IntragyCentral Intuity IP Navigator IPWorX LineReach LinkReach MAX MAXENT MAX TNT Multiband Multiband PLUS Multiband RPM MultiDSL MultiVoice Multi VPN Navis NavisAccess NavisConnect NavisCore NavisRadius NavisXtend NetCare NetLight NetPartner OneVision Open Systems Innovations OpenTrunk P550 PacketStar PathStar Pinnacle Pipeline PMVision PortMaster SecureConnect Selectools Series56 SmoothConnect Stinger SYSTIMAX True Access WaveLAN WaveMANAGER WaveMODEM WebXtend and Where Network Solutions Never End are trademarks of Lucent Technologies Advantage Pak Advantage Services AnyMedia Beyond Compare End to End Solutions Inter NetWorking MAXENT and NetWork Knowledge Solutions are service marks of Lucent Technologies Other trademarks service marks and trade names mentioned in this publication belong to their respective owners Copyrights for Third Party Software Included in Luce
17. esee 2 4 Figure 2 3 MAX TNT or DSLTNT shelf controller back 2 5 Figure 2 4 Location of the MAX TNT or DSLTNT status 56 2 2 2 2242442422 2 6 Figure 3 1 Installing the MAX TNT or DSLTNT rack ears 2 2 2202202 3 4 Figure 3 2 MAX TNT or DSLTNT dimensions eere 3 5 Figure 3 3 Mounting the MAX TNT or DSLTNT in a rack ee 3 6 Figure 3 4 Exhaust shield installed in a rack see 3 7 Figure 3 5 Identifying the high output ac power supply eene 3 9 Figure 3 6 Identifying the high output dc power supply sese 3 9 Figure 3 7 Unscrewing the power 1 3 10 Figure 3 8 Removing the power supply enne nre 3 10 Figure 3 9 Inserting the power 2 3 11 Figure 3 10 Tightening the power supply 3 11 Figure 3 11 Connecting to dc power 2222 0 0 0 3 12 Figure 3 12 Connecting an Ethernet 02001 3 13 Figure 3 13 Connecting a serial cable to the MAX TNT or DSLTNT 3 14 Figure 3 14 Verifying the rotary switch setting 3 15 Figure 3 15 Inserting a slot card into a MAX TNT or DSLTNT ee 3 18 Figure 3 1
18. 2 total data blocks 0x40 directory size 16 shelf controller Oxfe reg good 1228008 0x12bce8 Sep 23 18 08 8tl card 0x00 reg good 195368 0x02fb28 Sep 23 18 08 4ether card 0x10 reg good 176597 0x02b1d5 Sep 23 18 08 48modem card 0x01 reg good 690472 0x0a8928 Sep 23 18 09 t3 card 0x06 reg good 224620 0x036d6c Sep 23 18 09 4swan card 0x03 reg good 423878 0x0677c6 Sep 23 18 09 10 unchan ti card 0x05 3 16 MAX TNT DSLTNT Hardware Installation Gulide Installing a MAX TNT or DSLTNT Chassis Installing or replacing slot cards reg good 508874 0x07c3ca Sep 23 18 09 hdlc2 card 0x21 reg good 637813 0x09bb75 Sep 23 18 09 csmx card 0x31 reg good 798139 0x0c2dbb Sep 23 18 10 flash card 1 fsck good Installing or replacing slot cards Before installing a slot card make sure that the software running on the system supports the card This is particularly important if you have a new card You must first upgrade your system software then install the card If you do not upgrade the system software first the card may not function properly Refer to the release notes for information on software required for a particular slot card and for upgrade instructions For information about loading software on the MAX TNT or DSLTNT and recovering from a failed slot card installation see the 8000 TNT DSLTNT Administration Guide If your package includes slot cards that are not
19. Table A 19 explains the 5 0 card status lights Table A 19 STM 0 card status lights Light Color Description RALM Red On indicates all path alarms It can mean any of the following e loss of pointer e alarm indication signal AIS e Path remote defect indication RDI e Loss of multiframe LOM LRDI Red On is line remote defect indication The STM 0 slot card received an alarm from an upstream device that detected the alarm LAIS Red On is a line alarm indication signal The STM O slot card received an alarm from a downstream device that detected the failure LOS Red On indicates a loss of signal condition on the STM line The STM slot card has detected all zeros on the line LOF Red On indicates loss of frame condition on the STM O line The 5 0 slot card has detected the absence of valid framing pattern on the line for 3ms or more OOF Red On indicates an out of frame condition on the STM 0 line The 5 0 slot card has detected absence of a valid framing pattern on the line A 22 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection SWAN card SWAN card The Serial WAN SWAN card has four high speed V 35 ports each of which supports data rates of up to 8Mbps This card provides direct connections to routers or packet switches Frame Relay Hardware based Stac compression is included on this card Up to six s
20. Unchannelized 053 card specifications sse A 28 Serial port and cabling B 1 CSU specttiCatiODs epo ir n yen e egets B 3 RJ 48C RJ 48C crossover cable specifications eee B 5 RJ 48C RJ 48C straight through cable specifications esses B 6 RJ 48C DB 15 straight through cable 8 222242221 B 7 RJ 48C DB 15 crossover cable specifications B 8 RJ 48C Bantam straight through cable B 9 RJ 48C Loopback plug specifications eee B 10 Transmit and Receive pins oa HERI Oen B 10 RJ 48C RJ 48C crossover Cable sese B 11 RJ 48C RJ 48C straight through cable specifications sss B 12 RJ 48C DA 15 straight through cable 2 2 B 13 MAX TNT DSLTNT Hardware Installation Guide Tables Table 13 RJ 48C DA crossover cable B 14 Table B 14 RJ 48C Bantam straight through cable specifications sss B 15 Table B 15 Transmit and Receive B 16 Table B 16 V 35 cable 17 Table B 17 RS 449 cable pinoults dette eei bees Opere teni B
21. 18 Table B 18 Serial WAN cable pinouts 20 B 19 Fable B 19 IDSs cable pinouts e rete ree heroe eee tese ete B 21 Table B 20 ADSL cable pinouts essere eene nennen nennen nnne enne B 26 Fable B 21 SDSL acere teet SUR EUR B 29 Table B 22 Cable pinouts for the 50 pin telco B 31 Table C 1 MAX TNT or DSLTNT source power requirement 20 40021 C 2 Table C 2 Ground wire SiZ oo eee ee ia aE N a E E SE TA C 3 Xil MAX TNT DSLTNT Hardware Installation Guide About This Guide What is in this guide This guide describes how to install your MAX TNT or DSLTNT unit including a multishelf system It also explains how to install cards After you have finished reading this guide you can go on to 8000 TNT DSLTNT Physical Interface Configuration Guide to configure your unit If you experience problems with your unit or need to perform maintenance on it see the 8000 TNT DSLTNT Administration Guide Note This manual describes the full set of features for the MAX TNT or DSLTNT unit running True Access Operating System TAOS software version 8 0 2 or later Some features might not be available with earlier versions or specialty loads of the software Warning Before installing your TNT or DSLTNT unit be sure to read the safety instructions in the Access Networ
22. 5 00000000 Male DA 15 OR XOL A E E front view Male RJ 48C Transmit 9 Receive front view Table B 12 RJ 48C DA 15 straight through cable specifications Model number DA15 X Part number 2510 0082 001 Pair Signal Male RJ 48C Male DA 15 remote 1 Receive 1 3 2 11 2 Transmit 5 1 4 9 E1 PRI crossover cable RJ 48C DA Before installing the RJ 48C DA cable verify that the WAN interface transmits on pins and 9 and receives on pins 3 and 11 Figure B 9 and Table B 13 show the pinouts MAX TNT DSLTNT Hardware Installation Guide B 13 Cabling and Connector Specifications E1 PHI interface specifications Figure B 9 RJ 48C DA crossover cable Ww J Receive 1 Receive 2 Transmit 4 Receive Transmit Transmit 5 Oeo Male DA 15 OE ZORE EEI front view Male RJ 48C Receive 9 11 Transmit front view Table B 13 RJ 48C DA crossover cable specifications Model number DA15 S Part number 2510 0065 001 Pair Signal Male RJ 48C Male DA 15P remote 1 Receive 1 1 2 9 2 Transmit 5 3 4 11 B 14 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications interface specifications straight through cable RJ 48C Bantam The WAN side of the RJ 48C Bantam straight through cable connects to dual bantam jacks Figure B 10 and Table B 14 show
23. A 28 WAN Wide Area Network ports E1 PRI connector specifications B 16 wire gauge wire connecting to alarm relay C 3 Index 4 MAX TNT DSLTNT Hardware Installation Guide
24. Guide Describes how to configure Frame Relay operations on a TAOS unit This guide explains physical layer configuration and restrictions and how to create permanent virtual circuit PVC and switched virtual circuit SVC interfaces It includes information about Multilink Frame Relay MFR and link management as well as Frame Relay and Frame Relay direct circuits APX 8000 MAX TNT DSLTNT WAN Routing and Tunneling Configuration Guide Shows how to configure LAN and WAN routing for analog and digital dial in connections on a TAOS unit This guide includes information about IP routing Open Shortest Path First OSPF routing Internet Group Management Protocol IGMP routing multiprotocol routers Virtual Routers VRouters and tunneling protocols Multi Voice for MAX TNT Configuration Guide Shows how to configure the Multi Voice application to run on a MAX TNT unit in both Signaling System 7 SS7 and H 323 Voice over IP VoIP configurations MAX TNT DSLTNT Hardware Installation Guide XV About This Guide Documentation set e RADIUS TAOS RADIUS Guide and Reference Describes how to set up a TAOS unit to use the Remote Authentication Dial In User Service RADIUS server and contains a complete reference to RADIUS attributes Administration 8000 MAX TNT DSLTNT Administration Guide Describes how to administer a TAOS unit including how to monitor the system and cards troubleshoot the unit and configure the unit to use the
25. On for any functioning shelf in a multishelf system whether it is configured as master or slave 4 Yellow This is the multishelf alarm light If the master shelf stops operating this light illuminates on each slave shelf for about 9 seconds It does not illuminate on the master shelf during a multishelf alarm condition 13 Green On when Ethernet activity is occurring between MAX TNT or DSLTNT shelves 4 4 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection A This appendix provides technical and connection information and specifications for the following MAX TNT and DSLTNT cards ADSL GAP catd os oth CER ENT ne Ea a ee aes A 2 5 ME ROR Oe Ree Se pP TCR 3 19253 Sts OUR 4 D53 ATMO2 Cat ke Rec GR eI Con eU RUE A 6 eU CR SIRO RARE e artt OCCUR NN A 9 lt ere EL you ares ec eae Bthernet 2 12 Ethernet e ttp PISCIS ee 13 Hybrid Access Cards eine aein eaaa reto go e noon oie KS A 14 TID STs ais ee ou a see wa eke E Sha beats A 14 Mul DSP c rds 2 per ex EUR Gach ate EE echo aco dies got A 15 OC3
26. Signalling Protocol ISP connection e Direct trunk The MAX TNT or DSLTNT unit provides a maximum of four DS3 ports per unit two active ports two standby ports Specifications Table A 3 lists the specifications for the DS3 ATM card Table A 3 DS3 ATM card specifications Class A CISPR Class A Interface standards ITU G703 pv fie _ Other standards supported ANSI T1E1 1 94 002R1 ANSI T1 107 ANSI T1 107a ANSI 1 403 ATM Forum UNI 3 0 3 1 Bellcore TR NWT 001112 Bellcore TR TS Y 000499 Bellcore TR NWT 000820 ITU G804 RFC 1407 TR54014 AT amp T ACCUNET 745 T45R Physical interfaces Four two active two standby ATM UNI 3 0 3 1 cell bearing DS3 ports supporting C bit M framing PLCP per TR TS Y 000773 and direct cell mapping per G 804 BNC connector per ANSI T1 404 A 4 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection DS3 ATM card Table A 3 DS3 ATM card specifications continued Per ANSI T1 107a C bit parity Alarm signaling On DS3 Red Alarm yellow signal sent on the DS3 AIS sent on DS2s On DS2 Red Alarm AIS sent on DS1s Maximum of four cards per chassis Status lights All status lights except LA are lit upon power up or reset and remain so until the card passes POST If no status lights are lit the DS3 interface is disabled or is receiving an Alarm Indication Signal AIS or Idle Signal Table A 4 explains the DS3 ATM card status lights Tabl
27. Standards JIS C 5973 requirements Status indicators Table A 10 explains the Ethernet 3 card status lights Table A 10 Ethernet 3 card status lights Light Color Description A Yellow On indicates activity on LOMbps link B Yellow On indicates connection to 10Mbps link C Green On indicates activity on 100Mbps link D Green On indicates connection to 100Mbps link MAX TNT DSLTNT Hardware Installation Guide A 13 Slot Card Specifications and Connection Hybrid Access cards Hybrid Access cards Each ISDN call and each channel of a nailed session requires a High Level Data Link Control HDLC channel to process the HDLC encapsulated data received from or sent toa WAN interface Because the MAX TNT or DSLTNT base system provides no HDLC resources you might need to install a Hybrid Access slot card in your unit Keep in mind that the Series56 II and Series56 III cards also provide up to 48 HDLC channels per slot card The following cards require HDLC channels e Eight port card e Hight port card e T3 slot card The following cards do not require HDLC channels e DS3 ATM card e DS3 ATM2 card IDSL card Specifications Table A 11 lists the specifications for the IDSL card Table A 11 IDSL card specifications Transfer rate 128Kbps symmetric transmission distance Interfaces per card 32 ports per card Physical connectors Two DB 37 connectors Card weight 3 pounds
28. a different subnet from which you can Ping the MAX TNT or DSLTNT to verify the configuration IP address for the MAX TNT or DSLTNT Default gateway for the MAX TNT or DSLTNT if your setup requires one Optional Workstation with an Ethernet LAN connection for connecting the unit to the Ethernet Blank single slot filler cards for any unused slots in the MAX TNT or DSLTNT Checking the package contents The MAX TNT or DSLTNT package contents vary depending on the base unit and slot cards you order The first step after opening the package is to verify that you have the system you ordered Figure 2 1 shows a standalone MAX TNT or DSLTNT shelf A multishelf system combines multiple interleaved shelves in a chassis Figure 2 1 Standalone shelf Verify that the package also contains the following items Power cable Personal Computer Memory Card International Association PCMCIA cards Rack mounting kit for mounting the MAX TNT or DSLTNT in a 19 inch or 23 inch rack Any slot cards you ordered with the system If you ordered them separately check the separate packaging 2 2 MAX TNT DSLTNT Hardware Installation Guide Preparing for Installation Selecting the installation site If you are missing any items contact your Lucent reseller Selecting the installation site Before you choose a setup location for a MAX TNT or DSLTNT unit read and follow the site and electrical requirements defined in Appendix C Sa
29. already installed in your unit insert the cards now Proceed as follows 1 Hold the slot card with the panel facing you and the lock screw on the left and insert the card into the open slot as shown in Figure 3 15 MAX TNT DSLTNT Hardware Installation Gulide 3 17 Installing a MAX TNT or DSLTNT Chassis Installing or replacing slot cards Figure 3 15 Inserting a slot card into a MAX TNT or DSLTNT 6 gt m P M 323 x LP c SS 48 9 22 GES 5 MS SZ Mis T9 9 aq SS YE K N MS Mi 52 6 N pm ai SE t5 5 e 0 2 Ka 45 N Z7 A la MS EA gt 4 S sA Push the card along the internal card guides until the jackscrew on the right side of the card panel is seated in the hole in the back panel The panel of the slot card must touch the back panel of the unit Caution Do not force the slot card into the slot Doing so can damage the card or slot connector Using a number 2 Phillips screwdriver tighten the right hand jack screw as shown in Figure 3 16 to fully seat the card Loosen the right hand jack screw one half turn so that the slot card panel is free to allow the left hand lock screw to self align Using a number 2 Phillips screwdriver tighten the lock screw on the left side of the card as shown in Figure 3 16 Finish tightening the jack screw on the right side of the card All MAX TNT and DSLTNT slot cards are hot swapp
30. as shown in Figure 3 13 Figure 3 13 Connecting a serial cable to the MAX TNT or DSLTNT 2 Ifyou have not already done so set the terminal emulation package in your communications software as follows 9600 Direct connection 8 data bits No parity stop bit flow control 3 14 MAX TNT DSLTNT Hardware Installation Gulide Installing a MAX TNT or DSLTNT Chassis Verifying the rotary switch setting and PCMCIA card Verifying the rotary switch setting and PCMCIA card The rotary switch on a shelf controller designates the controller s shelf number Each MAX TNT or DSLTNT shelf supports up to two PCMCIA flash memory cards The system comes with onboard nonvolatile RAM NVRAM and each flash card provides its own additional memory 1 Make sure the switch is not set to zero 0 Figure 3 14 shows an acceptable setting In a multishelf system each shelf must have a unique setting IN Caution If the rotary switch is set to zero 0 the MAX TNT or DSLTNT will not operate correctly Figure 3 14 Verifying the rotary switch setting 50 2 8 6 2 Make sure a PCMCIA card is inserted in the top PCMCIA slot identified as PCMCIA 1 in Figure 3 14 A Caution Do not remove the PCMCIA flash card while the unit is running Doing so can damage the card and require its replacement For more information abo
31. e High density traffic capacity Dial up 720 sessions ISDN 720 sessions Frame Relay 720 sessions DSO E1 or 150 sessions Asynchronous Transfer Mode ATM sessions e WAN interfaces Channelized T1 or El Channelized T3 Unchannelized 053 A Optical Carrier 3 OC 3 Synchronous Transport Module 1 STM 1 V35 e Scalable cost effective performance MAX TNT DSLTNT Hardware Installation Guide 1 1 Introduction to the MAX TNT and DSLTNT MAX TNT system overview Reliability Full Redundant load sharing power supplies Hot swappable cards MAX TNT system overview The MAX TNT chassis consists of the following major hardware components Shelf controller 16 expansion slots per shelf Three shelves per system maximum Expansion modules Power supplies ac or dc Slot cards in the MAX TNT connect to each other via the backplane The shelf controllers manage the system and interact with the slot cards MAX TNT shelf The MAX TNT chassis is referred to as a shelf and brings all components into an operational unit Each MAX TNT system can be configured from either one two or three shelves The MAX TNT shelf contains one slot for the shelf controller sixteen slots for the slot cards and two power supply bays The MAX TNT backplane contains multiple buses that interconnect all slots MAX TNT supported slot cards Table 1 1 lists the slot cards supported on the MA
32. explains each of the following general steps required to configure a multishelf system 1 Make sure that the rotary switch on each system is set to a unique number 2 Plugin the multishelf cables 3 Designate master and slave shelf controllers 4 Reset each shelf and check the multishelf lights MAX TNT DSLTNT Hardware Installation Guide 4 1 Installing a Multishelf System Setting the rotary switch on each shelf Setting the rotary switch on each shelf You must set the rotary switch on each shelf to a number between 1 and 9 to designate its shelf number see Figure 4 1 The number set for each shelf must be unique within the MAX TNT or DSLTNT multishelf system The numbers you set do not have to be sequential Figure 4 1 Setting the rotary switch to a unique number 3119 EC 000 t 5 d e M DOWNLINK 090 CM RELAY NIC 14 12 10 A Caution Do not select zero as the shelf number If a shelf is set to zero it does not work Plugging in the multishelf cables You must use the cable provided by Lucent part number 2510 0290 xxx where xxx represents digits subject to change to connect the multishelf ports in a multishelf system The multishelf ports are located at the far left of the shelf controller as shown in Figure 4 2 Figure 4 2 Multishelf ports SHELF SAAE 55 e 0 gg 2 m 88 Q ET xv UPLINK DOWNLINK Figure 4 3 shows the correct way to conne
33. or DSLTNT and installation of PCMCIA card The PCMCIA card must be installed in order for the unit to boot Powering on the MAX TNT or DSLTNT on page 3 16 Explains how to power on the MAX TNT or DSLTNT and check the PCMCIA card file system to diagnose potential problems with booting up Installing or replacing slot cards on page 3 17 Explains how to install a slot card into the MAX TNT or DSLTNT chassis 3 2 MAX TNT DSLTNT Hardware Installation Gulide Installing a MAX TNT or DSLTNT Chassis Guidelines for installing units in a rack or cabinet Guidelines for installing units in a rack or cabinet Keep the following information in mind when installing MAX TNT or DSLTNT units in a rack or cabinet e You must install an exhaust shield on the exhaust side of the unit to ensure that hot air from one unit is not being blown into adjacent units The exhaust side is on the left as viewed from the front of the unit See Installing a MAX TNT or DSLTNT exhaust shield on page 3 6 e Do not concern yourself with air gaps between MAX TNT or DSLTNT shelves a rack because the unit s fans sufficiently cool each shelf e Racks with open sides are recommended because the MAX TNT and DSLTNT fans vent on the side of the unit Ensure adequate cooling in the room maximum recommended ambient temperature for MAX TNT and DSLTNT models is 104 Fahrenheit 40 Celsius Take care to allow sufficient air
34. parity Alarm signaling On a DS3 Red Alarm a yellow signal is sent on the DS3 and an AIS is sent on DS2s On DS2 Red Alarm an AIS sent on 0515 75 ohm BNC coaxial two line two backup Interfaces per card One port per card up to five cards per system Card dimensions 5 6 inches high x 10 7 inches long 14 2cm x 27cm Card weight 2 pounds 0 9 kg Operating humidity 0 90 noncondensing Operating temperature 32 104 F 0 40 C A 28 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection Unchannelized DS3 card Illustration Figure A 21 shows the unchannelized DS3 card Figure A 21 Unchannelized DS3 card BYPASS RX BYPASS RX Connecting the unchannelized DS3 card to the WAN Connect the T3 line to the unchannelized DS3 card with two 75 ohm coaxial cables RG 59 U To provide for redundant operation the unchannelized DS3 card has a second pair of BNC jacks that can be used to connect to a second unchannelized DS3 card or other Data Terminal Equipment DTE When the unchannelized DS3 card is not powered or is in the reset state the Line RX and Line TX signals are electrically connected to the Bypass RX and Bypass TX jacks respectively When the UDS3 card passes POST a relay switch connects the Line jacks to the card s T3 transceiver Inform your service provider that the equipment is connected so they can bring up the line MAX TNT DSLTNT Hardware Installation Gu
35. redundant connection Figure A 4 DS3 ATM redundant configuration LINE TX LINE RX Primary POR LINE RX YPASS RX LINE TX BYPASS TX Secondary LINE RX BYPASS RX LINE TX BYPASS TX DS3 ATM2 card The 053 2 card is a routing card designed to insert and extract ATM cells from DS3 stream in high bandwidth routing applications of speeds up to 44 736Mbps The DS3 ATM2 card supports 260 simultaneous receive and transmit virtual circuits VCs each of which can be configured as a fully routable point to point interface Features include fast packet performance over nailed connections and OAM FS support Specifications See Table A 3 on page A 4 A 6 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection DS3 ATM2 card Status lights All status lights except ACT are lit upon power up or reset and remain so until the card passes POST If no status lights are lit the DS3 interface is disabled Table A 5 explains the DS3 ATM2 card status lights Table A 5 DS3 ATM2 status lights Lights Color Description ACT Green On indicates that the DS3 ATM2 card is active and enabled and has not detected any error conditions LOS Yellow On indicates that the DS3 interface is experiencing loss of receive signal LOF Yellow On indicates that the DS3 interface is experiencing loss of framing YEL Yellow On indicates that the DS3 interface has detect
36. specifications A 18 OC3 ATM card A 16 shelf controller specifications A 16 backpanel described 2 5 status lights A 17 connecting ethernet port to LAN 3 13 described 1 2 designating master and slave 4 3 P masters and slaves 4 1 reading lights 2 6 package contents checking 2 2 rotary switch setting for standalone unit 3 15 PCMCIA card shelf resetting for multishelf installation 4 4 danger removing 3 15 slave shelf controller designating 4 3 verifying integrity of 3 16 slot cards verifying it is installed 3 15 hot swappable 3 18 power Hybrid Access card required for A 14 connecting ac 3 12 installing 3 17 connecting 3 12 software requirements 3 17 high output supplies installing 3 8 verifying correct software version 3 17 identifying high output power supplies 3 8 specifications maximum time between cutoff and second power 100BaseT B 2 supply C 2 10BaseT B 2 requirements C 2 ADSL cabling B 26 powering on MAX TNT 3 16 alarm relay C 3 AUI B 3 battery C 1 R dimensions 3 5 WAN ports B 16 i environmental C 4 rack installing unit in 3 4 Ethernet interface B 2 rotary switch general C 1 acceptable settings 2 5 IDSL 14 set to 0 zero 3 15 IDSL cabling B 21 setting for multishelf 4 2 physical C 4 setting for standalone unit 3 15 power C 2 RS 232 pinouts for Control port B 1 SDSL card A 18 RS 449 cable B 18 SDSL HS card A 19 TNT DSLTNT Hardware Installation Guid
37. supply to direct the airflow and help cool the unit New MAX TNT or DSLTNT units contain a plate in this space for EMI purposes Identifying the high output power supply New MAX TNT or DSLTNT units have the high output power supplies preinstalled Figure 3 5 shows how to identify the new high output ac power supply Note Verify that your unit is equipped with high output power supplies before installing components in the MAX TNT or DSLTNT chassis 3 8 MAX TNT DSLTNT Hardware Installation Gulide Installing a MAX TNT or DSLTNT Chassis Installing or replacing high output power supplies Figure 3 5 Identifying the high output ac power supply Fuse Old power supply New power supply Figure 3 6 shows how to identify the new high output dc power supply Figure 3 6 Identifying the high output dc power supply Switch 0 e 02220 e RETURN RETURN Old DC power supply New DC power supply Installing a high output power supply To install a high output power supply proceed as follows 1 Power down the unit if necessary For ac power supplies unplug the power cord For dc power supplies remove dc power from the source 2 If you have a dc power supply unit remove the terminal block wires 3 Unscrew the power supply units from the chassis as shown in Figure 3 7 MAX TNT DSLTNT Hardware Installation Gulide 3 9 Installing a MAX TNT or DSLTNT Chassis Installing or rep
38. the Web site at http www lucent com ins for technical information product information and descriptions of available services Visit the FTP site at ftp ftp ascend com for software upgrades release notes and addenda Obtaining technical assistance You can obtain technical assistance by telephone email fax modem or regular mail as well as over the Internet Gathering information you will need If you need to contact Lucent for help with a problem make sure that you have the following information when you call or that you include it in your correspondence e Product name and model e Software and hardware options e Software version e If supplied by your carrier Service Profile Identifiers SPIDs associated with your line e local telephone company s switch type and operating mode such as AT amp T SESS Custom or Northern Telecom National ISDN 1 e Whether you are routing or bridging with your Lucent product e of computer you are using e Description of the problem Calling Lucent from within the United States In the U S you can take advantage of Priority Technical Assistance or an Advantage service contract or you can call to request assistance Priority Technical Assistance If you need to talk to an engineer right away call 900 555 2763 to reach the Priority Call queue The charge of 2 95 per minute does not begin to accrue until you are connected to an engineer Average wait times are le
39. 1 Specifications Table A 21 lists the specifications for the T1 card Table A 21 T1 card specifications Interface standards American National Standards Institute ANSI T1 403 and T1 408 ETSI 300 166 and 300 233 AT amp T PUB 62411 Electrical standards DSX 1 per ANSI T1 102 DSX DS1 per ANSI T1 403 Pub 62411 CSU Line buildout OdB 7 5dB 15dB or 22 5dB CSU 0 133 feet 0 40 54m 133 266 feet 40 54 81 1m 266 399 feet 81 1 121 62m 399 533 feet 121 62 162 46m 533 655 162 46 199 64m feet DSX Based on cable length and transmitter Alternate mark inversion AMI and bipolar 8 zero substitution B8ZS Line rate 1 544Mbps 32ppm A 24 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection T1 card Illustration Table A 21 T1 card specifications continued Alarm signaling Red alarm and yellow alarm The T1 card is illustrated in Figure A 18 Figure 18 Slot Card o See eee o LINE Connecting the TAOS unit T1 line to the WAN If your TAOS unit T1 PRI ports have internal channel service units CSUs connect them to the demarcation point which is where the T1 PRI line s metallic interface connects to other equipment Otherwise you must install external CSUs or other network WAN interface equipment between the TAOS unit and the demarcation point Figure A 19 Connecting the TAOS unit line to the WAN Inform your s
40. 1 37 kg Operating humidity 0 90 noncondensing Operating temperature 32 104 F 0 40 C Illustration Figure A 11 shows the IDSL card Figure 11 IDSL card A 14 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection MultiDSP cards MultiDSP cards 48 port MultDSP card The 48 port MultiDSP card supports up to 48 ports of service When two services are supported by the card one service must be data and the other can be V 110 PHS or VoIP The following list displays the possible configurations supported by the 48 port card e Data analog and or digital service only e 110 service only PHS service only e VoIP service only e Data and V 110 services e Data and PHS services e Data and VoIP services Downloaded software licenses determine which MultiDSP services are supported by a particular MAX TNT or DSLTNT and 48 port MultiDSP card For example if a unit is licensed to run both data and VoIP the ports on each installed 48 port MultiDSP card can handle data and or VoIP calls 96 port MultiDSP card Illustration The 96 port MultiDSP card supports up to 96 ports of service An MAX TNT or DSLTNT with a 96 port MultiDSP card installed can have software licenses for up to two of the following MultiDSP services data V 110 The following list displays the possible configurations supported by the 96 port card e Data analog and or digital service only e
41. 21 12 21 21 21 13 46 21 22 10 22 22 22 47 Ring 22 23 8 23 Tip 23 23 9 48 Ring 23 24 6 24 Tip 24 24 7 49 Tip 24 1 4 1 1 5 26 Ring 1 2 2 2 2 2 3 27 Ring 2 3 1 3 3 3 20 28 3 4 21 4 4 4 22 29 Ring 4 5 23 5 5 5 24 30 Ring 5 6 25 6 Tip 6 6 26 31 Ring 6 MAX TNT DSLTNT Hardware Installation Guide B 23 Cabling and Connector Specifications IDSL cable specifications Table B 19 IDSL cable pinouts continued Pair Pin P2 Pin P3 Pin J1 Pin J2 Pin Signal 7 32 7 Tip 7 7 33 32 Ring 7 8 34 8 Tip 8 8 35 33 Ring 8 9 36 9 Tip 9 9 37 34 Ring 9 10 18 10 Tip 10 10 19 35 Ring 10 11 16 11 Tip 11 11 17 36 Ring 11 12 14 12 Tip 12 12 15 37 Ring 12 13 12 13 Tip 13 13 13 38 Ring 13 14 10 14 Tip 14 14 11 39 Ring 14 15 8 15 Tip 15 15 9 40 Ring 15 16 6 16 Tip 16 16 T 41 Ring 16 17 4 17 Tip 17 17 5 42 Ring 17 18 2 18 Tip 18 18 3 43 Ring 18 19 1 19 19 19 20 44 Ring 19 B 24 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications IDSL cable specifications Table B 19 IDSL cable pinouts continued Pair Pin P2 Pin P3 Pin J1 Pin J2 Pin Signal 20 21 20 Tip 20 20 22 45 Ring 20 21 23 21 Tip 21 21 24 46 Ring 21 22 25 22 Tip 22 22 26 47 Rin
42. 4 Receive 5 Male RJ 48C front view MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications interface specifications straight through cable RJ 48C RJ 48C Before installing the RJ 48C RJ 48C straight through cable verify that the WAN interface transmits on pins 2 and 1 and receives on pins 5 and 4 Table B 11 and Figure B 7 show the pinouts Table B 11 RJ 48C RJ 48C straight through cable specifications Model number RJ 48C S Part number 2510 0064 001 Pair Signal Male RJ 48C Male RJ 48C MAX TNT MAX TNTor remote or DSLTNT DSLINT 1 Receive 1 1 2 2 2 Transmit Figure B 7 RJ 48C RJ 48C straight through cable 5 Transmit Receive 1 L 4 Transmit Receive 2 2 Receive Transmit 4 1 Receive Transmit 5 Male RJ 48C Male RJ 48C front view front view B 12 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications interface specifications straight through cable RJ 48C DA 15 Before installing the RJ 48C DA 15 straight through cable verify that the WAN interface transmits on pins 3 and 11 and receives on pins and 9 Figure B 8 and Table B 12 show the pinouts Figure B 8 RJ 48C DA 15 straight through cable S Receive 1 Receive 2 Transmit 4 Transmit 2 3 Receive Transmit
43. 6 Tightening slot card lock screws essere 3 19 Figure 4 1 Setting the rotary switch to a unique number see 4 2 Figure 4 2 2221 2 2 eene eren nente tenent ernannt tentent EE 4 2 Figure 4 3 Cabling a multishelf system eese 4 2 Figure 4 4 Connecting the multishelf 4 3 Figure 4 5 Multishelf status lights 2 4 and 13 sss 4 4 Ligure A t eti 2 Figure A 2 ADSL DMT card necem emerit iege A 3 Figure 3 DS3 ATM 404422 4 2 001000000000000000000 A 6 Figure 4 DS3 ATM redundant A 6 Ligure A 5 DS3 ATM2 eei de e ee eben A 7 Figure 6 DS3 ATM2 redundant A 8 Figure A 7 EI card csc cies seen ei ok sai tia tei Utd salen aa idea A 10 Figure A 8 Connecting the TAOS unit E1 line to the WAN 2 0222 A 10 Figure 9 El FrameLine catd eerie tree breite tired A 11 Figure A 10 Ethernet 2 card enne A 12 Ligure A LTIDSE Card uet ee eine Rd aedi e t e ets A 14 Figure A 12MultiDSP Card nonet e pr A 15 Figure A 13 SDSL catd eee te eee eed rer eee eee A 18 Figure 14 SDSL HS card
44. ATM Cat 2 5 tee SERRA eich AWE be NE EN ERO CERE A 16 REIR WE ERR ERAT EE A 18 SDSE HS Carnd ee Ree Ete ES 19 Series56 Digital Modem A 19 SARIKA aa awe aa Hd bse eee a RUD PORA ADR A 20 SWAN card 2 uer e EP cn REP AER RENE AEN A 23 AT Card vc xe ee EE IC CE n ECC de i A 24 TI FrameLine card i n pbb ede etree odd bbe adobe A 26 26 Unchannelized DS3 2 24 28 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection ADSL CAP card ADSL CAP card ADSL CAP card for Carrierless Amplitude Modulation CAP is supported only in DSLINT units Specifications Table A 1 lists the specifications for the ADSL CAP card Table 1 ADSL CAP card specifications Transfer rate 7 168Mbps 1 088Mbps up to 10 000 feet 3 05km transmission distance 2 560Mbps 1 088Kbps up to 12 000 feet 3 7km 640Kbps 544Kbps up to 17 000 feet 5 18 km Interfaces per card Six ports per card up to 15 cards per system Physical connectors DC 37F Cable converts this to a 50 pin telco connector Connector requirements Must meet Japanese Industrial Standards JIS C 5973 22 35 cm x 26 92
45. Cabling and Connector Specifications SDSL cable specifications Table B 22 Cable pinouts for the 50 pin telco connector continued Signal Pin Signal 8 8R 33 8T 9 9R 34 9T 10 10R 35 10T 11 11R 36 11T 12 12R 37 12T 13 13R 38 13T 14 14R 39 14T 15 15R 40 15 16 16R 41 16T 17 17R 42 17T 18 18R 43 18T 19 19R 44 19T 20 20R 45 20T 21 21R 46 21T 22 22R 47 22T 23 23R 48 23T 24 24R 49 24T 25 48v return 50 48v Pins 25 and 50 are used only to provide sealing current To run sealing current a 48V battery is connected between pins 25 and 50 B 32 MAX TNT DSLTNT Hardware Installation Guide Safety Related Electrical Physical and C Environmental Information A Electronic and electrical specifications C 1 Physical specifications ies i dete tee hee enbucssberiebusvebu C 3 Environmental 2 2 C 4 See the Access Networks Safety and Compliance Guide for safety instructions and country specific information Warning Before installing the MAX TNT or DSLTNT be sure to read the safety instructions in the Access Networks Safety and Compliance Guide Electronic and electrical specifications Battery The MAX TNT or DSLTNT shelf controller contains an internal 3V lithium battery The normal operating life of this battery exceeds five years Ma
46. DB 37 DSLTNT male DB 44 1 FGND 1 RI 8 15 2 SD 39 4 SD 40 22 3 RD 30 6 RD 29 24 4 ST 41 5 ST 42 23 5 RT 32 8 RT 31 26 9 TT 38 17 37 35 8 DTR 6 12 DSR 11 11 6 DCD 9 13 SGND 25 19 20 37 7 CTS 7 9 RTS 36 7 Pin positions separated by commas are jumped to each other B 18 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications Serial WAN SWAN cable specifications Serial WAN cable Figure B 11 and Table B 18 show the pinouts for the V 35 serial WAN SWAN cable Figure 11 5 WAN cable Table B 18 Serial WAN cable pinouts J1 Pin J2 Pin 46 42 43 35 34 33 16 44 wl rl 16 MAX TNT DSLTNT Hardware Installation Guide B 19 Cabling and Connector Specifications Serial WAN SWAN cable specifications Table B 18 Serial WAN cable pinouts continued J1 Pin J2 Pin 18 T 17 R 28 5 27 20 X 19 V 26 W 25 U 24 Y 23 AA B 20 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications IDSL cable specifications IDSL cable specifications Figure B 12 and Table B 19 show the pinouts for the dual 50 pin telco to triple DB 37 IDSL cable Figure B 12 HDSL dual 50 pin telco to triple DB37 cable All three ends above h
47. Lucent Technologies Bell Labs Innovations MAX TNT DSLTNT Hardware Installation Guide Part Number 7820 0546 004 For software version 8 0 May 2000 Copyright 2000 Lucent Technologies All rights reserved This material is protected by the copyright laws of the United States and other countries It may not be reproduced distributed or altered in any fashion by any entity either internal or external to Lucent Technologies except in accordance with applicable agreements contracts or licensing without the express written consent of Lucent Technologies For permission to reproduce or distribute please email your request to techpubs ascend com Notice Every effort was made to ensure that the information in this document was complete and accurate at the time of printing but information is subject to change Safety Compliance and Warranty Information Before handling any Lucent Access Networks hardware product read the Access Networks Safety and Compliance Guide included in your product package See that guide also to determine how products comply with the electromagnetic interference EMI and network compatibility requirements of your country See the warranty card included in your product package for the limited warranty that Lucent Technologies provides for its products Security Statement In rare instances unauthorized individuals make connections to the telecommunications network through the use of access features
48. M 0 card Table A 18 STM 0 card specifications continued Alarm signaling Receive line reception of bad frame REC or AIS Generate line backward AIS BAIS Receive line VC 3 REC or AIS Generate line VC 3 BAIS Receive line VC 11 REC or AIS Generate line VC 11 BAIS Receive line HG REC or AIS Generate line HG BAIS Network S ynchronous Digital Hierarchy SONET SDH Minimum bend radius 3 inches 7 62cm Optical input average 32 5dBm minimum 8dBm maximum for single mode SM 32 5dBm minimum 14dBm maximum for multimode MM Optical output average I14dBm minimum 8dBm maximum 9 125um SM 19dBm minimum 14dBm maximum 62 5 125um MM Optical wavelength 1261nm minimum 1320nm typical 1360nm maximum SM average 1270nm minimum 1310nm typical 1380nm maximum MM TX power 8dBm maximum 14dBm minimum 9 125um fiber RX sensitivity 8dBm maximum 32 5dBm minimum 9 12um fiber Loss Budget 18 5dBm Card dimensions 5 6 inches high x 10 7 inches long 14 2cm x 27cm Card weight 2 pounds 0 9kg Operating humidity 0 90 noncondensing Operating temperature 32 104 F 0 40 C Status indicators All status lights except HG SYNC are lit when power is applied to the unit or the unit is reset and remain so until the card passes POST During normal operation only the HG SYNC remains lit MAX TNT DSLTNT Hardware Installation Guide A 21 Slot Card Specifications and Connection STM 0 card
49. N cable to the MAX TNT or DSLTNT SERIAL port Serial console port for MAX TNT or DSLTNT management PCMCIA slots Two flash PCMCIA slots labeled 1 and 2 DRAM upgrade slot PCMCIA slot for DRAM upgrades SHELF SELECT rotary switch Switch used for MAX TNT or DSLTNT multishelf configurations Each shelf in a multishelf system must have its rotary switch set to a unique number For information about configuring a multishelf system see Chapter 4 Installing a Multishelf System MAX TNT DSLTNT Hardware Installation Guide 2 5 Preparing for Installation Understanding the shelf controller back panel Status lights on the shelf controller back panel The status lights also called LEDs on the MAX TNT or DSLTNT back panel can be helpful if you experience a problem especially if it occurs shortly after power on Figure 2 4 shows the location of the status lights on the back panel and Table 2 2 describes them Figure 2 4 Location of the MAX TNT or DSLTNT status lights PLINK 1319 sowie 1099 13 11 9 7 5 3 1 8 6 4 2 14 12 10 ure Table 2 2 MAX TNT or DSLTNT status lights Light Color Description 1 Green On when the unit has power 2 Green On for any functioning shelf in a multishelf system whether it is configured as master or slave 3 Yellow Behaves as follows e
50. On after you reset the unit e Off after the unit passes Power On Self Test POST and is running e Blinks if a fatal error has occurred 4 Yellow This is the multishelf alarm light If the master shelf stops operating this light illuminates on each slave shelf for about 9 seconds It does not illuminate on the master shelf during a multishelf alarm condition 5 Green On when power supply A is installed and working 6 Green On when power supply B is installed and working 7 Yellow On when power supply A is installed and a fault occurs 8 Yellow On when power supply B is installed and a fault occurs 9 Green On when an Ethernet 10BaseT link has been established 10 Green On when an Ethernet AUI link has been established 11 Green On when the Ethernet link is active 12 Green On when the Ethernet link is active and link integrity has been confirmed 2 6 MAX TNT DSLTNT Hardware Installation Guide Preparing for Installation Understanding the shelf controller back panel Table 2 2 MAX TNT or DSLTNT status lights continued Light Color Description 13 Green On when there is Ethernet activity between MAX TNT or DSLTNT shelves 14 Yellow On when an Ethernet collision occurs MAX TNT DSLTNT Hardware Installation Guide 2 7 Installing a MAX TNT or DSLTNT Chassis Installation overview etel MEER Se eee ee ee ee 3 1 Guidelines for installing units in rack or
51. RJ 48C 4 TRANSMIT 2 RECEIVE 1 RECEIVE MAX TNT DSLTNT Hardware Installation Guide B 5 Cabling and Connector Specifications T1 PRI interface specifications T1 PHI straight through cable RJ 48C RJ 48C Table 4 RJ 48C RJ 48C straight through cable specifications Before installing the RJ 48C RJ 48C straight through cable verify that the WAN transmits on pins 5 and 4 and receives on pins 2 and Table B 4 and Figure B 2 show the pinouts TRANSMIT 4 TRANSMIT 5 000 Male RJ 48C Pair Signal Male RJ 48C Male RJ 48C 1 Receive 1 1 2 2 Transmit 5 5 4 4 Figure 2 RJ 48C RJ 48C straight through cable RECEIVE 1 REGEN E 2 E 5 TRANSMIT L 4 TRANSMIT 2 RECEIVE 1 RECEIVE Male RJ 48C B 6 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications T1 PRI interface specifications T1 PHI straight through cable RJ 48C DB 15 Before installing the RJ A8C DB 15 straight through cable verify that the WAN transmits on pins 3 and 11 and receives pins 1 and 9 Table B 5 and Figure B 3 shows the pinouts Table 5 RJ 48C DB 15 straight through cable specifications Pair Signal Male RJ 48C Male DB 15 1 Receive 1 2 11 2 Transmit 5 1 4 9 Figure B 3 RJ 48C DB 15 straight through cable 5 TRAN
52. S3 44 736Mbps One active port Up to five active ports per system DSLTNT features overview The DSLTNT unit is an access concentrator that supports multiple types of digital subscriber lines xDSL It was designed for the large scale DSL requirements of Regional Bell Operating Companies RBOCs and Competitive Local Exchange Carriers CLECs The unit supports DS3 connections of up to 340 DSL lines by means of multiple access technologies The DSLTNT complies with existing standards for networks authentication and SNMP management The following list summarizes the DSLTNT features e Layer 2 end to end services Virtual Private Networks VPNs for corporations MAX TNT DSLTNT Hardware Installation Guide 1 3 Introduction to the MAX TNT and DSLTNT DSLTNT system overview VPNs for Internet Service Providers ISPs e High speed access services Upto 7 0Mbps downstream transmission and up to 1 0Mbps upstream transmission using rate adaptive DSL RADSL on a single pair of local loop Upto 1 54Mbps symmetric transmission on two pairs of wires or up to 768Kbps on a single pair of wire using symmetric DSL SDSL Upto 128Kbps symmetric transmission on a single pair of wires using ISDN DSL 1081 e High speed access for multitenant buildings e Campus connectivity e Fractional Frame Relay Services e Reliability Full Redundant load sharing power supplies Hot swappable cards
53. SMIT ee H 4 TRANSMIT TRANSMIT 3 11 TRANSMIT E 2 RECEIVE e 1 RECEIVE RECEIVE 1 199 9 RECEIVE C Male DB 15 Male RJ 48C MAX TNT DSLTNT Hardware Installation Guide B 7 Cabling and Connector Specifications T1 PRI interface specifications T1 PRI crossover cable RJ 48C DB 15 Before installing the RJ 48C DB 15 cable verify that the WAN transmits on pins and 9 and receives on pins 3 and 11 Table B 6 and Figure B 4 show the pinouts Table B 6 RJ 48C DB 15 crossover cable specifications Pair Signal Male RJ 48C Male DB 15P 1 Receive 1 1 2 2 Transmit 5 3 4 11 Figure 4 RJ 48C DB 15 crossover cable Se Male RJ 48C es E 5 TRANSMIT H 4 TRANSMIT TRANSMIT 3 11 TRANSMIT Ei 2 RECEIVE e RECEIVE 1 __1997 9 RECEIVE 1 RECEIVE Male DB 15 Male RJ 48C B 8 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications T1 PRI interface specifications T1 PRI straight through cable RJ 48C Bantam The WAN side of the RJ 48C Bantam straight through cable connects to dual bantam jacks Table B 7 and Figure B 5 show the pinouts Table 7 RJ 48C Bantam straight through cable specifications Pair Signal Male RJ 48 Male Dual 310 P 1 Receive 1 Tip 1 2 Ring 1 2 Transmit 5 Tip 2 4 Ring 2 Figure 5 RJ 48C Bantam straight through cable TIP 1 RECEIVE
54. Simple Network Management Protocol SNMP e Reference 8000 MAX TNT DSLTNT Reference An alphabetic reference to all commands profiles and parameters supported on TAOS units TAOS Glossary Defines terms used in documentation for TAOS units xvi MAX TNT DSLTNT Hardware Installation Guide Introduction to the MAX TNT and DSLTNT 1 MAX TNT features overview 2 1 1 TNT system overview 2 1 2 DSLTNT features 2 0 1 3 DSLTNT system 1 4 This chapter describes the features of the MAX TNT and DSLTNT including a system overview MAX TNT features overview The MAX TNT unit is a WAN access switch or concentrator designed for the multiple large scale access requirements of Internet service providers ISPs carrier service providers and major corporations The unit supports up to 720 DSO or EO connections by means of multiple access technologies and provides voice and data aggregation It supports switched and leased line connections and analog and digital transmission The MAX TNT complies with existing standards for networks authentication and Simple Network Management Protocol SNMP management The following list summarizes the MAX TNT features e Carrier class WAN access switch or concentrator
55. Slot Card Specifications and Connection Ethernet 2 card Ethernet 2 card The Ethernet 2 card has three routed 10BaseT and one routed 100BaseT routed interfaces Up to four 10 100BaseT cards can be used in a three shelf MAX TNT or DSLTNT system for a total of up to 16 ports This Ethernet 2 card provides basic multisegment LAN to WAN access Specifications Table A 8 lists the specifications for the Ethernet 2 card Table 8 Ethernet 2 card specifications Card dimensions 8 8 inches high x 10 6 inches long 22 35cm x 26 92cm Card weight 3 9 pounds 1 77kg Operating humidity 10 90 noncondensing Operating temperature 32 104 F 0 40 C Illustration Figure A 10 shows the Ethernet 2 card Figure 10 Ethernet 2 card A 12 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection Ethernet 3 card Ethernet 3 card The Ethernet 3 card has a full duplex 10 100Mbps Ethernet port that is designed to have a high packet per second throughput to support Voice over IP VoIP The Ethernet 3 card autosenses between 10Mbps and 100Mbps but does not support autonegotiation in which Ethernet devices negotiate a common speed and duplex mode Specifications Table A 9 lists the specifications for the Ethernet 3 card Table A 9 Ethernet 3 card specifications Power requirements 35W Interfaces per card One full duplex Connector Must meet Japanese Industrial
56. T3 interface has detected Far End Receive Failure indication transmitted from the other side FAULT Yellow Behaves as follows On indicates that the unit has been reset e Off indicates that the unit has passed Power On Self Test POST and is running e Blinking indicates that a fatal error has occurred The T3 slot card is illustrated in Figure A 20 Figure A 20 T3 Card BYPASS RX BYR SS TX MAX TNT DSLTNT Hardware Installation Guide A 27 Slot Card Specifications and Connection Unchannelized DS3 card Connecting the T3 card to the WAN Connect the T3 line to the T3 card with two 75 ohm coaxial cables RG 59 U To provide for redundant operation the T3 card has a second pair of BNC jacks that can be used to connect to a second T3 card or other Data Terminal Equipment DTE When the T3 card is not powered or is in the reset state the Line Rx and Line Tx signals are electrically connected to the Bypass Rx and Bypass Tx jacks respectively When the T3 card passes POST a relay switch connects the Line jacks to the card s T3 transceiver Inform your service provider that the equipment is connected so they can bring up the line Unchannelized DS3 card Specifications Table A 25 lists the specifications for the unchannelized DS3 card Table A 25 Unchannelized DS3 card specifications Line buildout 0 to 225 feet 0 68 58m a 226 to 450 feet 68 8 137 6m Per ANSI T1 107a C bit
57. V 110 service only e Data and V 110 services Downloaded software licenses hash codes determine which MultiDSP services are supported by a particular MAX TNT or DSLTNT and 96 port MultiDSP card For example if a unit is licensed to run both data and V 110 the ports on each installed 96 port MultiDSP card can handle data and or V 110 calls The MultiDSP card is shown in Figure A 12 Figure A 12 MultiDSP Card MAX TNT DSLTNT Hardware Installation Guide A 15 Slot Card Specifications and Connection OC3 ATM card Specifications Table A 12 lists the specifications for the MultiDSP card Table A 12 MultiDSP card specifications Physical interfaces 48 ports of supported application per 48 port MultiDSP card 96 ports of supported application per 96 port MultiDSP card Power requirements 37W 74 Card weight Approximately 1 5 pounds 0 7kg Hot swap capability Yes LED indicator Multipurpose fault indicator one per card Operating humidity 10 90 noncondensing Operating temperature 32 104 F 0 40 C OC3 ATM card The OC3 ATM card can be used to route IP over ATM or perform layer 2 switching between ATM and Frame Relay network Note The MAX TNT or DSLTNT must have software version 7 0 1 or later to support the OC3 ATM card For information about obtaining and loading software see the MAX TNT or DSLTNT release notes Specifications Table A 13 lists the specificati
58. X TNT and identifies the port speed and port capacity for each card type Table 1 1 MAX TNT slot cards and their port speeds and capacity Card Port speed Port capacity DS3 ATM 44 738Mbps One active port and one bypass port Up to four active ports per system DS3 ATM2 44 736Mbps One active port and one bypass port Up to four active ports per system El 2 048Mbps Eight channelized ports FrameLine 2 048Mbps 10 ports Ethernet 2 10 100Mbps Three 10Mbps ports and one 100Mbps port 1 2 MAX TNT DSLTNT Hardware Installation Guide Introduction to the MAX TNT and DSLTNT DSLTNT features overview Table 1 1 MAX TNT slot cards and their port speeds and capacity continued Card Port speed Port capacity Ethernet 3 10 100Mbps One autosensing 10 100Mbps port Hybrid Access III N A 186 ports MultiDSP 48 ports N A 48 voice ports and or 48 data ports MultiDSP 96 ports N A 96 data ports OC3 ATM 155 52Mbps One unchannelized OC 3 port Serial WAN SWAN 6Mbps to 8Mbps Four V 35 ports Series56 II Digital Modem 56Kbps 48 ports Series56 III Digital Modem 56Kbps 48 ports Synchronous Transport 51 85Mbps One fiber optic connection Module 0 STM 0 Tl 1 544Mbps Eight channelized ports FrameLine 1 544Mbps 10 ports T3 channelized 44 736Mbps One active port and one bypass port Up to four active ports per system Unchannelized D
59. able meaning that you can safely insert or remove cards while power is on Note Be sure to install blank single slot filler cards in any unused slots to ensure proper airflow MAX TNT DSLTNT Hardware Installation Gulide Installing or replacing slot cards Installing a MAX TNT or DSLTNT Chassis Figure 3 16 Tightening slot card lock screws 3 19 MAX TNT DSLTNT Hardware Installation Gulide Installing a Multishelf System 4 Before you begin inch set as edhe sat Reale e etes e ep e ee iro ERR 4 1 Setting the rotary switch on each 4 2 Plugging in the multishelf 4 2 Designating master and slave shelf controllers 4 3 Resetting the shelves and checking the status 8 4 4 Before you begin Ina MAX TNT or DSLTNT multishelf system you can connect and configure multiple units to act as a single logical unit When you configure a MAX TNT or DSLTNT as a multishelf system you configure one shelf controller as a master shelf controller and the others as slaves The master shelf controller is responsible for maintaining the routing tables and for managing each slot card in the system The slave controllers simply forward messages between the slot cards and the master shelf controller If the master shelf stops operating so does the entire multishelf system This section
60. ard PORT 1 12 PORT 13 24 A 18 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection SDSL HS card SDSL HS card Specifications Table A 16 lists the specifications for the SDSL HS card Table A 16 SDSL HS card specifications Interfaces per card 24 ports per card Physical connector USOC RJ21X 50 pin telco connector Connector requirements Must meet JIS C5973 standards Card dimensions 8 8 inches 22 35 cm in height 10 6 inches 26 92 cm in length Card weight Approximately 3 pounds 1 37 kg Operating humidity 0 90 noncondensing Operating temperature 32 to 104 degrees F 0 to 40 degrees C Illustration Figure A 14 shows the SDSL HS card Figure 14 SDSL HS card Series56 Digital Modem cards The Series56 II and Series56 III digital modem cards provide 48 modems in a single height slot card that can terminate both modem and HDLC calls However the Series56 II and Series56 III cards can process only calls that use a single DSO These cards cannot process data streams that span multiple DSOs of the same or E1 interface For this reason Frame Relay connections cannot use the Series56 II or Series56 III slot cards but must use the Hybrid Access cards instead Series56 II and Series56 III ports appear in the output of both the HDLC and Modem commands MAX TNT DSLTNT Hardware Installation Guide A 19 Slot Ca
61. ave same pinouts PIA 1 19 di P1 20 P1 37 Table B 19 IDSL cable pinouts Pair P1 Pin P2 Pin P3 Pin J1 Pin J2 Pin Signal 1 36 1 1 37 26 Ring 1 2 18 2 2 2 19 27 Ring 2 3 16 3 Tip 3 3 17 28 Ring 3 4 14 4 Tip 4 4 15 29 Ring 4 MAX TNT DSLTNT Hardware Installation Guide 21 Cabling and Connector Specifications IDSL cable specifications Table B 19 IDSL cable pinouts continued Pair Pin P2 Pin P3 Pin J1 Pin J2 Pin Signal 5 12 5 Tip 5 5 13 30 Ring 5 6 10 6 Tip 6 6 11 31 Ring 6 7 8 7 Tip 7 7 9 32 Ring 7 8 6 8 Tip 8 8 7 33 Ring 8 9 4 9 Tip 9 9 34 Ring 9 10 2 10 Tip 10 10 3 35 Ring 10 1 11 20 36 Ring 11 12 21 12 12 12 22 37 Ring 12 13 23 13 13 13 24 38 Ring 13 14 25 14 Tip 14 14 26 39 Ring 14 15 32 15 Tip 15 15 33 40 Ring 15 16 34 16 Tip 16 16 35 41 Ring 16 17 36 17 Tip 17 17 37 42 Ring 17 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications IDSL cable specifications Table B 19 IDSL cable pinouts continued Pair Pin P2 Pin P3 Pin J1 Pin J2 Pin Signal 18 18 18 Tip 18 18 19 43 Ring 18 19 16 19 19 19 17 44 Ring 19 20 14 20 20 20 15 45 Ring 20
62. cable esee B 15 Figure B 11 Serial WAN cable sesseseeeeeeeeeee rennen nennen eren nett nennen en B 19 Figure B 12 HDSL dual 50 pin telco to triple DB37 cable sess B 21 Figure B 13 ADSL 50 pin telco to quadruple DB 37 cable sss B 26 Figure B 14 SDSL 50 pin telco to dual DB 37 cable sse B 29 MAX TNT DSLTNT Hardware Installation Guide Tables Table 1 1 Table 1 2 Table 2 1 Table 2 2 Table 3 1 Table 4 1 Table A 1 Table A 2 Table A 3 Table A 4 Table A 5 Table A 6 Table A 7 Table A 8 Table A 9 Table A 10 Table A 11 Table A 12 Table A 13 Table A 14 Table A 15 Table A 16 Table A 17 Table A 18 Table A 19 Table A 20 Table A 21 Table A 22 Table A 23 Table A 24 Table A 25 Table B 1 Table B 2 Table B 3 Table B 4 Table B 5 Table B 6 Table B 7 Table B 8 Table B 9 Table B 10 Table B 11 Table B 12 MAX TNT slot cards and their port speeds and 1 2 DSLTNT slot cards and their port speeds and 1 5 Description of shelf controller back panel items esses 2 5 MAX TNT or DSLTNT status lights esee 2 6 MAX TNT DSLTNT installation overview 3 2 Mu ltishelf status lig ht ne eter eee me petere 4 4 ADSL CAP card specifications A 2 ADSL DMT card
63. circulation or space between units when the MAX TNT or DSLTNT is installed in a closed or multirack assembly because the operating ambient temperature of the rack environment might be greater than room ambient temperatures n enclosed racks make sure that openings exist in the floor underneath each cabinet to allow the air conditioning up into the cabinet Exhaust fans at the top of the cabinet are recommended but not required At a minimum the cabinets must be ventilated at the top MAX TNT DSLTNT Hardware Installation Gulide 3 3 Installing a MAX TNT or DSLTNT Chassis Rack mounting the MAX TNT or DSLTNT Rack mounting the MAX TNT or DSLTNT Before installing the unit in a rack you must install the rack ears as illustrated in Figure 3 1 These rack ears are normally shipped with your unit If you did not receive them contact your Lucent reseller Apply 7 to 8 inch pounds 0 8 to 0 9 joules of torque to each screw Figure 3 1 Installing the MAX TNT or DSLTNT rack ears part number 1410 0419 002 C33 part number 1410 0450 001 You can mount the MAX TNT or DSLTNT in 19 inch or 23 inch 48 26 cm or 58 42 cm rack A single MAX TNT or DSLTNT shelf has the dimensions shown in Figure 3 2 3 4 MAX TNT DSLTNT Hardware Installation Gulide Installing a MAX TNT or DSLTNT Chassis Rack mounting the MAX TNT or DSLTNT Figure 3 2 MAX TNT or DSLTNT dimensions
64. cm Illustration Figure A 1 shows the ADSL CAP card Figure 1 ADSL CAP card 6099069 Va MO A 2 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection ADSL DMT card ADSL DMT card The ADSL DMT card for Discrete Multitone DMT is supported only in DSLTNT units Specifications Table 2 lists the specifications for the ADSL DMT card Table A 2 ADSL DMT card specifications Transfer rate 9248K bps 928Kbps up to 10 000 feet 3 05km upstream downstream transmission distance 7584Kbps 896Kbps up to 12 000 feet 3 7km 3040Kbps 704Kbps up to 17 000 feet 5 18km Interfaces per card Six ports per card up to 15 cards per system Physical connectors 50 pin telco connectors Must meet JIS C 5973 standards Card dimensions 8 8 inches high x 10 6 inches long 22 35 x 26 92cm Card weight 3 pounds 1 37kg Operating humidity 0 90 noncondensing Operating temperature 32 104 F 0 40 C Illustration Figure A 2 shows the ADSL DMT card Figure A 2 ADSL DMT card C 2 MAX TNT DSLTNT Hardware Installation Guide A 3 Slot Card Specifications and Connection DS3 ATM card DS3 ATM card The DS3 ATM card enables the MAX TNT or DSLTNT to provide one active and one standby trunk connection at data rates of 44 738Mbps You can configure each port as one of the following e User to Network Interface UNI e Interim Inter Switch
65. ct the multishelf cables Figure 4 3 Cabling a multishelf system MEN ESL IE DM s EMEN ooo 2 o ow ec E eg s 4 2 MAX TNT DSLTNT Hardware Installation Guide Installing a Multishelf System Designating master and slave shelf controllers The cables must always connect downlink to uplink and vice versa as shown in Figure 4 4 Figure 4 4 Connecting the multishelf ports UPLINK DOWNLINK UPLINK DOWNLINK Designating master and slave shelf controllers Multishelf systems require that you designate a single shelf as the master and the rest as slaves The Master Shelf Controller parameter specifies the shelf number designated as master for the multishelf system This is the number you set on the master shelf s rotary switch as shown in Figure 4 1 All shelves must agree about which shelf is the master The Master Shelf Controller parameter is not applicable in a profile in which Shelf Controller Type is set to Master You set this parameter for slave shelves only For example do the following for a three shelf system in which the master shelf rotary switch is set to 3 1 admi n gt SYS admi adm
66. d B 11 EJ PREW AN e Rer ERO RI RE EORR e tt e eto B 16 Serial WAN SWAN cable specifications eesessseeeeeeeeeeee enne eren nennen nennen B 16 V 35 cable to WAN sectio ere Ee RERO Ib See aa tats B 17 R5 449 cable to nere ee tee i ee E rt EE etes B 18 WAN cable esa eeev Reap ee B 19 57 6 ir oe pie ie te E ERU ERE ER ee RU econ Rn B 21 ADSL cable 26 SDSL cable specifications serere ettet re dee B 29 Safety Related Electrical Physical and Environmental Information Electronic and electrical 1 C 1 ees era or e EO tiran ie dnte teet C 1 Power requirements x niea n Aa ae e Ae C 2 Grou nd wire siZe ete eed e ego eg e RR UR DOE REI C 3 Electromagnetic interference EMI 5 C 3 Alarm relay operating eren ener nre C 3 Physical specifications acre eke ee i Freire C 3 Environmental specifications prete ee toco rei reete 4 iier cr index 1 MAX TNT DSLTNT Hardware Installation Guide vil Figures Figure 2 1 Standalone shelf sess nennen nennen 2 2 Figure 2 2 Back panel of the MAX TNT or DSLTNT
67. d with span powered or wet loop powered T1 PRI lines Port without internal CSU A T1 PRI port of the MAX TNT or DSLTNT that does not have an internal CSU cannot connect directly to the WAN You must connect the port to other equipment that provides the interface to the WAN for example an external CSU Your carrier determines the correct value for the line buildout setting of the CSU You configure this parameter during installation For more information see the APX 8000 MAX TNT DSLTNT Reference Table B 2 lists CSU specifications Table B 2 CSU specifications Information Value CSU registration 2CZUSA 74421 DE N Critical circuitry power source Dry loop from local AC power source Line capture frequency 1 544Mbps 200bps Line code AMI or B8ZS MAX TNT DSLTNT Hardware Installation Guide B 3 Cabling and Connector Specifications T1 PRI interface specifications Table B 2 CSU specifications continued Information Value Line framing D4 or ESF Line input output impedance 100 ohms 5 Received signal level range DSX 1 level to 36dB Transmitted signal level DSX 1 level into 100 ohms Line buildout 0 0 7 5 15 0 or 22 5dB Pulse density and consecutive zeros In accordance with requirements of AT amp T enforcement Pub 62411 Line loopback LLB set inband code 10000 repeating binary pattern Line loopback LLB reset inband code 100 repeating binary patter
68. dle East or Africa EMEAsupport ascend com Email from the Asia Pacific region apac support Fax 510 814 2312 Customer Support BBS by modem 510 814 2302 Write to Lucent at the following address Attn Customer Service Lucent Technologies 1701 Harbor Bay Parkway Alameda CA 94502 3002 USA MAX TNT DSLTNT Hardware Installation Guide Chapter 1 Chapter 2 Chapter 3 Contents Customer 1 E i ae Ra shee a OT ne aA iii About This Guide sce xiii What 18 this guid eee ep coves en eterne tree ences xiii What you should xiii Documentation nennen netten xiv Documentation Set nnii piat e E EEE EEEE EEEE EESE re rie E Taree EE XV Introduction to the MAX TNT and DSLTNT 1 1 MAX TNT features OVervieW 5o cetera tte ee PO PEE 1 1 MAX TNT system OVerVIeW tec bete etre eene Deos Dee e E ete re 1 2 MAX TN Fishel meu 1 2 MAX TNT supported 1 2 DSETNT features OVeEVIEW itte prie te ehe te e n RE 1 3 DSETNT system OVerVIeW ette eoe eb reba ead Beet UE a Er EE EAEE 1 4 ensi ue tnde
69. e 4 DS3 ATM card status lights Lights Color Description LA Green On indicates the DS3 interface is enabled and has not detected any error conditions RA Red On indicates the DS3 interface is experiencing loss of receive signal LO Red On indicates the DS3 interface is out of frame alignment YA Yellow On indicates the DS3 interface has detected Far End Receive Failure indication transmitted from the other side FAULT Yellow Behaves as follows On indicates that the unit has been reset e Off indicates that the unit has passed Power On Self Test POST and is running e Blinking indicates that a fatal error has occurred MAX TNT DSLTNT Hardware Installation Guide A 5 Slot Card Specifications and Connection DS3 ATM2 card Illustration The DS3 ATM card is illustrated in Figure A 3 Figure A 3 DS3 ATM card OOOOO LLRYA AOAAD FAULT Connecting the DS3 ATM card to the WAN Connect the T3 line to the DS3 ATM card LINE RX and LINE TX ports using two 75 ohm coaxial cables RG 59 U Inform your service provider that the equipment is connected so they can bring up the line Connecting redundant DS3 ATM cards You can install two DS3 ATM cards to provide for redundancy After installing the cards configure line profiles in each card as explained in the 8000 TNT DSLTNT Physical Interface Configuration Guide Figure A 4 illustrates a
70. e Index 3 Index serial port B 1 serial WAN B 19 serial WAN cabling B 16 T1 PRI B 3 B 4 T1 PRI bantam B 9 T1 PRI crossover B 8 T1 PRI crossover cable B 5 T1 PRI straight through B 6 B 7 T1 PRI WAN connector B 10 weight C 3 starting up MAX TNT 3 16 5 0 card specifications A 20 status indicators A 21 SWAN card cabling B 16 connecting SWAN card line to WAN A 23 specifications A 23 switch preparing for installation 2 3 Switched 56 services how the MAX TNT can access B 10 T T1 card connecting T1 line to WAN A 25 illustration A 25 specifications A 23 T1 FrameLine card specifications A 25 lines connecting to the WAN A 25 monitoring with bantam jacks A 25 with internal CSUs A 25 T1 RJ48C Loopback plug B 10 T1 PRI cable specifications B 4 interface specifications B 3 WAN connection specifications B 10 T1 PRI crossover cable RJ48C DA B 8 RJA8C RJASC 5 CSU requirements B 3 straight through cable RJ48C bantam B 9 RJ48C DA 15 B 7 RJ48C RJ48C B 6 T3 card cabling A 6 A 28 connecting to the WAN A 28 illustration A 27 redundant connections A 28 specifications A 26 terminal emulator settings for 3 14 U unchannelized DS3 card connecting to WAN A 29 specifications A 28 V V 35 cabling for B 17 VT 100 interface settings for terminal 3 14 W WAN connecting 1 line to A 10 connecting T1 line to A 25 connecting T3 card to
71. e MAX TNT or DSLTNT base system empty with no power supplies weighs 27 2 pounds 12 34kg A fully loaded system with 672 modems single power supply weighs 130 pounds 58 97kg The unit has the following dimensions 14 inches x 17 4 inches x 11 5 inches 35 6cm x 44 2cm x 29 2cm MAX TNT DSLTNT Hardware Installation Guide C 3 Safety Related Electrical Physical and Environmental Information Environmental specifications Environmental specifications For best results house the MAX TNT or DSLTNT in a room with constant temperature and humidity In general cooler environments are better Humidity must be high enough to prevent accumulation of static electricity but low enough to prevent condensation An operating temperature of 32 to 104 Fahrenheit 0 to 40 Celsius is recommended Storage temperatures of 40 to 176 Fahrenheit 40 to 24 Celsius are acceptable An operating relative humidity of up to 90 is acceptable You can operate the unit at altitudes of 0 to 14800 feet 0 4500m C 4 MAX TNT DSLTNT Hardware Installation Guide Index A ADSL card ADSL CAP A 2 ADSL DMT card A 3 cabling specifications B 26 connections per card and system A 2 alarm relay specifications C 3 specifications for wire connecting to C 3 AUI Ethernet specifications B 3 specifications B 3 bantam jacks cables for B 9 monitoring T1 line with A 25 battery specifications C 1 baud rate required sett
72. ed a Far End Receive indication transmitted from the other side AIS Yellow On indicates that the DS3 ATM2 card is receiving an Alarm Indication Signal AIS FAULT Yellow Behaves as follows e On after you reset the unit e Off after the unit passes POST and is running e Blinks if a fatal error has occurred Illustration Figure A 5 shows the DS3 ATMQ card Figure A 5 DS3 ATM2 card MAX TNT DSLTNT Hardware Installation Guide A 7 Slot Card Specifications and Connection DS3 ATM2 card Connecting the DS3 ATM2 card to the WAN Connect the T3 line to the DS3 ATM2 card RX BYP and TX BYP ports using two 75 ohm coaxial cables RG 59 U Inform your service provider that the equipment is connected so that they can bring up the line Connecting redundant DS3 ATM2 cards You can install two DS3 ATM2 cards to provide for redundancy If the primary card fails either due to a failure to boot up or because it is in a fault state the secondary line card takes over For information about configuring a redundant connection see the 8000 TNT DSLTNT Physical Interface Configuration Guide Figure A 6 shows a redundant connection Figure A 6 DS3 ATM2 redundant connection LINE TX LINE RX Primary Secondary A 8 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection E1 card card The 1 card provides eig
73. either the name of the University nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS AS IS AND ANY EXPRESS OR IMPLIED WARRANTIES INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT INDIRECT INCIDENTAL SPECIAL EXEMPLARY OR CONSEQUENTIAL DAMAGES INCLUDING BUT NOT LIMITED TO PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES LOSS OF USE DATA OR PROFITS OR BUSINESS INTERRUPTION HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY WHETHER IN CONTRACT STRICT LIABILITY OR TORT INCLUDING NEGLIGENCE OR OTHERWISE ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE Ordering Information You can order the most up to date product information and computer based training online at http www lucent com ins bookstore Feedback Lucent Technologies appreciates your comments either positive or negative about this manual Please send them to techpubs ascend com Lucent Technologies Customer Service Customer Service provides a variety of options for obtaining information about Lucent products and services software upgrades and technical assistance Finding information and software on the Internet Visit
74. erial cards can be used in a MAX TNT or DSLTNT shelf for a total of up to 24 ports Specifications Table A 20 lists the specifications for the SWAN card Table A 20 SWAN card specifications Power requirements N A Interfaces per card Four V 35 ports per card six cards per shelf Connector Must meet Japanese Industrial Standards JIS C 5973 requirements 22 35cm x 26 92cm Illustration Figure A 16 shows the SWAN card Figure A 16 SWAN card o oto amp SERIAL 1 SERIAL 2 SERIAL SERIAL 4 FAULT Connecting the SWAN card line to the WAN To connect the SWAN card to the WAN 1 Using the Lucent Serial WAN cable connect the 60 pin D connector to the SWAN card MAX TNT DSLTNT Hardware Installation Guide A 23 Slot Card Specifications and Connection T1 card 2 Connect the other end to the V 35 port a Frame Relay switch or to your WAN interface Figure A 17 Connecting the SWAN card to the WAN ommo ommo Inform your service provider that the equipment is connected so they can bring up the line T1 card A T1 line supports 24 64Kbps channels each of which can transmit and receive data or digitized voice The line uses framing and signaling to achieve synchronous and reliable transmission The most common configurations for T1 lines are ISDN Primary Rate Interface PRI and nailed or unchannelized T1 including fractional T
75. ervice provider that the equipment is connected so they can bring up the line Monitoring the T1 line with bantam jacks Each T1 card provides transmit and receive bantam jacks to monitor the status of the T1 lines The Tx line carries what the TAOS unit transmits to the network The Rx line carries what the TAOS unit receives from the network The bantam jacks do not interfere with the signal either coming into or going out of the TAOS unit To monitor the T1 lines MAX TNT DSLTNT Hardware Installation Guide A 25 Slot Card Specifications and Connection T1 FrameLine card 1 Select the line to monitor by setting the select switch on the card 2 Plug in bantam jacks 1 FrameLine card Specifications Table A 22 lists the specifications for the FrameLine card Table 22 FrameLine card specifications Electrical DSX 1 per ANSI T1 102 DSX DS1 per ANSI T1 403 Pub 62411 CSU Line buildout OdB 7 5dB 15dB or 22 5dB CSU 0 133 feet 0 40 54m 133 266 feet 40 54 81 1m 266 399 feet 81 1 121 62m 399 533 feet 121 62 162 46m 533 655 162 46 199 64m feet DSX Receive equalization Based on cable length and transmitter Line rate 1 544Mbps 32ppm Frame format Per ANSI T1 107a M23 or C bit parity Alarm signaling Red Alarm yellow signal Connectors 10 RJ 45 100 ohm line Line code AMI 875 T3 card The T3 card is a communications circuit composed of seven DS2s each of which inc
76. ervices Note The MAX TNT or DSLTNT can only access Switched 56Kbps services on a access line or a Switched 56 line For a listing of the compatible switch types see the Switch Type parameter in the APX 8000 MAX TNT DSLTNT Reference In addition to connecting to switched circuits the MAX TNT or DSLTNT can connect to nailed up circuits and to aggregate nailed up and switched circuits MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications E1 PRI interface specifications E1 PRI interface specifications This section provides the specifications for the MAX TNT or DSLTNT EI PRI interface and cable requirements E1 PRI cable specifications The WAN interface cables and plugs described in this section are available for the unit s WAN interfaces Use only the cable specifically constructed for transmission E1 PRI crossover cable RJ 48C RJ 48C Install the RJ 48C RJ 48C crossover cable when the WAN interface transmits on pins 5 and 4 and receives pins 2 and 1 Table B 10 and Figure B 6 show the pinouts Table B 10 RJ 48C RJ 48C crossover cable Model number RJ 48C X Part number 2510 0059 0323 001 Pair Signal Male RJ 48C Male RJ 48C remote 1 Receive 2 5 1 4 2 Transmit 5 2 4 1 Figure B 6 RJ 48C RJ 48C crossover cable 5 Transmit 4 Transmit 2 Receive 1 Receive Male RJ 48C front view Transmit 1 Transmit 2 Receive
77. f each MAX TNT DSLTNT Hardware Installation Gulide 3 1 Installing a MAX TNT or DSLTNT Chassis Installation overview Table 3 1 MAX TNT or DSLTNT installation overview Section Description Guidelines for installing units in a rack or cabinet on page 3 3 Provides recommendations and requirements for MAX TNT or DSLTNT installation Rack mounting the MAX TNT or DSLTNT on page 3 4 Describes how to install the MAX TNT or DSLTNT ina rack Installing a MAX TNT or DSLTNT exhaust shield on page 3 6 Describes how to install exhaust shields on the MAX TNT or DSLTNT Installing or replacing high output power supplies on page 3 8 Explains how to install high output power supplies into the MAX TNT or DSLTNT chassis If you have Series56 Digital Modem cards you might need to install high output power supplies Connecting the MAX TNT or DSLTNT to the LAN on page 3 13 Explains how to connect the MAX TNT or DSLTNT shelf controller Ethernet port to the LAN Connecting a workstation to the serial port on page 3 14 Explains how to connect a PC to MAX TNT or DSLTNT serial port to perform first time configuration After assigning an IP address and gateway to the MAX TNT or DSLINT you can configure it remotely through Telnet Verifying the rotary switch setting and PCMCIA card on page 3 15 Describes the proper rotary switch settings for the MAX TNT
78. fety Related Electrical Physical and Environmental Information Select the setup location carefully Keep in mind that the unit requires proper ventilation and space for current and future cabling requirements You can rack mount a MAX TNT or DSLTNT unit in a standard equipment cabinet with a width of 19 or 23 inches 48 26 or 58 42 cm or place it on a flat surface as a free standing unit Refer to Appendix C Safety Related Electrical Physical and Environmental Information for more information Required installation tools and equipment To install MAX TNT or DSLTNT hardware you need the following tools and equipment RS 232 straight through modem cable for connecting a PC or workstation to the unit Antistatic wrist strap and mats Number 2 Phillips screwdriver 1 8 inch flathead screwdriver 3 16 inch flathead screwdriver 3 8 inch socket wrench Recommended Mechanical lift MAX TNT DSLTNT Hardware Installation Guide 2 3 Preparing for Installation Understanding the unit back panel Understanding the unit back panel Figure 2 2 shows the back panel of a standalone shelf The shelf controller is always slot 17 The remaining slots are numbered 1 through 16 For information about installing a slot card in a slot see Chapter 3 Installing a MAX TNT or DSLTNT Chassis Figure 2 2 Back panel of the MAX TNT or DSLTNT
79. g 22 23 32 23 Tip 23 23 33 48 Ring 23 24 34 24 Tip 24 24 35 49 Tip 24 MAX TNT DSLTNT Hardware Installation Guide B 25 Cabling and Connector Specifications ADSL cable specifications ADSL cable specifications Figure B 13 and Table B 20 show the pinouts for the 50 pin telco to quadruple DB 37 ADSL cable Figure B 13 ADSL 50 pin telco to quadruple DB 37 cable All ends above have same pinouts 1 1 1 19 q A P1 20 P1 37 Table B 20 ADSL cable pinouts Pair Pin P2 Pin P3 Pin P4 Pin J1 Pin Signal 1 36 1 1 37 26 Ring 1 2 18 2 2 2 19 27 Ring 2 3 16 3 3 3 17 28 Ring 3 4 14 4 Tip 4 4 15 29 Ring 4 B 26 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications ADSL cable specifications Table B 20 ADSL cable pinouts continued Pair Pin P2 Pin P3 Pin P4 Pin J1 Pin Signal 5 12 5 5 5 13 30 Ring 5 6 10 6 Tip 6 6 11 31 Ring 6 7 36 7 Tip 7 7 37 32 Ring 7 8 18 8 Tip 8 8 19 33 Ring 8 9 16 9 Tip 9 9 17 34 Ring 9 10 14 10 Tip 10 10 15 35 Ring 10 11 12 11 Tip 11 11 13 36 Ring 11 12 10 12 Tip 12 12 11 37 Ring 12 13 36 13 Tip 13 13 37 38 Ring 13 14 18 14 Tip 14 14 19 39 Ring 14 15 16 15 Tip 15 15 17 40 Ring 15 16 14 16 T
80. ht E1 lines An 1 line supports 32 64Kbps channels each of which can transmit and receive data or digitized voice The line uses framing and signaling to achieve synchronous and reliable transmission The most common configurations for E1 lines are ISDN Primary Rate Interface PRI and unchannelized Specifications Table A 6 lists the specifications for the 1 card Table A 6 El card specifications Interface standards Electrical standards Receive equalization Line code Line rate Rx sensitivity Frame format Alarm Signaling Connectors Card dimensions Card weight Operating humidity Operating temperature International Telecommunications Union ITU G 703 G 736 G775 and G 823 European Telecommunications Standards Institute ETSI 300 166 and 300 233 AT amp T PUB 62411 Conf rence Europ enne des Postes et des T l communications CEPT 2 048Mbps pulse mask per G 703 for twisted pair and coaxial cable Short haul 12dB and long haul 43dB High density bipolar 3 HDB3 2 048Mbps 25ppm 0 to 43dB Per G 704 frame alignment signal FAS with or without cyclic redundancy check 4 CRC4 multiframe alignment MFA No channel associated signaling CAS MFA used for data Red alarm out of frame OOF FAS alarm indication signal AIS and yellow alarm Eight RJ 45 120 ohms Optionally BNC coaxial 75 ohm connectors with external cable This requires that wire jumpers be configured on
81. i EM n gt n gt SYS EM admin gt SYSTEM admin gt admin gt admin gt SYSTEM Configure the System profile for shelf 3 as follows read system read set shelf controller type write written master Configure the System profile for each slave shelf as follows read system read set shelf controller type set master shelf controller write written slave 3 MAX TNT DSLTNT Hardware Installation Guide 4 3 Installing a Multishelf System Resetting the shelves and checking the status lights Resetting the shelves and checking the status lights After configuring the master and slave shelf controllers reset each shelf in the multishelf system as follows 1 Enter the Reset command for each shelf in the system admin reset During a reset the MAX TNT or DSLTNT clears active connections and runs its Power On Self Test POST just as it would if the unit were power cycled 2 When the shelves come up again verify that the multishelf status light is lit as shown in Figure 4 5 Figure 4 5 Multishelf status lights 2 4 and 13 13 11 9 7 8 14 12 10 Table 4 1 describes the multishelf status lights For a complete description of the MAX TNT and DSLTNT status lights see Status lights on the shelf controller back panel on page 2 6 Table 4 1 Multishelf status lights Light Color Description 2 Green
82. ide A 29 Cabling and Connector Specifications B Serial port specifications B 1 Ethernet interface specifications B 2 TI PRI interface specifications B 3 E1 PRI interface specifications Serial WAN SWAN cable B 16 IDSL cable specifications B 21 ADSL cable specifications gee b Rae eR eR E eg B 26 SDSL cable B 29 Serial port specifications The serial port uses a standard DE 9 female connector that conforms to the EIA RS 232 standard for serial interfaces All MAX TNT or DSLTNT models use the RS 232 pinouts listed in Table B 1 Table 1 Serial port and cabling pinouts DE 9 pin number RS 232 signal name Function 1 DCD Data Carrier Detect 2 RD Serial Receive Data 3 SD Serial Transmit Data I 4 DTR Data Terminal I Ready 5 GND Signal Ground 6 DSR Data Set Ready 7 RTS Request to Send I 8 CTS Clear to Send O MAX TNT DSLTNT Hardware Installation Guide B 1 Cabling and Connector Specifications Ethernet interface specifications Table 1 Serial port and cabling pinouts continued DE 9 pin numbe
83. ing for configuration terminal 3 14 BNC T connector specifications B 2 booting checking flash card after 3 16 MAX TNT 3 16 C cables for ADSL B 26 for E1 lines A 10 for IDSL B 21 RS 449 B 18 SDSL B 29 serial WAN B 19 serial WAN card A 23 T1 PRI bantam B 9 T1 PRI crossover B 8 T1 PRI crossover specifications B 5 specifications B 4 T1 PRI straight through B 6 B 7 T3 card A 6 A 28 V 35 B 17 COAX Ethernet specifications B 2 configuration accessing configuration interface through serial cable 3 14 terminal settings for user interface 3 14 connections redundant T3 A 28 connectors BNC B 2 DS3 ATM 3 E1 PRI specifications B 11 for SDSL A 18 T1 PRI specifications B 10 cooling requirements for 3 3 CSU line compatibility B 3 requirements B 3 D DPNSS connecting to access point A 10 DS3 ATM card A 3 connecting redundant cards A 6 connecting to WAN A 6 illustration A 3 A 6 specifications A 4 status lights A 5 DS3 ATMQ card 6 connecting redundant cards A 8 connecting to WAN A 8 illustration A 7 A 10 A 12 specifications A 6 status lights A 7 DSLINT 1 3 features overview 1 3 shelf 1 4 supported slot cards 1 5 system overview 1 4 E 1 card specifications A 6 MAX TNT DSLTNT Hardware Installation Guide Index 1 Index FrameLine card specifications A 11 A 12 lines connecting to the WAN A 10 DPNSS access
84. ip 16 16 15 41 Ring 16 17 12 17 Tip 17 17 13 42 Ring 17 MAX TNT DSLTNT Hardware Installation Guide B 27 Cabling and Connector Specifications ADSL cable specifications Table B 20 ADSL cable pinouts continued Pair Pin P2 Pin P3 Pin P4 Pin J1 Pin Signal 18 10 18 Tip 18 18 11 43 Ring 18 19 39 19 19 19 37 44 Ring 19 20 18 20 20 20 19 45 Ring 20 21 16 21 Tip 21 21 17 46 Ring 21 22 14 22 Tip 22 22 15 47 Ring 22 23 12 23 Tip 23 23 13 48 Ring 23 24 10 24 Tip 24 24 11 49 Tip 24 B 28 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications SDSL cable specifications SDSL cable specifications Figure B 14 and Table B 21 show the pinouts for the 50 pin telco to dual DB 37 SDSL cable Figure B 14 SDSL 50 telco to dual DB 37 cable 5 4 Both ends above have same pinouts P1 1 P1 19 1 20 1 37 Table 21 SDSL cable pinouts Pair Pin P2 Pin J1 Pin Signal 1 36 1 Tipl 1 37 26 Ring 1 2 18 2 Tip 2 2 19 27 Ring 2 3 16 3 Tip 3 3 17 28 Ring 3 4 14 4 Tip 4 MAX TNT DSLTNT Hardware Installation Guide B 29 Cabling and Connector Specifications SDSL cable specifications Table B 21 SDSL cable pinouts continued
85. isrupts and disables the Ethernet 10BaseT 100BaseT For a 10BaseT or 100BaseT connection you need a twisted pair Ethernet cable terminated with RJ 45 modular jacks B 2 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications T1 PRI interface specifications Use an EIA TIA 568 or IEEE 802 3 10Base T cable Some installations require a crossover cable for example when connecting directly to the Ethernet port of a PC AUI For an AUI interface you need the appropriate transceiver and transceiver cable T1 PRI interface specifications This section provides the specifications for the MAX TNT or DSLTNT TI PRI interface and covers cabling requirements T1 PRI CSU requirements Your T1 PRI requirements depend on whether a T1 PRI port on the MAX TNT or DSLTNT is equipped with an internal Channel Service Unit CSU Port with internal CSU Ifa T1 PRI port on the MAX TNT or DSLTNT has an internal CSU you can connect the port directly to the metallic interface of the WAN To avoid harming the WAN you must contact your carrier for approval before installation Once you install the MAX TNT or DSLTNT units you must notify the carrier before disconnecting the MAX TNT or DSLTNT from the WAN If you disconnect or turn off the unit without prior notification the carrier might temporarily discontinue your T1 PRI service MAX TNT or DSLTNT internal CSUs are compatible with wet loop and dry loop T1 PRI lines an
86. ke sure that only trained engineers authorized by Lucent open the MAX TNT or DSLTNT shelf controller for testing maintenance installation or any other purpose Furthermore ensure that only trained should replace MAX TNT or DSLTNT components Warning The battery can explode if incorrectly replaced Replace the battery only with one of the same or equivalent type recommended by the manufacturer Dispose of used batteries according to the manufacturer s instructions MAX TNT DSLTNT Hardware Installation Guide C 1 Safety Related Electrical Physical and Environmental Information Electronic and electrical specifications Power requirements Table C 1 lists the MAX TNT or DSLTNT source power requirements Table C 1 MAX TNT or DSLINT source power requirements Element Value Voltage 90 240 40 to 60Vdc Phase Single Frequency 47 63Hz Power 200W nominal 1200W maximum AC Fuse 5 x 20 mm 16A DC Fuse 0 25 x 1 25 inches 25A Maximum AC current 16A at 115 Vac At power up for approximately 0 1 seconds the MAX TNT or DSLTNT power supply has an in rush current of approximately 260A at 240Vac or 130A at 115Vac Maximum DC current 25A The maximum allowable delay between a power cutoff and supplying power from a second source is 20msec 0 020 seconds Because the MAX TNT and DSLTNT configuration profiles are stored in NVRAM they are not lost when the unit is turned
87. ks Safety and Compliance Guide For information specific to your unit see Appendix C Safety Related Electrical Physical and Environmental Information in this hardware installation guide What you should know This guide is for the person who configures and maintains a MAX TNT or DSLTNT unit To configure a unit you need to understand the following e Internet or telecommuting concepts e Wide Area Network WAN concepts e Local Area Network LAN concepts if applicable MAX TNT DSLTNT Hardware Installation Guide xiii About This Guide Documentation conventions Documentation conventions Following are all the special characters and typographical conventions used in this manual Convention Meaning Monospace text Represents text that appears on your computer s screen or that could appear on your computer s screen Boldface mono Represents characters that you enter exactly as shown unless the char space text acters are also in italics see Italics below If you could enter the characters but are not specifically instructed to they do not appear in boldface Italics Represent variable information Do not enter the words themselves in the command Enter the information they represent In ordinary text italics are used for titles of publications for some terms that would otherwise be in quotation marks and to show emphasis Square brackets indicate an optional argument you might add to a command To include
88. lacing high output power supplies Figure 3 7 Unscrewing the power supply A Warning Do not remove the power supply capacitor card located below the MAX TNT or DSLTNT power supplies Doing so will disrupt airflow within the MAX TNT or DSLTNT chassis 4 Remove the existing power supplies as shown in Figure 3 8 Figure 3 8 Removing the power supply B fs c lige S 2 AN D N 2 2 gt S M D 0 ay wer EM Ss p NG SS SW 3 SEB 0 SA i 49 5 e 3 10 MAX TNT DSLTNT Hardware Installation Gulide Installing a MAX TNT or DSLTNT Chassis Installing or replacing high output power supplies 5 Gently insert the new power supply as shown in Figure 3 9 Figure 3 9 Inserting the power supply 6 Tighten the power supply lockscrews as shown in Figure 3 10 Figure 3 10 Tightening the power supply lockscrews C WUE pe 7 Ifyou have a redundant power supply repeat steps 2 through 6 for the remaining power supply MAX TNT DSLTNT Hardware Installation Gulide 3 11 Installing a MAX TNT or DSLTNT Chassis Connecting the MAX TNT or DSLTNT ac power supply Connecting the MAX TNT or DSLTNT ac power supply N To connect the ac power supply plug the power cord into the power supply socket Plugging in the unit s power supply also applies power to the unit
89. line or through other network interface equipment See Figure A 8 for an example Figure A 8 Connecting the TAOS unit E1 line to the WAN MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection E1 FrameLine card Monitoring the E1 line with bantam jacks Each E1 card provides transmit and receive bantam jacks to monitor the status of the 1 lines The Tx line carries what the TAOS unit transmits to the network The Rx line carries what the TAOS unit receives from the network The bantam jacks do not interfere with the signal either coming into or going out of the TAOS unit To monitor the E1 lines 1 Select the line to monitor by setting the select switch on the E1 card 2 Plugin bantam jacks E1 FrameLine card Specifications Table A 7 lists the specifications for the E1 FrameLine card Table A 7 EI FrameLine card specifications Electrical CEPT 2 048Mbps pulse mask per G 703 for twisted pair and coaxial Receive Equalization Short haul 12dB and long haul 43dB Frame Format Per G 704 FAS with or without CRC4 multiframe alignment MFA Connectors 10 RJ 45 120 ohms Optionally BNC coaxial 75 ohms with external cable This requires that jumpers be configured on the card Illustration Figure A 9 shows the FrameLine card Figure 9 El FrameLine card LINE 0 1 2 3 4 5 6 7 8 9 T LILT FAULT MAX TNT DSLTNT Hardware Installation Guide A 11
90. ludes four 0515 each of which in turn is composed of 24 DSOs for a total of 672 DSO channels Specifications Table A 23 lists the specifications for the T3 card Table A 23 T3 card specifications Electrical standards DSX 3 per ANSI T1 404 Line buildout 0 225 feet 0 68 58m or 226 450 feet 68 88 137 6m Based on cable length and transmitter Bipolar 3 zero substitution B3ZS Per ANSI T1 107a M23 or C bit parity A 26 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection T3 card Illustration Table A 23 T3 card specifications continued Alarm signaling When a DS3 red alarm occurs a yellow alarm is sent on the DS3 line and an AIS is sent on 052 lines On DS2 Red Alarm AIS is sent on 0515 Four 75 ohm BNC coaxial two lines and two backup lines Status indicators All status lights except LA are lit upon power up or reset and remain so until the card passes POST If no LEDs are lit the T3 interface is either disabled or is receiving an Alarm Indication Signal AIS or Idle Signal Table A 24 explains the T3 card status lights Table A 24 T3 slot card status lights Light Color Description LA Green On indicates the T3 interface is enabled and has not detected any error conditions RA Red On indicates the T3 interface is experiencing loss of receive signal LO Red On indicates the T3 interface is out of frame alignment YA Yellow On indicates the
91. n T1 PRI cable specifications The maximum cable distance between the T1 PRI WAN interface equipment and a MAX TNT or DSLTNT without CSUs should not exceed 655 feet 200m Measure the line length and record it when you install the MAX TNT or DSLTNT You must specify this length when you configure the parameters in the line s profile For more information see the 8000 TNT DSLTNT Reference Use only cables specifically constructed for transmission of T1 PRI signals The cables must meet standard T1 attenuation and transmission requirements The following specifications are recommended e 100 ohm e Two twisted pairs Category 3 or better The WAN interface cables and plugs described in the following sections are available for the MAX TNT and DSLTNT WAN interfaces B 4 MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications T1 PRI interface specifications T1 PRI crossover cable RJ 48C RJ 48C Install the RJ 48C RJ 48C cable when the WAN transmits on pins 5 and 4 and receives on pins 2 and 1 Table B 3 and Figure 1 show the pinouts Table B 3 RJ 48C RJ 48C crossover cable specifications Pair Signal Male RJ 48C Male RJ 48C 1 Receive 2 2 1 4 2 Transmit 5 2 4 1 Figure 1 RJ 48C RJ 48C crossover cable RECEIVE 1 E E 5 TRANSMIT TRANSMIT 4 TRANSMIT 5 000 Male RJ 48C Male
92. ndication Signal AIS or Idle Signal Table A 14 explains the OC3 ATM card status lights Table A 14 OC3 ATM card status lights Lights Description LOF Loss of Frame Indicates the OC3 interface has detected a Far End Receive Failure indication transmitted from the other side AIS Indication Signal Indicates the local device has received an alarm indication signal ACTIVE Link Active Indicates the OC3 interface is enabled and has not detected any error conditions OOF Out of Frame Indicates the OC3 interface is out of frame alignment LOS Loss of Sync Indicates the OC3 interface is experiencing loss of receive signal MAX TNT DSLTNT Hardware Installation Guide A 17 Slot Card Specifications and Connection SDSL card SDSL card Specifications Table A 15 lists the specifications for the SDSL line card Table A 15 SDSL card specifications Transfer rate 768Kbps symmetric Transmission distance 12 000 feet 3 7km Interfaces per card 16 ports per card up to 15 cards per system Physical connectors Two DB 37 to 50 pin telco connectors Connector requirements Must meet JIS C 5973 standards Card dimensions 8 8 inches high x 10 6 inches long 22 35cm x 26 92cm Card weight 3 pounds 1 37 kg Operating humidity 0 90 noncondensing Operating temperature 32 104 F 0 40 C Illustration Figure A 13 shows the SDSL card Figure A 13 SDSL c
93. nnected to the unit s serial host ports cannot The MAX TNT or DSLTNT serial WAN port is compatible with the following two electrical standards e V35 e RS 449 422 In the cable wiring tables that follow the MAX TNT or DSLTNT unit is the Data Terminal Equipment DTE that connects to a Data Circuit Terminating Equipment DCE device through its serial WAN port The unit receives the Send Timing and Receive Timing clocks from the DCE device MAX TNT DSLTNT Hardware Installation Guide Cabling and Connector Specifications Serial WAN SWAN cable specifications V 35 cable to WAN You can connect a V 35 cable TNT CAB v35 to the V 35 port of a DCE device The V 35 cable has the pinouts described in Table B 16 Table B 16 V 35 cable pinouts Pair Signal MAX TNT or Host male V 35 DSLINT male DB 44 1 FGND 1 A RI 8 J 2 SD 39 SD 40 5 3 RD 30 R RD 29 T 4 ST 41 Y ST 42 AA 5 RT 32 V RT 31 X 6 TT 38 U TT 37 W 7 DTR H DSR 11 E 8 DCD 9 F SGND 25 B 9 CTS 1 RTS 36 C MAX TNT DSLTNT Hardware Installation Guide B 17 Cabling and Connector Specifications Serial WAN SWAN cable specifications RS 449 cable to WAN You can connect an RS 449 cable TNT CAB 449 to the RS 449 port of a DCE device The RS 449 cable has the pinouts described in Table B 17 Table B 17 RS 449 cable pinouts Pair Signal MAX TNT or Host female
94. nt Access Networks Software Products C Standard Template Library software copyright 1994 Hewlett Packard Company and copyright 1997 Silicon Graphics Permission to use copy modify distribute and sell this software and its documentation for any purpose is hereby granted without fee provided that the above copyright notice appear in all copies and that both that copyright notice and this permission notice appear in supporting documentation Neither Hewlett Packard nor Silicon Graphics makes any representations about the suitability of this software for any purpose It is provided as is without express or implied warranty Berkeley Software Distribution BSD UNIX software copyrightO 1982 1986 1988 1993 The Regents of California All rights reserved Redistribution and use in source and binary forms with or without modification are permitted provided that the following conditions are met 1 Redistributions of source code must retain the above copyright notice this list of conditions and the following disclaimer 2 Redistributions in binary form must reproduce the above copy right notice this list of conditions and the following disclaimer in the documentation and or other materials provided with the distribution 3 All advertising materials mentioning features or use of this software must display the following acknowledgement This product includes software developed by the Univer sity of California Berkeley and its contributors 4 N
95. o access user 3 14 number of IDSL A 14 SDSL A 18 L LAN connecting unit to 3 13 LEDs reading multishelf 4 4 reading system 2 6 loopback plugs for B 10 master and slave shelf controllers designating 4 2 MAX TNT backpanel 2 5 checking delivered package 2 2 connecting to LAN 3 13 connecting to workstation 3 14 features 1 1 general specifications C 1 installing slot cards 3 17 installing the chassis 3 1 interpreting shelf controller LEDs 2 6 multishelf configuration 4 1 overview of multishelf 4 1 powering on 3 16 shelf 1 2 supported slot cards 1 2 Index 2 MAX TNT DSLTNT Hardware Installation Guide Index N WAN switched services available B 10 6 MultiDSP cards 14 96 port card A 15 safety information C 1 Illustration A 15 SDSL cable pinouts for B 21 B 29 multishelf SDSL card attaching cables 4 2 cabling for B 29 designating master and slave shelf controllers 4 3 connectors for A 18 overview of 4 1 number of interfaces per card and system A 18 overview of configuration 4 1 specifications A 18 resetting shelves to finish configuration 4 4 SDSL HS card understanding status lights 4 4 specifications A 19 serial port connecting MAX TNT to 3 14 N specifications for B 1 serial WAN cabling specifications B 16 nailed channels serial WAN card HDLC resources and A 14 cabling for A 23 B 19 connecting to WAN A 23 Series56 cards high output power supplies and 3 8
96. off Note Use a protected ac power source or add surge protection between the power source and the unit C 2 MAX TNT DSLTNT Hardware Installation Guide Safety Related Electrical Physical and Environmental Information Physical specifications Ground wire size Table C 2 lists the ground wire specifications for the MAX TNT or DSLTNT Table C 2 Ground wire size Product AWG Size Cross sectional area mm MAX TNT ac 12 0 2 5 MAX TNT dc 10 0 4 0 DSLTNT ac 12 2 5 DSLTNT 10 4 0 Electromagnetic interference class The MAX TNT and DSLTNT belong to EMI Class A Alarm relay operating specifications The MAX TNT or DSLTNT unit is equipped with an alarm relay whose contacts are brought out onto the back panel s alarm relay terminal block The alarm relay contacts close during loss of power during hardware failure or whenever the unit is being reset such as during its power on self test POST During normal operation the alarm relay contacts remain open The gauge of the wire you use to connect to the unit s alarm relay must be based on the current flow of the circuit that the relay is attached to and the capacity of the alarm relay Because the MAX TNT or DSLTNT alarm relay can carry a maximum of 2A 18 20 AWG wire is adequate The alarm relay has the following characteristics e 1A at 30 Vdc e 0 3A at 110 Vdc e 0 3A at 125 Vac Physical specifications Th
97. ons for the OC3 ATM card Table A 13 OC3 ATM card specifications Power requirements Transmission distance LAN WAN with use of repeaters Connectors Fiber SC 1 or RJ 45 copper Interfaces per card One full duplex OC 3c STM 1 SONET SDH Cable requirements Single mode SM cables 9 125 micron optical fiber Connector Must meet JIS C 5973 standards requirements Optical input avg 32 5dBm minimum 8dBm maximum SM 32 5dBm minimum 14dBm maximum multimode MM MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection OC3 ATM card Table A 13 OC3 ATM card specifications continued Optical output avg 14dBm minimum 8dBm maximum 9 125 micron SM 19dBm minimum 14dBm maximum 62 5 125 micron MM Optical wavelength 1261nm minimum 1320nm typical 1360nm maximum SM 1270nm minimum 1310nm typical 1380nm maximum MM TX power 8dBm maximum 14dBm minimum 9 125 micron fiber RX sensitivity 8dBm maximum 32 5dBm minimum 9 125 micron fiber Loss Budget 18 5dBm Card weight 2 pounds 0 9kg Operating humidity 0 90 noncondensing Card dimensions 5 6 inches high x 10 7 inches long 14 2 cm x 27 cm Operating temperature 32 104 F 0 40 C Status indicators All status lights except LA are lit upon power up or reset and remain so until the card passes POST If no status lights are lit the OC3 interface is either disabled or is receiving an Alarm I
98. point A 10 grounding A 10 maximum distance to WAN interface equipment A 10 monitoring with bantam jacks A 11 using proper cabling A 10 electronic specification C 1 environmental specifications C 4 Ethernet equipment required to install B 2 interface specifications B 2 ethernet connecting unit to 3 13 Ethernet 2 card specifications A 11 A 12 Ethernet 3 card specifications A 13 status lights A 13 exhaust shield installing 3 6 F features overview 1 1 1 3 flash card verifying integrity of 3 16 G grounding E1 A 10 H hardware overview 1 2 1 4 HDLC nailed channels and A 14 heat dissipation of 3 3 high output power supplies connecting ac 3 12 connecting dc 3 12 identifying ac 3 8 identifying dc 3 8 installing 3 8 not hot swappable with existing power supplies 3 8 Hybrid Access cards requiring it A 14 how the unit uses it A 14 IDSL card cabling specifications B 21 number of interfaces A 14 specifications A 14 installation connecting to the LAN 3 13 installing the MAX TNT chassis 3 1 maximum distance between MAX TNT and WAN interface equipment A 10 of multishelf system 4 2 overview 3 1 power supplies 3 9 preparing for 2 3 preparing the site 2 3 required tools 2 3 requirements for 2 1 resetting shelves for multishelf 4 4 slot cards 3 17 software requirements for slot cards 3 17 installation site selecting 2 3 interfaces connecting serial cable t
99. power supplies If you have purchased a new MAX TNT or DSLTNT it includes high output power supplies If you have an older unit and want to install Series56 II or Series56 III Digital Modem cards or MultiDSP cards you might need to replace the existing power supplies with the high output power supplies A Caution Read this section in its entirety before installing Series56 II or Series56 III Digital Modem cards or high output power supplies Improper installation of the power supplies can damage the unit Before you begin Before installing the high output power supply consider the following e high output power supply cannot be hot swapped with existing power supplies You must power down the unit to replace the power supplies e The high output power supply cannot be used in redundant configurations with existing power supplies Attempting to mix and match different power supplies will invalidate associated warranties e high output power supply is 100 plug in compatible with the existing MAX TNT or DSLTNT power supplies However because the high output power supply is not compatible with the old power supply new power supplies must be installed in pairs e capacitor card installed beneath the power supplies of older MAX TNT or DSLTNT units provides redundancy to existing power supplies Although this card is not used for the high output power supplies it must be left in place when installing a high output power
100. r RS 232 signal name Function 0 RI Ring Indicator O Pin 9 is not active Ring Indication signal not supplied Ethernet interface specifications The MAX TNT or DSLTNT Ethernet interfaces support the physical specifications of TEEE 1802 3 with Ethernet 2 Ethernet DIX framing Supported Ethernet types The MAX TNT or DSLTNT can support any of the following Ethernet interface types e Coax coaxial Thin Ethernet and IEEE 802 3 10Base 2 with a BNC connector Note The MAX TNT or DSLTNT is not equipped with a coax Ethernet interface e 10BaseT unshielded twisted pair Twisted pair Ethernet and IEEE 802 3 10BaseT with an RJ 45 connector e 100BaseT unshielded twisted pair Twisted pair Ethernet and IEEE 802 3u 100BaseT with an RJ 45 connector e AUI attachment unit interface Standard Ethernet and IEEE 10Base5 with a 15 pin AUI connector Required equipment To install an Ethernet interface you must have the equipment described in the following sections Coax For a coax connection you need a BNC T connector If your connection is at the end of a cable segment you need a 50 ohm terminator as well To install attach a LAN BNC T connector to the BNC port on the back of the MAX TNT or DSLTNT Use a standard 10Base 250 ohm cable such as RG 58 A U or RG 58 C U N Caution Breaking the LAN s continuity by inserting a cable segment or removing either of the 50 ohm terminations d
101. rd Specifications and Connection 5 0 card Specifications Table A 17 lists the specifications for the Series56 II and Series56 digital modem cards Table A 17 Series56 Series56 digital modem card specifications Aggregate data rate 56Kbps analog 64Kbps digital Card dimensions 8 8 inches high x 10 6 inches long 22 35cm x 26 92cm Card weight 3 9 pounds 1 77kg Operating humidity 10 90 noncondensing Operating temperature 32 104 F 0 40 C Illustration Figure A 15 illustrates the Series56 II and Series56 III digital modem card Figure A 15 Series56 II and Series56 III digital modem cards mE FAULT STM 0 card The Synchronous Transport Module 0 STM 0 card is an optical 51 85Mbps communication circuit designed to be used with the appropriate signaling gateway Each of its 28 T1 lines can be configured as Signaling System 7 SS7 data trunks When configured as an 557 data trunk the signaling gateway takes control of the data trunks instructing the MAX TNT or DSLTNT when to bring calls up or down The 5 0 card does not support Call Routing profiles PRI signaling or inband signaling Specifications Table A 18 lists the specifications for the 5 0 card Table A 18 STM 0 card specifications Frame format 5 0 with VC 3 tributary unit group 2 TUG 2 and VC 11 mapping A 20 MAX TNT DSLTNT Hardware Installation Guide Slot Card Specifications and Connection ST
102. ss than 3 minutes Advantage Services Advantage Services is a comprehensive selection of services Installation services help get your Lucent Wide Area Network WAN off to the right start Ongoing maintenance and MAX TNT DSLTNT Hardware Installation Guide lii support services provide hardware and software solutions to keep your network operating at peak performance For more information call 800 272 3634 Other telephone numbers For a menu of Lucent s services call 800 272 3634 Or call 510 769 6001 for an operator Calling Lucent from outside the United States You can contact Lucent by telephone from outside the United States at one of the following numbers Telephone outside the United States 510 769 8027 Austria Germany S witzerland 33 492 96 5672 Benelux 33 492 96 5674 France 433 492 96 5673 Italy 33 492 96 5676 Japan 81 3 5325 7397 Middle East Africa 33 492 96 5679 Scandinavia 33 492 96 5677 Spain Portugal 33 492 96 5675 UK 33 492 96 5671 For the Asia Pacific region you can find additional support resources at http www lucent com ins international apac Obtaining assistance through correspondence Send your technical support questions to one of the following email addresses or correspond by fax BBS or regular mail with Customer Service in Lucent s U S offices in Alameda CA Email from within the U S i support ascend com Email from Europe the Mid
103. such an argument type only the information inside the brackets Do not type the brackets unless they appear in bold type Separates command choices that are mutually exclusive gt Points to the next level in the path to a parameter or menu item The item that follows the angle bracket is one of the options that appears when you select the item that precedes the angle bracket Key1 Key2 Represents a combination keystroke To enter a combination key stroke press the first key and hold it down while you press one or more other keys Release all the keys at the same time For example Ctrl H means hold down the Control key and press the H key Press Enter Means press the Enter or Return key or its equivalent on your com puter Note Introduces important additional information A Warns that a failure to follow the recommended procedure could result Caution in loss of data or damage to equipment N Warns that a failure to take appropriate safety precautions could result Warning in physical injury AN Warns of danger of electric shock Warning xiv MAX TNT DSLTNT Hardware Installation Guide About This Guide Documentation set Documentation set The APX 8000 MAX TNT DSLTNTdocumentation set consists of the following manuals Read me first Access Networks Safety and Compliance Guide Contains important safety instructions and country specific compliance information that you must read before installing a TAOS unit
104. the card 5 6 inches high x 10 7 inches long 14 2cm x 27cm 2 pounds 0 9kg 0 90 noncondensing 32 104 F 0 40 C MAX TNT DSLTNT Hardware Installation Guide A 9 Slot Card Specifications and Connection E1 card Illustration Figure A 7 shows the E1 card Figure 7 El card 22 2 LINE 0 Si Connecting the TAOS unit E1 line to the WAN When connecting your E1 line keep the following points in mind Use cable that is specifically constructed for transmission of E1 PRI signals CCITT G700 series recommended The TAOS unit can connect to any DPNSS access point on a PBX or directly to E1 digital services The TAOS unit can also connect to G 704 framed leased nonswitching services for 75 ohm connections When installing the E1 line the screen of the transmit and receive coaxial cable must be earthed at one end of the line only Links jumpers are provided on the unit to earth the coaxial screens The default position of the grounding links on the network line interface when used with coaxial cable adapters is on the transmit side Tx for 1680 Kbps network operations The maximum distance between the E1 PRI WAN interface equipment and the TAOS unit should not introduce attenuation of more than 6 dB when measured at half the maximum data rate 1024 Kbps Also the cable must have a root F characteristic Connect the TAOS unit port either directly to the E1
105. the pinouts Figure B 10 RJ 48C Bantam straight through cable 7 Receive 1 Receive 2 Transmit 4 gt Ring 1 Receive Transmit 5 ep ae Receive Ring 2 Transmit om Transmit Male Dual 310 Male RJ 48C front view Table B 14 RJ 48C Bantam straight through cable specifications Model number DBNT RJ 48C Part number 2510 0066 001 Pair Signal Male RJ 48 Male Dual 310 P remote 1 Receive 1 Tip 1 2 Ring 1 2 Transmit 5 2 4 Ring 2 MAX TNT DSLTNT Hardware Installation Guide B 15 Cabling and Connector Specifications Serial WAN SWAN cable specifications E1 PRI WAN ports Table B 15 lists the pins RJ 48C sockets used for E1 PRI WAN interface on the MAX TNT or DSLTNT Only pins 1 2 4 and 5 are used The remaining pins are not connected Table B 15 Transmit and Receive pins MAX TNT or DSLTNT RJ 48C DTE E1 PRI interface Receive input pair Tip T1 Position 2 Receive input pair Ring R1 Position 1 Transmit output pair Tip T Position 5 Transmit output pair Ring R Position 4 Note EI PRI models are also equipped with BNC connectors Serial WAN SWAN cable specifications The MAX TNT or DSLTNT unit s serial WAN SWAN interface supports nailed up connections to the WAN Data packets from the MAX TNT or DSLTNT bridge or router module can use this interface but bit streams from devices co
106. ting the MAX TNT or DSLTNT to the LAN Connecting the MAX TNT or DSLTNT to the LAN All MAX TNT and DSLTNT systems have an Ethernet port on the shelf controller This Ethernet port is designed for out of band management and light traffic loads It is not intended to be the primary Ethernet interface for the system If your MAX TNT or DSLTNT will be routing heavy Ethernet traffic use an Ethernet card If you do not need a LAN interface skip this section and proceed to Connecting a workstation to the serial port on page 3 14 To connect the unit to your LAN plug Ethernet LAN cables into one of the unit s Ethernet ports Figure 3 12 shows the Ethernet LAN cable connected to the shelf controller Ethernet interface for out of band management Figure 3 12 Connecting an Ethernet cable 4 4 4 oss S S S S S S S S S S 9 es SS 9S9 5599 99 229999 MAX TNT DSLTNT Hardware Installation Gulide 3 13 Installing a MAX TNT or DSLTNT Chassis Connecting a workstation to the serial port Connecting a workstation to the serial port To perform the initial configuration of the MAX TNT or DSLTNT you must connect a cable to the unit s serial port 1 Connect a serial cable from your workstation to the MAX TNT or DSLTNT
107. ut PCMCIA flash cards see the APX 8000 MAX TNT DSLTNT Administration Guide MAX TNT DSLTNT Hardware Installation Gulide 3 15 Installing a MAX TNT or DSLTNT Chassis Powering on the MAX TNT or DSLTNT Powering on the MAX TNT or DSLTNT Note Before powering on the MAX TNT or DSLTNT you must connect a display to the unit Refer to Connecting a workstation to the serial port on page 3 14 To power on the MAX TNT or DSLTNT 1 Position yourself so that you can watch the lights on the back panel while you view the monitor display Turn on the power to the unit For ac power supplies plugging in the power cord supplies power For dc power supplies flip the power switch to the On up position After a few minutes the terminal emulator displays the following messages If these messages do not appear press Ctrl L to refresh the screen TNT unconfigured unit The system date is Thu Aug 27 12 34 39 1998 If incorrect pleas nter the proper value using this command date yymmddhhmm Please configure these profiles SYSTEM IP GLOBAL IP INTERFACE LOG SERIAL f T or your operating environment NT Check the PCMCIA flash card file system to verify that the card and its contents have no errors Enter the Fsck command as shown in the following example admin fsck 1 ffs check in progress for card 1 Dir 1 not in use Dir 2 has magic version 2 size 16 sequence Oxa Using dir entry
108. ystem El 2 048Mbps Eight channelized ports FrameLine 2 048Mbps 10 ports Ethernet 2 10 100Mbps Three 10Mbps ports and one 100Mbps port Hybrid Access N A 186 ports IDSL 128Kbps symmetric 32 ports per card OC3 ATM 155 52Mbps One unchannelized OC 3 port SDSL 768Kbps symmetric 24 ports per card Serial WAN Up to 8Mbps Four V 35 ports SWAN Synchronous 51 85Mbps One fiber optic connection Transport Module 0 STM 0 Tl 1 544Mbps Eight channelized ports FrameLine 1 54Mbps 10 ports MAX TNT DSLTNT Hardware Installation Guide 1 5 Introduction to the MAX TNT and DSLTNT DSLTNT system overview Table 1 2 DSLTNT slot cards and their port speeds and capacity continued Card Port speed Port capacity T3 channelized 44 736Mbps One active port and one bypass port Up to four active ports per system Unchannelized 44 736Mbps One active port Up to five DS3 active ports per system 1 6 MAX TNT DSLTNT Hardware Installation Guide Preparing for Installation 2 Before yow begin c ceo sas errata We RC ORE eo cel n Re eSI 2 1 Checking the package contents 2 2 Selecting the installation 2 3 Required installation tools and 2 3 Understanding the unit back

Lucent (TNT-SL-S50) Expansion Module

Contents

Download Pdf Manuals

Related Search

Related Contents