Cisco SMB-BNC adaptor cable 72 inch
Contents
1. V 35 34 pin M block type Winchester male EIA TIA 449 422 DB 37 Subminiature male Max Cable Length Not to exceed interface standards HDM EIA TIA 232D Port Pin Assignments Table C 26 contains a listing of IGX EIA TIA 232D port pin assignments for the HDM s interface card the SDI A standard EIA TIA 232 cable works in this application Table C 26 HDM EIA TIA 232D Port Pin Assignments Pin No IGX Name EIA Name Source Description 1 Frame Gnd AA Both Frame Ground 2 TxD BA DTE Transmit Data from DTE 3 RxD BB DCE Received Data to DTE 4 RTS CA DTE Request to Send 5 CTS CB DCE Clear to Send 6 DSR CC DCE Data Set Ready 7 Signal Ground 8 DCD CF DCE Data Carrier Detect RLSD 9 VS Both 12 volt test 10 VS Both 12 volt test 11 QM DCE Equalizer Mode to DTE only 12 SDCD SCF DCE Secondary Data Carrier Detect 13 SCTS SCB DCE Secondary Clear to Send 14 STxD SBA DTE Secondary Transmit Data 15 TxC DB DCE Transmitter Clock 16 SRxD SBB DCE Secondary Received Data 17 RxC DD DCE Receiver Clock 18 RL DTE Remote Loop Back 19 SRTS SCA DTE Secondary Request to Send 20 DTR CD DTE Data Terminal Ready 21 SQ CG DCE Signal Quality Detect 22 RI CE DCE Ring Indicator 23 SF CH DTE Signal Rate Select to DCE 23 SI CI DCE Signaling Rate Indicator to DTE 24 XTC DA DTE External Transmitter Clock 25 TST DCE Test Indicator 16 Cisco IGX 8402. UFI interface can be connected to the HSSI interface of a Cisco Router which is a native DTE using a straight pin to pin HSSI standard cable attached to a UFI back card or a Cisco Router in either DTE or DCE modes A UFI card in DCE mode can be connected to any DTE interface using the same standard Cisco cable When UFI is configured in DTE mode it needs the HSSI DTE cable to connect to a DCE interface The wiring details are shown in Table C 23 for cable number 72 1265 01 Table C 23 UFI HSSI DTE Pin Assignments Pin No J1 to J2 Name Direction Description 1 26 to 1 26 SG Signal Ground 2 27 to 9 34 RT TT Output Receive Timing Terminal Timing 3 28 to 8 33 CA TA Output DCE Available DTE Available 4 29 to 11 36 RD SD Output Receive Data Send Data 5 30 to 10 35 LC LA Output DCE loop Request Loopback Circuit A 6 31 to 14 39 ST DT Output Send Timing Send Timing in DTE 7 32 to 7 32 SG Signal Ground 8 33 to 3 28 TA CA Input DTE Available DCE Available 9 34 to 2 27 TT RT Input Terminal Timing Receive Timing 10 35 to 5 30 LA LC Input Loopback Circuit A DCE loop Request 11 36 to 4 29 SD RD Input Send Data Receive Data 12 37 to 24 49 LB TM Input Loopback Circuit B Test Mode 13 38 to 13 38 SG Signal Ground 14 39 to 6 31 DT ST Input Send Timing in DTE Send Timing 15 through 18 to not used Not used 40 through 43 19 44 to 19 44 SG Signal Ground 20 through 23 to n
3. VS Both 12V test voltage 12 VS Both 12V test voltage 13 DCD CF DCE Data Carrier Detect RLSD 14 RL DTE Remote Loop for modem loopback 15 MOD Mode Select for cable DTE or DCE Table C 33 Wiring List DB 15 to DB 25 Adapter Cable LDI as DTE DB 15 Pin No DB 25 Pin No LDI IGX Name User Description 1 Frm Gnd 1 Frame Ground 2 RxD 3 Received Data to DTE 3 RTS 4 Request to Send 4 TxD 2 Transmit Data from DTE 5 CTS 5 Clear to Send 6 XTC 24 External Transmit Clock 7 RxC 17 Receive Clock 8 SG 7 Signal Ground 9 DTR 20 Data Terminal Ready 10 DSR 6 Data Set Ready 11 VS 9 12V test voltage 12 VS 10 12V test voltage 13 DCD 8 Data Carrier Detect RLSD 14 RL 21 Remote Loop output 15 MOD n c Connects internally to DB 15 8 3 LL 18 Local Loop output 3 1 You can order this cable in lengths of 10 ft 25 ft 50 ft 75 ft and 100 ft The Cisco model number is CAB 5626E xx where xx is the length as follows 10 10 ft 25 25 ft 50 50 ft 75 75 ft and 00 100 ft 2 You can use one of these pins to force a control pin to stay high or low 3 No LDI local loop output is available Try using DTR output DB 15 9 Note Two adapter cables are available for the LDI card The choice of cable determines whether the LDI card functions as a DCE or as a DTE These can be ordered from Cisco Systems or made by the customer Make sure the correct cable is use
4. 12 AWG or 4 sq mm Connector At the system end Cisco provides a pluggable wire block with screw type clamping for the three conductors The customer or installer attaches the customer supplied wiring to this block SCM Cabling SCM cabling connects the Network Management ports on the SCM to Cisco WAN Manager formerly StrataView Plus Network Management computers control terminals and modems This cabling also provides the connection for an external clock source 24 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 Auxiliary and Control Port Cabling Interface Suggested Cable Cable Length Cable Connector The IGX SCM auxiliary and control ports are configured as an EIA TIA 232 DCE port 24 AWG 25 pair A straight through EIA TIA 232 cable is used for a terminal or printer connection A null modem cable Figure C 1 is needed when interfacing with modems on either port 50 feet 15 m maximum assignments DB 25 subminiature male Table C 38 contains a list of the port pin Table C 38 SCM AUX and Control Port Pin Assignments Pin No Name Source Description 1 FG both Frame Ground 2 TxD DTE Transmit Data 3 RxD DCE Receive Data 4 RTS DTE Request to Send 5 CTS DCE Clear to Send 6 DSR DCE Data Set Ready 7 SG both Signal Ground 8 CD DCE Carrier Detect 20 DTR DTE Null Modem Cable Data Term Ready Figure C 1 shows a null modem cable that con
5. 35 Port Pin Assignments Pin No Name Source Description A Gnd both Protective Shield ground B Sig Gnd both Signal ground C RTS DTE Request to Send D CTS DCE Clear to Send E DSR DCE Data Set Ready F DCD DCE Data Carrier Detect RLSD H DTR DTE Data Terminal Ready J RI DCE Ring Indicator K TM DCE Test Mode P S TxD DTE Transmit Data from DTE R T RxD DCE Receive Data to DTE U W XTC DTE External Transmitter Clock V X RxC DCE Receiver Clock Y a TxC DCE Transmitter Clock 20 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 LDM EIA TIA 232 Port Pin Assignments Table C 32 lists the EIA TIA 232 port pin assignments at the DB 15 connector on the LDM s LDI back card The LDM card supports a limited subset of EIA control leads The LDI always uses a DCE or DTE DB 15 to DB 25 adapter cable Refer to Table C 33 and Table C 34 for wiring lists and the pin outs for the standard male DB 25 connector to the user data device Table C 32 LDM EIA TIA 232 Port Pin Assignments PinNo IGX Name EIA Name Source Description 1 Shield AA Both Frame Ground 2 TxD BA DTE Transmit Data from DTE 3 CTS CB DCE Clear to Send 4 RxD BB DCE Received Data to DTE 5 RTS CA DTE Request to Send 6 XTC DB DCE Transmitter Clock 7 RxC DD DCE Receiver Clock 8 SG AB Both Signal Ground 9 DSR CC DCE Data Set Ready 10 DTR CD DTE Data Terminal Ready 11
6. DTE Port Pin Assignments Table C 18 lists the UFI X 21 and V 35 DTE pin assignments at the DB 60 connector on the card Table C 18 UFI X 21 and V 35 DTE Port Pin Assignments Pin No Name Source Direction Description 71 14 SG Both Signal Ground 9 22 RxC DCE Input Receive Clock 5 18 TxC DCE Input Transmit Clock 3 16 RxD DCE Input Receive Data 2 15 TxD DTE Output Transmit Data 6 19 XTC DTE Output External Transmit Clock 4 17 DTR DTE Output Data Terminal Ready 10 23 DSR DCE Input Data Set Ready 11 RTS DTE Output Request To Send 24 CTS DCE Input Clear To Send 12 LLB DTE Output Local Loopback Command 13 RLB DTE Output Remote Loopback 26 TM DTE Output Test Mode 20 SG Both Signal Ground 25 DCD DCE Input Data Carrier Detect 1 DCE Input Port in DCE Mode 7 UFI X 21 and V 35 DCE Port Pin Assignments Table C 19 lists the UFI X 21 and V 35 DCE pin assignments at the DB 60 connector on the card Table C 19 UFI X 21 and V 35 DCE port Pin Assignments Pin No Name Source Direction Description 71 14 SG Both Signal Ground 8 21 RxC DCE Output Receive Clock 6 19 TxC DCE Output Transmit Clock 3 16 TxD DTE Input Transmit Data 2 15 RxD DCE Output Receive Data 9 22 XTC DTE Input External Transmit Clock 4 17 DSR DCE Output Data Set Ready 10 23 DTR DTE Input Data Terminal Ready 11 CTS DCE Output Clear To Send 24 RTS
7. DTE Input Request To Send 25 LLB DTE Input Local Loopback Command 26 RLB DTE Input Remote Loopback 13 TM DTE Output Test Mode 20 SG Both Signal Ground 12 DCD DCE Output Data Carrier Detect 1 DTE Input Port in DTE Mode 8 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 V 35 DCE Female Cable Pin Assignments Table C 20 lists the V 35 DCE female cable pin assignments Table C 20 UFM V 35 DCE Female Cable Pin Assignments Signal Pin No from J3 Wire Pin No to J1 Signal Signal ground 55 56 Shorting group Signal ground Signal ground 50 51 Shorting group Signal ground Shield ground 46 Shield A Shield ground vl1 TXD 17 18 Twisted Pair T R RD 1 v11 TXCOUT 19 20 Twisted Pair AA Y SCT 2 vl1 RXCOUT 21 22 Twisted Pair X V SCR 3 v11 RXCIN 25 26 Twisted Pair W U SCTE 4 vl1 RXD 27 28 Twisted Pair S P SD 5 v28 DSR v28 CTS 34 35 Twisted Pair H C DTR RTS 6 v28 RTS v28 DTR 42 43 Twisted Pair D E CTS DSR 7 v28 LL DCD Not used 44 16 Twisted Pair F B RLSD 8 v28 DCD LL Not used 33 16 Twisted Pair K B LT Not used 9 Shield ground 45 Shield A Shield ground vl1 TXD 3 4 Twisted Pair T R RD 1 v11 TXCOUT 5 6 Twisted Pair AA Y SCT 2 v11 RXCOUT 7 8 Twisted Pair X V SCR 3 v11 RXCIN 29 30 Twisted Pair W U SCTE 4 vl1 RXD 31 32 Twisted Pair S P SD 5 v28 DSR v28 CTS 38 36 Twisted Pair H C DTR RTS 6 v28 RTS v28 DTR 40 41 Twisted Pair D E
8. RS 449 DB 37 subminiature male See Table C 13 through Table C 15 for pinouts Max Cable Length Depends on operating speed Ranges are 400 meters for 256 Kbps though 50 meters for 1 92 Mbps 4 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 Table C 13 SR Connector Pin Assignments V 11 Pin No Description 1 Shield ground 2 TX A 9 TX B 3 CA 10 CB 4 RX A 11 RX B 5 IA 12 IB 6 SA 13 SB 7 not used 8 Signal ground 14 not used 15 not used Table C 14 SR Connector Pin Assignments V 35 Pin No Name Source Description A Gnd both Protective Shield ground B Sig Gnd both Signal ground C RTS DTE Request to Send D CTS DCE Clear to Send E DSR DCE Data Set Ready F DCD DCE Data Carrier Detect RLSD H DTR DTE Data Terminal Ready J RI DCE Ring Indicator K TM DCE Test Mode L N not used P S TxD DTE Transmit Data from DTE R T RxD DCE Received Data to DTE U W XTC DTE External Transmitter Clock V X RxC DCE Receiver Clock Y AA TxC DCE Transmitter Clock BB EE not used Table C 15 SR Connector Pin Assignments EIA TIA 449 Pin No IGX Name EIA Name Source Description 1 Frm Gnd Both Shield Ground 2 SI SI DCE Signaling Rate Indicator to DTE 4 22 TxD SD DTE Transmit Data from DTE 5 23 TxC ST DCE
9. Transmitter Clock 6 24 RxD RD DCE Received Data to DTE 7125 RTS RS DTE Request to Send 8 26 RxC RT DCE Receiver Clock 9 27 CTS CS DCE Clear to Send 10 LL LL DTE Local Loopback 11 29 DSR DM DCE Data Set Ready 12 30 DTR TR DTE Data Terminal Ready 13 31 DCD RR DCE Data Carrier Detect RLSD 14 RL RL DTE Remote Loopback 15 RI IC DCE Ring Indicator 16 SF SF DTE Signal Rate Select to DCE 17 35 XTC TT DTE External Transmitter Clock 18 TM TM DCE Test Mode 19 Sig Gnd SG Both Signal Ground 20 RC DCE Receive Common 28 BSY IS DTE Busy in service 32 SS SS DTE Select Standby 33 SQ SQ DCE Signal Quality Detect 34 NS NS DTE New Synchronization 36 SB SB DCE Standby Indicator 37 SC DTE Send Common 3 21 Spare Table C 16 T3 Connector Pin Assignments Connector Description Rx BNC Receive T3 from trunk Tx BNC Transmit T3 to trunk 6 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 UFM Cabling Table C 17 lists the cables that can connect to the UFM back cards for synchronous and asynchronous circuits Table C 17 UFM Data Cables Cable Parameter Description Cable type Standard V 35 or X 21 Cable connectors X 21 DTE DB 60 male provides two X 21 ports X 21 DCE DB 60 male provides two X 21 ports V 35 DTE DB 60 male provides two V 35 ports V 35 DCE DB 60 male provides two V 35 ports HSSI DB 50 male Maximum cable length Not to exceed interface standards UFI X 21 and V 35
10. Y Cable 10 Feet 1 T1 Cabling E1 Cabling Trunk cables connect the customer DSX 1 crossconnect point or T1 E1 Channel Service Unit CSU to the IGX node at the BC T1 or BC E1 back card Refer to Table C 2 for details Table C 2 T1 Trunk Circuit Line Cabling Specification Cable Parameter Description Cable Type Western Electric 22 AWG ABAM individually shielded twisted pair Two pair per T1 line 1 transmit and 1 receive Cable Connector Male DB 15 subminiature See Table C 3 for pinouts The connector pinouts are the same for both the BA T1 and the MT3 Distribution Panel Maximum Cable Length 533 ft 162 m maximum between the node and the first repeater or CSU Table C 3 T1 Connector Pin Assignments Pin No Description 1 Transmit Tip 2 Transmit Pair Shield 3 Receive Tip 4 Receive Pair Shield 9 Transmit Ring 11 Receive Ring E1 trunk cables connect the customer DSX 1 crossconnect point or E1 Channel Service Unit CSU to the node at the back card Note that variations exist in the pin assignments for some interfaces Table C 6 and Table C 7 show the D connector pinouts for the CVM NTM UFM UVM and FRM Table C 4 E1 Trunk Circuit Line Cabling Specification Cable Parameter Description Cable Type 75 ohm coaxial cable for balanced line or 100 120 ohm twisted pair for unbalanced line Balanced lines use two cables per E1 port Cable Connector Two female BNC for bala
11. ft 22 8 m and 100 ft 30 m Lengths of 101 ft 30 m to 600 ft 183 m are available on a special order Where applicable Table C 43 indicates the connector gender male female as well as the number of pins For example T1 M15 M15 indicates a cable terminated with a male DB 15 at both ends Table C 43 Standard IGX Cables Available From Cisco Model Description Usage 5608 T1 pigtail to RJ48 CSU to telco demarc 5614 T1 M15 M15 turnover E1 trunk to CSU 5616 T1 M15 M15 5680 BNC DB 15 E1 trunk 5685 T1 M15 M15 turnover Y cable E1 trunk redundancy 5630 V 35 M34 F34 Subrate trunk or data circuit 5636E V 35 Y cable Subrate trunk or data circuit redundancy 5645 EIA TIA 422 X 21 adapter DTE IGX is DTE 5646 EIA TIA 422 X 21 adapter DCE IGX is DCE 5644 EIA TIA 422 Y cable Subrate trunk or data circuit redundancy 5695 X 21 DB 15 Y cable Subrate trunk or data circuit redundancy 5620 EIA TIA 232 M25 F25 Control port to control terminal Strata View Plus or external window device 5621 EIA TIA 232 M25 M25 special Control or Aux port to modem 5625 V 35 M15 F25 LDI8 DCE to data device 5626E V 35 M15 M25 LDI8 DTE to data device 5629 EIA TIA 232 M15 M15 Y cable LDI redundancy Note Most cables listed as T1 can also be used for E1 service Note Transmit direction is towards the Y trunk 28 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0
12. 0 Series Installation and Configuration Release 9 3 0 HDM EIA TIA 232C V 24 Port Pin Assignments Table C 27 contains a listing of IGX EIA TIA 232C port pin assignments for the SDI data card A standard EIA TIA 232 V 24 cable is used for this application Table C 27 HDM EIA TIA 232C Port Pin Assignments Pin No IGX Name EIA Name Source Description 1 Frame Gnd AA Both Frame Ground 2 TxD BA DTE Transmit Data from DTE 3 RxD BB DCE Received Data to DTE 4 RTS CA DTE Request to Send 5 CTS CB DCE Clear to Send 6 DSR CC DCE Data Set Ready 7 Signal Ground 8 DCD CF DCE Data Carrier Detect RLSD 9 VS Both 12 volt test 10 VS Both 12 volt test 11 OM Pin 11 DCE Egualizer Mode to DTE DTE Pin 11 to DCE 12 SDCD SCF DCE Secondary Data Carrier Detect 13 SCTS SCB DCE Secondary Clear to Send 14 STxD SBA DTE Secondary Transmit Data 15 TxC DB DCE Transmitter Clock 16 SRxD SBB DCE Secondary Received Data 17 RxC DD DCE Receiver Clock 18 DCR DCE Divided Receiver Clock 19 SRTS SCA DTE Secondary Reguest to Send 20 DTR CD DTE Data Terminal Ready 21 SO CG DCE Signal Ouality Detect 22 RI CE DCE Ring Indicator 23 SFCI CH DTE Signal Rate Select to DCE CI DCE Signaling Rate Indicator to DTE 24 XTC DA DTE External Transmitter Clock 25 BSY DTE Busy in service HDM EIA TIA 449 422 Port Pin Assignments Table C 28 contains a listing of IGX EIA TI
13. 8 CTS 38 36 Twisted Pair E D DSR CTS 6 v28 RTS v28 DTR 42 43 Twisted Pair C H RTS DTR 7 v28 LL DCD Not used 39 15 Twisted Pair K B LT 8 v28 DCD LL Not used 37 15 Twisted Pair F B RLSD Not used 9 Note The CAB 2 V 35 DTE 1 Winchester connector corresponds to an odd UFM U port and the CAB 2 V 35 DTE 2 Winchester connector corresponds to an even UFM U port 12 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 UFI HSSI Port Pin Assignments Table C 22 lists the UFI HSSI pin assignments at the DB 50 connector on the card Table C 22 UFI HSSI Pin Assignments Pin No Name Source Direction Description 1 26 SG Both Signal Ground 2 27 RT DCE Output Receive Timing 3 28 CA DCE Output DCE Available 4 29 RD DCE Output Receive Data 5 30 LC DTE Output DCE loop Reguest 6 31 ST DCE Output Send Timing 7 32 SG Both Signal Ground 8 33 TA DTE Input DTE Available 9 34 TT DCE Input Terminal Timing 10 35 LA DTE Input Loopback Circuit A 11 36 SD DTE Input Send Data 12 37 LB DTE Input Loopback Circuit B 13 38 SG Both Signal Ground 14 39 DT DTE Input Send Timing in DTE 15 to 18 DCE Output Undefined to DCE 19 44 SG Both Signal Ground 20 to 23 DTE Input Undefined from DCE 24 49 TM DTE Output Test Mode 25 50 SG Both Signal Ground The UFI HSSI interface is native DCE The interface pin assignment is done in such a way that the
14. A 449 422 port pin assignments A standard EIA TIA 449 cable is used for this application unless the interface is X 21 Table C 28 HDM EIA TIA 449 422 Port Pin Assignments Pin No IGX Name EIA Name Source Description 1 Both Shield Ground 2 SI SI DCE Signaling Rate Indicator to DTE 3 Spare 4 22 TxD SD DTE Transmit Data from DTE 5 23 TxC ST DCE Transmitter Clock 6 24 RxD RD DCE Received Data to DTE 7 25 RTS RS DTE Request to Send 8 26 RxC RT DCE Receiver Clock 9 27 CTS CS DCE Clear to Send 10 LL LL DTE Local Loopback 11 29 DSR DM DCE Data Set Ready 12 30 DTR TR DTE Data Terminal Ready 13 31 DCD RR DCE Data Carrier Detect RLSD 14 RL RL DTE Remote Loopback 15 RI IC DCE Ring Indicator 16 SF SF DTE Signal Rate Select to DCE 17 35 XTC TT DTE External Transmitter Clock 18 TM TM DTE Test Mode 19 SG Both Signal Ground 20 RC DCE Receive Common 21 Spare 28 BSY IS DTE Busy in service 32 SS SS DTE Select Standby 33 SQ SQ DCE Signal Quality Detect 34 NS NS DTE New Synchronization 36 SB SB DCE Standby Indicator 37 SC DTE Send Common See Table C 29 and Table C 30 for Wire Lists for adapter cables for X 21 application This adapter cable is available in two models one is used when the HDM SDI card set operates as a DCE and the other when the HDM SDI operates as a DTE It has a male DB 37 on the IGX end and a female DB 15 DCE or male DB 15
15. APPENDIX C Cabling Summary Introduction This appendix provides details on the cabling required to connect customer devices to an IGX node In all cable references the transmit direction is from the node and receive is to the node Note EIA TIA 232 and EIA TIA 449 existed as recommended standards RS 232 and RS 449 before the Electronics Industries Association EIA and Telecommunications Industry Association TIA accepted them as standards UXM E Cabling The cabling for the UXM E appears in Table C 1 Table C 1 UXM E Cable Model Numbers and Descriptions Model Number CAB SMF Y SC Description Single mode fiber Y cable with SC male connectors CAB T3E3 PL Y SMB BNC Y cable Posi Lok SMB female connector on Y end and BNC female connector on tail end CAB T3E3 PL Y 6 Bundle of 6 SMB BNC Y cable CAB T3E3 PL Y 12 Bundle of 12 SMB BNC Y cable CAB SMF SC x Standard single mode fiber cable with SC male connectors x ft 10 25 50 75 100 CAB MMF SC x Standard Multi Mode Fiber cable with SC male connectors x ft 10 25 50 75 100 CAB T3E3 PL AD SMB BNC adaptor cable 72 inch CAB T3E3 PL AD 6 Bundle of 6 SMB to BNC adaptor cable CAB T3E3 PL AD 12 Bundle of 12 SMB to BNC adaptor cable CAB 5607 10 DB 15 Y Cable M15 F15 10 Feet CAB 5614 x T1 M15 M15 Xover x ft 10 25 50 75 100 CAB 5616 x TI M15 M15 x ft 10 25 50 75 100 CAB 5685 10 E1
16. CTS DSR 7 v28 LL DCD Not used 39 15 Twisted Pair F B RLSD 8 v28 DCD LL Not used 37 15 Twisted Pair K B LT Not used 9 Note The CAB 2 V 35 DCE 1 Winchester connector corresponds to an odd UFM U port and the CAB 2 V 35 DCE 2 Winchester connector corresponds to an even UFM Uport 10 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 V 35 DTE Male Cable Pin Assignments Table C 21 lists the V 35 DTE male cable pin assignments Table C 21 UFM V 35 DTE Male Cable Pin Assignments Signal Pin No from J3 Wire Pin No to J1 Signal p2_mode_0 Ground p2_mode_DCE 55 56 54 Shorting group pl_mode_0 Ground p1_mode_DCE 50 51 52 Shorting group Shield ground 46 Shield A Shield ground v11 TXD 17 18 Twisted Pair S P SD 1 v11 TXCOUT 19 20 Twisted Pair W U SCTE 2 v11 TXCIN 23 24 Twisted Pair AA Y SCT 3 v11 RXCIN 25 26 Twisted Pair X V SCR 4 v11 RXD 27 28 Twisted Pair TR RD 5 v28 DSR v28 CTS 34 35 Twisted Pair E D DSR CTS 6 v28 RTS v28 DTR 42 43 Twisted Pair C H RTS DTR 7 v28 LL DCD Not used 44 16 Twisted Pair K B LT 8 v28 DCD LL Not used 33 16 Twisted Pair F B RLSD Not used 9 Shield ground 45 Shield A Shield ground v11 TXD 3 4 Twisted Pair S P SD 1 v11 TXCOUT 5 6 Twisted Pair W U SCTE 2 v11 TXCIN 13 14 Twisted Pair AA Y SCT 3 vl1 TXCIN v11 RXCIN 29 30 Twisted Pair X V SCR 4 v11 RXD 31 32 Twisted Pair TR RD 5 v28 DSR v2
17. DTE on the user end 18 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 Table C 29 Wiring List SDI EIA TIA 449 to X 21 Adapter Cable for EIA TIA 449 DCE DB 37 Pin No DB 15 Pin No SDI IGX Name User Description 1 Drain 1 Frame Ground 4 TxD A 2 Transmit Data from DTE 22 TxD B 9 Transmit Data from DTE 6 RxD A 4 Receive Data to DTE 24 RxD B 11 Receive Data to DTE 7 RTS A 3 Request to Send 25 RTS B 10 Request to Send 9 CTS A 5 Clear to Send 27 CTS A 12 Clear to Send 8 RxC A 6 Receive Clock 26 RxC B 13 Receive Clock 19 SG 8 Signal Ground Table C 30 Wiring List SDI EIA TIA 449 to X 21 Adapter Cable for EIA TIA 449 DTE DB 37 Pin No DB 15 Pin No SDI IGX Name User Description 1 Drain 1 Frame Ground 4 TxD A 2 Transmit Data from DTE 22 TxD B 9 Transmit Data from DTE 6 RxD A 4 Receive Data to DTE 24 RxD B 11 Receive Data to DTE 7 RTS A 3 Request to Send 25 RTS B 10 Request to Send 9 CTS A 5 Clear to Send 27 CTS A 12 Clear to Send 5 TxC A 6 Transmit Clock 23 TxC B 13 Transmit Clock 19 SG 8 Signal Ground 5 to 8 TxC A Receive Clock 23 to 26 TxC B Receive Clock 1 Loops Receive Clock to Transmit Clock when necessary HDM V 35 Port Pin Assignments Table C 31 contains a listing of IGX V 35 Port pin assignments for the SDI card A standard V 35 cable works this application Table C 31 HDM V
18. SDI special DTE DCE jumper EIA TIA 422 449 SDI 5644 TI BC T1 5607 El BC E1 5685 Power Cabling This section describes AC and DC power cabling between the IGX node and the power source Source end connector information is not available for all countries so local codes must be known or obtained by either the customer or installer Table C 36 describes AC power cabling Table C 37 describes DC power cabling Table C 36 AC Power Cabling Piece Cable Standard Cisco provides a 6 foot 1 8m 3 conductor cord with an IEC 320 C 19 appliance coupler for mating with the IGX node on the system end The other end of the power cord should be a grounding type attachment plug as described in the paragraphs that follow Connector Table C 37 Piece In North America and Japan For IGX 8320 8430 NEMA L6 20 Twist Lock For IGX 8410 NEMA L6 20 Twist Lock or NEMA 5 15 For Continental Europe CEE 7 7 Schuko For Italy CEI 23 16 VII 16 Amp plug For United Kingdom and Ireland BS 1363 For Australia and New Zealand AS 3112 For those countries not appearing in the preceding list use a power cord with an IEC 320 C 19 appliance coupler for the system end and an appropriate grounding type attachment plug at the other end in accordance with local standards DC Power Cabling Standard Cable You provide a 3 conductor cord The other end of the power cord should be a grounding type attachment The wire gauge is 10 to
19. d for the type of user device connected 22 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 Table C 34 Wiring List DB 15 to DB 25 Adapter Cable LDI as DCE DB 15 Pin No DB 25 Pin No LDI IGX Name User Description 1 Shield 1 Frame Ground 2 TxD 2 Transmit Data from DTE 3 CTS 5 Clear to Send 4 RxD 3 Receive Data to DTE 5 RTS 4 Request to Send 6 RxC 17 Receive Clock connects to DB 25 152 7 XTC 24 External Transmit Clock 8 SG 7 Signal Ground 9 DSR 6 Data Set Ready 10 DTR 20 Data Terminal Ready 11 VS 9 12V test voltage 12 VS 10 12V test voltage 3 13 not connected not connected not used 14 DCD 8 Data Carrier Detect RLSD 15 MOD n c Mode Select no connection for DCE cable not connected TxC 15 Transmit Clock connects to DB 25 17 2 1 You can order this cable in lengths of 10 ft 25 ft 50 ft 75 ft and 100 ft The Cisco model number is CAB 5625 xx where xx is the length as follows 10 10 ft 25 25 ft 50 50 ft 75 75 ft and 00 100 ft 2 Pins 15 and 17 connect through a jumper 3 You can use one of these pins to force a control pin to stay high or low Redundancy Cabling Table C 35 lists the Y cables used for redundancy for IGX back cards Table C 35 Redundancy Y Cables Cable Used On Cisco Part No EIA TIA 232C SDI 5624 EIA TIA 232D SDI 5624 EIA TIA 232 LDI 5629 V 35 SDI 5635 V 35
20. gnal attenuation which cannot exceed 13 dB Table C 9 TTC Connector Pin Assignments Balanced Pin No Description 2 Send Tip S T 9 Send Ring S R 4 Receive Tip R T 11 Receive Ring R R 1 Ground Y1 Trunk Cabling Table C 10 and Table C 11 describe the Y1 cable and the connector pin assignments respectively Table C 10 Japanese Y1 Cabling Pin No Description Cable Type 110 ohm twisted pair balanced operation Two cable pairs 1 transmit 1 receive per Y1 line Cable Connection Male DB 15 See Table C 11 for pinouts Max Cable Length Maximum cable length is determined by Vp p Voltage peak to peak The maximum permissible value is 1 Vp p Table C 11 Y Trunk Connector Pin Assignments Balanced Pin No Description 2 Transmit Tip T A 9 Transmit Ring T B 4 Receive Tip R A 11 Receive Ring R B 1 Shield Subrate SR Cabling This section lists general data for the subrate cabling and the pinouts for different types of interfaces that support subrate operation Table C 12 contains general specifications for the subrate cabling Table C 13 Table C 14 and Table C 15 list the pinouts for V 11 V 35 and EIA TIA 449 interfaces respectively Table C 12 Subrate Trunk Cabling Specification Cable Parameter Description Cable Type 100 120 ohm twisted pair telephone cable Cable Connector V 11 DB 15 subminiature male V 35 34 pin M block Winchester male MIL188
21. nced connection male DB 15 for unbalanced connection See Table C 5 Table C 6 and Table C 7 for pinouts Max Cable Length E1 output complies with G 703 so attenuation must not exceed 6dB at 1024 kHz applies to 75 ohm coax or 120 ohm twisted pair Maximum length is 100 meters between the IGX node and the first repeater or CSU Table C 5 E1 Connector Pin Assignments Balanced Connector Description Rx BNC Receive E1 from trunk Tx BNC Transmit E1 to trunk 2 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 Table C 6 Pin No E1 D Connector Pinout CVM and NTM Back Cards Description 1 Receive Tip Receive Pair Shield Transmit Tip ODOJ N Receive Ring Transmit Pair Shield Transmit Ring Table C 7 E1 D Connector Pinout FRM UFM and UVM Back Cards Pin No 1 Description Transmit Tip Transmit Pair Shield Receive Tip Receive Pair Shield 2 3 4 9 Transmit Ring 11 Receive Ring TTC JJ 20 J1 Cabling Table C 8 and Table C 9 describes the J1 cabling and the TTC connector pinouts respectively Table C 8 Japanese J1 Cabling Cable Parameter Description Cable Type 110 ohm twisted pair for balanced 2 cable pairs 1 transmit 1 receive per TTC Cable Connection Male DB 15 for balanced connection See Table C 9 for pinouts Max Cable Length Maximum length depends on si
22. nects some of the 1200 and 2400 baud modems to the IGX Control and Auxiliary ports Figure C 1 Null Modem Cable 20 H8377 20 External Clock Input Cabling Two separate clock inputs exist and can be used simultaneously on the IGX They are labelled External 1 and External 2 Both clock inputs require an EIA TIA 422 balanced square wave signal at either 1 544 or 2 048 MB per second Note Standard DS1 or El BITS clock sources using AMI bipolar pulse stream signals are not compatible with IGX external clock inputs Table C 39 External Clock Cabling Cable Parameter Description Interface Balanced EIA TIA 422 Suggested cable 24 AWG individually shielded 1 or 2 pair Cable connector DB 15 subminiature male See Table C 40 for pinouts Maximum cable length 50 ft 15 m Table C 40 External Clock Connector Pin Assignments Pin No Description 1 External Clk 1 A 9 External Clk 1 B 2 Shield ground pair 1 3 External Clk 2 A 11 External Clk 2 B 4 Shield ground pair 1 5 8 192 MHz test output factory use only External Alarm Cabling This cable connects network alarm outputs to either the DTI Faceplate or the ARI card Alarm connector Table C 41 lists particulars for the physical interface Table C 42 lists the pinouts for the network alarm outputs In Table C 42 note that pins whose names end in A are normally open and pins whose name
23. ot used Not used 45 through 48 24 49 to 12 37 TM LB Output Test Mode Loopback Circuit B 25 50 to 25 50 SG Signal Ground 14 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 FRI V 35 Port Pin Assignments Table C 24 contains a listing of IGX V 35 pin assignments for the Frame Relay FRI card A standard V 35 cable is used for this application Table C 24 FRI V 35 Port Pin Assignments Pin No Name Source Description A Gnd both Protective Shield ground B Sig Gnd both Signal ground C RTS DTE Request to Send D CTS DCE Clear to Send E DSR DCE Data Set Ready F DCD DCE Data Carrier Detect H DTR DTE Data Terminal Ready L LLB DTE Local Loopback command to user device N RLB DTE Remote Loopback command to user device n TM DTE Test Mode indicates user device ready for test P S TxD DTE Transmit Data from DTE R T RxD DCE Receive Data to DTE U W XTC DTE External Transmitter Clock V X RxC DCE Receiver Clock Y a TxC DCE Transmitter Clock Data Cabling This section contains Table C 25 through Table C 34 These tables describe the cables for the LDM and HDM card sets The HDM and LDM are high speed and low speed data cards Table C 25 Synchronous Data Cables Cable Parameter Description Cable Type Standard EIA TIA 232C D V 24 V 35 or EIA TIA 449 422 with adaptor cable for X 21 Cable Connectors EIA TIA 232C D V 24 DB 25 Subminiature male
24. s end in C are common Table C 41 External Alarm Interface Parameter Description Interface Dry contact relay closure Wire 24 AWG shielded 10 pairs Connector DB 37 Subminiature male 26 Cisco IGX 8400 Series Installation and Configuration Release 9 3 0 Table C 42 Network Alarm Pin Assignments Pin No Name Description 1 CHASSIS Chassis Ground 2 Reserved 3 NWMAJA Network Major Alarm 4 NWMAJC Network Major Alarm 5 Reserved 6 Reserved 7 Reserved 8 Reserved 9 Reserved 10 MNVISA Minor Visual Alarm 11 Reserved 12 MNVISC Minor Visual Alarm 13 Reserved 14 Unused 15 Unused 16 MJAUDC Major Audible Alarm 17 MJAUDA Major Audible Alarm 18 Unused 19 Unused 20 Reserved 21 Reserved 22 Reserved 23 NWMINA Network Minor Alarm 24 Reserved 25 NWMINC Network Minor Alarm 26 Reserved 27 Reserved 28 Reserved 29 MNAUDA Minor Audible Alarm 30 Reserved 31 MNAUDC Minor Audible Alarm 32 Unused 33 Unused 34 Unused 35 MJVISC Major Visual Alarm 36 MJVISA Major Visual Alarm 37 Unused Standard IGX Cables Table C 43 lists the cables you can order directly from Cisco Systems The length of the cable appears as a suffix to the model number For example 5610 50 indicates a 50 foot cable Cables are generally available in standard lengths of 10 ft 3 m 25 ft 7 6 m 50 ft 15 m 75
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