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Memotec CX900e Hardware Reference Manual Download Page 19

3006M100-002

xix

LIST OF FIGURES

Figure 1-1   The CX900e Access Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1
Figure 2-1   CX900e Front Panel  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4
Figure 3-1   Motherboard Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-2
Figure 3-2   Motherboard’s Processing Unit  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-3
Figure 3-3   Motherboard’s I/O Section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-4
Figure 3-4   Power Section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3-4
Figure 4-1   Data Expansion Module (DEM) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2
Figure 4-2   DEM DTE/DCE Configuration Jumpers  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-3
Figure 5-1   V.24 Serial I/O Card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-2
Figure 5-2   V.24 Serial I/O Card, Connector Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-3
Figure 5-3   V.24 DTE/DCE Configuration Jumpers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-4
Figure 5-4   V.35EU Serial I/O Card  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-6
Figure 5-5   V.35EU Serial I/O Card, Connector Plate  . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-7
Figure 5-6   V.35EU DTE/DCE Configuration Jumper . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-8
Figure 5-7   V.35H Serial I/O Card  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-10
Figure 5-8   V.35H Serial I/O Card, Connector Plate. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-10
Figure 5-9   V.35H DTE/DCE Configuration Jumper  . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-12
Figure 5-10   X.21 Serial I/O Card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-14
Figure 5-11   X.21 Serial I/O Card, Connector Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-14
Figure 5-12   X.21 DTE/DCE Configuration Jumper. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-16
Figure 6-1   Multi I/O Card. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6-2
Figure 6-2   Multi I/O Card, Connector Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-3
Figure 6-3   Multi I/O DTE/DCE Configuration  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-4
Figure 6-4   Multi I/O Cable . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6-4
Figure 7-1   Universal I/O Card  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2
Figure 7-2   Universal I/O Card, Simplified Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . 7-3
Figure 7-3   Universal I/O Card, Connector Plate  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-4
Figure 7-4   Configuring the V.35 Protocol . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-5
Figure 7-5   Configuring DTE Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-6
Figure 7-6   TXC Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-7
Figure 8-1   Analog Voice I/O Card (without LIDs)  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-2
Figure 8-2   Analog Voice I/O Connector Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-3
Figure 8-3   E&M Signal, 4-Wire Type I . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-6
Figure 8-4   E&M Signal, 4-Wire Type II  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-7
Figure 8-5   E&M Signal, 4-Wire Type III. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-7
Figure 8-6   E&M Signal, 4-Wire Type IV. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-8
Figure 9-1   DAV I/O Card (without SLIM LIDs) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-2
Figure 9-2   DAV I/O Card, Simplified Block Diagram  . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-3
Figure 9-3   DAV I/O Connector Plate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-4
Figure 9-4   E&M Signal, 4-Wire Type I . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-6
Figure 9-5   E&M Signal, 4-Wire Type II  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-6
Figure 9-6   E&M Signal, 4-Wire Type III. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-7

Summary of Contents for CX900e

Page 1: ...CX900e Hardware Reference Manual Mkt ID AD010010 Part 3006M100 002 Date March 2000 ...

Page 2: ... Communications Inc reserves the right to make changes without notice in product or com ponent design as warranted by evolution in user needs or progress in engineering or manufacturing technology Changes which affect the operation of the unit will be documented in the next revision of the manual 2000 Memotec Communications Inc Printed in Canada Memotec Communications Inc 600 McCaffrey Street Mont...

Page 3: ... has been repaired or altered by an unauthorized service depot so that its performance or reliability has been impaired or 3 the Product has had the serial number altered effaced or removed or 4 the Product has been damaged by accessories peripherals and or other attachments not approved by Memotec Software is warranted to substantially conform to Memotec s specifications for a period of ninety 90...

Page 4: ......

Page 5: ...rs to ensure continued compliance with FCC emission requirements All cables are available fro Memotec Communications Inc NOTE Please read and comply with the attached FCC Part 68 Advisement if you have included one or more of the following in your CX900e configuration CSU DSU V 34 modem AnalogVoice I O card with FXO interface DAV I O card with FXO interface and the T1 I O card Part 68 Advisements ...

Page 6: ...n order for you to make necessary modifications to maintain uninterrupted service If you encounter problems or have trouble with the CX900e and require service or warranty information please contact Memotec Communications Inc 1 800 766 7782 If problems arise such that the CX900e causes harm to the telephone network the telephone company may request that you disconnect the equipment until the probl...

Page 7: ...ratus meets all requirements of the Canadian interference causing equipment regulations Shielded cables must be used for the serial port line interface drivers to ensure continued compliance with emission requirements All cables are available from Memotec Communications Inc Directive PH 01 AVIS L étiquette d Industrie Canada identifie le matériel homologué Cette étiquette certifie que le matériel ...

Page 8: ...ues ou à un électricien selon le cas Directive NMB 003 Cet appareil numérique de la classe A respecte toutes les exigences du règlement sur le matériel brouilleur du Canada Des câbles blindés doivent être utilisés pour les interfaces de jonction au port série afin de respecter les normes d émission Ces câbles sont disponibles chez Memotec Communications inc ...

Page 9: ...O X 21 V 24 including Multi I O V 35EU Universal I O BRI DV Analog Voice I O DAVI O and ISDN S T I O This marking identifies certain interfaces in the CX900e that are not approved for connectionto PTO provided networks Such interfaces are for private or internal use only e g CX900e console port This marking identifies the boards in the CX900e chassis that have interfaces approved for connection to...

Page 10: ... TS 008 compliant Inherent delays in packet switched technology prevent the CX900e from meeting certain Standard Telephone Service requirements as defined by the Telecommunications Act 1997 For this reason it is recommended that local outgoing calls should not be routed through the CX900e ...

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Page 12: ......

Page 13: ...al Cards 1 6 1 3 Recommended Configurations 1 7 2 CHASSIS 2 1 2 1 Specifications 2 3 2 1 1 Physical 2 3 2 1 2 Electrical 2 3 2 1 3 Environmental 2 4 2 2 Front Panel 2 4 2 3 Rear Panel 2 4 3 MOTHERBOARD 3 1 3 1 Motherboard Layout 3 2 3 1 1 Processing Section 3 2 3 1 2 I O Section 3 3 3 1 3 Power Section 3 4 4 DATA EXPANSION MODULE 4 1 4 1 DEM Components 4 2 4 1 1 Processor 4 2 4 1 2 Seventh Port Op...

Page 14: ...n 5 8 5 2 4 V 35EU Serial I O Card Signal Handling 5 8 5 2 5 V 35EU Serial I O Card Power Consumption 5 9 5 3 V 35H Serial I O Card 5 9 5 3 1 V 35H Serial I O Card Components 5 9 5 3 2 Speeds Supported by the V 35H Serial I O 5 11 5 3 3 DTE DCE Interface Configuration 5 11 5 3 4 V 35H Serial I O Card Signal Handling 5 12 5 3 5 V 35H Serial I O Card Power Consumption 5 13 5 4 X 21 Serial I O Card 5...

Page 15: ...otocol Configuration 7 5 7 3 2 DTE DCE Configuration 7 5 7 3 3 Clock Source Configuration 7 7 7 4 Power Requirements 7 7 8 ANALOG VOICE I O CARD 8 1 8 1 Analog Voice I O Card Components 8 2 8 2 Compression Rates Supported 8 3 8 3 Line Interface Drivers 8 3 8 3 1 E M Drivers 8 3 8 3 2 FXO and FXS Drivers 8 5 8 4 Voice LID Signal Handling 8 5 8 5 Layouts for E M Signaling Leads 8 6 8 6 Analog Voice ...

Page 16: ...9 4 1 E M 2 4 wire 9 8 9 4 2 FXO 9 9 9 4 3 FXS 9 11 9 5 Voice SLIM LID Connector Pin Assignments 9 12 9 6 Voice I O Cables 9 12 9 7 E M Pin outs and Wiring for Octopus Cables 9 13 9 8 Power Requirements 9 14 9 8 1 Power Supply 9 14 9 8 2 Power Consumption 9 14 10 48V RING GENERATOR MODULE 10 1 10 1 48V Ring Generator Components 10 2 10 1 1 Features 10 2 11 CSU DSU I O CARD 11 1 11 1 CSU DSU I O Ca...

Page 17: ... 14 1 1 ISDN BRI S T Digital Voice I O Jumper Settings 14 3 14 1 2 ISDN BRI S T Port Signal Handling 14 4 14 2 Power 14 5 15 V 34 MODEM I O CARD 15 1 15 1 V 34 Modem I O Card Components 15 2 15 1 1 V 34 Modem Signal Handling 15 3 15 2 Modem Capabilities 15 3 15 2 1 Test Features 15 4 15 2 2 Power 15 4 16 TOKEN RING LAN I O CARD 16 1 16 1 Token Ring LAN I O Card Components 16 2 16 2 Token Ring Port...

Page 18: ... O CARD 19 1 19 1 T1 E1 CSU DSU I O Card Components 19 2 19 1 1 Port Configuration Jumpers 19 3 19 2 Power 19 5 20 INSTALLATION AND CONFIGURATION 20 1 20 1 Installation Preparations 20 2 20 2 EPROM RAM Installation 20 5 20 3 Standard I O Card Installation 20 8 20 4 Data Expansion Module Installation 20 10 20 5 Voice I O Card Installation 20 15 20 6 External Equipment Cabling 20 22 20 7 Powering Up...

Page 19: ...Serial I O Card Connector Plate 5 14 Figure 5 12 X 21 DTE DCE Configuration Jumper 5 16 Figure 6 1 Multi I O Card 6 2 Figure 6 2 Multi I O Card Connector Plate 6 3 Figure 6 3 Multi I O DTE DCE Configuration 6 4 Figure 6 4 Multi I O Cable 6 4 Figure 7 1 Universal I O Card 7 2 Figure 7 2 Universal I O Card Simplified Block Diagram 7 3 Figure 7 3 Universal I O Card Connector Plate 7 4 Figure 7 4 Conf...

Page 20: ...N I O Card 18 2 Figure 18 2 Fast Ethernet LAN I O Card Connector Plate 18 3 Figure 19 1 T1 E1 CSU DSU I O Card 19 2 Figure 19 2 T1 E1 CSU DSU I O Card Connector Plate 19 3 Figure 19 3 T1 E1 CSU DSU Configuration Jumpers 19 4 Figure 20 1 Releasing the CX900e Cover 20 4 Figure 20 2 Changeable Memory on Motherboard 20 6 Figure 20 3 DRAM SIMM Alignment 20 7 Figure 20 4 DRAM SIMM Insertion 20 7 Figure ...

Page 21: ...3006M100 002 xxi Figure 20 20 Attaching the EMI Filter 20 27 Figure 20 21 Fuse Bank Removal 20 30 Figure 20 22 Fuse Check 20 30 ...

Page 22: ......

Page 23: ...r Settings for LK1 9 9 Table 9 2 FXO Jumper Settings for Australia 9 10 Table 9 3 FXO Jumper Settings and Current Limit for LK2 9 10 Table 9 4 Voice Connector Signal Output RJ 12 9 12 Table 9 5 Voice Connector Signal Output RJ 45 9 12 Table 9 6 PB 45 Pin out 9 13 Table 9 7 RJ 45 Wiring 9 13 Table 11 1 CSU DSU Port Signals 11 3 Table 12 1 Signal Pin Outs for ISDN BRI U Port 12 3 Table 13 1 ISDN BRI...

Page 24: ......

Page 25: ...e of services including X 25 Frame Relay ISDN QSIG and the PSTN Public Switched Telephone Network As a switch it offers multiplexing capabilities for X 25 and Frame Relay Plug in I O modules provide connections to protocols or services for either th user side voice fax legacy data LAN ISDN QSIG and video or the network side X 25 Frame Relay ISDN QSIG PSTN Optional integrated solutions include 56 6...

Page 26: ...CX900e Hardware Reference Manual 1 2 3006M100 002 Figure 1 1 The CX900e Access Switch ...

Page 27: ...the CX900e system are controlled primarily by the motherboard and the software residing in its memory The motherboard can support up to eight I O cards The I O cards provide connectivity to protocols and services such as digital voice analog voice fax legacy data and LAN on the userside and WAN protocols such as X 25 ISDN and Frame Relay on the network side The I O cards also provide the port conn...

Page 28: ...he motherboard Voice applications require a Ring Generator card to provide 12VDC 48VDC and 86 VAC ringing voltage to th Voice I O cards 1 2 3 Motherboard The motherboard contains the software CPU and associated circuitry to support connectivity through its eight I O expansion slots The following card types are compatible with the expansion slots of th motherboard Certain restrictions apply however...

Page 29: ... Mbps V 35EU Serial I O Card The V 35 European Union version Serial I O card provides a single port which is fully compliant to the V 35 standard The card supports synchronous transmission at speeds up to 2 048 Mbps Universal I O Card The Universal I O card supports five serial ports with maximum port speeds of 2 048 Mbps The physical interface for each port is independently configurable for V 24 ...

Page 30: ...ange data over an ISDN or QSIG BRI S T interface The ISDN BRI S T I O card is required in locations where the telco or PBX supplies NetworkTermination 1 NT1 DDVC Card The Dual Digital Voice Compression DDVC card is used in conjunction with the ISDN BRI S T I O card to provide two compressed voice channels to the CX900e The card uses a C31 Digital Signal Processor DSP to provide voic compression an...

Page 31: ...ribe optional plug in cards that support the functionality of specific I O cards on the motherboard Serial Expansion Module The Serial Expansion Module SEM provides Serial Communications Controllers SCCs for I O slots 5 through 8 The SEM must be installed whenever an I O card requiring access to a serial communication controller is installed in one of these slots 5 8 Ring Generator The Ring Genera...

Page 32: ...ecified I O card The DEM sup plies the SCC s for serial I O cards in slots 5 and 6 and an additional V 24 port NO The specified I O card cannot be used in these slots The 1 indicates an extra port from the DEM card Table 1 1 Recommended Configurations I O Card Maximum Speed Max cards of this type Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 Multi EIA 232 V 24 128 Kbps 5 OK OK with DEM EIA 232 V 24 12...

Page 33: ...1 OVERVIEW 3006M100 002 1 9 ...

Page 34: ...CX900e Hardware Reference Manual 1 10 3006M100 002 ...

Page 35: ...nsion slots can mount up to six I O cards These I O cards include V 24 EIA 232D Serial I O Multi V 24 Serial I O V 35H Serial I O V 35EU Serial I X 21 Serial I O Universal I O V 24 V 35 X 21 Analog Voice I O with FXS FXO or E M interface Dual AnalogVoice I O DAV I O with FXS FXO or E M interface 56K 64KCSU DSU I O ISDN BRI U I O ISDN BRI S T I O ISDN BRI S T DigitalVoice I O DDVC T1 E1 CSU DSU I O...

Page 36: ...ard slot A seventh expansion slot on the motherboard can mount an optional Data Expansion Module This module can provide an additional V 24 port The Data Expansion Module must be installed if aV 24 Serial I O a Multi V 24 Serial I O a V 35 Serial I O an X 21 Serial I O a Universal I O a V 34 Data Modem I O or CSU DSU I O is installed in slot 5 or slot 6 ...

Page 37: ...s Failure to ensure minimum clearance will reduce ventilation and may result in overheating of the unit Dimensions Height 4 10 in 10 4 cm Width 12 25 in 31 2 cm Depth 12 80 in 32 5 cm 2 1 2 Electrical Ratings 100 127V 50 60 Hz 0 7A 200 240V 50 60 Hz 0 32A Power Consumption 22Watts with no cards installed 120 VA max Fuse Requirements 0 4A 250V time delay fuse for 200 240V 0 8A 250V time delay fuse ...

Page 38: ...ll communication cables and the power cord connect to the CX900e on the rear panel We recommend that you power off the CX900e with the ON OFF switch before you attach or detach the power cable You need not power off the CX900e to attach or detach cables for the console port or I O cards I O Slots The rear panel has six standard I O slots When a slot has no I O card it remains covered with a blank ...

Page 39: ...hould be set to match Character Length 8 bits characte Stop Bits 1 bit character Parity None Speed 9600 bps Flow Control Xon Xoff Power Entry The rear panel has a power entry module through which power enters the CX900e and goes to the power supply unit The power entry module consists of a male connector for a standard IEC three lead power cord a bank of two fuses 0 4A 250V time delay fuses for 20...

Page 40: ......

Page 41: ... configured I O cards and a number of ports a seventh slot can provide an optional V 24 port Each of these I O cards is detailed elsewhere in this manual Actions taken by a given I O card in relation to the protocol and traffic of the network it communicates with as well as in relation to other cards within the CX900e are controlled by a sophisticated microprocessor on the motherboard that carries...

Page 42: ...transformers and fuse 3 1 1 Processing Section CPU The Motorola QUICC 68EN360 at U9 is the CX900e s central processing unit This 32 bit CPU can handle 5 9 MIPS at 33 MHz A built in System Integration Module including an interrupt controller memory controller and various clocking mechanisms aids the CPU in its housekeeping activities Also integrated in the 68EN360 is a Communications Processor Modu...

Page 43: ...x 8 bit 2M FLASH memory for storing application code located at U28 U31 256K x 32 bit 1M 512K x 32 bit 2M 1M x 32 bit 4M FLASH SIMM for extra application code storage located at U46 A system bus on the motherboard allows the CPU and I O cards to communicat with each other and with memory via buffers located at U32 U34 3 1 2 I O Section In the middle of the motherboard are six 120 pin card edge con...

Page 44: ... for the CPU and logic It also produces 5 VDC for the I O cards which it delivers via the system bus Finally it produces 15 VDC and 15 VDC unregulated for use by the 48V Ring Generator card for the Voice I O card s if mounted A 4 Amp time delay fuse located at F1 and a crow bar circuit protect the electronics the motherboard and I O cards from power regulator malfunctions A 48V Ring Generator card...

Page 45: ...3 MOTHERBOARD 3006M100 002 3 5 ...

Page 46: ......

Page 47: ...other intelligence to ports on cards mounted in slots 5 and 6 as well as to an optional V 24 port that it can provide over a ribbon cable The DEM must be used when serial I O cards associated with slots 5 and 6 ar required This includes the Multi I O EIA 232 V24 I O V 35H I O V 35EU I O X 21 I O V 34 Modem or the 56K CSU DSU ...

Page 48: ...t 5 and slot 6 It incorporates another SCC to handle traffic of an optional V 24 port that it can provide over a ribbon cable 4 1 2 Seventh Port Option Port Connector The IMPP provides the SCC for an optional seventh port This port is a V 24 EIA 232D with a female DB 25 connector This connector mounts on the rear panel of the chassis through a knock out its ribbon cable attaches to a 26 pin socket...

Page 49: ...C and RXC The port must receive DTR and RTS from the attached DTE Terminals printers controllers and hosts are always DTE devices DTE When configured as a DTE device the port transmits DTR RTS and ETXC and receives DCD DSR and CTS and the synchronous clocks TXC and RXC from the attached DCE Two jumper banks socketed at U3 and U4 provide DTE DCE configuration Permanent metal bands on the top surfac...

Page 50: ...SG Signal Ground AB 102 7 not applicable not applicable DCD Data Carrier Detect CF 109 8 In Out Reserved 9 not used not used Reserved 10 not used not used Unassigned 11 not used not used SCD Secondary Received Line Signal Detector SCF 123 12 not used not used SCTS Secondary Clear To Send SCB 121 13 not used not used STD Secondary Transmitted Data SBA 118 14 not used not used TXC Transmit Timing DB...

Page 51: ...ith M3 screws with a male DB 25 connector ISO 2110 at each end The V 24 I O port can drive up to a maximum of 1880 pF cable capacitance while maintaining compliance with the applicable regulatory standards If using cables other than those supplied by Memotec ensure that the capacitance does not exceed 1880pF This can be calculated from the cable manufacturer s specifications of capacitance per foo...

Page 52: ......

Page 53: ...nclude the Multi I O discussed in Chapter 6 and the Universal I O discussed in Chapter 7 NOTE The serial I O cards must be configured as DTE to connect to a PTO pro vided service X 25 PSS or Digital Leased Line Interconnecting cables used between the Memotec interface and the PTO provided network must present a DTE interface to the network The interconnection cables supplied by Memotec provide the...

Page 54: ...eeds up to 128 Kbps 5 1 1 V 24 Serial I O Card Components Important components on the V 24 Serial I O Card include edge connector port connector plate signal LEDs port configuration jumpers The edge connector fixes the card to any one of the motherboard s expansion slots 1 6 The connector plate fixes the female DB 25 connector to the chassis rear panel with two Phillips head screws and limits dust...

Page 55: ...tance does not exceed 1880pF This can be calculated from the cable manufacturer s specifications of capacitance per foot pF Ft which differs from one cable to the next 5 1 2 Speeds Supported by the V 24 Serial I O Speeds for slots 1 to 4 The V 24 port can operate without split clocking at the following synchronous speeds 50 bps 128 Kbps for external clocking 375 bps 128 Kbps for internal clocking ...

Page 56: ...and RTS from the attached DTE Terminals printers controllers and hosts are always DTE devices DTE When configured as a DTE device the port transmits DTR RTS and ETXC and receives DCD DSR and CTS and the synchronous clock signals EXTC and RXC from the attached DCE Two jumper banks socketed at U10 and U11 provide DTE DCE configuration Permanent metal bands on the top surface of the jumper banks stra...

Page 57: ... Ground AB 102 7 n a n a DCD Data Carrier Detect CF 109 8 In Out Reserved 9 not used not used Reserved 10 not used not used Unassigned 11 not used not used SCD Secondary Received Line Signal Detector SCF 123 12 not used not used SCTS Secondary Clear to Send SCB 121 13 not used not used STD Secondary Transmitted Data SBA 118 14 not used not used TXC Transmit Timing DB 114 15 In Out SRD Secondary Re...

Page 58: ... card uses specified electrical levels for control timing and data signals and also uses an M 34 block connector for connection to external devices 5 2 1 V 35EU Serial I O Card Components Important components on the V 35EU Serial I O Card include edge connector port connector signal LEDs port configuration jumper The edge connector fixes the card to any one of the motherboard s expansion slots 1 6...

Page 59: ... be calculated from the cable manufacturer s specifications of capacitance per foot pF Ft which differs from one cable to the next 5 2 2 Speeds Supported by the V 35EU Serial I O The V 35EU Serial I O card supports asynchronous or synchronous transmission at speeds up to T1 E1 Speeds for slots 1 to 4 The V 35 port at slots 1 to 4 can operate without split clocking at the following speeds 50 bps 2 ...

Page 60: ...ttached DCE A jumper bank socketed at U8 provides DTE DCE configuration Permanent metal bands on the top surface of the jumper bank strap signals according to DCE DTE requirements The orientation of the jumper bank determines whether the port will be DTE or DCE Rotating the jumper 180 changes the port from one kind of device to the other as illustrated below 5 2 4 V 35EU Serial I O Card Signal Han...

Page 61: ...de edge connector port connector signal LEDs port configuration jumper CTS Clear to Send 106 D In Out DSR Data Set Ready 107 E In Out S GND Signal Ground 102 B n a n a DCD Data Carrier Detect 109 F In Out RXCB Receiver Clock Set B 115 X In Out ETXCB External Transmitter Clock Set B 113 B W Out In TXCB Transmitter Clock Set B 114 B AA In Out TXDB Transmitted Data Set B 103 B S Out In TXCA Transmitt...

Page 62: ... one of the motherboard s expansion slots 1 6 The connector plate fixes the female DB 25 connector to the chassis rear panel with two Phillips head screws and limits dust accumulation and electromagnetic radiation Figure 5 7 V 35H Serial I O Card Figure 5 8V 35H Serial I O Card Connector Plat ...

Page 63: ...n operate without split clocking at the following speeds 50 bps 256 Kbps for external clocking 1 875 bps 256 Kbps for internal clocking 5 3 3 DTE DCE Interface Configuration The V 35H Serial I O Card s port can be configured either as a DTE or a DCE device The DCE DTE strapping has been silk screened on the I O card to aid in configuration DCE When configured as a DCE device the port transmits DCD...

Page 64: ... DCE F GND Protective Ground 101 1 n a n a TXDA Transmitted Data Set A 103 A 2 Out In RXDA Received Data Set A 104 A 3 In Out RTS Request to Send 105 4 Out In CTS Clear to Send 106 5 In Out DSR Data Set Ready 107 6 In Out S GND Signal Ground 102 7 n a n a DCD Data Carrier Detect 109 8 In Out RXCB Receiver Clock Set B 115 9 In Out Unassigned 10 n a n a ETXCB External Transmitter Clock Set B 113 B 1...

Page 65: ...up to 2 048 Kbps 5 4 1 X 21 Serial I O Card Components Important components on the X 21 Serial I O Card include edge connector port connector signal LEDs port configuration jumper Unassigned 19 not used not used DTR Data Terminal Ready 108 20 Out In Unassigned 21 not used not used RI Ring Indicator 125 22 In Out Unassigned 23 not used not used ETXCA External Transmitter Clock Set A 113 A 24 Out In...

Page 66: ...e chassis rear panel with two Phillips head screws and limits dust accumulation and electromagnetic radiation Cable The X 21 Serial I O Card connects to external devices through a separately ordered three meter 10 ft shielded twisted pair cable part no CBLA0012 110 with a male DB 15 connector ISO 4903 at each end Figure 5 10 X 21 Serial I O Card Figure 5 11 X 21 Serial I O Card Connector Plate ...

Page 67: ... O Card s port can be configured either as a DTE or a DCE device The DCE DTE strapping has been silk screened on the I O card to aid in configuration DCE When configured as a DCE device the port transmits DCD DSR and CTS and the synchronous clock signals TXC and RXC The port must receive DTR and RTS from the attached DTE Terminals printers controllers and hosts are always DTE devices DTE When conf...

Page 68: ...t Function ITU T DB 15 Pin No Signal DTE Direction DCE F GND Protective Ground 101 1 n a n a TXDA Transmitted Data Set A 103 A 2 Out In DTRA Data Terminal Ready Set A 108 A 3 Out In RXDA Received Data Set A 104 A 4 In Out DCDA Data Carrier Detect Set A 109 A 5 In Out RXCA Receive Clock Set A 115 A 6 In Out DTE Signal Element Timing Set A 7 not used not used S GND Signal Ground 102 8 n a n a TXDB T...

Page 69: ...d also slots 5 6 if the Data Expansion Module DEM is installed When used with the Multi I O cable the card provides a higher serial port density for the CX900e Each Multi I O supports fiveV 24 EIA 232 ports Each V 24 EIA 232 can support synchronous or asynchronous transmission at speeds up to 128 Kbps ...

Page 70: ...ctor port connector port configuration jumpers signal LEDs multi I O cable The edge connector fixes the card to any one of the motherboard s expansion slots 1 6 The connector plate fixes the connectors to the chassis rear panel with two Phillips head screws and limits dust accumulation and electromagnetic radiation Figure 6 1 Multi I O Card ...

Page 71: ...as a DTE device the port transmits DTR RTS and EXTC and receives DCD DSR and CTS and the synchronous clock signals TXC and RXC from the attached DCE Each port has a jumper bank located at U29 through U33 and a set of pins for suitcase jumpers located at LK1 through LK5 to provide DTE DCE configuration The orientation of each jumper bank determines whether the port will be DTE or DCE Rotating each ...

Page 72: ... external devices through a Multi I O cable part no CBLA0017 024 or CBLA0017 124 with one DB 60 and five DB 25 connectors Each DB 25 is labelled Port 1 through Port 5 to ensure that the DTE DCE configuration for each port is correct Figure 6 3 Multi I O DTE DCE Configuration Figure 6 4 Multi I O Cable ...

Page 73: ...r Consumption Power consumption is 3Watts 10 3 BTU hr Table 6 1 Signal Pin Outs for Multi I O V 24 V 24 Signal Circuit Function EIA CCITT DB 25 Pin No Signal DTE Direction DCE TXD Transmitted Data BA 103 2 Out In RXD Received Data BB 104 3 In Out RTS Request to send CA 105 4 Out In CTS Clear to Send CB 106 5 In Out DSR Data Set Ready CC 107 6 In Out SG Signal Ground AB 102 7 n a n a DCD Data Carri...

Page 74: ......

Page 75: ...ard supports five serial ports with maximum port speeds of 2 048 Mbps The physical interface for each port is configured independently as V 24 V 35 or X 21 and DTE or DCE operation A custom breakout cable is required for the single high density port connector ...

Page 76: ... via a 120 pin card edge connector 7 1 2 Communications Controller The MC68EN360 located at U3 is a Quad Universal Integrated Communications Controller QUICC containing four Serial Communication Controllers SCCs which serve ports 2 to 5 The SCC for Port 1 is provided by the motherboard An additional QUICC is required when Universal I O cards are installed in slots 5 or 6 This QUICC is located on t...

Page 77: ...external connections to the network se Figure 7 3 All five I O ports share this single connector Status indicator LED Three LEDs are visible through the connector plate which indicate the status o the link Any of the five links can be monitored by setting the thumbwheel to the appropriate port The LEDs are under software control and can display two states ON and OFF Table 7 1 lists the indications...

Page 78: ...er end This allows the Universal I O module to support 5 interfaces through a single port The Universal I O cable is available for 3 types of interfaces V 24 X 21 and V 35 A combination of these interfaces can b achieved by using the RS 232 V 24 cable and addingX 21 and or V 35 interfac LED LED State Indication TXD On Data is being transmitted Off Data is not being transmitted RXD On Data is being...

Page 79: ...setting of the port s attributes Each of the five ports must be individually configured using this method 7 3 1 Physical Protocol Configuration The PCB for selecting the physical protocol has contacts on three edges one edge for each protocol To configure a protocol simply insert the PCB edge that is labelled with the required protocol into the connector Physical interface connectors are located a...

Page 80: ... 3006M100 002 of the PCB into the connector DTE DCE port configuration connectors are located at J11 J21 J31 J41 and J51 Figure 7 5 demonstrates the PCB orientation for DTE configuration Figure 7 5 Configuring DTE Operation 1 21 DTE D C E ...

Page 81: ...ng on the Universal I O An external adapter part CBLA0031 000 is required to perform split clocking Table 7 2 summarizes the appropriate configuration required Figure 7 6 demonstrates the PCB orientation for TXC configuration 7 4 Power Requirements Power Consumption 1 63Watts 3 3V 5 4 Watts 5V Power Source The motherboard 120 pin connector supplies 12 VDC to the card and provides the Ground return...

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Page 83: ...me CX900e chassis Dual AnalogVoice I O Card DAV I O BRI DigitalVoice I O Card BRI DV I O The AnalogVoice I O Card requires a 48V Ring Generator card to be mounted on the motherboard NOTE To Our Users in Australia According to the certification requirements of the Australian TeleCommuni cations Authority we advise you that When connecting the AnalogVoice I O card via FXO FXS E M 2 wire or E M 4 wir...

Page 84: ...nectors to the chassis rear panel with two Phillips head screws NOTE Attachment of the connector plate to the chassis is required at all times for good grounding The LID is a daughterboard which mounts on the Analog Voice I O card and controls the voice channel signalling and network line interface The LIDs ar further described in paragraph 8 3 NOTE The PB 45 connector is mechanically identical to...

Page 85: ...rface configuration for transformerless telephone connections FXO and FXS only and control the signaling on the channel Each Analog Voice I O Card and its associated port requires a LID LIDs are of five types E M 2 wire E M 4 wire E M 2 4 wire FXO and FXS 8 3 1 E M Drivers The E M drivers provide connections to telephone equipment such as a PBX using either a two wire or four wire voice connection...

Page 86: ...es Configuration is achieved through jumpe settings on the LID Table 8 1 andTable 8 2 list the jumper settings for configuring the line impedance and analog interface respectively NOTE Default settings are 600 Ohm line impedance and 4 wire analog interface Table 8 1 Jumper Settings for E M 2 4 wire Line Impedance Line Impedance Jumper Required LK2 LK1 600 Ohms resistive Yes Yes 900 Ohms resistive ...

Page 87: ...le with 24 or 48 VDC phone interfaces Both FXS and FXO LIDs may be used for direct connections to the PBX Both LIDs support 2 wire connections via RJ 12 port connectors Line impedanc for the FXO and FXS LIDs is software configurable for 600 Ohms 900 Ohms or AT T compromise impedance 8 4 Voice LID Signal Handling The following tables describe the signal outputs for North America and Europe for the ...

Page 88: ...aling of E M 4 wire Types I II III IVand V The same diagrams apply to the E M 2 wir driver except that T1 to T1 and R1 to R1 connections are not present The E M connects to a PBX which would determine the type 6 R1 RxB 7 SG SG 8 SB SB Table 8 4 Voice Connector Signal Output PB 45 8 pin North American European Figure 8 3 E M Signal 4 Wire Type I A Side ...

Page 89: ...8 ANALOG VOICE I O CARD 3006M100 002 8 7 Figure 8 4 E M Signal 4 WireType II Figure 8 5 E M Signal 4 Wire Type III ...

Page 90: ...CX900e Hardware Reference Manual 8 8 3006M100 002 Figure 8 6 E M Signal 4 Wire Type IV Table 8 5 E M Signal 4 Wire Type V G D ...

Page 91: ...ough V voice interfaces one meter 40 in octopus cable with eight male RJ 12 connectors each supporting six signals at one end for connection to voice ports and forming a single cable at the other end with a standard 25 pair telco female connector part no 60300051 used to connect to PBX punch block with E M type I or V voice interface one meter 40 in octopus cable with six male RJ 45 connectors eac...

Page 92: ...ith a USOC standardTelco 25 pair female connector At the Analog Voice I O side 8 leg cables with RJ 12 connectors this type is used with E M 4 wire Types I and V 6 leg cables with PB 45 connectors this type is used with E M 4 wire Types I throughV Table 8 6 RJ 12 Pin out Pin Signal 1 E 2 T1 3 R 4 T 5 R1 6 M Table 8 7 PB 45 Pin out Pin Signal 1 M 2 E 3 T1 4 R 5 T 6 R1 7 SG 8 SB ...

Page 93: ... 17 18 blue yellow orange yel low green yellow 4 2 1 41 42 43 yellow blue yellow orange yellow green 7 3 5 6 19 20 21 brown yellow slate yellow blue violet 4 2 1 44 45 46 yellow brown yellow slate violet blue 8 3 5 6 22 23 24 orange violet green violet brown violet 4 2 1 47 48 49 violet orange violet green violet brown N C 25 slate violet N C 50 violet slate Table 8 9 PB 45 Wiring Leg RJ 12 Pin Ca...

Page 94: ... yellow 5 4 6 7 8 17 18 19 20 orange yel low green yellow brown yellow slate yellow 5 3 2 1 42 43 44 45 yellow orange yellow green yellow brown yellow slate 6 4 6 7 8 21 22 23 24 blue violet orange violet green violet brown violet 5 3 2 1 46 47 48 49 violet blue violet orange violet green violet brown N C 25 slate violet N C 50 violet slate Table 8 9 PB 45 Wiring Leg RJ 12 Pin Cable Pin Conductor ...

Page 95: ... C31 DSP based cards in the same CX900e chassis AnalogVoice I O Card DDVC Dual DigitalVoice Compression Card The DAV I O card requires a 48V Ring Generator card to be mounted on the motherboard NOTE To Our Users in Australia According to the certification requirements of the Australian TeleCommuni cations Authority we advise you that When connecting the DAV I O card via FXO FXS or E M 2 4 wire SLI...

Page 96: ... bus Connection of the I O bus to the motherboard is via a 120 pin card edge connector 9 1 2 Digital Signal Processor The Digital Signal Processor DSP is the core of the DAV I O card The DSP uses fixed point arithmetic suitable for G 729 voice compression A 64k x 16 SRAM provides external memory to the DSP 9 1 3 Analog Interface Controller Two Analog Interface Controllers AICs provide bi direction...

Page 97: ... for the AICs and the DSP 9 1 5 DAV I O Connector Plate The DAV I O connector plate features two RJ connectors for external connections to the voice fax equipment see Figure 9 3 The RJ connector is an integral part of each SLIM LID Figure 9 2 DAV I O Card Simplified Block Diagram CX950 I O BUS ADDRESS BUS DATA BUS CONTROL VOICE CHANNEL 2 VOICE CHANNEL 1 I O CONNECTOR PLATE PLD DSP SRAM AIC AIC VOI...

Page 98: ...for each channel and is selected according to the interface requirement FXS FXO or E M It features an on board jumper configuration The SLIM LID provides the RJ 45 or RJ 12 I O connector and drives the port signaling Each SLIM LID is plugged into the DAV I O card via two sets of sockets J1 and J2 for channel 1 and J3 and J4 for channel 2 Each set consists of one socket for analog and digital signa...

Page 99: ...s Direct Inward Dialing DID and Flash Hook signaling The FXO also detects ringing and is compatible with 24 or 48 VDC phone interfaces Both FXS and FXO SLIM LIDs may be used for direct connections to the PBX 9 3 3 E M The E M 2 4 wire SLIM LID is used for direct connection to a Private Branch Exchange PBX using either a two wire or four wire voice connection It can be configured to E M types I II ...

Page 100: ...CX900e Hardware Reference Manual 9 6 3006M100 002 Figure 9 4 E M Signal 4 Wire Type I Figure 9 5 E M Signal 4 WireType II A Side ...

Page 101: ...9 DUAL ANALOG VOICE I O CARD 3006M100 002 9 7 Figure 9 6 E M Signal 4 Wire Type III Figure 9 7 E M Signal 4 Wire Type IV G D ...

Page 102: ...s must be removed and reinserted in the required location Jumper locations are silk screened on the SLIM LID 9 4 1 E M 2 4 wire The E M 2 4 wire SLIM LID is hardware configurable with a number of jumper banks to match a 2 or 4 wire interface line impedance signalling type normal or reverse signalling NOTE Normal signalling is also known as B side or Channel Equipment side Figure 9 8 E M Signal 4 W...

Page 103: ...position for configuring 600 Ohm impedance FXO SLIM LID for Australia Table 9 2 provides the FXO jumper settings for Australia As an example Figur 9 11 demonstrates the jumper bank position for configuring 600 Ohm impedance Figure 9 9 E M 2 4 Wire Jumper Settings R EV NO R V IV III II I 2W 4W 900 600 A U S ATT I II III IV V Reverse signaling signaling Normal type signaling Ω Ω 900 600 AT T Austral...

Page 104: ... and controls the current so that it does not exceed the limit The restriction is shown below in Table 9 3 Table 9 2 FXO Jumper Settings for Australi Location 900 Ohm Australia Special LK1 n a connect C D Table 9 3 FXO Jumper Settings and Current Limit for LK2 Location Current Limit LK2 connect 1 2 no limit LK2 France connect 2 3 60 mA Figure 9 10 FXO Jumper Settings P2 ATT 600 900 Ω Ω AT T RJ 11 ...

Page 105: ...jumper bank position for configuring 900 Ohm impedance Figure 9 11 FXO Jumper Settings for Australia AUS 600 Ω RJ 11 A B C D Jumper Bank 600 Figure 9 12 FXS Jumper Settings 600 900 ATT LK1 RJ 11 Jumper Bank P2 P1 IMPORTANT Bracket must be securely fastened to rear panel of chassis before powering up the unit otherwise overvoltage protection will be disabled ...

Page 106: ...ight through cable with a male RJ 45 connector at each end part no 60300050 used with E M types I through V voice interfaces one meter 40 in octopus cable with six male RJ 45 connectors each supporting eight signals at one end for connection to voice ports and forming a single cable at the other end with a standard 25 pair telco female connector part no 60300052 used to connect to PBX punch block ...

Page 107: ...e white green white brown 2 4 6 7 8 5 6 7 8 slate white blue red orange red green red 5 3 2 1 30 31 32 33 white slate red blue red orange red green 3 4 6 7 8 9 10 11 12 brown red slate red blue black orange black 5 3 2 1 34 35 36 37 red brown red slate black blue black orange 4 4 6 7 8 13 14 15 16 green black brown black slate black yellow blue 5 3 2 1 38 39 40 41 black green black brown black sla...

Page 108: ...ce from the motherboard The 5V source supplies the 3 3V switching regulator and the 5V analog powe filter The 3 3V source supplies the 2 5V regulator The DAV I O card also receives 48V 15V 15V power from the Ring Generator card which it distributes to the SLIM LID connectors 9 8 2 Power Consumption The power consumption is 2 1Watts with SLIM LID ...

Page 109: ...NG GENERATOR MODULE The 48V Ring Generator Module supplies 48 VDC and ringing voltage to th AnalogVoice I O card and the Dual Analog Voice DAV I O card The 48V Ring Generator Module must be installed whenever these cards are used ...

Page 110: ...he 48V Ring Generator Module include motherboard connector fasteners to optional DEM 10 1 1 Features 48V Power OutputVoltage 48 to 52 VDC Current 0 to 200 m Ring Generator OutputVoltage 86V root mean squared Load 4 Phone sets Frequency 20 Hz Signal Shape Square wave filtered Figure 10 1 48V Ring Generator Module ...

Page 111: ... of CSU DSU I O cards 56K with switched 56K capability and 64K Clear Channel The I O mounts on the motherboard in any of slots 1 4 and also slots 5 6 if the DEM is installed This card enables the CX900e to exchange data over Digital Data Service DDS networks ...

Page 112: ...onnector option sticker indicating 56K or 64K EPROM programmable logic device The edge connector fixes the card to any one of the motherboard s expansion slots 1 6 The connector plate fixes the female RJ 45 connector to the chassis rear panel with two Phillips head screws and limits dust accumulation and electromagnetic radiation Figure 11 1 CSU DSU I O Card ...

Page 113: ...Power Consumption 2 0 Watts 6 8 BTU hr Power Source The motherboard 120 pin connector supplies 5 VDC to the card and its Ground return Figure 11 2 CSU DSU I O Card Connector Plate Table 11 1 CSU DSU Port Signals Signal Pin No R1 Ring 1 Transmit Data 1 T1 Tip 1 Transmit Data 2 not used 3 not used 4 not used 5 not used 6 T Tip Receive Data 7 R Ring Receive Data 8 ...

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Page 115: ...s on the motherboard in any of slots 1 6 It enables the CX900e to exchange data over an Integrated Services Digital Network ISDN as a Basic Rate Interface U BRI U Basic Rate ISDN provides one D channel for signaling and two B channels for data transmission at 64 Kbps each ...

Page 116: ...l 12 2 3006M100 002 12 1 ISDN BRI U I O Card Components Important components on the ISDN BRI U I O Card include edge connector port connector signal LEDs Figure 12 1 ISDN BRI U I O Card Figure 12 2 ISDN BRI U I O Card Connector Plate ...

Page 117: ...network signal LEDs indicate the status of the connection The SYNC LED indicates that the D channel is signaling the switch at the Local Exchange LE The 2 LEDs labeled B1 for B channel 1 and B2 for B channel 2 indicate data transmission on that channel 12 1 2 Power Power Consumption 2 5 Watts 8 5 BTU hr Power Source The motherboard 120 pin connector supplies 5 VDC to the card and provides the Grou...

Page 118: ......

Page 119: ...al Voice Compression DDVC Card the ISDN BRI S T I O card can exchange compressed voice over both Bearer B channels WARNING The DDVC Dual DigitalVoice Compression Card cannot coexist with the following C54 DSP based cards in the same CX900e chassis Dual AnalogVoice I O Card DAV I O ISDN BRI S T Digital Voice I O Card In networks where the telco supplies Network Termination 1 NT1 the CX900e must use...

Page 120: ...ence Manual 13 2 3006M100 002 13 1 ISDN BRI S T I O Card Component Important components on the ISDN BRI S T I O Card include edge connector port connector configuration jumpers signal LEDs Figure 13 1 ISDN BRI S T I O Card ...

Page 121: ...ber of pin connectors that can be modified with suitcase jumpers to change the configuration of the ISDN BRI S T I O card These include jumpers for configuration and termination The location of these connectors labeled LK 1 through LK 9 are shown in Figure 13 1 Configuration For Network Termination NT configuration connect pins 1 and 2 of th appropriate connector For Terminal Equipment TE configur...

Page 122: ...the last TE on the line termination must be turned OFF by connecting pins 2 and 3 at LK 7 and LK 9 13 1 2 ISDN BRI S T Port Signal Handling The signal to pin relationships on the RJ 45 connector are different for an ISDN BRI S T I O card configured as TE user side or NT network side Table 13 2 shows the signal pin outs for each configuration LK3 pins 1 2 pins 2 3 LK4 pins 1 2 pins 2 3 LK5 pins 1 2...

Page 123: ...return On board Power Supply and Detection In the NT configuration the card can supply between the Tx and Rx lines up to 25mA at 40 VDC PS1 or phantom power to an external device In the TE configuration the card is able to detect the 40VDC PS1 or phantom power from the ISDN S T line WARNING This equipment will not operate when main power fails Table 13 2 Signal Pin Outs for ISDN BRI S T Port Pin T...

Page 124: ...rd WARNING The DDVC Dual DigitalVoice Compression Card cannot coexist with the following C54 DSP based cards in the same CX900e chassis Dual AnalogVoice I O Card DAV I O BRI DigitalVoice I O Card BRI DV I O The DDVC provides two voice channels that can be software configured for voice compression at 5 8 or 8 0 Kbps ACELP II or 16 24 32 or 40 Kbps G 726 o 64 Kbps PCM NOTE Each CX900e chassis can su...

Page 125: ...e The B channels can be software configured for voice compression at 8 0 Kbps G 729 and 40 32 24 or 16 Kbps G 726 or 64 Kbps G 711 WARNING The ISDN BRI S T Digital Voice I O card cannot coexist with the fol lowing C31 DSP based cards in the same CX900e chassis AnalogVoice I O Card Dual Digital Voice Compression DDVC Card In networks where the telco supplies Network Termination 1 NT1 the CX900e mus...

Page 126: ...S T Digital Voice I O Card Components Important components on the ISDN BRI S T Digital Voice I O Card include edge connector port connector configuration jumpers signal LEDs Figure 14 1 ISDN BRI S T Digital Voice I O Card edge connector to motherboard expansion slots ...

Page 127: ... S T Digital Voice I O Jumper Settings The ISDN BRI S T Digital Voice I O card has a number of pin connectors that can be modified with suitcase jumpers to change the configuration of the ISDN BRI S T Digital Voice I O card These include jumpers for configuration and termination The location of these connectors labeled LK 1 through LK 9 are shown in Figure 14 1 Configuration For Network Terminatio...

Page 128: ...n the line termination must be turned OFF by connecting pins 2 and 3 at LK 7 and LK 9 14 1 2 ISDN BRI S T Port Signal Handling The signal to pin relationships on the RJ 45 connector are different for a ISDN BRI S T DigitalVoice I O card configured as TE user side or NT network side Table 14 2 below shows the signal pin outs for each configuration Table 14 1 ISDN BRI S T Digital Voice Connector Jum...

Page 129: ...d return On board Power Supply and Detection In the NT configuration the card can supply between the Tx and Rx lines up to 25mA at 40 VDC PS1 or phantom power to an external device In the TE configuration the card is able to detect the 40VDC PS1 or phantom power from the ISDN S T line WARNING This equipment will not operate when main power fails Table 14 2 Signal Pin Outs for the ISDN BRI S T Port...

Page 130: ...CX900e Hardware Reference Manual 14 6 3006M100 002 ...

Page 131: ...ounts on the motherboard in any of slots 1 4 and also slots 5 and 6 if the DEM is installed It enables the CX900e to establish eithe a dial backup connection to the network in case its direct connection goes down or a simple public or private network dialup connection ...

Page 132: ...Manual 15 2 3021M100 002 15 1 V 34 Modem I O Card Components Important components on the V 34 Modem I O Card include edge connector port connectors Figure 15 1V 34 Modem I O Card Figure 15 2 V 34 Modem I O Card Connector Plate ...

Page 133: ...em 15 2 Modem Capabilitie The V 34 Modem I O card acts as an originate or answer modem using any of the protocols listed in the table below Table 15 1 V 34 Modem Pin Outs Signal Pin No not connected 1 not connected 2 Ring 3 Tip 4 not connected 5 not connected 6 not connected 7 not connected 8 Table 15 2 V 34 Modem Protocol Rate Support Protocol Possible Data Rates bps Bell 103 300 V 21 300 Bell 21...

Page 134: ...atures Central Office CO activated loopbacks V 54 loopbacks including Remote Loop 2 511 test pattern insertion and detection with or without error insertion Modem Self Test 15 2 2 Power Power Consumption 2 5 Watts 8 5 BTU hr Power Source The motherboard 120 pin connector supplies 5 VDC to the card and provides the Ground return ...

Page 135: ... enables the CX900e to connectto a Token Ring local area network The Token Ring I O card features aToken Ring 4 16 Mbps physical interface MAC Media Access Control Addressing status and control registers and address filtering for both transparent and Source Routing bridging that provide it with bridge router functionality ...

Page 136: ...edge connector fixes the card to any one of the motherboard s expansion slots 1 6 The connector plate fixes the female DB 9 connector for shielded twisted pair or STP cable and female RJ 45 connector for unshielded twisted pair or UTP cable to the chassis rear panel with two Phillips head screws and limits dust accumulation and electromagnetic radiation Figure 16 1 Token Ring I O Card ...

Page 137: ...ng I O Card Power Consumption The power consumption is 5 Watts 17 BTU hr Figure 16 2Token Ring LAN I O Card Connector Plate Table 16 1 Token Ring Port Signal Handling Signal DB 9 Pin No Signal RJ 45 Pin No RCV 1 not connected 1 not connected 2 not connected 2 not connected 3 XMT 3 not connected 4 RCV 4 XMT 5 RCV 5 RCV 6 XMT 6 not connected 7 not connected 7 not connected 8 not connected 8 XMT 9 ...

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Page 139: ...to motherboard slots 1 and 5 The card enables the CX900e to connect with an Ethernet Local Area Networ LAN The Ethernet LAN I O card features an LXT901 Ethernet Interface Transceiver MAC Media Access Control Addressing and status and control registers that provide it with bridge router functionality ...

Page 140: ...ard to expansion slots 1 or 5 of the mother board The connector plate fixes the female 10BaseT connector and the female Attachment Unit Interface AUI DB 15 connector to the chassis rear panel with two Phillips head screws and limits dust accumulation and electromagnetic radiation Port selection may be set for automatic or software controlled when both connectors are in use Figure 17 1 Ethernet LAN...

Page 141: ...Ethernet LAN I O Card Connector Plate Table 17 1 Connector Pin outs for Ethernet Ports Signal AUI Pin No Signal 10BaseT Pin No Chassis Ground 1 RX 1 CIP 2 RX 2 DOP 3 TX 3 Chassis Ground 4 not connected 4 DIP 5 not connected 5 Signal Ground 6 TX 6 not connected 7 not connected 7 not connected 8 not connected 8 CIN 9 DON 10 Chassis Ground 11 DIN 12 12 VDC 13 Chassis Ground 14 not connected 15 ...

Page 142: ...d 120 pin connector supplies 5 VDC to the card and provides the Ground return Converter A DC DC converter converts 5 VDC to 12 VDC for the AUI The power consumption of the converter is 6 0 Watts 500 mA at 12 VDC Overcurrent Protection The Ethernet LAN I O card contains a non resettable 0 5 Amp fuse across the 12 VDC output ...

Page 143: ...It enables the CX900e to connect to either a 10BaseT or 100BaseTX Ethernet Local Area Network LAN The Fast Ethernet LAN I O card features autosensing of data transmission speeds of 10 Mbps or 100 Mbps It also has a built in Content Addressable Memory CAM to filter unwanted traffic The CAM can hold up to 4096 filter addresses ...

Page 144: ...N I O Card include edge connector port connector signal LEDs The edge connector fixes the card to any of slots 1 6 of the motherboard The connector plate fixes the female RJ 45 connector to the chassis rear panel with two Phillips head screws and limits dust accumulation and electromagnetic radiation Figure 18 1 Fast Ethernet LAN I O Card ...

Page 145: ...D glows green to indicate connection to a 100BaseTX LAN and the LINK LED glows green to indicate a good link to the network 18 1 2 Fast Ethernet Port Signal Handling The following table describes the signal to pin relationships for both 10BaseT o 100BaseT Figure 18 2 Fast Ethernet LAN I O Card Connector Plate Table 18 1 Connector Pin outs for Ethernet Ports Signal Pin No RX 1 RX 2 TX 3 not connect...

Page 146: ...CX900e Hardware Reference Manual 18 4 3006M100 002 18 1 3 Power Power Consumption 3 75Watts 12 8 BTU hr Power The motherboard 120 pin connector supplies 5 VDC to the card and provides the Ground return ...

Page 147: ...ed For T1 the card must be jumper configured for connection through the RJ 48 connector For E1 the card can be jumpe configured for connection through either the RJ 48 connector or two Bayonet Nut Connectors BNCs The T1 E1 CSU DSU I O card enables the CX900e to connect to a full or fractional T1 or E1 public network and provides a non channelized interface ...

Page 148: ...ude edge connector port connectors LID connectors configuration jumpers The edge connector fixes the card to any one of the motherboard s expansion slots 1 4 The connector plate fixes the connector to the chassis rear panel with two Phillips head screws and limits dust accumulation and electromagnetic radiation Figure 19 1 T1 E1 CSU DSU I O Card ...

Page 149: ...le 19 1 describes the jumper configurations required to select either the RJ 48 or the BNC connectors Table 19 2 and Table 19 3 describe the jumper configuration required to match the correct line impedance The following table describes the jumper settings for the correct line impedance for T1 through the RJ 48 connector Figure 19 2 T1 E1 CSU DSU I O Card Connector Plate Table 19 1 T1 E1 CSU DSU C...

Page 150: ...in 1 to 2 LK5 T1 Receive Connect pin A1 to B1 LK6 T1 Receive Connect pin A1 to B1 LK7 T1 Transmit Remove Jumper LK8 T1 Receive Remove Jumper Table 19 3 E1 Line Impedance Jumper Port RJ 48 120 Ohms Configuration BNC 75 Ohms Configuration LK2 E1 Transmit Connect pin 2 to 3 Connect pin 2 to 3 LK3 E1 Transmit Connect pin 2 to 3 Connect pin 2 to 3 LK5 E1 Receive Connect pin A2 to B2 Connect pin A3 to B...

Page 151: ...19 T1 E1 CSU DSU I O CARD 3006M100 002 19 5 19 2 Power Power Consumption 1 5 Watts 5 1 BTU hr Power Source The motherboard 120 pin connector supplies 5 VDC to the card and provides the Ground return ...

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Page 153: ... 20 1 20 INSTALLATION AND CONFIGURATION This section provides step by step procedures to install and configure the CX900e s hardware components These procedures must be performed only by qualified service personnel ...

Page 154: ...cards are to be installed in slots 6 7 a 48V Ring Generator card if an Analog Voice I O card is to be installed Communication cables to match each type of connector and interface must be ordered separately see Table 20 1 They come in varying lengths with either male or female connectors V 24 EIA 232D Serial I O MultiV 24 Serial I O Universal I O V 35EU Serial I O V 35H Serial I O X 21 Serial I O 5...

Page 155: ...er signs of damage You should fully describe the type amount and location of damage 4 Confirm that optional cards I O DEM 48V Ring Generator match your order 5 Confirm that ports of serial I O cards are in a proper DTE to DCE relationship with external devices to which they will be connected You can correct a mismatch by referring to Figure 3 2 for the Data Expansion Module DEM Figure 4 3 for V 24...

Page 156: ...d 3 Ground yourself to protect the I O cards from electrostatic discharge ESD 4 Remove the single Phillips head screw located on the right side of the chassis 5 Slide the front corner latches outwards to release the cover from the chassis see Figure 20 1 6 Raise the cover at the front until the metal tabs at the rear disengage from the slots in the cover Lift the cover away from the chassis 7 When...

Page 157: ...20 INSTALLATION AND CONFIGURATION 3006M100 002 20 5 20 2 EPROM RAM Installation At some point you may need to change the motherboard s EPROM resident software or increase the motherboard s RAM ...

Page 158: ...d 1 Ground yourself to protect the I O cards from electrostatic discharge ESD 2 Locate and if necessary remove the memory on the motherboard 128K x 8 bit or 256K x 8 EPROM that boots the system after power up or reset is located at U22 2M x 32 bit 8M of data storage is located at U47 3 Insert the upgrade module in the vacated socket DRAM SIMM illus trated below Figure 20 2 Changeable Memory on Mot...

Page 159: ...ON AND CONFIGURATION 3006M100 002 20 7 4 Replace the cover see Procedure 2 or proceed with other work in the chassis Figure 20 3 DRAM SIMM Alignment Figure 20 4 DRAM SIMM Insertion Figure 20 5 DRAM SIMM in Position ...

Page 160: ... 5 6 The Dual DigitalVoice Compression DDVC card is not considered an I O card although it occupies an I O card slot V 24 EIA 232D Serial I O MultiV 24 Serial I O Universal I O V 35EU Serial I O V 35H Serial I O X 21 Serial I O 56K 64K DSU CSU ISDN BRI U I O ISDN BRI S T I O DDVC ISDN BRI S T Digital Voice I T1 E1 CSU DSU I O DIM I O V 34 Data Modem I O AnalogVoice I O with FXS FXO or E M Interfac...

Page 161: ...e not already done so confirm its DTE DCE configuration and if necessary unseat its jumpers rotate them 180 then reseat them For the Multi I O the suitcase jumpers must also be changed DTE DCE jumper orientations are described in Figure 3 2 for the Data Expansion Module Figure 4 3 for V 24 I O Cards Figure 4 6 for V 35EU I O Cards Figure 4 9 for V 35H I O Cards Figure 4 12 for X 21 I O Card Figure...

Page 162: ... Expansion Module Installation This section assumes that you have installed or will install a serial I O card including Multi Serial I O V 24 Serial I O V 35EU Serial I O V 35H Serial I O X 21 Serial I O DSU CSU I O and V 34 Data Modem I O in slot 5 or slot 6 I you have installed or will install a Voice I O Card in addition to installing a serial I O card in slot 5 or slot 6 disregard this procedu...

Page 163: ...ove the DEM from its packaging You should safeguard the enclosed ribbon cable and screws for possible installation of an optional seventh V 24 port see Procedure 6 If you plan to install this port confirm the DEM s DTE DCE configuration and if necessary unseat its jumpers rotate them 180 then reseat them 2 Align the DEM s edge connector over connector J3 on the motherboard Figure 20 7 Data Expansi...

Page 164: ...CX900e Hardware Reference Manual 20 12 3006M100 002 3 Press the card firmly but gently into place Figure 20 8 Data Expansion Module Alignment Figure 20 9 Data Expansion Module Insertion ...

Page 165: ...TALLATION AND CONFIGURATION 3006M100 002 20 13 4 If you want to install the DEM s optional V 24 port complete Procedure 6 Otherwise replace the cover see Procedure 2 or proceed with other work in the chassis ...

Page 166: ...have removed the cover from the chassis Procedure 2 To install the DEM s V 24 port 1 If you have not already done so confirm the DEM s DTE DCE configuration after removing it from its slot If necessary unseat its jumpers rotate them 180 reseat them as suggested in Figure 4 2 DEM DTE DCE Configuration Jumpers then return the DEM to its slot 2 Remove the V 24 port knock out on the chassis rear panel...

Page 167: ... 5 Voice I O Card Installation The Voice I O Card can be installed in any of slots 1 6 NOTE If you installa Voice I O Card you must also install a 48V Ring Generator Module If the Data Extension Module card has been installed the 48V Ring Generator Module must be fastened to the DEM Figure 20 11 Ribbon Cable Connection to Rear Panel ...

Page 168: ...atic discharge ESD 2 Remove 48V Ring Generator Module from its packaging 3 Remove the DEM from its packaging You should safeguard the enclosed ribbon cable and screws for possible installation of an optional seventh V 24 port see Procedure 6 If you plan to install this port confirm the DEM s DTE DCE configuration and if necessary unseat its jumpers rotate them 180 then reseat them as suggested in ...

Page 169: ...J3 on the motherboard and the 48V Ring Generator Module s 12 pin header at P1 i over connector J2 on the motherboard 7 Press the assembled cards firmly but gently into place 8 Fasten the mounting post on the 48V Ring Generator Module to the motherboard with its packaged bolt Figure 20 13 Assembled DEM and 48V Ring Generator Module Figure 20 14 DEM and 48V Ring Generator Alignment ...

Page 170: ...te Procedure 6 if you are installing the DEM s optional V 24 port then if you have not already done so install a Voice I O Card Procedure 9 Otherwise replace the cover Procedure 2 or proceed with other work in the chassis Figure 20 15 48V Ring Generator Mounting ...

Page 171: ...s procedure and complete Procedure 7 This procedure assumes that you have removed the cover from the chassis Procedure 2 To install the 48V Ring Generator Module 1 Ground yourself to protect the I O cards from electrostatic discharge ESD 2 Remove 48V Ring Generator Module from its packaging 3 Align the 48V Ring Generator Module over the motherboard so that its 12 pin header at P1 is over connector...

Page 172: ...the 48V Ring Generator Module to the motherboard and the rear panel with its packaged bolt 6 If you have not already done so install a Voice I O Card Procedure 9 Otherwise replace the cover Procedure 2 or proceed with other work in the chassis Figure 20 17 48V Ring Generator Module Alignment Figure 20 18 48V Ring Generator Module Mounting ...

Page 173: ...ant to install the Analog Voice I O Card 3 Unscrew the selected slot s cover plate from the chassis rear panel then put the screws aside for later attachment of the Analog Voice I O Card s connector plate You should safeguard the cover plate for possible future use 4 Remove the Analog Voice I O Card with its connector plate from its packaging 5 Align the card s edge connector and 6 pin header over...

Page 174: ...to their network devices after connecting the CX900e to its power source WARNING Never connect an I O card to a network device without first connecting the CX900e to its power source Never disconnect the CX900e from its power source without first disconnecting the cables of all its I O cards from their network devices Figure 20 19 Analog Voice I O Card Installation ...

Page 175: ...devices To connect the CX900e to a power source 1 Confirm that the CX900e s voltage rating is compatible with the voltage available in the country where it will operate 2 Push the power cable s female three wire plug onto the male three pin connector in the power entry module on the chassis rear panel 3 Plug the opposite connector of the power cable to the source of power ...

Page 176: ...puter PC 1 Locate the RJ 12 DB9 cable part CBLA0024 610 that is shipped with the unit Push the RJ 12 connector into the jack labeled CONSOLE on the chassis rear panel until it clicks into place 2 Connect and screw down the cable s female DB 9 connector to the PC s male DB 9 connector Once the CX900e and PC are powered up you can configure the software that resides on the CX900e s motherboard or mo...

Page 177: ...s 0 6 m 2 ft with M 3 screws V 35H CBLA0014 010 male M 34 block to male DB 25 3 m 10 ft V 35H CBLA 0014 210 male M 34 block to female DB 25 3 m 10 ft X 21 CBLA0005 010 male DB 15 to male DB 26 3 m 10 ft Universal Serial V 24 CBLA0027 000 male VHDCI to female DB 25 Universal Serial V 24 CBLB0002 001 female to male gender changer Universal Serial V 35 CBLA0032 000 male DB 25 to male M 34 Universal S...

Page 178: ...ardware Reference Manual 20 26 3006M100 002 4 Attach the connector at the other end of the cable to the port of the network device 5 Repeat steps 1 4 for each I O card you want to connect to its network device ...

Page 179: ...ilters to be attached to their respective I O cables Token Ring I O Ethernet LAN I O Fast Ethernet LAN I O T1 E1 CSU DSU I O ISDN BRI U I O The EMI filter is included with your equipment See the illustration below for attachment instructions Figure 20 20 Attaching the EMI Filter lay cable in center groove on one side of the box and wrap the cable around that side of the box Ferrite Box leave 1 2 5...

Page 180: ...CX900e and PC ar powered up you can configure the software that resides on the CX900e s motherboard or monitor its I O traffic 20 7 Powering Up This procedure assumes that you have connected the CX900e to its power sourc and to its terminal and have also connected its I O cards to their network devices ...

Page 181: ...N position 3 Check the LEDs on the front panel The POWER LED should light immediately and the FAULT LED should light then turn off in less than a second 4 If the POWER LED does not light proceed to Procedure 15 If the POWER LED lights and the FAULT LED remains on for more than a second arrange through your sales representative to return the unit to the factory for repair or replacement ...

Page 182: ...wer cord was properly connected between the source and the CX900e To check and if necessary replace the CX900e s fuses 1 Locate the power entry module on the rear panel 2 Push the power switch to the OFF position and disconnect the power cord from the CX900e 3 Gently pry the fuse bank out of the power entry module 4 Remove the fuses from the fuse bank and examine them for signs of having blown Fig...

Page 183: ...20 31 5 If the fuses have blown replace them then return the fuse bank to the power entry module and proceed to Procedure 14 If they have not blown arrange through your sales representative to return the unit to the factory for repair or replacement ...

Page 184: ...CX900e Hardware Reference Manual 20 32 3006M100 002 ...

Page 185: ...sed to transmit digital signals containing encoded analog content which are intended for eventual conversion into voiceband analog signals and re transmitted on the network The affidavit shall affirm that either no encoded analog content or billing in formation is being transmitted or that the output of the device meets Part 68 encoded analog content or billing protection specifications End user c...

Page 186: ......

Page 187: ...With respect to encoded analog content and billing protection check the appropriate paragraph below I attest that all operations associated with the establishment maintenance and adjustment of the digital CPE Customer Premise Equipment with respect to analog content and encoded billing protection information continuously com plies with Part 68 of the FCC Rules and Regulations The digital CPE does ...

Page 188: ...nals or D In lieu of the proceding training requirements the operator s maintainer s is are under the control of a supervisor trained in accordance with paragraph _____ A B or C above I agree to provide Telco s Name with proper documentation to demonstrate compliance with the in formation as provided in the preceeding paragraph if so requested _________________________________________ Signature __...

Page 189: ...06M100 002 B 1 APPENDIX B GETTING IN TOUCH WITH US The information in this appendix tells you how to get in touch with our Service organization return equipment for repair contact our Documentation group ...

Page 190: ...he following procedure NOTE Returns for repair will not be accepted without prior authorization from Memotec s head office Sales or Service administration depart ment Canadian Goods to be Returned for Repair Obtain RA from your Memotec representative or by calling Memotec s Cus tomer Service 800 766 7782 Please mark the outside of the shipping box with the RA All paperwork con cerning the returned...

Page 191: ...to assist you in exercising these procedures Ship goods to CIMETRA c o Memote 8396 Route 9 North West Chazy N Y 12992 U S A Export Goods to be Returned Obtain RA from your Memotec representative Please mark the outside of the shipping box with the RA All paperwork con cerning the returned equipment must refer to the RA Please include a description of the problem or the reason for the return For yo...

Page 192: ...____________________ Returned By _____________________________________ Date ___________________________________________ Reason for return _______________________________________________ _______________________________________________ _______________________________________________ _______________________________________________ _______________________________________________ ______________________...

Page 193: ...over an error pleas contact the Technical Documentation group in Montreal E mail tech writing memotec com Fax 514 738 4436 We invite your comments on this manual Your feedback is important in produc ing documentation that best fulfills your needs and it will be taken into consider ation in future revisions of this document ...

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Page 195: ... provided to facilitate the task of recording the hardware and or software revisions of circuit cards installed in CX900e products Complet ing the table will ensure that all necessary revision information is available for Memotec service personnel at the time a service request ismade To determine the current hardware and or software version of a circuit card follow the procedures outlined below En...

Page 196: ...e I O card 1 Position the circuit card with the component side up and the faceplate to the right 2 You will find the hardware revision information located in one of the corners of the card as shown in the following figure 3 Note the silk screened revision REV number and the hand written letter s that follow the number 4 Determine the current revision of the card by appending the last letter appear...

Page 197: ...screen appears 4 Refer to the software Revision column of the CPU List and record the software revision number of the CPU card In the example above the software revision of the CX900e is CX602607 A breakdown of the software revision format follows 5 Enter the software revision in the S W Revision column of the table CXx0260x Software Option Software Version Software Release No CX900e ...

Page 198: ... Method 2 Using the Command Line Interface 1 Enter module at the command line prompt 2 The software revision will appear on the screen in the format outlined in method 1 3 Record and enter the software revision in the S W Revision column of the table ...

Page 199: ...l I O 1 5 X 21 Serial I O 1 5 Multi I O 3 0 Universal I O 7 0 Analog Voice I O 2 5 Dual Analog Voice I O 2 1 56K 64K CSU DSU I O 2 0 ISDN BRI U I O 2 5 ISDN BRI S T I O 4 0 ISDN BRI S T Digital Voice I O 3 0 V 34 Modem I O 2 5 Token Ring LAN I O 5 0 Ethernet LAN I O 2 0 Fast Ethernet LAN I O 3 75 T1 E1 CSU DSU I O 1 5 48V Ring Generator 36 ...

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