TMA Management cabling
TMA Management cabling This document guides you to find the right cables to interconnect Telindus access devices and the TMA management applications. Interconnections include all possible connections between the Orchid management concentrators, the access devices and the maintenance stations. Interconnections over an IP network are left out of this document, since this involves connections with other equipment using standard cables. In this document the term Orchid concentrator is used for Orchid 1003 LAN and for Telindus 1035 Orchid. Figures show one of both Orchid concentrators. Except when explicitly mentioned, the text applies to both concentrators. Below is the table of contents for this document.
TMA Management cabling ............................................................................................ 1 1
Connecting TMA ..............................................................................................................2 1.1 1.2 1.3
2
Connecting TMA to an Aster 4 Flash.......................................................................................2 Connecting TMA to another Telindus device...........................................................................3 Connecting TMA to the Orchid concentrator ...........................................................................4
Connecting modems to an Orchid concentrator...............................................................5 2.1 2.2 2.3
3 4
Connecting card version devices to an Orchid concentrator...................................................5 Connecting desktop devices to an Orchid ...............................................................................6 Management on extended links...............................................................................................6
Connecting the Orchid concentrator to the IP network.....................................................9 Cable specifications .......................................................................................................10 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9 4.10 4.11 4.12 4.13 4.14 4.15
5
Telindus
Cable layout 1 ........................................................................................................................10 Cable layout 2 ........................................................................................................................10 Cable layout 3 ........................................................................................................................11 Cable layout 4 ........................................................................................................................11 Cable layout 5 ........................................................................................................................12 Cable layout 6 ........................................................................................................................12 Cable Layout 7.......................................................................................................................12 Cable Layout 8.......................................................................................................................13 Cable layout 9 ........................................................................................................................13 Cable Layout 10.....................................................................................................................13 Cable layout 11 ......................................................................................................................14 Cable layout 12 ......................................................................................................................14 Cable Layout 13.....................................................................................................................14 Cable Layout 14.....................................................................................................................15 Cable Layout 15.....................................................................................................................15
Conversion table for old cable codes .............................................................................16
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1 Connecting TMA 1.1
Connecting TMA to an Aster 4 Flash
There are two possible ways to connect the Telindus Maintenance application to an Aster 4 Flash. The first preferred possibility is via the NMS connector. The second possibility is via the V.24 DTE connector. If one wants to use TMA to locally connect to an Aster 4 Flash card version, one can only connect to the modem via modem A’s DTE port.
Figure 1: Connecting a PC with TMA to the Aster 4 Flash Local maintenance on the NMS connector If you have an Aster 4 Flash with NMS connector, this is the recommended way to connect TMA. A connection via the NMS connector can be made without the need to make elaborate settings to the modem. Just make sure that the NMS/NMS SPEED is 9600 (default value). The cable layout is Cable layout 1. Local maintenance on the DTE connector If you have an Aster 4 Flash without NMS connector, this is the only way to connect TMA if no Orchid 1003 LAN is available. To enable TMA to connect, make sure your modem has the following settings: • • • •
the modem is off-line and in PSTN mode PORT/FIX DTE SPEED = AUTO or 9600 (default value = AUTO) PORT/PARITY = 8+none (default value) DIALLER/DIAL CMD MODE = ASYNC (default value)
The cable layout is Cable layout 2. If your Aster 4 Flash is equipped with a X.21 interface, use a V.24 to X.21 interface converter between this cable and the DTE port.
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1.2
Connecting TMA to another Telindus device
The cable used to connect TMA to other Telindus devices is the same. It is a straight DB9 cable. The pin layout and the product codes can be found under Cable layout 3.
Figure 2: Connecting TMA to a Crocus modem
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1.3
Connecting TMA to the Orchid concentrator
Figure 3: Connecting TMA to the Orchid concentrator One can connect TMA to the Orchid 1003 LAN concentrator locally via 3 ports: the CTRL Port, one of the asynchronous ports and Port A. The ports must be properly configured. One can connect TMA to the Telindus 1035 Orchid via the CTRL port. The cable used to connect to the Orchid concentrator for each case is shown in the table below. CTRL port
Async port
Port A
Orchid 1003 LAN TT
Cable layout 4
Cable layout 4
Cable layout 4
Orchid 1003 LAN CV
Cable layout 3
Cable layout 4
Cable layout 4
Telindus 1035 (CV and TT)
Cable layout 3
-
-
Connection over an IP network is possible if the Orchid 1003 LAN has an IP address. One can also connect with TMA to the orchid over an Ethernet network when the MAC address of the Orchid 1003 LAN is known. In this case an IP address can be given to the LAN interface while connecting over Ethernet. Use a straight Ethernet cable if you connect via a network unit (HUB)(Cable layout 5). Use a crossed Ethernet cable if you connect your PC directly to the Orchid 1003 LAN (Cable layout 6). For more information about the connection via TMA please check the TMA user manual.
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2 Connecting modems to an Orchid concentrator 2.1
Connecting card version devices to an Orchid concentrator
Figure 4: Connecting card version devices to an Orchid concentrator The management of card modems and other devices in a CN3 or CN4 card nest occurs over a highspeed serial bus on the card nest back plane. Remote modems are also manageable over the line. The cable for the high-speed bus connection to the Orchid concentrator is delivered with the card nest. All modems in the card nest are connected and managed via this bus. One can manage up to 7 card nests with one Orchid 1003 LAN and up to 4 card nests with one Telindus 1035 Orchid when the card nests are interconnected. Please notice that the high-speed bus cable length is limited and if you are connecting more than one card nest to one Orchid concentrator, you best divide the load over the two high-speed ports of the Orchid (if available). Interconnection between different card nests is done with the same cable from HS port to HS port. see Cable Layout 7.
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2.2
Connecting desktop devices to an Orchid
Figure 5: Connecting desktop devices to an Orchid If the network topology shows a low device density on a central location, desktop units can be used instead of card versions for connection to an Orchid 1003 LAN or Telindus 1035 Orchid via one of the asynchronous ports on the Orchid concentrator. The number of asynchronous ports can be extended via an Orchid DM. Figure 5 shows how different central desktop device types can be connected with an Orchid concentrator. The cable layouts are given both for an RJ45 connector on the Orchid (Orchid 1003 LAN TT and Orchid 1003 LAN CV port 2) as well as for a DB9 connector on the Orchid (Orchid 1003 LAN CV PORT1/CTRL and CTRL and AUX ports on Telindus 1035 Orchid). To connect the Aster 4 Flash, the Crocus HS or the Orchid DM to an Orchid port, use Cable layout 9 (RJ45) or Cable layout 11 (DB9). To connect any other desktop device to an Orchid port, use Cable Layout 8 (RJ45) or Cable Layout 10 (DB9). The Orchid concentrator asynchronous ports must be configured properly for connection to desktop network units (see attribute o1003/interfaces/port[ ]/application on Orchid 1003 LAN and telindus1035/management/ctrlPortProtocol). The AUX port on Telindus 1035 is by default configured for connection to desktop network units. The Aster 4 modems without Flash memory use a DB9 NMS connector, which is not compatible with the DB9 connector on the Crocus devices. For more information on cabling issues when using older modem types, please check the old cabling document.
2.3
Management on extended links
To make management possible on extended links, the modems’ NMS connectors must be interconnected. Management on extended links is possible on all desktop devices with a NMS connector, except the Crocus HS. Telindus
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Figure 6: managing extended links Figure 6 shows how one can extend the management on an extended modem link. When extending links, the cable between both data interfaces should be crossed since both devices are DCE. The table below shows which cable to use. To connect the NMS port of device ↓ with NMS port of device ->, use …
Aster 4 Flash or Crocus HS
Other Telindus device
Aster 4 Flash or Crocus HS
Cable layout 12
Cable Layout 13
Other Telindus device
Cable Layout 13
Cable Layout 10
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Figure 7: managing extended links with Orchid DM Figure 7 shows how one can extend the management on several extended modem links using an Orchid DM in between. The devices on the left of the figure are located towards the Orchid concentrator (upward). The devices on the right of the figure are located downwards to the most remote devices. The cables to the downward devices are straight cables. The cable towards the upward device is a crossed cable, except when the upward device is an Orchid DM as well. The figure shows which cables to use in each case.
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3 Connecting the Orchid concentrator to the IP network
Figure 8: Connecting the Orchid concentrator to the IP network The communication between the Orchid concentrator and the network management station like HP OpenView occurs over an IP network. The Orchid concentrator may send the IP traffic on its Ethernet twisted pair interface. Use a straight Ethernet cable to connect the Orchid concentrator to the Ethernet network (Cable layout 5). Alternatively the Orchid concentrator has built-in encapsulation of the IP traffic into X.25, PPP, Frame Relay and/or ATM for transport over WAN links. On Orchid 1003 LAN, port A can be used for this purpose. Port B can also be used for a PPP connection. The cable to use for the WAN ports depends on whether the connected WAN equipment has a DTE or DCE interface type. Use Cable Layout 14 for DCE equipment (the WAN equipment delivers the clock) and Cable Layout 15 for DTE equipment (the Orchid 1003 LAN delivers the clock). On the Telindus 1035 Orchid, 2 E1 ports and 1 RS530 port is available. Cables for such ports are defined in the data cables document.
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4 Cable specifications 4.1
Cable layout 1
Cable layout DB25F – RJ45 DB25 female connector (DTE)
RJ45 male connector (DCE)
2 TXD (output) 3 RXD (input) 7 GND
6 TXD (input) 3 RXD (output) 5 GND
Cable layout DB9F – RJ45 DB9 female connector (DTE)
RJ45 male connector (DCE)
2 RXD (input) 3 TXD (output) 5 GND
3 RXD (output) 6 TXD (input) 5 GND
Sales Codes Sales Code
Length
Description
173760 173761 173763 173765 173766 173767
1M 3M 5M 1M 3M 5M
CBL TMA CBL TMA CBL TMA CBL TMA CBL TMA CBL TMA
4.2
DB9F-RJ45 1M DB9F-RJ45 3M DB9F-RJ45 5M DB25F-RJ45 1M DB25F-RJ45 3M DB25F-RJ45 5M
Cable layout 2
Cable layout DB25F – DB25M DB25 female connector (DTE) 2 3 7
DB25 male connector (DCE)
TXD (output) RXD (input) GND
2 3 7
TXD (input) RXD (output) GND
Cable layout DB9F – DB25M DB9 female connector (DTE) 3 2 5
DB25 male connector (DCE)
TXD (output) RXD (input) GND
2 3 7
TXD (input) RXD (output) GND
Sales Codes Sales Code
Length
Description
173768 173769 173770 173771 173772 173773
1M 3M 5M 1M 3M 5M
CBL TMA CBL TMA CBL TMA CBL TMA CBL TMA CBL TMA
Telindus
DB25F-DB25M 1M DB25F-DB25M 3M DB25F-DB25M 5M DB9F-DB25M 1M DB9F-DB25M 3M DB9F-DB25M 5M
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4.3
Cable layout 3
Cable layout DB9F – DB9M DB9 female connector (DTE) 2 3 5
DB9 male connector (DCE)
RXD (input) TXD (output) GND
2 3 5
RXD (output) TXD (input) GND
Cable layout DB25F – DB9M DB25 female connector (DTE) 3 2 7
DB9 male connector (DCE)
RXD (input) TXD (output) GND
2 3 5
RXD (output) TXD (input) GND
Sales codes Sales Code
Length
Description
173774 173775 173776 173777 173778 173779
1M 3M 5M 1M 3M 5M
CBL TMA CBL TMA CBL TMA CBL TMA CBL TMA CBL TMA
4.4
DB9F-DB9M 1M DB9F-DB9M 3M DB9F-DB9M 5M DB25F-DB9M 1M DB25F-DB9M 3M DB25F-DB9M 5M
Cable layout 4
Cable layout CROSS DB9F – RJ45 DB9 female connector (DTE) 2 3 5
RJ45 male connector (DCE)
RXD (input) TXD (output) GND
6 3 5
RXD (output) TXD (input) GND
Cable layout DB25F – RJ45 DB25 female connector (DTE) 3 2 7
RJ45 male connector (DCE)
RXD (input) TXD (output) GND
6 3 5
RXD (output) TXD (input) GND
Sales codes Sales Code
Length
Description
173780 173781 173782 173783 173784 173785
1M 3M 5M 1M 3M 5M
CBL TMA CBL TMA CBL TMA CBL TMA CBL TMA CBL TMA
Telindus
CROSS DB9F-RJ45 1M CROSS DB9F-RJ45 3M CROSS DB9F-RJ45 5M CROSS DB25F-RJ45 1M CROSS DB25F-RJ45 3M CROSS DB25F-RJ45 5M
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4.5
Cable layout 5
Straight cable layout RJ45 – RJ45 RJ45 male connector 1 2 3 6
RJ45 male connector
Transmit Pair (+) (output) Transmit Pair (-) (output) Receive pair (+) (input) Receive Pair (-) (input)
1 2 3 6
Transmit Pair (+) (output) Transmit Pair (-) (output) Receive pair (+) (input) Receive Pair (-) (input)
Sales codes The sales codes below are standard cables with all 8 signals connected in unshielded twisted pairs. Sales Code
Length
Description
173786 173787 173788
1M 3M 5M
CBL RJ45-RJ45 STRAIGHT CAT5E 1M CBL RJ45-RJ45 STRAIGHT CAT5E 3M CBL RJ45-RJ45 STRAIGHT CAT5E 5M
This is the same cable layout as cable layouts 7 and 9.
4.6
Cable layout 6
Crossed cable layout RJ45 – RJ45 RJ45 male connector 1 2 3 6
RJ45 male connector
Transmit Pair (+) (output) Transmit Pair (-) (output) Receive pair (+) (input) Receive Pair (-) (input)
3 6 1 2
Receive pair (+) (input) Receive Pair (-) (input) Transmit Pair (+) (output) Transmit Pair (-) (output)
Sales codes Sales Code
Length
Description
173789 173790 173791
1M 3M 5M
CBL RJ45-RJ45 CROSSED CAT5E 1M CBL RJ45-RJ45 CROSSED CAT5E 3M CBL RJ45-RJ45 CROSSED CAT5E 5M
4.7
Cable Layout 7
High speed cable layout RJ45 – RJ45 RJ45 male connector 2 3 4 5 6 7
GND DATA (in/out) GND GND CLK GND
Telindus
RJ45 male connector 2 3 4 5 6 7
GND DATA (in/out) GND GND CLK GND
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TMA Management cabling Sales codes The sales codes below are standard cables with all 8 signals connected in unshielded twisted pairs. Sales Code
Length
Description
173786 173787 173788
1M 3M 5M
CBL RJ45-RJ45 STRAIGHT CAT5E 1M CBL RJ45-RJ45 STRAIGHT CAT5E 3M CBL RJ45-RJ45 STRAIGHT CAT5E 5M
This is the same cable layout as cable layouts 5 and 9.
4.8
Cable Layout 8
Cable layout RJ45 – DB9M RJ45 male connector (DTE) 3 5 6
DB9 male connector (DCE)
RXD (input) GND TXD (output)
2 5 3
RXD (output) GND TXD (input)
Sales codes Sales Code
Length
Description
173792 173793 173794
1M 3M 5M
CBL TMA RJ45-DB9M 1M CBL TMA RJ45-DB9M 3M CBL TMA RJ45-DB9M 5M
4.9
Cable layout 9
Cable layout RJ45 _ RJ45 RJ45 male connector (DTE) 3 5 6
RJ45 male connector (DCE)
RXD (input) GND TXD (output)
3 5 6
RXD (output) GND TXD (input)
Sales codes The sales codes below are standard cables with all 8 signals connected in unshielded twisted pairs. Sales Code
Length
Description
173786 173787 173788
1M 3M 5M
CBL RJ45-RJ45 STRAIGHT CAT5E 1M CBL RJ45-RJ45 STRAIGHT CAT5E 3M CBL RJ45-RJ45 STRAIGHT CAT5E 5M
This is the same cable layout as cable layouts 5 and 7.
4.10
Cable Layout 10
Cable layout DB9M – DB9M Crossed DB9 male connector (DTE/DCE) 2 3 5
TXD/RXD (output) RXD/TXD (input) GND
Telindus
DB9 male connector (DCE) 3 2 5
TXD (input) RXD (output) GND
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TMA Management cabling Sales codes Sales Code
Length
Description
173795 173797 173798
1M 3M 5M
CBL TMA DB9M-DB9M CROSSED 1M CBL TMA DB9M-DB9M CROSSED 3M CBL TMA DB9M-DB9M CROSSED 5M
4.11
Cable layout 11
Cable layout DB9M _ RJ45 DB9 male connector (DTE) 3 5 6
RJ45 male connector (DCE)
RXD (input) GND TXD (output)
3 5 2
RXD (output) GND TXD (input)
Sales codes Sales Code
Length
Description
173800 173801 173802
1M 3M 5M
CBL TMA DB9M-RJ45 1M CBL TMA DB9M-RJ45 3M CBL TMA DB9M-RJ45 5M
4.12
Cable layout 12
Cable layout CROSS RJ45 _ RJ45 RJ45 male connector (DCE) 3 5 6
RJ45 male connector (DCE)
RXD (output) GND TXD (input)
6 5 3
TXD (input) GND RXD (output)
Sales codes Sales Code
Length
Description
173803 173804 173805
1M 3M 5M
CBL TMA CROSS RJ45-RJ45 1M CBL TMA CROSS RJ45-RJ45 3M CBL TMA CROSS RJ45-RJ45 5M
4.13
Cable Layout 13
Cable layout CROSS DB9M – RJ45 DB9 male connector (DCE) 2 3 5
RJ45 male connector (DCE)
RXD (output) TXD (input) GND
6 3 5
TXD (input) RXD (output) GND
Sales codes Sales Code
Length
Description
173806 173808 173809
1M 3M 5M
CBL TMA CROSS DB9M-RJ45 1M CBL TMA CROSS DB9M-RJ45 3M CBL TMA CROSS DB9M-RJ45 5M
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4.14
Cable Layout 14
Cable layout RJ45 – DB25M RJ 45 (DTE)
DB25 male connector (DCE)
2 RxCLK (input) 3 RXD (input) 5 GND 6 TXD (output) 7 TxCLK (input)
17 RxCLK (output) 3 RXD (output) 7 GND 2 TXD (input) 15 TxCLK (output) 4 RTS connected to 5 CTS 8 DCD connected to 20 DTR
Sales codes Sales Code
Length
Description
141.989 152.896
1M 5M
CBL O1003 - DCE SYNC 1M CBL O1003 - DCE SYNC 5M
4.15
Cable Layout 15
Cable layout RJ45 – DB25M RJ 45 DCE
DB25 male connector (DTE)
3 TXD (input) 4 TxCLK (output) 5 GND 6 RXD (output) 8 RxCLK (output)
2 TXD (output) 15 TxCLK(input) 7 GND 3 RXD (input) 17 RxCLK (input) 4 RTS connected to 5 CTS 20 DTR connected to 6 DSR and 8 DCD
Sales codes Sales Code
Length
Description
145.939 152.897
1M 5M
CBL O1003 - DTE SYN 1M CBL O1003 - DTE SYN 5M
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5 Conversion table for old cable codes A number of new cable codes have replaced old cable codes. The next table lists matching old and new cable codes in increasing old code order. Sometimes the cable length is not completely the same. Therefore, the cable distance is mentioned as well between brackets. Sometimes the new cables have less signals than the old ones. However cables are compliant for the applications mentioned above. Old cable code
New cable code
149221 (2m)
173760 (1m), 173761 (3m)
149222 (2m)
173765 (1m), 173766 (3m)
106563 (1.8m)
173768 (1m), 173769 (3m)
139370 (2m) or 149218 (2m)
173774 (1m), 173775 (3m)
162930 (5m)
173776 (5m)
149219 (2m)
173777 (1m), 173778 (3m)
163808 (3m)
173781 (3m)
139468 (1m)
173786 (1m)
139470 (3m)
173787 (3m)
139471 (5m)
173788 (5m)
157758 (1m)
173789 (1m)
157759 (3m)
173790 (3m)
157760 (5m)
173791 (5m)
149220 (2m)
173792 (1m), 173793 (3m)
141986 (2m), 134907 (3m), 141987 (4m), 141988 (5m)
173786 (1m), 173787 (3m), 173788 (5m)
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