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Raisecom 
iTN2100 (P100R002) Hardware Description 

18 64K crossconnection card 

 

 

Raisecom Technology Co., Ltd. 

202 

 

18.1.3 LEDs 

There are three LEDs on the OPCOM3500E-DXC-DS0 panel, as listed in Table 18-1. 

Table 18-1

 

LEDs on the OPCOM3500E-DXC-DS0 panel 

Interface 

Status 

Description 

PWR 

Green 

Power LED 

 

Green: the power supply is normal. 

 

Off: the power supply is abnormal. 

SYS 

Green 

System status LED 

 

Green: the system is working improperly. 

 

Off: the system is working improperly. 

 

Blinking green: the system is working properly. 

ALM 

Red 

Alarm LED 

 

Red: TU-AIS or TU-LOP alarms are generated. 

 

Off: no TU-AIS or TU-LOP alarms are generated. 

 

18.1.4 Alarms 

Table 18-2 lists alarms of the OPCOM3500E-DXC-DS0. 

Table 18-2

 

Alarms of the OPCOM3500E-DXC-DS0 

Alarm 

Cause 

Level 

E1 LOF alarm 

 

The TX clock of the peer device fails. 

 

The E1 connector of the peer device is improperly 
connected; the attenuation of sent signals is over great. 

 

The receiving reference clock of the card fails. 

Critical 

E1 AIS alarm 

 

Timeslot of the backplane of VC12 corresponding to 
the local E1 is faulty or improperly configured. 

 

The E1 channel of the remote PDH device is faulty or 
improperly configured. 

Minor 

E1 CRC alarm 

 

The working mode of E1 in the peer or local device is 
improperly configured. 

 

CRC at the E1 sending side of the peer device is 
disabled. 

 

The TX clock of the peer device fails. 

 

The E1 connector of the peer device is improperly 
connected; the attenuation of sent signals is over great. 

 

The receiving reference clock of the card fails. 

Minor 

E1 E-3/6 alarm 

 

The working mode of E1 in the peer or local device is 
improperly configured. 

 

CRC at the E1 sending side of the peer device is 
disabled. 

 

The TX clock of the peer device fails. 

 

The E1 connector of the peer device is improperly 
connected; the attenuation of sent signals is over great. 

 

The receiving reference clock of the card fails. 

Minor 

Summary of Contents for iTN2100

Page 1: ...iTN2100 P100R002 Hardware Description Rel_01 www raisecom com ...

Page 2: ... excerpted reproduced translated or utilized in any form or by any means electronic or mechanical including photocopying and microfilm without permission in Writing from Raisecom Technology Co Ltd is the trademark of Raisecom Technology Co Ltd All other trademarks and trade names mentioned in this document are the property of their respective holders The information in this document is subject to ...

Page 3: ...lated to this document Product Name Product version Chassis version Software version iTN2100 P100R002 C 01 or later iTN2100 NMS C_V4 23 or later Conventions Symbol conventions The symbols that may be found in this document are defined as follows Symbol Description Indicates a hazard with a medium or low level of risk which if not avoided could result in minor or moderate injury Indicates a potenti...

Page 4: ... New Roman Arial Paragraphs in Warning Caution Notes and Tip are in Arial Boldface Names of files directories folders and users are in boldface For example log in as user root Italic Book titles are in italics Lucida Console Terminal display is in Lucida Console Change history Updates between document versions are cumulative Therefore the latest document version contains all updates made to previo...

Page 5: ...3 1 Functions 9 3 2 Appearance 9 3 3 LEDs 10 3 4 Specifications 10 4 Power supplies 12 4 1 SUB PWRII DC DC 300 13 4 1 1 Appearance and functions 13 4 1 2 Slots 13 4 1 3 LEDs 14 4 1 4 Specifications 14 4 2 SUB PWRM DC 16 4 2 1 Appearance and functions 16 4 2 2 Slots 16 4 2 3 LEDs 17 4 2 4 Specifications 17 4 3 SUB PWRM AC 19 4 3 1 Appearance and functions 19 4 3 2 Slots 19 4 3 3 Interfaces 20 4 3 4...

Page 6: ...Ds 31 6 1 5 DIP switch 32 6 1 6 Alarms 32 6 1 7 Specifications 34 7 SDH tributary cards 35 7 1 OPCOM3500E STM1 S 36 7 1 1 Appearance and functions 36 7 1 2 Slots 36 7 1 3 Interfaces 37 7 1 4 LEDs 38 7 1 5 Alarms 39 7 1 6 Specifications 39 7 2 OPCOM3500E 4STM1 S 41 7 2 1 Appearance and functions 41 7 2 2 Slots 41 7 2 3 Interfaces 42 7 2 4 LEDs 42 7 2 5 Alarms 43 7 2 6 Specifications 44 8 Ethernet a...

Page 7: ...1 Appearance and functions 58 10 2 2 Slots 59 10 2 3 Interface 59 10 2 4 LEDs 60 10 2 5 Specifications 60 10 3 iTN2100 2IGC 62 10 3 1 Appearance and functions 62 10 3 2 Slots 62 10 3 3 Interface 63 10 3 4 LEDs 64 10 3 5 Specifications 65 10 4 OPCOM3500E 4FX 66 10 4 1 Appearance and functions 66 10 4 2 Slots 66 10 4 3 Interfaces 67 10 4 4 LEDs 67 10 4 5 DIP swtiches 68 10 4 6 Specifications 68 10 5...

Page 8: ...2 Slots 82 13 1 3 Interfaces 83 13 1 4 LEDs 83 13 1 5 Alarms 84 13 1 6 Specifications 84 13 2 OPCOM3500E EOP3FE 86 13 2 1 Appearance and functions 86 13 2 2 Slots 86 13 2 3 Interfaces 87 13 2 4 LEDs 88 13 2 5 Alarms 88 13 2 6 Specifications 89 13 3 OPCOM3500E EOP8FX 90 13 3 1 Appearance and functions 90 13 3 2 Slots 90 13 3 3 Interfaces 91 13 3 4 LEDs 91 13 3 5 Specifications 92 13 4 OPCOM3500E EO...

Page 9: ...104 13 7 2 Slots 104 13 7 3 Interfaces 105 13 7 4 LEDs 105 13 7 5 Alarms 106 13 7 6 Cables 106 13 7 7 Specifications 107 13 8 OPCOM3500E HT 6FE24E1 108 13 8 1 Appearance and functions 108 13 8 2 Slots 108 13 8 3 Interfaces 109 13 8 4 LEDs 109 13 8 5 Alarms 110 13 8 6 Specifications 110 13 9 iTN2100 EOT GESTM4 111 13 9 1 Appearance and functions 111 13 9 2 Slots 111 13 9 3 Interfaces 112 13 9 4 LED...

Page 10: ...3 6 Alarms 126 14 3 7 Specifications 126 14 4 OPCOM3500E 8EOS FE 127 14 4 1 Appearance and functions 127 14 4 2 Slots 127 14 4 3 Interfaces 128 14 4 4 LEDs 128 14 4 5 DIP switches 129 14 4 6 Alarms 130 14 4 7 Specifications 130 14 5 OPCOM3500E 8EOS FX 131 14 5 1 Appearance and functions 131 14 5 2 Slots 131 14 5 3 Interfaces 132 14 5 4 LEDs 132 14 5 5 DIP switches 133 14 5 6 Alarms 134 14 5 7 Spec...

Page 11: ...6 Specifications 148 15 4 OPCOM3500E P240FE 149 15 4 1 Appearance and functions 149 15 4 2 Slots 149 15 4 3 Interfaces 150 15 4 4 LEDs 150 15 4 5 Alarms 152 15 4 6 Specifications 153 15 5 OPCOM3500E 120EOS 4 154 15 5 1 Appearance and functions 154 15 5 2 Slots 154 15 5 3 Interfaces 155 15 5 4 LEDs 155 15 5 5 DIP switches 156 15 5 6 Alarms 158 15 5 7 Specifications 158 15 6 OPCOM3500E 120EOS 4L 160...

Page 12: ... 9 5 Alarms 175 15 9 6 Specifications 175 15 10 OPCOM3500E 120H 4 176 15 10 1 Appearance and functions 176 15 10 2 Slots 176 15 10 3 Interfaces 177 15 10 4 LEDs 177 15 10 5 DIP switches 178 15 10 6 Alarms 179 15 10 7 Specifications 180 15 11 OPCOM3500E 240H 2 182 15 11 1 Appearance and functions 182 15 11 2 Slots 182 15 11 3 Interfaces 183 15 11 4 LEDs 183 15 11 5 DIP switches 183 15 11 6 Alarms 1...

Page 13: ... 17 1 5 Cables 198 17 1 6 Specifications 199 18 64K crossconnection card 200 18 1 OPCOM3500E DXC DS0 201 18 1 1 Appearance and functions 201 18 1 2 Slots 201 18 1 3 LEDs 202 18 1 4 Alarms 202 18 1 5 Specifications 203 19 Multi service cards 204 19 1 OPCOM3500E 12MT 205 19 1 1 Appearance and functions 205 19 1 2 Slots 205 19 1 3 Interfaces 206 19 1 4 LEDs 208 19 1 5 Specifications 209 19 1 6 Cables...

Page 14: ...36 20 2 7 Networking applications 236 20 2 8 Ordering information 238 20 3 iTN2100 4SU D 239 20 3 1 Appearance and functions 239 20 3 2 Slots 239 20 3 3 Interfaces 240 20 3 4 LEDs 240 20 3 5 Specifications 240 20 3 6 Optical performance metrics 241 20 3 7 Networking applications 241 20 3 8 Ordering information 243 21 Cables 244 21 1 Fiber 244 21 1 1 Connectors 244 21 1 2 Appearance 245 21 2 Ethern...

Page 15: ...ion 255 21 9 2 CBL E1 DB37F 40 16NC 255 21 9 3 CBL E1 DB37F 16BNCF 257 21 9 4 CBL E1 DB37F 16BNCM 258 21 9 5 CBL E1 DB37F 8RJ45 258 21 10 E1 SCSI100 cables 259 21 10 1 Introduction 259 21 10 2 CBL E1 SCSI100M 40 32BNCF 260 21 10 3 CBL E1 SCSI100M 40 32BNCM 260 21 10 4 CBL E1 SCSI100M 40 16RJ45 261 21 11 V24 HDB26 cables 262 21 11 1 Introduction 262 21 11 2 CBL V24 HDB26M 4DB25F 263 21 11 3 CBL V24...

Page 16: ...nts Raisecom Technology Co Ltd xiv 21 13 2 CBL MUL HDB26M NC 272 21 13 3 CBL MUL HDB26M 40 NC 274 22 Appendix 277 22 1 Power consumption of optical electrical modules 277 22 1 1 SFP modules 277 22 1 2 XFP modules 277 22 2 Terms 278 22 3 Abbreviations 280 ...

Page 17: ...iTN2100 4SU D 242 Figure 20 4 OADM ring network with the iTN2100 4SU D 242 Figure 21 1 LC PC fiber connector 245 Figure 21 2 SC PC fiber connector 245 Figure 21 3 FC PC fiber connector 246 Figure 21 4 Ethernet cable 247 Figure 21 5 Line order of the straight through cable 248 Figure 21 6 Line order of the 100 Mbit s crossover cable 248 Figure 21 7 Line order of the 1000 Mbit s crossover cable 249 ...

Page 18: ...BNCM cable 261 Figure 21 21 CBL E1 SCSI100M 40 16RJ45 cable 262 Figure 21 22 CBL V24 HDB26M 4DB25F cable 263 Figure 21 23 CBL V24 HDB26M 4DB25M cable 264 Figure 21 24 CBL V35 HDB26M 2M34F cable 266 Figure 21 25 CBL V35 HDB26M 2M34M cable 267 Figure 21 26 CBL V35 HDB26M M34F cable 267 Figure 21 27 CBL V35 HDB26M M34M cable 268 Figure 21 28 CBL V35 HDB26M DB25M cable 269 Figure 21 29 CBL MUL HDB26M ...

Page 19: ...C 18 Table 4 6 Protection function parameters of the SUB PWRM DC 18 Table 4 7 Interface on the SUB PWRM AC panel 20 Table 4 8 LEDs on the SUB PWRM AC panel 20 Table 4 9 Specifications of the SUB PWRM AC 21 Table 4 10 Input parameters of the SUB PWRM AC 21 Table 4 11 Protection function parameters of the SUB PWRM AC 22 Table 5 1 Interfaces on the iTN2100 NMS panel 25 Table 5 2 Parameters of the SNM...

Page 20: ...ms of the OPCOM3500E STM1 S 39 Table 7 8 Specifications of the OPCOM3500E STM1 S 40 Table 7 9 Interfaces on the OPCOM3500E 4STM1 S panel 42 Table 7 10 Parameters of interfaces 1 4 on the OPCOM3500E 4STM1 S 42 Table 7 11 LEDs on the OPCOM3500E 4STM1 S panel 42 Table 7 12 Alarms of the OPCOM3500E 4STM1 S 43 Table 7 13 Specifications of the OPCOM3500E 4STM1 S 44 Table 8 1 Interfaces on the iTN2100 NT...

Page 21: ... 21 Interfaces on the OPCOM3500E 8FX panel 70 Table 10 22 Parameters of interfaces 1 8 on the OPCOM3500E 8FX 70 Table 10 23 LEDs on the OPCOM3500E 8FX panel 70 Table 10 24 Specifications of the OPCOM3500E 8FX 71 Table 11 1 Interfaces on the iTN2100 TSU panel 74 Table 11 2 Line order of 2 way RJ45 interfaces transmitting 2 MHz or 2 Mbit s clock signals 74 Table 11 3 Line order of RJ45 interface 1 t...

Page 22: ...20 Specifications of the OPCOM3500E EOP FE16E1 96 Table 13 21 Interface on the OPCOM3500E EOP FEE1 8 98 Table 13 22 Parameters of eight RJ45 interfaces on the OPCOM3500E EOP FEE1 8 98 Table 13 23 LEDs on the OPCOM3500E EOP FEE1 8 panel 98 Table 13 24 Alarms of the OPCOM3500E EOP FEE1 8 99 Table 13 25 Specifications of the OPCOM3500E EOP FEE1 8 99 Table 13 26 Interfaces on the OPCOM3500E EOP FXE1 8...

Page 23: ...8FE panel 121 Table 14 7 Parameters of FE electrical interfaces on the OPCOM3500E EOS 8FE 121 Table 14 8 LEDs on the OPCOM3500E EOS 8FE panel 121 Table 14 9 Specifications of the OPCOM3500E EOS 8FE 122 Table 14 10 Interfaces on the OPCOM3500E 4EOS 4FX panel 124 Table 14 11 Parameters of interfaces 1 4 on the OPCOM3500E 4EOS 4FX 124 Table 14 12 LEDs on the OPCOM3500E 4EOS 4FX panel 124 Table 14 13 ...

Page 24: ...on the OPCOM3500E 32E1 32E1 BL 141 Table 15 9 LEDs on the OPCOM3500E 32E1 32E1 BL panel 141 Table 15 10 Configurations of the DIP switch SW1 on the OPCOM3500E 32E1 BL 142 Table 15 11 Alarms of the OPCOM3500E 32E1 32E1 BL 143 Table 15 12 Cables of the OPCOM3500E 32E1 32E1 BL 143 Table 15 13 Specifications of the OPCOM3500E 32E1 32E1 BL 143 Table 15 14 Interfaces on the OPCOM3500E P240EOS panel 145 ...

Page 25: ...of the GE interface on the OPCOM3500E 120FE 8L GE 170 Table 15 43 Parameters of interfaces 1 8 on the OPCOM3500E 120FE 8L GE 170 Table 15 44 LEDs on the OPCOM3500E 120FE 8L GE panel 171 Table 15 45 Alarms generated on the OPCOM3500E 120FE 8L GE 172 Table 15 46 Specifications of the OPCOM3500E 120FE 8L GE 172 Table 15 47 OPCOM3500E 240GE 4L interfaces 174 Table 15 48 Parameters of the OPCOM3500E 24...

Page 26: ...3DS3 E3 190 Table 15 74 Cables of the OPCOM3500E 3DS3 E3 191 Table 15 75 Specifications of the OPCOM3500E 3DS3 E3 191 Table 16 1 Relations between V24 bandwidth and 64 Kbit s timeslot on the OPCOM3500E 8V24 16 194 Table 16 2 Interfaces on the OPCOM3500E 8V24 panel 16 194 Table 16 3 LEDs on the OPCOM3500E 8V24 panel 16 194 Table 16 4 Cables of the OPCOM3500E 8V24 16 195 Table 16 5 Specifications of...

Page 27: ...0E MULTI 219 Table 19 20 Cables available for the OPCOM3500E MULTI 219 Table 20 1 Interfaces on the iTN2100 Gb panel 222 Table 20 2 Client side interface metrics optical modules 222 Table 20 3 Client side interface metrics electrical modules 224 Table 20 4 Line side interface metrics 225 Table 20 5 LEDs on the iTN2100 Gb panel 225 Table 20 6 BITs 1 8 of the DIP switch 227 Table 20 7 Configurations...

Page 28: ...n the iTN2100 255 Table 21 13 Technical specifications of the CBL E1 DB37F 40 16NC cable 256 Table 21 14 Definitions of pins on the CBL E1 DB37F 40 16NC cable 256 Table 21 15 Specifications of the CBL E1 DB37F 16BNCF cable 257 Table 21 16 CBL E1 DB37F 16BNCM cable 258 Table 21 17 Specifications of the CBL E1 DB37F 8RJ45 259 Table 21 18 Relations between the E1 SCSI100 cable and the card on the iTN...

Page 29: ...3 PIN of the HDB26 interface on the OPCOM3500E 4V35 270 Table 21 34 Relationships between the MUL HDB26 cable and the card on the iTN2100 271 Table 21 35 Specifications of the CBL MUL HDB26M NC cable 272 Table 21 36 Color modes of the CBL MUL HDB26M NC cable 272 Table 21 37 Specifications of the CBL MUL HDB26M 40 NC cable 274 Table 21 38 Color modes of the CBL MUL HDB26M 40 NC cable 274 Table 22 1...

Page 30: ...ich it can network with the Ethernet optical fiber transceiver the PDH optical transceiver the Ethernet multiplexer the protocol converter and so on In this way it can meet customers diverse requirements The iTN2100 supports Operation Administration and Maintenance OAM protocols Through its graphical interface on the Network Management System NMS it implements service based end to end monitoring m...

Page 31: ...lps avoid influencing the device performances Cards The iTN2100 provides a wide variety of interfaces thus implementing integrated service access Table 1 1 lists all cards on the iTN2100 and their corresponding BUS Table 1 1 All cards on the iTN2100 and their corresponding BUS Card Type BUS NMS card iTN2100 NMS ETH BUS SDH aggregation card OPCOM3500E 2STM1 4 M SDH BUS SDH tributary card OPCOM3500E...

Page 32: ...COM3500E 4EOS 4FE OPCOM3500E 4EOS 4FX OPCOM3500E 8EOS FE OPCOM3500E 8EOS FX PDH and RCMS card OPCOM3500E 16E1 OPCOM3500E 16E1 BL OPCOM3500E 32E1 OPCOM3500E 32E1 BL OPCOM3500E P240EOS OPCOM3500E P240FE OPCOM3500E 120EOS 4 OPCOM3500E 120EOS 4L OPCOM3500E 120FE 4 GE OPCOM3500E 120FE 8L GE OPCOM3500E 240GE 4L OPCOM3500E 120H 4 OPCOM3500E 240H 2 OPCOM3500E 3DS3 E3 V 24 card OPCOM3500E 8V24 V 35 card OP...

Page 33: ...Raisecom iTN2100 P100R002 Hardware Description Overview Raisecom Technology Co Ltd 4 Card Type BUS OPCOM3500E MULTI Service aggregation card iTN2100 Gb SDH BUS iTN2100 8SU S iTN2100 4SU D ...

Page 34: ...00 including the following sections Structure Slots VC4 and GE distribution Specifications 2 1 Structure The iTN2100 has a 19 inch 6 U standard chassis complying with the IEC297 standards The dimensions are 480 mm width 248 mm depth 267 mm height Figure 2 1 and Figure 2 2 show the outlook of the chassis Figure 2 1 Front panel of the chassis ...

Page 35: ...ds are plugged into slots POWER1 and POWRE2 5 Tab Used to fix the fan on the chassis 6 Heat dissipation The fan is installed above the heat dissipating area to dissipate hot air inside the chassis 7 Alarm terminal Four hole spring terminal supporting one way alarm input and one way alarm output The DC voltage connected to the alarm output terminal should not exceed 30 V and the current should not ...

Page 36: ...s and cards The corresponding relations are as below NMS card plugged into slot 0 only Aggregation cards plugged into slots 6 and 7 only Switching cards plugged into slots 9 and 10 only Other service cards plugged into slots 1 5 and 8 12 Power supplies plugged into slots POWER1 and POWER2 only 2 3 VC4 and GE distribution Table 2 2 lists VC4 and GE distribution Table 2 2 VC4 and GE distribution Slo...

Page 37: ...ated voltage 110 V or 220 V Voltage range 100 240 V 47 Hz or 63 Hz Working temperature 5 C to 50 C Working humidity 10 90 RH indoor environment non condensing Working air pressure 86 106 kPa Lightning protection level AC power 6 kV in both differential mode and common mode DC power 1 kV in common mode Ethernet interface RJ45 SNMP interface and NM NEXT interface Indoor 1 kV in common mode Outdoor 4...

Page 38: ...Adopt dual slower power on scheme powering on both the fan and circuit slowly which enhances the system stability upon hot swapping Support 8 level revolving speed Support fault alarms including fan stopping and revolving speed deterioration due to aging Support intelligent speed adjustment through which the iTN2100 can adjust revolving speed automatically according to current temperature inside t...

Page 39: ...360 LED Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal ALM Red Working status LED Red the fan is working improperly Off the fan is working properly 3 4 Specifications Table 3 2 lists specifications of the FANS360 Table 3 2 Specifications of the FANS360 Parameter Value Dimensions 440 mm width 247 mm depth 44 mm height Weight 3 0 kg Max power...

Page 40: ...Raisecom iTN2100 P100R002 Hardware Description 3 Fan Raisecom Technology Co Ltd 11 Parameter Value Power supply voltage 30 V 57 V Maximum current 0 5 A Maximum power 28 W ...

Page 41: ...nology Co Ltd 12 4 Power supplies This chapter describes power supplies supported by the iTN2100 including the following sections SUB PWRII DC DC 300 SUB PWRM DC SUB PWRM AC The iTN2100 supports duel power supply backup It supports dual DC dual AC or hybrid AC DC power supplies ...

Page 42: ... other cards Perform Electromagnetic Compatibility EMC filtering over input power Support hybrid input of AC and DC power Support hybrid input of intelligent and unintelligent power Support input reverse polarity protection recoverable input undervoltage protection output overvoltage protection output current limit protection Support over temperature protection Support input surge current suppress...

Page 43: ...the LED is probably red 48V Green 48 V power working LED Green 48 V power input is normal Off 48 V power input is off 4 1 4 Specifications Table 4 2 lists specifications of the SUB PWRII DC DC 300 Table 4 2 Specifications of the SUB PWRII DC DC 300 Card Parameter SUB PWRII DC 48 V 150 W SUB PWRII DC 110 V 300 W SUB PWRII DC 300 Remark Basic parameters Dimensions 38 5 mm width 224 mm depth 240 mm h...

Page 44: ...iption 4 Power supplies Raisecom Technology Co Ltd 15 Card Parameter SUB PWRII DC 48 V 150 W SUB PWRII DC 110 V 300 W SUB PWRII DC 300 Remark parameters Output over voltage protection 6 V 6 V 6 V Output current limit protection 33 A 72 A 72 A ...

Page 45: ...t input reverse polarity protection recoverable input undervoltage protection input overvoltage protection output overvoltage protection output current limit protection Support over temperature protection Support input surge current suppression Support in position monitoring and fault reporting Support hierarchical alarms of input overvoltage and input undervoltage Support single level alarms of o...

Page 46: ...t voltage and the centered voltage is within range 1 Off the deviation between the input voltage and the centered voltage is beyond range 1 Maj Red Input voltage hierarchical alarm LED Red the deviation between the input voltage and the centered voltage is within range 2 Off the deviation between the input voltage and the centered voltage is beyond range 2 Cri Red Input voltage hierarchical alarm ...

Page 47: ...ameters of the SUB PWRM DC Table 4 5 Input parameters of the SUB PWRM DC Parameter Value Remark Rated input voltage 48 V Input voltage range 36 V to 72 V Under full load Zero load power consumption 5 W Under rated input voltage Table 4 6 lists protection function parameters of the SUB PWRM DC Table 4 6 Protection function parameters of the SUB PWRM DC Parameter Value Input undervoltage protection ...

Page 48: ...t Support 1 1 hot backup of power Support short circuit protection Support hybrid input of AC and DC power Support hybrid input of intelligent and unintelligent power Support input overcurrent protection output overcurrent protection input undervoltage protection and output overvoltage protection Support alarms on power supply type power failure over high or over low input voltage Support over tem...

Page 49: ...power output is off or the voltage is abnormal Off 48 V voltage is normal 5V PWR Green 5V power output LED Green 5V power output is normal Off 5 V power output is off 5V ALM Red 5V power alarm LED Red 5V power output is off or the voltage is abnormal Off 5V voltage is normal 100 240V Green Power input LED Green 110 V 200 V power input is normal Off power input is off Min Yellow Input voltage hiera...

Page 50: ...d range If the alarm LED is yellow or red the power supply is communicating with the back plane and reporting power alarm status 4 3 5 Specifications Table 4 9 lists specifications of the SUB PWRM AC Table 4 9 Specifications of the SUB PWRM AC Parameter Value Dimensions 38 5 mm width 224 mm depth 240 mm height Weight 1 1 kg Zero load power consumption 10 W Rated power consumption 600 W Table 4 10 ...

Page 51: ...4 11 lists protection function parameters of the SUB PWRM AC Table 4 11 Protection function parameters of the SUB PWRM AC Parameter Value Input overcurrent protection 15 A Input undervoltage protection 85 V Output overcurrent protection 50 V 9 A 5 V 90 A Output overvoltage protection 50 V 60 V 5 V 6 V ...

Page 52: ...Raisecom iTN2100 P100R002 Hardware Description 5 NMS card Raisecom Technology Co Ltd 23 5 NMS card This chapter describes the NMS card on the iTN2100 including the following section iTN2100 NMS ...

Page 53: ...nnel Connection VCC channel through E1 signals Through this function you can manage a remote iTN2100 through the transportation network The iTN2100 supports four VCC channels at most Support four DCC channels by each slot Each DCC channel supports three modes D1 D3 D4 D12 D1 D12 Support monitoring and control of revolving speed of fans Support a way of input alarms and a way of output alarms Suppo...

Page 54: ...ser byte interface Interface parameters The SNMP interface and the NM EXT interface have the same parameters as listed in Table 5 2 Table 5 2 Parameters of the SNMP interface on the iTN2100 NMS card Parameter Description Connector type RJ45 Interface rate 10 100 Mbit s or auto negotiation Duplex mode Full duplex Line order Auto MDI MDIX Standard IEEE 802 3 Table 5 3 lists parameters of the CONSOLE...

Page 55: ...in Table 5 5 Table 5 5 LEDs on the iTN2100 NMS panel LED Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly MAS Green Primary Slave mode LED of the system clock Green the system clock is primary O...

Page 56: ...king improperly Blinking green the NM EXT interface is receiving or sending data 5 1 6 Alarms Table 5 6 lists alarms of the iTN2100 NMS Table 5 6 Alarms of the iTN2100 NMS Alarm Cause Level Chassis alarm The NMS channel between a card and the NMS card fails The SDH clock module fails Critical Cold reset The iTN2100 is reset upon power failure Critical 5 1 7 Specifications Table 5 7 lists specifica...

Page 57: ...100R002 Hardware Description 6 SDH aggregation card Raisecom Technology Co Ltd 28 6 SDH aggregation card This chapter describes the SDH aggregation card on the iTN2100 including the following section OPCOM3500E 2STM1 4 M ...

Page 58: ...me is smaller than 50ms Support point to point link and ring network topology Support inter card protection for tributary cards Support VC4 VC3 VC12 level cross connection When the optical interface rate of the aggregation card is STM 1 it supports 20 20 VC4 60 60 VC3 and 1260 1260 VC12 cross connection When the optical interface rate of the aggregation card is STM 4 it supports 32 32 VC4 96 96 VC...

Page 59: ...z clock synchronization output interface You can set it to 2 Mbit s or 2 MHz through software Interface parameters Table 6 2 lists parameters of interfaces 1 and 2 on the OPCOM3500E 2STM1 4 M Table 6 2 Parameters of interfaces 1 and 2 on the OPCOM3500E 2STM1 4 M Parameter Description Optical module SFP Interface rate STM 1 or STM 4 configurable Line code NRZ Multiplexing structure Comply with ITU ...

Page 60: ...3500E 2STM1 4 M panel as listed in Table 6 5 Table 6 5 LEDs on the OPCOM3500E 2STM1 4 M panel LED Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly SWH Green Protection switchover LED Green a swi...

Page 61: ...e optical interface rate ON ON Set the optical interface rate to STM 4 OFF OFF Set the optical interface rate to STM 1 By default Bit1 and Bit2 of SW3 are OFF If Bit1 and Bit2 of SW3 are not concurrently ON nor OFF and the optical interface rate is not configured the iTN2100 still sets the rate to STM 1 by default When you set the optical interface rate of the OPCOM3500E 2STM1 4 M through DIP swit...

Page 62: ...erly transmitted The performance of the local card is bad Major MS AIS Multiplexing section alarm LED Alarm signals are inserted in the optical signals sent by the peer device The peer device is a regenerator and receives LOS LOF or OOF alarms Minor HP LOM High order Path HP Loss of Multiframe LOM alarm Services are improperly configured Byte H4 is lost or incorrect Critical HP TIM HP Trace byte J...

Page 63: ... Raisecom Technology Co Ltd 34 6 1 7 Specifications Table 6 8 lists specifications of the OPCOM3500E 2STM1 4 M Table 6 8 Specifications of the OPCOM3500E 2STM1 4 M Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 5 kg Max power consumption 12 W ...

Page 64: ... Hardware Description 7 SDH tributary cards Raisecom Technology Co Ltd 35 7 SDH tributary cards This chapter describes the SDH tributary cards of the iTN2100 including the following sections OPCOM3500E STM1 S OPCOM3500E 4STM1 S ...

Page 65: ... STM1 optical interfaces support 1 1 dual optical interface protection thus supporting inter card protection if supported by the optical SDH aggregation card on the iTN2100 Support multiplexing section protection and channel protection DCC channels support three modes D1 D3 D4 D12 and D1 D12 This is supported by Version C only The SDH optical interface supports local inner loopback and local outer...

Page 66: ...nding and RX indicates receiving Interface parameters Table 7 3 lists parameters of interfaces A and B on the OPCOM3500E STM1 S Versions A and B Table 7 3 Parameters of interfaces A and B on the OPCOM3500E STM1 S Versions A and B Parameter Description Optical module type 1 9 optical module Interface rate STM 1 Line code NRZ Multiplexing structure Comply with ITU T G 707 recommendations Jitter Comp...

Page 67: ... Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly SWH Green Protection switchover LED Green a switchover occurs Off no switchover occurs ALM Red Alarm LED Red MS AIS MS EXC AU AIS or AU LOP alarms are generated Off no MS AIS MS EXC AU AIS or AU LOP alarms are genera...

Page 68: ...3500E STM1 S Table 7 7 Alarms of the OPCOM3500E STM1 S Alarm Cause Level LOS alarm on the STM1 optical interface Attenuation of received signals is over great The peer sender fails The connector of fiber is dirty or improperly connected The local receiver fails Critical LOF alarm on the STM1 optical interface The TX clock of the peer device fails Optical signals do not match The local receiving re...

Page 69: ...ardware Description 7 SDH tributary cards Raisecom Technology Co Ltd 40 Table 7 8 Specifications of the OPCOM3500E STM1 S Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 45 kg Max power consumption 3 W ...

Page 70: ...ach other and interfaces 3 and 4 protect each other Support low order path 1 1 protection When two OPCOM3500E 4STM1 S are installed they support inter card 1 1 protection Support the inband NMS and outband NMS The inband NMS transmits NMS information through VC12 The outband NMS transmit NMS information by occupying DCC bytes The bandwidth of NMS channel can be set to192 Kbit s 576 Kbit s and 768 ...

Page 71: ...10 lists parameters of interfaces 1 4 on the OPCOM3500E 4STM1 S Table 7 10 Parameters of interfaces 1 4 on the OPCOM3500E 4STM1 S Parameter Description Connector type SFP optical interface Interface rate STM 1 Line code NRZ Multiplexing structure Comply with ITU T G 707 recommendations Clock parameters Comply with ITU T G 813 recommendations Electrical parameters Comply with ITU T G 957 recommenda...

Page 72: ... of received signals is over great The peer sender fails The connector of fiber is dirty or improperly connected The local receiver fails Critical RS LOF The TX clock of the peer device fails Optical signals do not match The local receiving referential clock fails Critical RS TIM The received trace byte of the local device and the sent trace byte of the peer device are inconsistent Services are im...

Page 73: ...nal marking byte of the local device and the sent signal marking byte of the peer device are inconsistent Services are improperly configured Critical TU AIS Services are improperly configured The channel of the peer device fails Higher order path alarms such as R LOS trigger the alarm The cross connection card fails Minor TU LOP The interface between the tributary card and the cross connection car...

Page 74: ...02 Hardware Description 8 Ethernet aggregation card Raisecom Technology Co Ltd 45 8 Ethernet aggregation card This chapter describes the Ethernet aggregation card of the iTN2100 including the following section iTN2100 NTU 4GF ...

Page 75: ...WE3 and Virtual Private LAN Service VPLS Support 802 3ah 802 1ag Y 1731 MPLS TP OAM APS protocols Ethernet link level Ethernet service level and LSP level connectivity and performance detection and LSP protection Support Ethernet services including Virtual Local Area Network VLAN Medium AccessControl MAC address table QinQ and Ethernet protocols such as STP G 8031 LLDP and LACP Support configuring...

Page 76: ... connector BITS clock output Interface parameters Table 8 2 lists parameters of interfaces 1 4 on the iTN2100 NTU 4GF Table 8 2 Parameters of interfaces 1 4 on the iTN2100 NTU 4GF Parameter Description Connector type SFP LC PC Line code 8B 10B Transmission rate 1 25 Gbit s Working mode Full duplex Maximum supported frame length 13 KB Supported frame format Ethernet II Ethernet SAP and Ethernet SNA...

Page 77: ...ry Off the card is slave 1000M 1 4 Green SFP optical interface 1000 Mbit s LED Green the Ethernet rate is 1000 Mbit s Off the Ethernet rate is 100 Mbit s or the connection fails LNK ACT 1 4 Green SFP optical interface working LED Green the SFP optical interface is properly connected Off the SFP optical interface is improperly connected or disconnected Blinking green the SFP optical interface is re...

Page 78: ...0R002 Hardware Description 9 Ethernet switching card Raisecom Technology Co Ltd 49 9 Ethernet switching card This chapter describes the Ethernet switching card on the iTN2100 including the following section iTN2100 PTU 4GE ...

Page 79: ...02 1Q VLAN Double TAG ACL QoS storm control rate limiting mirroring link aggregation layer 2 protocol transparent transmission loopback detection etc Support IEEE 802 1ag and ITU Y 1731 Support GE ring network Support IEEE 802 3ah OAM Support layer 2 SLA Support Ethernet line protection according to ITU T G 8031 Support Ethernet ring network protection according to ITU T G 8032 Support statistics ...

Page 80: ...ved Interface parameters Table 9 2 lists parameters of interfaces 1 4 on the iTN2100 PTU 4GE Table 9 2 Parameters of interfaces 1 4 on the iTN2100 PTU 4GE Parameter Description Connector type SFP LC PC Line code 8B 10B Transmission rate 1 25 Gbit s Working mode Full duplex Maximum supported frame length 1522 13312 Bytes configurable Supported frame format Ethernet II Ethernet SAP and Ethernet SNAP...

Page 81: ...mary Off the card is slave 1000M 1 4 Green SFP optical interface 1000 Mbit s LED Green the Ethernet rate is 1000 Mbit s Off the Ethernet rate is 100 Mbit s or the connection fails LNK ACT 1 4 Green SFP optical interface working LED Green the SFP optical interface is properly connected Off the SFP optical interface is improperly connected or disconnected Blinking green the SFP optical interface is ...

Page 82: ...ion 10 Ethernet access cards Raisecom Technology Co Ltd 53 10 Ethernet access cards This chapter describes Ethernet access cards of the iTN2100 including the following sections iTN2100 16GF iTN2100 8FX iTN2100 2IGC OPCOM3500E 4FX OPCOM3500E 8FX ...

Page 83: ...nsmission and loopback detection Support IEEE 802 3ah OAM IEEE 802 1ag ITU Y 1731 and extended OAM Support the GE Ethernet ring Support ITU T G 8031 Ethernet linear protection switching Support ITU T G 8032 Ethernet ring protection switching Support basic functions of MPLS TP static LSP configurations and 128 bidirectional LSPs Support L2VPN Support ALS Support ST RSTP and MSTP Support synchronous...

Page 84: ...optical signals The device supports up to 16 way GE services Interface parameters Table 10 2 lists parameters of interfaces 1 16 of the iTN2100 16GF Table 10 2 Parameters of interfaces 1 16 of the iTN2100 16GF Parameter Description Connector type SFP LC PC Line code 8B 10B Transmission rate 1 25 Gbit s Supported optical modules 100BASE FX SFP 1000BASE X SFP TSFP 03 DS15 3 and TSFP Gb DS14 3 Suppor...

Page 85: ...Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly LNK ACT 1 16 Green SFP optical interface working LED Green SFP optical interfaces 1 16 are properly connected Off SFP optical interfaces 1 16 are connected or disconnec...

Page 86: ...Raisecom iTN2100 P100R002 Hardware Description 10 Ethernet access cards Raisecom Technology Co Ltd 57 Parameter Value Weight 0 5 kg Max power consumption 30 W ...

Page 87: ... downlink of the Ethernet optical interfaces Support remote management of Raisecom transceivers which support remote management Support remote management through 802 3ah Ethernet OAM Support layer 2 switching functions including Support MAC address automatical learning support management of the MAC address table including adding deleting and querying MAC address table entries support setting MAC a...

Page 88: ...s of interfaces 1 8 of the iTN2100 8FX Table 10 7 Parameters of interfaces 1 8 of the iTN2100 8FX Parameter Description Connector type SFP optical interface Interface rate 100 Mbit s Duplex mode Full duplex Compliance standard IEEE802 3 and IEEE802 3u Table 10 8 lists transmission parameters of optical interfaces 1 8 of the iTN2100 8FX Table 10 8 Transmission parameters of optical interfaces 1 8 o...

Page 89: ...ission distance depends on the network 10 2 4 LEDs There are 10 LEDs on the iTN2100 8FX panel as listed in Table 10 9 Table 10 9 LEDs on the iTN2100 8FX panel LED Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is...

Page 90: ...Hardware Description 10 Ethernet access cards Raisecom Technology Co Ltd 61 Table 10 10 Specifications of the iTN2100 8FX Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 4 kg Max power consumption 15 W ...

Page 91: ... access Support detection of dual switching cards when working on the iTN2100 and support cooperation with dual switching cards Support selection of service channels on the backplane when working on the iTN2100 Support saving querying and displaying manufacturing information Support management and maintenance of the SFP optical modules Support configuration and management of Ethernet optical inter...

Page 92: ...sts parameters of GE1 and GE2 electrical interfaces Table 10 12 Parameters of GE1 and GE2 electrical interfaces on the iTN2100 2IGC Parameter Description Connector type RJ45 Interface rate 10 100 1000 Mbit s or auto negotiation Duplex mode Full duplex half duplex auto negotiation It supports full duplex in non auto negotiation mode and half duplex Maximum supported frame length 10 KBytes Flow cont...

Page 93: ...ED Green the GE1 GE2 electrical interface is working at 1000 Mbit s Off the GE1 GE2 electrical interface is working at 100 Mbit s or 10 Mbit s LNK ACT GE1 GE2 electrical interface Green GE1 GE2 electrical interface working LED Green the GE1 GE2 electrical interface is properly connected Off the GE1 GE2 electrical interface improperly connected or disconnected Blinking green the GE1 GE2 electrical ...

Page 94: ... cards Raisecom Technology Co Ltd 65 10 3 5 Specifications Table 10 15 lists specifications of the iTN2100 2IGC Table 10 15 Specifications of the iTN2100 2IGC Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 36 kg Max power consumption 10 W ...

Page 95: ...ages unknown multicast messages and DLF messages Support interface isolation protection Support interface aggregation Support QoS and determine four output queues by priority Support 802 1Q VLAN and 4K concurrent VLANs Support QinQ Support 8K MAC addresses and 30 static MAC addresses Support enabling or disabling MAC address learning based on interfaces Support configurable aging time ranging from...

Page 96: ...aces 1 4 on the OPCOM3500E 4FX Parameter Description Connector type 1 9 optical interface Interface rate 100 Mbit s Maximum supported frame length 1632 Bytes Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow control 10 4 4 LEDs There are 10 LEDs on the OPCOM3500E 4FX panel as listed in Table 10 18 Table 10 18 LEDs on the OPCOM3500E 4FX panel LED Status Descript...

Page 97: ...igurations of DIP switch SW1 on the OPCOM3500E 4FX DIP switch Function Status Description Bit1 Bit2 Bit3 Bit4 Optical interface device SW1 Set the type of the optical interface device ON ON ON ON M ON ON ON OFF S1 ON ON OFF ON S2 ON ON OFF OFF S3 ON OFF ON ON SS13 ON OFF ON OFF SS15 ON OFF OFF ON SS23 ON OFF OFF OFF SS25 The card is properly configured before leaving factory Do not configure if no...

Page 98: ...oadcast messages unknown multicast messages and DLF messages Support interface isolation protection Support interface aggregation Support QoS and determine four output queues by priority Support 802 1Q VLAN and 4K concurrent VLANs Support QinQ Support 8K MAC addresses and 64 static MAC addresses Support enabling or disabling MAC address learning based on slots Support a maximum frame length of 163...

Page 99: ...ces 1 8 on the OPCOM3500E 8FX Table 10 22 Parameters of interfaces 1 8 on the OPCOM3500E 8FX Parameter Description Connector type SFP optical interface Interface rate 100 Mbit s Maximum supported frame length 1632 Bytes Flow control IEEE 802 3x based flow control in full duplex mode 10 5 4 LEDs There are 10 LEDs on the OPCOM3500E 8FX panel as listed in Table 10 23 Table 10 23 LEDs on the OPCOM3500...

Page 100: ...erface is properly connected Off the link interface improperly connected or disconnected Blinking green the link interface is receiving or sending data 10 5 5 Specifications Table 10 24 lists specifications of the OPCOM3500E 8FX Table 10 24 Specifications of the OPCOM3500E 8FX Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 4 kg Max power consumption 12 5 W ...

Page 101: ...Raisecom iTN2100 P100R002 Hardware Description 11 Clock card Raisecom Technology Co Ltd 72 11 Clock card This chapter describes the clock card of the iTN2100 including the following section iTN2100 TSU ...

Page 102: ...ference source protection switching and trace path protection switching Support Slave Only in OC mode Support setting the frequency reference of time synchronization to EEC clock source 1588 Sync or obtaining the clock by controlling local PLL through 1588 V2 protocol Support translating PTP interface states Master Slave and Passive Support 2 way 2 MHz or 2 Mbit s clock signal input and output and...

Page 103: ...irements 1PPS TOD I O 1 2 RJ45 Support two 1PPS TOD interfaces for configuring time signal input and output One 1PPS TOD electrical level support RS422 only and the other 1PPS TOD electrical level supports RS422 and RS232 When 1PPS TOD electrical level is set to RS232 it needs to cooperate with the APPS interface It means that the 1PPS TOD interface transmits TOD information only and supports tran...

Page 104: ...OD time information 8 422_2_P TOD time information Table 11 4 Line order of RJ45 interface 2 transmitting 1PPS TOD clock signals PIN Signal definition Description 1 RS 232 TXD TOD time information cooperating with the 1PPS of the BNC interface 2 RS 232 RXD TOD time information cooperating with the 1PPS of the BNC interface 3 422_1_N 1PPS 4 GND GND 5 GND GND 6 422_1_P 1PPS 7 422_2_N TOD time inform...

Page 105: ...ly LOCK Red Lockout state LED Red the current 1588 V2 time is in unlock state Off the current 1588 V2 time is in lockout state ALM Red Fault alarm LED Red LOS alarms are generated on current 2 way external clock signals The ALM LED is off when at least one way signal is displayed as normal lof Off currently at least one way external clock signal is input properly 11 1 5 Specifications Table 11 6 l...

Page 106: ...com iTN2100 P100R002 Hardware Description 12 TDMoP card Raisecom Technology Co Ltd 77 12 TDMoP card This chapter describes the TDMoP card of the iTN2100 including the following section iTN2100 CES 16E1T1 BL ...

Page 107: ...ck E1 bidirectional loopback and no loopback Provide up to 64 bundles Support SAToP and CESoPSN encapsulation protocols Support enabling disabling PW Real time Transport Protocol RTP Support setting Jitter Buffer depth to 375us 16000us Support setting packet encapsulation tine to 125us 5000us Support clock recovery mechanism including the self adaptive clock line recovery clock system clock and ex...

Page 108: ...he iTN2100 CES 16E1T1 BL Table 12 2 Parameters of interfaces 1 16 on the iTN2100 CES 16E1T1 BL Parameter Description Connector type RJ45 Interface impedance 120Ω balanced interface Interface speed 2 048 Mbit s Coding type HDB3 Supported frame format Unframed PCM31 PCM31C PCM30 and PCM30C Frame structure Comply with ITU TG 703 ITU TG 704 recommendations Clock Comply with ITU TG 823 recommendations ...

Page 109: ...reen the system is working improperly Off the system is working improperly Blinking green the system is working properly LOS 1 16 Red LOS alarm LED Red LOS alarms are generated on E1 services Off no LOS alarm is generated on E1 services 12 1 5 Specifications Table 12 4 lists specifications of the iTN2100 CES 16E1T1 BL Table 12 4 Specifications of the iTN2100 CES 16E1T1 BL Parameter Value Dimension...

Page 110: ...o Ltd 81 13 EOP cards This chapter describes EOP cards of the iTN2100 including the following sections OPCOM3500E EOPFE OPCOM3500E EOP3FE OPCOM3500E EOP8FX OPCOM3500E EOP FE16E1 OPCOM3500E EOP FEE1 8 OPCOM3500E EOP FXE1 8 OPCOM3500E EOPS 8E1 OPCOM3500E HT 6FE24E1 iTN2100 EOT GESTM4 ...

Page 111: ...he scheduling rule can be set to SP or WRR Support 802 1Q VLAN 4K concurrent VLANs and Double Tag QinQ Support standard OAM IEEE 802 3ah protocol by 2 SFP interfaces on the front panel Support a maximum RX forwarding frame length of 1916 Bytes Support 802 3x flow control and back pressure flow control Support 8K MAC addresses and 30 static MAC addresses Support setting the aging time to 0 3825s Su...

Page 112: ... OPCOM3500E EOPFE Parameter Description Connector type RJ45 Interface speed 10 100 M bit s auto negotiation Maximum supported frame length 1916 Bytes Line order Auto MDI MDI X Duplex mode Full duplex half duplex auto negotiation Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow control 13 1 4 LEDs There are 4 LEDs on the OPCOM3500E EOPFE panel as listed in Tabl...

Page 113: ...s generated on the OPCOM3500E EOPFE Alarm Cause Level E1 LOS Signals are lost Critical E1 AIS E1 signals are all 1 because the transmitted data is incorrect or the remote device outputs AIS signals Minor E1 LOF Data sent by the upstream node is incorrect because services are configured improperly or the hardware fails Critical E1 CRC An Error on data during transmission Critical E1 GID ERROR Rever...

Page 114: ...002 Hardware Description 13 EOP cards Raisecom Technology Co Ltd 85 Table 13 5 Specifications of the OPCOM3500E EOPFE Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 5 kg Max power consumption 18 W ...

Page 115: ...eduling The scheduling rule can be set to SP or WRR Support 802 1Q VLAN 4K concurrent VLANs and Double Tag QinQ Support standard OAM IEEE 802 3ah protocol by 2 SFP interfaces on the front panel Support a maximum RX forwarding frame length of 1916 Bytes Support 802 3x flow control and back pressure flow control Support 8K MAC addresses and 30 static MAC addresses Support setting the aging time to 0...

Page 116: ...face on the OPCOM3500E EOP3FE Table 13 7 Parameters of the RJ45 interface on the OPCOM3500E EOP3FE Parameter Description Connector type RJ45 Interface speed 10 100 M bit s or auto negotiation Maximum supported frame length 1916 Bytes Line order Auto MDI MDI X Duplex mode Full duplex half duplex auto negotiation Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow ...

Page 117: ...hernet electrical interface is properly connected Off the Ethernet electrical interface is improperly connected or disconnected Blinking green the Ethernet electrical interface is receiving or sending data SD Green Optical interface input signal LED Green input signals are detected on the optical interface Off no input signal is detected on the optical interface LNK ACT 1 2 optical interface Green...

Page 118: ...ct Critical E1 remote alarms AIS LOF CRC and LOS The remote device managed by the card generates AIS LOF CRC and LOS alarms Critical E1 remote loopback alarm The remote device managed by the card generates a loopback Critical Ethernet interface Link Down Links of Ethernet interfaces are disconnected Critical 13 2 6 Specifications Table 13 11 lists specifications of the OPCOM3500E EOP3FE Table 13 1...

Page 119: ...rnal loopback on the E1 interface Support E1 BERT Support E1 interface alarm Support complete Ethernet interface functions such as Ethernet interface statistics Support the Generic Framing Procedure GFP Ethernet encapsulation mode Support 8 VCGs performing reverse multiplexing Each VCG supports up to 16 way E1 signals 8 VCGs support up to 32 way E1 signals Support the RC Link protocol which can be...

Page 120: ... 8 on the OPCOM3500E EOP8FX Parameter Description Connector type SFP LC PC Line code 4B 5B block coding and NRZI line coding Interface speed 100 Mbit s Interface specification 100Base FX Duplex mode Full duplex Flow control IEEE802 3x based flow control in full duplex mode Compliance standard IEEE 802 3u 13 3 4 LEDs There are 10 LEDs on the OPCOM3500E EOP8FX panel as listed in Table 13 14 Table 13...

Page 121: ...s properly connected Off the Ethernet interface is improperly connected or disconnected Blinking green the Ethernet interface is receiving or sending data 13 3 5 Specifications Table 13 15 lists specifications of the OPCOM3500E EOP8FX Table 13 15 Specifications of the OPCOM3500E EOP8FX Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 41 kg Max power consumption 13 W ...

Page 122: ...rent VLANs and Double Tag QinQ Support a maximum frame length of 1632 Bytes Support 802 3x flow control and back pressure flow control Support 8K MAC addresses and 64 static MAC addresses Support enabling or disabling MAC address learning based on interface Support setting the aging time to 0 3825s Support interface based rate limiting ranging from 62 Kbit s to 100 Mbit s Support transparently tra...

Page 123: ...it s or auto negotiation Maximum supported frame length 1632 Bytes Line order Auto MDI MDIX Duplex mode Full duplex half duplex auto negotiation Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow control 13 4 4 LEDs There are 5 LEDs on the OPCOM3500E EOP FE16E1 panel as listed in Table 13 18 Table 13 18 LEDs on the OPCOM3500E EOP FE16E1 panel LED Status Descript...

Page 124: ...s generated on the OPCOM3500E EOP FE16E1 Alarm Cause Level E1 LOS Signals are lost Critical E1 AIS E1 signals are all 1 because the transmitted data is incorrect or the remote device outputs AIS signals Minor E1 LOF Data sent by the upstream node is incorrect because services are configured improperly or the hardware fails Critical E1 CRC An Error on data during transmission Critical E1 GID ERROR ...

Page 125: ... Hardware Description 13 EOP cards Raisecom Technology Co Ltd 96 Table 13 20 Specifications of the OPCOM3500E EOP FE16E1 Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 7 kg Max power consumption 13 W ...

Page 126: ...el through EoPDH encapsulate them into E1 signals send them to the aggregation card through the backplane and then transmit them to the SDH network through cross connection In reverse direction it demaps eight ways of E1 signals from the backplane abstracts Ethernet signals through EoPDH and transmits them to the 100BASE TX interface on the front panel The eight 100BASE TX interfaces correspond to...

Page 127: ...ription Connector type RJ45 Interface rate 100Base TX support auto negotiation in this situation it supports 100 Mbit s full duplex only Line code 4B 5B block coding MLT 3 Line code Duplex mode Full duplex Flow control IEEE 802 3x based flow control in full duplex mode Line order Auto MDI MDIX Compliance standard IEEE 802 3u 13 5 4 LEDs There are 10 LEDs on the OPCOM3500E EOP FEE1 8 panel as liste...

Page 128: ...Alarms of the OPCOM3500E EOP FEE1 8 Alarm Cause Level E1 AIS alarm E1 signals are composed of 1 only because transmission fails or the peer device outputs AIS signals Minor E1 LOF alarm The output data of uplink devices is incorrect because services are improperly configured or hardware fails Critical E1 CRC alarm Data error occurs in transmission Critical 13 5 6 Specifications Table 13 25 lists s...

Page 129: ...cross connection The eight 100BASE TX interfaces correspond to eight E1 channels respectively and independently E1 interfaces support framed and unframed modes You can configure them through command lines or NMS Support local or remote loopback of E1 links Support configurable clock modes local clock or line clock Support E1 link BERT which is optional Support statistics of sent frames received fr...

Page 130: ...500E EOP FXE1 8 Parameter Description Connector type SFP LC Interface rate 100 Mbit s Line code 4B 5B block code and NRZI Line code Duplex mode Full duplex Flow control IEEE 802 3x based flow control in full duplex mode Compliance standard IEEE 802 3u 13 6 4 LEDs There are eight LEDs on the OPCOM3500E EOP FXE1 8 panel as listed in Table 13 28 Table 13 28 LEDs on the OPCOM3500E EOP FXE1 8 panel Int...

Page 131: ...ng LOS alarm Attenuation of received signals is over great The peer sender fails The fiber head is unclean or the connector is improperly connected The local receiver fails Critical E1 AIS alarm E1 signals are composed of 1 only because transmission fails or the peer device outputs AIS signals Minor E1 LOF alarm The output data of uplink devices is incorrect because services are improperly configu...

Page 132: ...Raisecom iTN2100 P100R002 Hardware Description 13 EOP cards Raisecom Technology Co Ltd 103 Parameter Value Weight 0 35 kg Max power consumption 15 W ...

Page 133: ...ramed and unframed modes by the E1 interface They can be configured through the software Support local and remote loopbacks on E1 links Support making statistics on the number of received packets transmitted packets error packets and traffic Support selecting a clock mode local clock or line clock Support optional E1 link BERT Support GFP and LAPS Ethernet encapsulation modes Support VCAT and Link...

Page 134: ...COM3500E EOPS 8E1 Parameter Description Connector type DB37 male connector Interface speed 2048kbps 50ppm Interface impedance 75 Ω Coding type High Density Bipolar of Order 3 Code HDB3 Frame structure Framed or unframed The framed mode complies with ITU T G 704 recommendations E1 standard Comply with ITU T G 703 recommendations Jitter feature Comply with ITU T G 823 recommendations Wander feature ...

Page 135: ...1 LOS alarms are generated 13 7 5 Alarms Table 13 34 lists alarms generated on the OPCOM3500E EOPS 8E1 Table 13 34 Alarms generated on the OPCOM3500E EOPS 8E1 Alarm Cause Level E1 AIS E1 signals are all 1 because the transmitted data is incorrect or the remote device outputs AIS signals Minor E1 LOF Data sent by the upstream node is incorrect because services are configured improperly or the hardw...

Page 136: ...m Technology Co Ltd 107 13 7 7 Specifications Table 13 36 lists specifications of the OPCOM3500E EOPS 8E1 Table 13 36 Specifications of the OPCOM3500E EOPS 8E1 Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 4 kg Max power consumption 10 45 W ...

Page 137: ... in single E1 mode Support the following in E1 reverse multiplexing mode Support reverse multiplexing of eight E1 links at most Transmission of frame interleaving from Ethernet frames to E1 signals Automatical recognition of E1 line order Maximum relative delay 16ms for E1 links Automatical construction or destruction of E1 links Framed mode It supports FAS CRC4 PCM31 mode and automatical CRC You ...

Page 138: ...of interfaces 1 6 on the OPCOM3500E HT 6FE24E1 Parameter Description Connector type RJ45 Interface rate Support auto negotiation but in this mode it supports 100 Mbit s full duplex only Duplex mode Full duplex Flow control IEEE 802 3x based flow control in full duplex mode Line order Auto MDI MDIX 13 8 4 LEDs There are eight LEDs on the OPCOM3500E HT 6FE24E1 panel as listed in Table 13 39 Table 13...

Page 139: ...r device outputs AIS signals Critical E1 LOF alarm The output data of uplink devices is incorrect because services are improperly configured or hardware fails Critical E1 CRC alarm Data error occurs in transmission Critical E1 GID ERROR alarm Reverse duplexing is improperly configured Critical E1 remote loopback alarm The remote device managed by the card generates loopback alarms Critical Etherne...

Page 140: ...r of flows is 4k Support Ethernet flow control Support QinQ Support DDM of SFP modules Support SDH overhead processing statistics of alarms and performance Support configurable SDH clock source local clock line clock system TDM clock or system Ethernet clock Support SDH clock drifting with jitter complying with ITU T standards Support VC4 VC3 VC12 1 1 channel protection of SDH on the card Support ...

Page 141: ...FP optical interface LC Interface rate You can configure four STM interfaces on the front panel to STM1 or the first STM interface to STM4 other interfaces becomes invalid Line code NRZ Clock parameters Comply with ITU T G 813 recommendations Electrical parameters Comply with ITU T G 957 recommendations Jitter Comply with ITU T G 783 and ITU T G 825 recommendations 13 9 4 LEDs There are eight LEDs...

Page 142: ...n optical interfaces 1 2 3 and 4 13 9 5 DIP switches Table 13 45 lists configurations of the DIP switch on the iTN2100 EOT GESTM4 Table 13 45 Configurations of the DIP switch on the iTN2100 EOT GESTM4 SW1 Function Status Description No Bit1 Set the optical interface rate ON Set the rate of the first optical interface to STM 4 others become invalid OFF Set the rate of the four optical interface to ...

Page 143: ...annel is triggered by MS AIS R LOS R LOF alarms Services are improperly configured The peer device sends AU AIS alarms The TX part of the peer device or the RX part of the local device fails Minor AU LOP The RX part of the peer device fails Services are improperly configured on the peer device BER of the local device is over great Critical MS EXC BER in the multiplexing section is over high Optica...

Page 144: ...consistent Services are improperly configured Critical E1 AIS alarm E1 signals are composed of 1 only because transmission fails or the peer device outputs AIS signals Critical E1 LOF alarm The output data of uplink devices is incorrect because services are improperly configured or hardware fails Critical E1 CRC alarm Data error occurs in transmission Critical E1 remote loopback alarm The remote d...

Page 145: ...ription 14 EOS cards Raisecom Technology Co Ltd 116 14 EOS cards This chapter describes EOS cards of the iTN2100 including the following sections OPCOM3500E EOS 4FE OPCOM3500E EOS 8FE OPCOM3500E 4EOS 4FX OPCOM3500E 8EOS FE OPCOM3500E 8EOS FX ...

Page 146: ...s Support assignment of four ways of Ethernet services with bandwidth of N VC12 and N VC3 and then transmit them to the SDH network Support two Ethernet encapsulation modes GFP and LAPS Support LCAS Support 2000 Bytes Ethernet frame length at most Support online software upgrade for local devices Support complete alarms Support statistics of sent frames received frames and error packages of each V...

Page 147: ... type RJ45 Interface rate 10 100 Mbit s or auto negotiation Maximum supported frame length 2000 Bytes Duplex mode Full duplex half duplex auto negotiation Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow control Line order Auto MDI MDIX Compliance standard IEEE 802 3x and IEEE 802 3u 14 1 4 LEDs There are 11 LEDs on the OPCOM3500E EOS 4FE panel as listed in Ta...

Page 148: ...larms of the OPCOM3500E EOS 4FE Table 14 4 Alarms of the OPCOM3500E EOS 4FE Alarm Cause TU LOP TU AIS SDH signals from the aggregation card is faulty Check the aggregation card The card fails in hardware and the SDH data from the backplane is invalid Timing signals of the card are lost LP EXLOM Invalid K4 frame headers are received in continuous three frames Multiframe loss occurs on b1 of the K4 ...

Page 149: ...0 100 Mbit s Ethernet electrical interfaces Support assignment of eight ways of Ethernet services with bandwidth of N VC12 transmit them to the SDH network and share bandwidth of 63 VC12 Support two Ethernet encapsulation modes GFP and LAPS Support VCAT and LCAS Support online software upgrade for local devices Support complete alarms and performance monitoring Support hot swapping 14 2 2 Slots Th...

Page 150: ... s or auto negotiation 14 2 4 LEDs There are 11 LEDs on the OPCOM3500E EOS 8FE panel as listed in Table 14 8 Table 14 8 LEDs on the OPCOM3500E EOS 8FE panel Interface Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the syste...

Page 151: ...s working properly Off the interface is disconnected or is working improperly Blinking green the interface is receiving or sending data 14 2 5 Specifications Table 14 9 lists specifications of the OPCOM3500E EOS 8FE Table 14 9 Specifications of the OPCOM3500E EOS 8FE Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 45 kg Max power consumption 10 45 W ...

Page 152: ...FP and LAPS Support VCAT and LCAS Support storm control over broadcast messages unknown multicast messages and DLF messages Support interface isolation protection Support interface aggregation Support QoS and determine four output queues by priority Support 802 1Q VLAN and support 4K concurrent VLANs Support QinQ Support 8k MAC addresses and 30 static MAC addresses Support enabling or disabling MA...

Page 153: ...e OPCOM3500E 4EOS 4FX Parameter Description Connector type 1 9 optical interface Interface rate 100 Mbit s Maximum supported frame length 1632 Bytes Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow control 14 3 4 LEDs There are 11 LEDs on the OPCOM3500E 4EOS 4FX panel as listed in Table 14 12 Table 14 12 LEDs on the OPCOM3500E 4EOS 4FX panel Interface Status D...

Page 154: ... 13 Configurations of DIP switch SW1 on the OPCOM3500E 4EOS 4FX DIP switch Function Status Description Bit1 Bit2 SW1 Set working mode of the card ON ON Set the card in ESW working mode OFF OFF Set the card in EOS working mode By default SW1 is all OFF Namely the card is working in EOS mode by default After you set working mode of SW1 configurations take effect after power on Configuring SW1 during...

Page 155: ...Critical Ethernet optical interface link failure alarm Fiber is disconnected The RX and TX of the remote device fail Critical EOS AIS alarm Services are improperly configured The channel to the peer device fails The cross connection module fails Minor EOS LOP alarm The interface between a tributary card and the cross connection card fails Services are improperly configured Hardware fails Critical ...

Page 156: ...upport virtual cascading of input Ethernet services with N VC12 bandwidth and then transmit them to the SDH network Support two Ethernet encapsulation modes GFP and LAPS Support VCAT and LCAS Support loopback detection automatical switchoff and recovery of Ethernet interfaces Support storm control over broadcast messages unknown multicast messages and DLF messages Support interface isolation prote...

Page 157: ... FE Parameter Description Connector type RJ45 Interface rate 10 100 Mbit s or auto negotiation Duplex mode Full duplex half duplex auto negotiation Maximum supported frame length 1632 Bytes Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow control Line order Auto MDI MDIX 14 4 4 LEDs Table 14 19 lists LEDs on the OPCOM3500E 8EOS FE panel Table 14 19 LEDs on the...

Page 158: ...reen Duplex mode LED Green the Ethernet electrical interface is working in full duplex mode Off the Ethernet electrical interface is working in half duplex mode ACT Green Data TX RX LED Green the interface is receiving or sending data Off the interface is not receiving or sending data 14 4 5 DIP switches Table 14 20 and Table 14 21 list configurations of DIP switches on the OPCOM3500E 8EOS FE Tabl...

Page 159: ...rnet services OFF Set the front plane interface to the egress interface of Ethernet services Bit3 Reserved Bit4 By default Bit2 of SW3 is OFF 14 4 6 Alarms Table 14 22 lists alarms of the OPCOM3500E 8EOS FE Table 14 22 Alarms of the OPCOM3500E 8EOS FE Alarm Cause Level Alarm overall alarm TU AIS TU LOP Critical Ethernet link failure alarm The Ethernet cable is disconnected Critical 14 4 7 Specific...

Page 160: ... storm control over broadcast messages unknown multicast messages and DLF messages Support interface isolation protection Support interface aggregation Support QoS and determine four output queues by priority Support 802 1Q VLAN support 4K concurrent VLANs and support QinQ Support 8k MAC addresses and 30 static MAC addresses Support enabling or disabling MAC address learning based on interfaces Su...

Page 161: ...00E 8EOS FX Parameter Description Connector type 1 9 optical interface LC Interface rate 100 Mbit s Maximum supported frame length 1632 Bytes Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow control 14 5 4 LEDs There are five LEDs on the OPCOM3500E 8EOS FX as listed in Table 14 26 Table 14 26 LEDs on the OPCOM3500E 8EOS FX panel Interface Status Description PW...

Page 162: ...es on the OPCOM3500E 8EOS FX Table 14 27 Configurations of DIP switch SW2 on the OPCOM3500E 8EOS FX DIP switch Function Status Description Bit1 Bit2 Bit3 Bit4 Optical interface device SW2 Set the type of the optical interface device ON ON ON ON M ON ON ON OFF S1 ON ON OFF ON S2 ON ON OFF OFF S3 ON OFF ON ON SS13 ON OFF ON OFF SS15 ON OFF OFF ON SS23 ON OFF OFF OFF SS25 SW2 is properly configured b...

Page 163: ...PCOM3500E 8EOS FX Alarm Cause Level Alarm overall alarm TU AIS TU LOP Critical Optical signal LOS alarm No optical signals are input Critical Ethernet optical interface link failure alarm Fiber is disconnected The RX and TX of the remote device fail Critical Remote device LPR alarm The remote transceiver is powered off Critical 14 5 7 Specifications Table 14 30 lists specifications of the OPCOM350...

Page 164: ...hapter describes PDH and RCMS cards of the iTN2100 including the following sections OPCOM3500E 16E1 16E1 BL OPCOM3500E 32E1 32E1 BL OPCOM3500E P240EOS OPCOM3500E P240FE OPCOM3500E 120EOS 4 OPCOM3500E 120EOS 4L OPCOM3500E 120FE 4 GE OPCOM3500E 120FE 8L GE OPCOM3500E 240GE 4L OPCOM3500E 120H 4 OPCOM3500E 240H 2 OPCOM3500E 3DS3 E3 ...

Page 165: ... E1 interface on the front panel to the VC12 of SDH signals and then performs cross connection or aggregation through the aggregation card In TX it demaps VC12 of SDH signals from the aggregation card and then transmits them to the E1 interface on the front panel Each E1 supports E1 interface inner loopback and outer loopback The OPCOM3500E 16E1 Version C and OPCOM3500E 16E1 BL Version C support E...

Page 166: ...5 2 lists parameters of the DB37 interface on the OPCOM3500E 16E1 16E1 BL Table 15 2 Parameters of the DB37 interface on the OPCOM3500E 16E1 16E1 BL Parameter Description Connector type DB37 male connector Standard rate 2048 Kbit s 50 ppm Line code HDB3 Interface impedance 75 Ω for the unbalanced interface 120 Ω for the balanced interface Electrical parameters Comply with ITU T G 703 recommendatio...

Page 167: ...enerated on the E1 interface Off no alarms are generated 15 1 5 Alarms Table 15 4 lists alarms of the OPCOM3500E 16E1 16E1 BL Table 15 4 Alarms of the OPCOM3500E 16E1 16E1 BL Alarm Cause Level E1 LOS alarm Attenuation of received signals is over great The peer sender fails The fiber head is unclean or the connector is improperly connected The local receiver fails Critical E1 AIS alarm Timeslot of ...

Page 168: ...ecom Technology Co Ltd 139 15 1 7 Specifications Table 15 6 lists specifications of the OPCOM3500E 16E1 16E1 BL Table 15 6 Specifications of the OPCOM3500E 16E1 16E1 BL Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 35 kg Max power consumption 3 W ...

Page 169: ...OPCOM3500E 32E1 and OPCOM3500E 32E1 BL have the same functions Provide two SCSI interfaces Each SCSI interface supports 16 ways of E1 signals In RX it maps E1 signals received from the E1 interface on the front panel to the VC12 and then performs cross connection or aggregation through the aggregation card In TX it demaps VC12 from the aggregation card and then transmits them to the E1 interface o...

Page 170: ...ers of the SCSI interface on the OPCOM3500E 32E1 32E1 BL Table 15 8 Parameters of the SCSI interface on the OPCOM3500E 32E1 32E1 BL Parameter Description Connector type SCSI female connector 100pin Nominal rate 2048 Kbit s 50 ppm Line code HDB3 Interface impedance 75 Ω for the unbalanced interface 120 Ω for the balanced interface Electrical parameters Comply with ITU T G 703 recommendations Frame ...

Page 171: ...as a DIP switch as listed in Table 15 10 Table 15 10 Configurations of the DIP switch SW1 on the OPCOM3500E 32E1 BL SW1 Function Status Description DIP bit Bit1 Set the interface type of E1 1 16 ON Set the interface type of E1 1 16 to the unbalanced interface OFF Set the interface type of E1 1 16 to the balanced interface Bit2 Set the interface type of E1 17 32 ON Set the interface type of E1 17 3...

Page 172: ... improperly configured The E1 channel of the remote PDH device is faulty or improperly configured Minor 15 2 7 Cables Table 15 12 lists cables of the OPCOM3500E 32E1 32E1 BL Table 15 12 Cables of the OPCOM3500E 32E1 32E1 BL Card Cable OPCOM3500E 32E1 CBL E1 SCSI100M 40 32BNCF CBL E1 SCSI100M 40 32BNCM OPCOM3500E 32E1 BL Non balanced interface Balanced interface CBL E1 SCSI100M 40 16RJ45 15 2 8 Spe...

Page 173: ...a PDH optical transceiver Provide two PDH optical interfaces implement 1 1 protection switchover for optical interfaces upon LOS or LOS alarms You can force one interface with high priority Support hybrid multiplexing of eight ways of E1 signals and one way of 100 Mbit s Ethernet data support connection to remote RCMS28XX or RC83X optical transceiver family Support assignment of input Ethernet ser...

Page 174: ...tatus LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly LPR Red Remote device LPR alarm LED Red the remote device connected to the PDH interface is powered off Off no LPR occurs on the remote device connected to the PDH interface ALM Red Alarm LED Red LOF 10 3 or 10 6 alarms are generated on the PDH optical interface or TU...

Page 175: ...ut LOS alarms are generated on local optical interface B Off no input LOS alarms are generated on local optical interface B LOSB R Red Remote optical interface B LOS alarm LED Red input LOS alarms are generated on remote optical interface B Off no input LOS alarms are generated on remote optical interface B LOF L Red Local LOF alarm LED Red input signal LOF alarms are generated on the local optica...

Page 176: ... signals do not match Local receiving reference clock fails Critical Remote interface LOF alarm The sending alarm of the peer device fails Optical signals do not match Local receiving reference clock fails Critical Local optical interface E 3 alarm Attenuation of received signals is over great The peer sender fails The fiber head is unclean or the connector is improperly connected Major Local opti...

Page 177: ...overall alarm The PDH optical interface on the remote device has overall alarms Critical 15 3 6 Specifications Table 15 17 lists specifications of the OPCOM3500E P240EOS Table 15 17 Specifications of the OPCOM3500E P240EOS Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 45 kg Max power consumption 10 W ...

Page 178: ...le OPCOM3500E P240FE Each OPCOM3500E P240FE is connected to a PDH optical transceiver Provide two PDH optical interfaces implement 1 1 protection switchover for optical interfaces upon LOS or LOS alarms You can force one interface with high priority Support hybrid multiplexing of eight ways of E1 signals and one way of 100 Mbit s Ethernet data Support complete alarms Local and remote alarms can be...

Page 179: ...ion PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly LPR Red Remote device LPR alarm LED Red the remote device connected to the PDH interface is powered off Off no LPR occurs on the remote device connected to the ...

Page 180: ...face B working LED Green remote optical interface B is the working interface Off remote optical interface B is not the working interface LOSA L Red Local optical interface A LOS alarm LED Red input LOS alarms are generated on local optical interface A Off no input LOS alarms are generated on local optical interface A LOSA R Red Remote optical interface A LOS alarm LED Red input LOS alarms are gene...

Page 181: ... input signals have no 10 6 error codes 15 4 5 Alarms Table 15 20 lists alarms of the OPCOM3500E P240FE Table 15 20 Alarms of the OPCOM3500E P240FE Alarm Cause Level Optical interface LOS alarm Attenuation of received signals is over great The peer sender fails The fiber head is unclean or the connector is improperly connected The local receiver fails Critical Remote optical interface LOS alarm At...

Page 182: ...e optical interface E 6 alarm Attenuation of received signals is over great The peer sender fails The fiber head is unclean or the connector is improperly connected Major E1 LOS alarm Signals are lost Critical PDH overall alarm Local PDH optical interface overall alarm Critical Remote LPR alarm The remote device is powered off Major Remote PDH overall alarm The PDH optical interface on the remote ...

Page 183: ...COM3500E 120EOS 4 is connected to at most four PDH optical transceivers Provide four ways of PDH optical interfaces Support hybrid multiplexing of 16 ways of E1 signals and four ways of 100 Mbit s Ethernet data Support complete alarms Local and remote alarms can be displayed concurrently Support assignment of input Ethernet services with N VC12 bandwidth and then transmit them to the SDH network S...

Page 184: ...king improperly Off the system is working improperly Blinking green the system is working properly ALM Red Office overall alarm LED Red one or more of TU AIS TU LOP E1 LOS optical interface LOF and 1E 3 alarms are generated on local optical interfaces A B C or D Off no TU AIS TU LOP E1 LOS optical interface LOF and 1E 3 alarms are generated LPR A D Red Optical interface A B C D remote device LPR a...

Page 185: ...ical interface device SW2 Set the type of the optical interface device ON ON ON ON M ON ON ON OFF S1 ON ON OFF ON S2 ON ON OFF OFF S3 ON OFF ON ON SS13 ON OFF ON OFF SS15 ON OFF OFF ON SS23 ON OFF OFF OFF SS25 SW2 is properly configured before the card leaves the factory Do not configure it if not needed Table 15 25 Configurations of DIP switch SW3 on the OPCOM3500E 120EOS 4 SW3 Function Status De...

Page 186: ...loopback on optical interface B ON Enable E1 1 4 tributary loopback on optical interface B OFF Disable E1 1 4 tributary loopback on optical interface B Bit5 Set E1 local or remote loopback on optical interface C ON Set E1 local loopback on optical interface C OFF Set E1 remote loopback on optical interface C Bit6 Enable or disable E1 1 4 loopback on optical interface C ON Enable E1 1 4 tributary l...

Page 187: ...ceiving reference clock fails Critical Local optical interface E 3 alarm Attenuation of received signals is over great The peer sender fails The fiber head is unclean or the connector is improperly connected Major Local optical interface E 6 alarm Attenuation of received signals is over great The peer sender fails The fiber head is unclean or the connector is improperly connected Major Remote opti...

Page 188: ...ware Description 15 PDH and RCMS cards Raisecom Technology Co Ltd 159 Table 15 28 Specifications of the OPCOM3500E 120EOS 4 Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 45 kg Max power consumption 10 W ...

Page 189: ...rds Each OPCOM3500E 120EOS 4L is connected to at most four PDH optical transceivers Provide four ways of PDH optical interfaces Support hybrid multiplexing of 16 ways of E1 signals and four ways of 100 Mbit s Ethernet data Support complete alarms Local and remote alarms can be displayed concurrently Support assignment of input Ethernet services with N VC12 bandwidth and then transmit them to the S...

Page 190: ...eter Description Connector type SFP optical interface LC Interface rate 150 Mbit s Line code NRZ scrambling code 15 6 4 LEDs There are 10 LEDs on the OPCOM3500E 120EOS 4L panel as listed in Table 15 31 Table 15 31 LEDs on the OPCOM3500E 120EOS 4L panel Interface Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Gree...

Page 191: ...e 1 2 3 or 4 Off no input LOS alarms are generated on interface 1 2 3 or 4 Blinking green input LOS alarms are generated on the remote device connected to interface 1 2 3 or 4 15 6 5 Specifications Table 15 32 lists specifications of the OPCOM3500E 120EOS 4L Table 15 32 Specifications of the OPCOM3500E 120EOS 4L Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 4 kg Max po...

Page 192: ...ansceivers Provide four multiplexer optical interfaces and an Ethernet optical interface Support complete alarms Local alarms and remote alarms can be displayed concurrently Support remote NMS for Raisecome s RCMS28XX Ethernet multiplexer family and RC83XX optical transceiver family If it is connected to the RCMS2811 they can implement 1 1 inter card protection switchover Support E1 local and remo...

Page 193: ... Parameters of the ETH interface on the OPCOM3500E 120FE 4 GE Parameter Description Connector type RJ45 Interface rate 10 100 1000 Mbit s or auto negotiation Maximum supported frame length 1632 Bytes Duplex mode Full duplex half duplex auto negotiation Flow control Full duplex IEEE 802 3x based flow control Half duplex back pressure flow control 15 7 4 LEDs There are 14 LEDs on the OPCOM3500E 120F...

Page 194: ...ing at 1000 Mbit s LPR A D Red Interface A B C D remote device LPR alarm LED Red after the local device and the remote device connected to interface A B C or D are connected and work properly LPR occurs on the remote device Off the remote device connected to interface A B C or D is working properly LOS A D Red Interface A B C D LOS alarm LED Red input LOS alarms are generated on interface A B C or...

Page 195: ...on an Ethernet interface ON Disable auto negotiation on an Ethernet interface OFF Enable auto negotiation on an Ethernet interface Bit2 Configure Ethernet interface rate ON Set the Ethernet interface rate to 10 Mbit s This bit is valid when auto negotiation is disabled This bit is invalid when auto negotiation is enabled OFF Set the Ethernet interface rate to 100 Mbit s Bit3 Set Ethernet interface...

Page 196: ...k on optical interface A Bit2 Enable or disable E1 1 4 loopback on optical interface A ON Enable E1 1 4 tributary loopback on optical interface A OFF Disable E1 1 4 tributary loopback on optical interface A Bit3 Set E1 local or remote loopback on optical interface B ON Set E1 local loopback on optical interface B OFF Set E1 remote loopback on optical interface B Bit4 Enable or disable E1 1 4 loopb...

Page 197: ...y default SW4 is all OFF 15 7 6 Alarms Table 15 39 lists alarms of the OPCOM3500E 120FE 4 GE Table 15 39 Alarms of the OPCOM3500E 120FE 4 GE Alarm Cause Level Optical interface LOS alarm Attenuation of received signals is over great The peer sender fails on the optical interface The connector of fiber is dirty or improperly connected The local receiver fails Critical Remote device LPR alarm The re...

Page 198: ...rating with the dual switching card protection Support managing Raisecom RCMS29xx family Ethernet multiplexer and RC86x optical transmitter receiver remotely Provide 1 1 extra card protection of E1 services on RCMS2911 family devices Support E1 local internal loopback E1 local external loopback and E1 local bidirectional loopback Support querying local and remote E1 alarms Support remote Loss of P...

Page 199: ...ce on the OPCOM3500E 120FE 8L GE Table 15 42 Parameters of the GE interface on the OPCOM3500E 120FE 8L GE Parameter Description Connector type SFP LC PC Line code NRZ Interface speed 1 25 Gbit s Duplex mode Full duplex Flow control Support IEEE 802 3x based flow control Supported module 155 Mbit s electrical module 1 25 Gbit s electrical module 1000 Mbit s electrical module 10 100 1000 Mbit s elec...

Page 200: ... Ethernet interface is properly connected Off the Ethernet interface is disconnected Blinking green the Ethernet interface is receiving or sending data The blinking frequency is related to the transmission rate LPR 1 8 Red Optical interface remote device LPR alarm LED Red after the local device and the remote device connected to the related optical interface work properly LPR occurs on the remote ...

Page 201: ...The peer sender fails on the optical interface The connector of fiber is dirty or improperly connected The local receiver fails Critical Remote device LPR alarm The remote device is powered off Critical 15 8 6 Specifications Table 15 46 lists specifications of the OPCOM3500E 120FE 8L GE Table 15 46 Specifications of the OPCOM3500E 120FE 8L GE Parameter Value Dimensions 25 mm width 232 mm depth 240...

Page 202: ...port OAM of the SFP optical module The local GE interface can be configured with optical electrical SFP For electrical SFP only 1000BASE T SFP electrical interface is supported The GE interface rate is fixed to 1000 Mbit s Support interface enabling and auto negotiation configuration Support timeslot mapping from E1 to SDH network Support managing downlink remote devices on the Line interface Supp...

Page 203: ...of the OPCOM3500E 240GE 4L interfaces Parameter Description Connector type SFP optical interface Interface rate 1000 Mbit s 15 9 4 LEDs There are 14 LEDs on the OPCOM3500E 240GE 4L panel as listed in Table 15 49 Table 15 49 LEDs on the OPCOM3500E 240GE 4L LED Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green t...

Page 204: ...e signals properly However input LOS alarm occurs on connected remote devices Off related optical interfaces Line and connected remote devices receive signals properly or optical module does not exist 15 9 5 Alarms Table 15 50 lists alarms of the OPCOM3500E 240GEx4L Table 15 50 Alarms of the OPCOM3500E 240GEx4L Alarm Cause Level Optical interface LOS alarm Received signals are attenuated dramatica...

Page 205: ...ng of at most 16 ways of E1 signals Support complete alarms Local alarms and remote alarms can be displayed concurrently Support remote NMS for Raisecome s RCMS28XX Ethernet multiplexer family and RC83XX optical transceiver family If it is connected to the RCMS2811 they can implement 1 1 inter card protection switchover Support E1 local and remote loopback Support LPR alarms for remote devices Sup...

Page 206: ...sted in Table 15 53 Table 15 53 LEDs on the OPCOM3500E 120H 4 Versions A and B panel Interface Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly ALM Red Office overall alarm LED Red one or more o...

Page 207: ... two DIP switches SW6 and SW7 as listed in Table 15 54 and Table 15 54 Table 15 54 Configurations of DIP switch SW6 on the OPCOM3500E 120H 4 versionA DIP switch Function Status Description Bit1 Bit2 Bit3 Bit4 Optical interface device SW6 Set the type of the optical interface device ON ON ON ON M ON ON ON OFF S1 ON ON OFF ON S2 ON ON OFF OFF S3 ON OFF ON ON SS13 ON OFF ON OFF SS15 ON OFF OFF ON SS2...

Page 208: ...on B The OPCOM3500E 120H 4 Version B has a DIP switch SW7 as listed in Table 15 56 Table 15 56 Configurations of DIP switch SW7 on the OPCOM3500E 120H 4 Version B SW7 Function Status Description DIP bit Bit1 Enable or disable ALS ON Enable ALS OFF Disable ALS Bit2 Reserved Bit3 Bit4 Enable or disable ISP upgrade ON Enable ISP upgrade OFF Disable ISP upgrade By default SW7 is all OFF 15 10 6 Alarms...

Page 209: ...8 lists alarms of the OPCOM3500E 120H 4 Version B Table 15 58 Alarms of the OPCOM3500E 120H 4 Version B Alarm Cause Level Optical interface LOS alarm Attenuation of received signals is over great The peer sender fails on the optical interface The connector of fiber is dirty or improperly connected The local receiver fails Critical Remote device LPR alarm The remote device is powered off Critical O...

Page 210: ...ecom Technology Co Ltd 181 Version B Table 15 60 lists specifications of the OPCOM3500E 120H 4 Version B Table 15 60 specifications of the OPCOM3500E 120H 4 Version B Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 5 kg Max power consumption 4 95 W ...

Page 211: ...Map at most 16 ways of E1 services on the office to the SDH signals Support complete alarms Local alarms and remote alarms can be displayed concurrently Support remote NMS for Raisecome s RCMS28XX Ethernet multiplexer family and RC83XX optical transceiver family If it is connected to the RCMS2811 they can implement 1 1 inter card protection switchover Support E1 local and remote loopback Support L...

Page 212: ...ply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly LPR A B Red Optical interface A B remote device LPR alarm LED Red after the local device and the remote device connected to interface A or B are connected and work properly LPR occurs on the remote device Off the remote device connect...

Page 213: ... optical interface B ON Set E1 local loopback on optical interface B OFF Set E1 remote loopback on optical interface B Bit4 Enable or disable E1 1 8 loopback on optical interface B ON Enable E1 1 8 tributary loopback on optical interface B OFF Disable E1 1 8 tributary loopback on optical interface B Bit5 Enable ALS on the optical interface ON Enable ALS OFF Disable ALS Bit6 Reserved Bit7 Bit8 By d...

Page 214: ...s of the OPCOM3500E 240H 2 Table 15 65 Alarm of the OPCOM3500E 240H 2 Alarm Cause Level Optical interface LOS alarm Attenuation of received signals is over great The peer sender fails on the interface The connector of fiber is dirty or improperly connected The local receiver fails Critical Remote device LPR alarm The remote device is powered off Critical 15 11 7 Specifications Table 15 66 lists sp...

Page 215: ...other and the third electrical or optical interface works as the signal terminal In mode 2 the first two optical interfaces are in line protection mode for each other and the third electrical or optical interface works as the signal terminal In RX direction the first two DS3 E3 interfaces are in protection mode for each other and they forward DS3 E3 signals received from the primary DS3 E3 interfa...

Page 216: ...rs Interfaces TX 1 3 and RX 1 3 have the same parameters as listed in Table 15 68 and Table 15 69 Table 15 68 Parameters of interfaces TX 1 3 and RX 1 3 on the OPCOM3500E 3DS3 E3 in DS3 Parameter Description Connector type CC3 male connector electrical unbalanced Interface rate 44 736 Mbit s 20 ppm Interface impedance 75 Ω Line code B3ZS Electrical parameter Bellcore GR 499 CORE and ANSI T1 102_19...

Page 217: ...properly Blinking green the system is working properly DS3 Green DS3 E3 LED Green the card is working in DS3 mode Off the card is working in E3 mode ALM Green Overall alarm LED Green alarms are generated on the card Off no alarms are generated on the card O LOS 1 3 Green Red Optical interface 1 2 3 status LED Green optical interface 1 2 or 3 is enabled and working properly Red optical interface 1 ...

Page 218: ...ecognition By default SW1 is all OFF Table 15 72 Configurations of DIP switch SW2 on the OPCOM3500E 3DS3 E3 SW2 Function Status Description Remark DIP bit Bit1 Choose the optical or electrical interface for the first DS3 E3 interface ON Choose the optical interface This bit is invalid in OPT modem mode OFF Choose the electrical interface Bit2 Choose the optical or electrical interface for the seco...

Page 219: ...lid in 1 1 convert mode OFF Line 1 By default SW2 is all OFF 15 12 6 Alarms Table 15 73 lists alarms of the OPCOM3500E 3DS3 E3 Table 15 73 Alarms of the OPCOM3500E 3DS3 E3 Interface Alarm Cause Level Optical interface LOS alarm Attenuation of received signals is over great The peer sender fails The fiber head is unclean or the connector is improperly connected The local receiver fails Critical LOF...

Page 220: ...lty or improperly configured The E1 channel of the remote PDH device is faulty or improperly configured Minor 15 12 7 Cables Table 15 74 lists cables of the OPCOM3500E 3DS3 E3 Table 15 74 Cables of the OPCOM3500E 3DS3 E3 Card Cable OPCOM3500E 3DS3 E3 CBL E1 CC3 BNCF 15 12 8 Specifications Table 15 75 lists specifications of the OPCOM3500E 3DS3 E3 Table 15 75 Specifications of the OPCOM3500E 3DS3 E...

Page 221: ...isecom iTN2100 P100R002 Hardware Description 16 V 24 card Raisecom Technology Co Ltd 16 192 16 V 24 card This chapter describes the V 24 card on the iTN2100 including the following section OPCOM3500E 8V24 ...

Page 222: ...e bandwidth to 64 Kbit s 128 Kbit s or 256 Kbit s The V24 channel is fixed to occupy the 64 Kbit s timeslot of inner E1 Support local crystal oscillator E1 1 recovery clock or E1 2 recovery clock as clock source Support TX and RX phase adjustment on each V 24 interface independently The V 24 data channel supports three loopback modes Outer loopback on the V 24 interface side Inner loopback on the ...

Page 223: ... TS17 20 Line 8 V 24 TS21 TS21 22 TS21 24 16 1 2 Slots The OPCOM3500E 8V24 can be plugged into slots 1 5 and 8 12 on the iTN2100 16 1 3 Interfaces Interface types There are two interfaces on the OPCOM3500E 8V24 panel as listed in Table 16 2 Table 16 2 Interfaces on the OPCOM3500E 8V24 panel Interface Connector type Description 1 4 5 8 HDB26 female connector Service downlink interface Each interfac...

Page 224: ...face 1 2 7 8 is not sending data RD 1 8 Green Blinking green V 24 data channel interface 1 2 7 8 is receiving data from the DTE device to itself Blinking frequency indicates transmission rate Off V 24 data channel interface 1 2 7 8 is not receiving data 16 1 5 Cables Table 16 4 lists cables of the OPCOM3500E 8V24 Table 16 4 Cables of the OPCOM3500E 8V24 Card Cable OPCOM3500E 8V24 CBL V24 HDB26M 4D...

Page 225: ...aisecom iTN2100 P100R002 Hardware Description 17 V 35 card Raisecom Technology Co Ltd 196 17 V 35 card This chapter describes the V 35 card on the iTN2100 including the following sections OPCOM3500E 8V35 ...

Page 226: ... of bandwidth for each V 35 channel You can set the E1 channel to framed or unframed In framed E1 set V 35 bandwidth to N 64 Kbit s N 1 31 In unframed E1 set V 35 bandwidth to 2 Mbit s Support timeslot automatical track in TS0 transparent transmission Support local crystal oscillator E1 1 recovery clock or E1 2 recovery clock as clock source Support TX and RX phase adjustment on each V 35 interfac...

Page 227: ...ormal Off the power supply is abnormal SYS Green System status LED Green the system is working improperly Off the system is working improperly Blinking green the system is working properly TD 1 8 Green Blinking green V 35 data channel interface 1 2 7 8 is sending data from itself to the DTE device Blinking frequency indicates transmission rate Off V 35 data channel interface 1 2 7 8 is not sending...

Page 228: ...aisecom Technology Co Ltd 199 17 1 6 Specifications Table 17 4 lists specifications of the OPCOM3500E 8V35 Table 17 4 Specifications of the OPCOM3500E 8V35 Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 45 kg Max power consumption 8 W ...

Page 229: ... Hardware Description 18 64K crossconnection card Raisecom Technology Co Ltd 200 18 64K crossconnection card This chapter describes the 64K cross connection card on the iTN2100 including the following section OPCOM3500E DXC DS0 ...

Page 230: ...ork in PCM30 or PCM21 mode In PCM30 mode it supports cross connection of voice signaling Support three clock modes local clock system clock and E1 clock If the card works in slave clock mode you can choose any E1 among 48 ways of E1 signals to recover clock Support outer loopback on the E1 interface You can perform loopback on E1 signals from other service cards The iTN2100 can be plugged into wit...

Page 231: ... device is improperly connected the attenuation of sent signals is over great The receiving reference clock of the card fails Critical E1 AIS alarm Timeslot of the backplane of VC12 corresponding to the local E1 is faulty or improperly configured The E1 channel of the remote PDH device is faulty or improperly configured Minor E1 CRC alarm The working mode of E1 in the peer or local device is impro...

Page 232: ...ard Raisecom Technology Co Ltd 203 18 1 5 Specifications Table 18 3 lists specifications of the OPCOM3500E DXC DS0 Table 18 3 Specifications of the OPCOM3500E DXC DS0 Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 36 kg Max power consumption 5 W ...

Page 233: ... Hardware Description 19 Multi service cards Raisecom Technology Co Ltd 204 19 Multi service cards This chapter describes the multi service cards of the iTN2100 including the following sections OPCOM3500E 12MT OPCOM3500E MULTI ...

Page 234: ...it is set to 0 dB The step value is set to 0 1 dB The TX A D ranges from 17 dB to 8 dB By default it is set to 3 5 dB The step value is set to 0 1 dB Support setting signaling types a bit and b bit Support setting signaling modes original signaling and reversed signaling The voice interface and ring current output provides overcurrent protection Support online upgrade Do avoid short circuit during...

Page 235: ...l Parameter Description Coding mode A law Bit rate 64 Kbit s Impedance auto switching of input interface Ring 100 KΩ Other cases 600 Ω Valid transmission bandwidth 300 Hz 3400 Hz Gain frequency feature RX A D gain range 10 dB to 16 dB Default value 0 dB Step value 0 1 dB RX D A gain range 17 dB to 8 dB Default value 3 5 dB Step value 0 1 dB Frequency distortion 0 5 dB 300 Hz 3000 Hz 3 0 dB 3000 Hz...

Page 236: ... Figure 19 1 shows interface pins of the OPCOM3500E 12MT Table 19 3 describes interface pins of the OPCOM3500E 12MT Figure 19 1 Interface pins of the OPCOM3500E 12MT Table 19 3 Interface pins of the OPCOM3500E 12MT HDB26M pin Definition Description 7 CH 01A 1st way voice 17 CH 01B 8 CH 02A 2nd way voice 18 CH 02B 25 CH 03A 3rd way voice 26 CH 03B 5 CH 04A 4th way voice 15 CH 04B 6 CH 05A 5th way v...

Page 237: ... OPCOM3500E 12MT panel as listed in Table 19 4 Table 19 4 LEDs on the OPCOM3500E 12MT panel LED Status Description PWR Green Power LED Green the power supply is normal Off the power supply is abnormal SYS Green System status LED Green the CPU is working improperly Off the CPU is working improperly Blinking green the system is working properly TX Green Signaling output LED Green there is signaling ...

Page 238: ...ne 19 1 5 Specifications Table 19 5 lists specifications of the OPCOM3500E 12MT Table 19 5 Specifications of the OPCOM3500E 12MT Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 47 kg Max power consumption 23 W 19 1 6 Cables Table 19 6 lists cables available for the OPCOM3500E 12MT Table 19 6 Cables available for the OPCOM3500E 12MT Recommended cable Description CBL MUL H...

Page 239: ...terfaces support configuring 2 4W mode but do not support signaling The voice gain of the 2 4W interfaces is adjustable The RX A D ranges from 11 dB to 19 dB The default value is set by the DIP switch The TX D A ranges from 24 dB to 7dB The default value is set by the DIP switch 2 4W interfaces support internal loopback and external loopback Data interfaces supports V 24 and RS485 modules which is...

Page 240: ... lists parameters of FXS FXO interfaces on the OPCOM3500E MULTI Table 19 8 Parameters of FXS FXO interfaces on the OPCOM3500E MULTI Parameter Description Coding mode A law Bit rate 64 Kbit s Impedance of audio interface On hook impedance 2 MΩ Off hook loopback impedance 200 Ω 600 Ω 0 1 μF Valid transmission bandwidth 300 Hz 3400 Hz 600Ω Gain frequency feature RX A D gain range 3 dB to 13 dB Defaul...

Page 241: ...terfaces on the OPCOM3500E MULTI Parameter Description Connector type HDB26 female connector Coding mode A law Bit rate 64 Kbit s Impedance of audio interface On hook impedance 2000 Ω Off hook loopback impedance 200 Ω 600 Ω 0 1 μF Valid transmission bandwidth 300 Hz 3400 Hz 600Ω Gain frequency feature RX A D gain ranges from 11 to 19 dB The default value is set by the DIP switch TX D A gain ranges...

Page 242: ...DCE mode Connector type HDB26 female connector Interface speed The sampling frequency can be set to 64 KHz and 128 KHz 64 KHz sampling frequency 9 6 Kbit s maximum 128 KHz sampling frequency 19 2 Kbit s maximum Features Comply with ITU T V 24 recommendations Electrical feature Comply with V 28 recommendations Transmission distance 15 m standard recommendation for the serial port Table 19 11 lists ...

Page 243: ...3 compares metrics of RS485 and RS422 standards Table 19 13 Comparison on metrics of RS485 and RS422 standards Parameter RS422 RS485 Maximum transmission distance m 1200 1200 Maximum transmission speed Mbit s 10 10 Maximum common mode voltage V 7 to 7 7 to 7 Dropout voltage of differential output voltage 2 10 1 5 5 Internal resistance of sender Ω 100 60 Internal resistance of receiver KΩ 4 12 Diff...

Page 244: ...B 2 wire receiving transmitting B 25 M1 NC 26 E1 NC 5 R_A2 4 wire 2nd way voice frequency receiving A 2 wire idle 15 R_B2 4 wire 2nd way voice frequency receiving B 2 wire idle 6 T RA_2 4 wire 2nd way voice frequency transmitting A 2 wire receiving transmitting A 16 T RB_2 4 wire 2nd way voice frequency transmitting B 2 wire receiving transmitting B 23 M2 NC 24 E2 NC 3 R_A3 4 wire 3rd way voice fr...

Page 245: ...k Description Mark Description Mark Description 1 TXD_ 4 4th way data TX_4 4th way data TX_4 4th way transmitting T RX_ 4 4th way transmitting and receiving 2 TC_4 TX_4 T RX_ 4 19 GND4 4th way grounding GND 4 4th way grounding GND Grounding GND Grounding 11 RXD_ 4 Idle RX_4 4th way clock RX_4 4th way receiving Idle 12 RC_4 RX_4 20 GND Grounding GND 4 4th way grounding GND Grounding GND Grounding 3...

Page 246: ...GND Grounding GND 2 2nd way grounding GND Grounding GND Grounding 7 TXD_ 1 1st way data TX_1 1st way data TX_1 1st way transmitting T RX_ 1 1st way transmitting and receiving 8 TC_1 TX_1 T RX_ 1 25 GND1 1st way grounding GND 1 1st way grounding GND Grounding GND Grounding 17 RXD_ 1 Idle RX_1 1st way clock RX_1 1st way receiving Idle 18 RC_1 RX_1 26 GND Grounding GND 1 1st way grounding GND Groundi...

Page 247: ...nking green when the data is being received or sent The blinking frequency is related to the data frequency 19 2 5 DIP Switch Table 19 18 lists the DIP switch on the OPCOM3500E MULTI After the DIP switch is configured by the software default configurations of the DIP switch are invalid Table 19 18 DIP switch on the OPCOM3500E MULTI Service BIT of SW1 Description Function ON OFF default Voice inter...

Page 248: ...TI Table 19 19 Specifications of the OPCOM3500E MULTI Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 5 kg Max power consumption 18 W 19 2 7 Cables Table 19 20 lists cables available for the OPCOM3500E MULTI Table 19 20 Cables available for the OPCOM3500E MULTI Recommended cable Description CBL MUL HDB26M NC HDB26 male connector to NC multi function cable CBL MUL HDB26M ...

Page 249: ...scription 20 Service aggregation cards Raisecom Technology Co Ltd 220 20 Service aggregation cards This chapter describes the service aggregation cards of the iTN2100 including the following sections iTN2100 Gb iTN2100 8SU S iTN2100 4SU D ...

Page 250: ...g and Re shaping 2R on 10 Mbit s 1 25 Gbit s optical signals and realize Re amplifying Re shaping and Re timing 3R on optical signals with standard speed 1000BASE X 100BASE FX STM 4 and STM 1 by the iTN2100 Gb A Realize Re amplifying and Re shaping 2R on 10 Mbit s 2 66 Gbit s optical signals and realize Re amplifying Re shaping and Re timing 3R on optical signals with standard speed 1000BASE X 100...

Page 251: ...nt side fiber first and then connecting line side fiber The iTN2100 Gb optical interface is a LC PC interface It should be connected by the fiber jumper of the LC PC connector For the iTN2100 Gb we recommend using the 2R mode to provide service quickly You can configure the mode through the DIP switch on the card By default it is set to 2R mode For the iTN2100 Gb the operating temperature should r...

Page 252: ...5 USFP Gb SS24 D R 1490 3 to 2 3 21 40 USFP Gb SS25 D R 1550 3 to 2 3 21 40 USFP Gb SS34 D R 1490 2 to 3 9 30 80 USFP Gb SS35 D R 1550 2 to 3 9 30 80 CSFP Gb CSFP Gb S xx D R xx 47 49 51 53 55 57 59 61 1471 1491 1511 1531 1551 1571 1591 1611 2 to 3 3 22 40 CSFP Gb L xx D R xx 47 49 51 53 55 57 59 61 1471 1491 1511 1531 1551 1571 1591 1611 3 to 2 9 30 80 USFP 48 USFP 48 M D R 850 9 5 to 3 0 17 0 3 ...

Page 253: ...1551 1571 1591 1611 0 to 5 9 28 80 DSFP 48 DSFP 48 L xx D R xx 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 1536 61 1538 19 1539 77 1541 35 1542 94 1544 53 1546 12 1547 72 1549 32 1550 92 1552 52 1554 13 1555 75 1557 36 1558 98 1560 61 0 to 5 9 28 120 The RX sensitivity is the End of Life EOL value Table 20 3 Client side interface metrics electrical modules SFP module Speed Data interface Auto ...

Page 254: ... 1591 4 to 2 20 to 2 40 iTN2100 Gb L 1471 1511 1551 1591 1491 1531 1571 1611 4 to 2 28 to 8 80 iTN2100 Gb L R 1491 1531 1571 1611 1471 1511 1551 1591 4 to 2 28 to 8 80 B iTN2100 48 S 1471 1511 1551 1591 1491 1531 1571 1611 2 to 4 16 to 2 40 iTN2100 48 S R 1491 1531 1571 1611 1471 1511 1551 1591 2 to 4 16 to 2 40 The single wavelength RX power is the EOL value 20 1 4 LEDs There are 18 LEDs on the i...

Page 255: ...ne side LoL LED Red LINE to CLIENT signals are in LOL status Off LINE to CLIENT signals are in lockout status This LED is valid in SR mode only In 2R mode this LED is in off status This LED is invalid in off status when the LOS LED is red no signal LOS LINE 1 4 Red Line side LoS LED Red signals are lost at the LINE side Off signals are input at the LINE side This LED is valid only when the SFP mod...

Page 256: ... to OFF It means that failover and ALS are disabled and the card works in 2R mode with CDR being disabled Configurations on DIP switches are valid when they are powered on After configurations on DIP switches are changes power them again to make new configurations valid When BIT 4 is set to ON BITs 5 8 are invalid When BITs 4 and 5 are set to OFF BITs 6 8 are invalid When BIT 4 is set to OFF and B...

Page 257: ...lectrical modules FFFNFFFF 2R mode Recommended FFFFNFFF 3R mode manual 1000BASE T Better jitter performance 100BASE T Electrical signals USFP GE AN series SFP electrical modules USFP FE AN series SFP electrical modules FFFNFFFF 2R mode Recommended FFFFNNFF 3R mode manual 100BASE T Better jitter performance 10BASE T Electrical signals USFP GE AN series SFP electrical modules USFP FE AN series SFP e...

Page 258: ...BASE X Optical signal USFP 48 series SFP optical modules USFP Gb series SFP optical modules FFFNFFFF 2R mode Recommended FFFFNFFF 3R mode manual GE Better jitter performance 100BASE X Optical signal USFP 48 series SFP optical modules USFP Gb series SFP optical modules FFFNFFFF 2R mode Recommended FFFFNNFF 3R mode manual FE Better jitter performance 1000BASE T Electrical signal USFP GE series SFP e...

Page 259: ... the 2 card must be identical SFP electrical modules do not support failover and ALS For better transmission performance we recommend using the 2R mode 20 1 6 Specifications Table 20 9 lists specifications of the iTN2100 Gb Table 20 9 Specifications of the iTN2100 Gb Parameter Value Dimensions 25 mm width 232 mm depth 240 mm height Weight 0 46 kg Max power consumption 11 5 W 20 1 7 Ordering inform...

Page 260: ...ble for the iTN2100 Gb A 1000BASE X optical module 1000BASE T electrical module 10 100 1000BASE T auto negotiation electrical module 10 100BASE T auto negotiation electrical module The following SFP modules are available for the iTN2100 Gb B 1000BASE X optical module 1000BASE T electrical module 10 100 1000BASE T auto negotiation electrical module 10 100BASE T auto negotiation electrical module 2 ...

Page 261: ...velength 1310 nm RX wavelength 1550nm USFP 48 SS13 D R TX wavelength 1490 nm RX wavelength 1550nm USFP 48 SS24 D R USFP 48 SS34 D R TX wavelength 1550 nm RX wavelength 1490nm USFP 48 SS25 D R USFP 48 SS35 D R TX wavelength 1471 nm 1491 nm 1511 nm 1531 nm 1551 nm 1571 nm 1591 nm and 1611 nm relating to different xx values CSFP 48 S xx D R xx 47 49 51 53 55 57 59 61 CSFP 48 L xx D R xx 47 49 51 53 5...

Page 262: ...ssion distance 100 m Connector RJ45 USFP GE AN R 10 100 1000BASE T auto negotiation Transmission distance 100 m Connector RJ45 USFP FE AN R 10 100BASE T auto negotiation Transmission distance 100 m Connector RJ45 When the iTN2100 Gb B uses a SFP module whose speed is smaller than 2 5 Gbit s it cannot reach the maximum transmission speed 2 66 Gbit s The real transmission speed depends on the used S...

Page 263: ...length channel can be used to multiplexing de multiplexing optical signals Be applied to dual fiber and single fiber CWDM network providing flexible networking applications Plug and play The card is available for services after being inserted into 6 U chassis and being properly connected with fibers without being configured Work properly after power off The internal passive optical module in the c...

Page 264: ...ctor Client side interface Optical transmission media single mode fiber Wavelength 1531 nm 1551 SC PC connector Client side interface Optical transmission media single mode fiber Wavelength 1551 nm 1571 SC PC connector Client side interface Optical transmission media single mode fiber Wavelength 1571 nm 1591 SC PC connector Client side interface Optical transmission media single mode fiber Wavelen...

Page 265: ...ical connector SC PC Channel insertion loss dB with the connector 3 Adjacent channel isolation dB 25 Non adjacent channel isolation dB 35 Fiber 9 125 µm single mode fiber Return loss dB 45 Directivity dB 55 Operating temperature of optical module C 5 to 65 Storage temperature of optical module C 40 to 85 20 2 7 Networking applications The iTN2100 8SU S card can cooperate with Raisecom iTN2100 seri...

Page 266: ...als and then sends them out In this mode the iTN2100 8SU S can be used to transmit services between Node A and Node B Figure 20 1 shows a point to point networking application with the iTN2100 8SU S Figure 20 1 Point to point networking application with the iTN2100 8SU S OADM ring network At the local the iTN2100 8SU S multiplexes optical signals of 8 wavelength channels and provides routing prote...

Page 267: ...8 Figure 20 2 OADM ring network with the iTN2100 8SU S 20 2 8 Ordering information Table 20 18 lists ordering information of the iTN2100 8SU S Table 20 18 Ordering information of the iTN2100 8SU S Model Hardware version Description iTN2100 8SU S A 10 Eight wavelength CWDM multiplexing de multiplexing card ...

Page 268: ... multiplexing de multiplexing 4 CWDM standard wavelength channels 1511 nm 1531 nm 1551 nm and 1571 nm Plug and play The card is available for services after being inserted into 6 U chassis and being properly connected with fibers Work properly after power off The internal passive optical module in the card works properly after the card is powered off Therefore ensure that the card realize waveleng...

Page 269: ... indicates receiving 1551 1 9 optical interface SC PC Client side interface used for receive send 1551 nm optical signals TX indicates sending and RX indicates receiving 1571 1 9 optical interface SC PC Client side interface used for receive send 1571 nm optical signals TX indicates sending and RX indicates receiving 20 3 4 LEDs There are 2 LEDs on the iTN2100 4SU D panel as listed in Table 20 20 ...

Page 270: ...ty dB 55 Operating temperature of optical module C 5 to 65 Storage temperature of optical module C 40 to 85 20 3 7 Networking applications Point to point networking application Device A multiplexes optical signals of 4 wavelength channels 1511 nm 1531 nm 1551 nm and 1571 nm at the client side and transmits the multiplexed signals to Device B After receiving optical signals Device B de multiplexes ...

Page 271: ...channels 1511 nm 1531 nm 1551 nm and 1571 nm and provides routing protection by establishing an OADM ring network Access points A D can perform bidirectional add drop multiplexing on 1 way optical signals In this mode the iTN2100 4SU D provides a point to point communication router between any 2 access points In addition it facilitates upgrade and expansion Figure 20 4 shows an OADM ring network w...

Page 272: ...ecom Technology Co Ltd 243 20 3 8 Ordering information Table 20 23 lists ordering information of the iTN2100 4SU D Table 20 23 Ordering information of the iTN2100 4SU D Model Hardware version Description iTN2100 4SU D A 00 Four way dual fiber CWDM multiplexing de multiplexing card ...

Page 273: ...ration cables DC power cables AC power cables Grounding cables Alarm cables E1 CC3 cables E1 DB37 cables E1 SCSI100 cables V24 HDB26 cables V35 HDB26 cables MUL HDB26 cables 21 1 Fiber 21 1 1 Connectors Table 21 1 lists fiber connectors Table 21 1 Fiber connectors Local connector Remote connector Fiber LC PC LC PC 2 mm single mode fiber 2 mm multi mode fiber FC PC 2 mm single mode fiber 2 mm multi...

Page 274: ...Figure 21 1 shows the LC PC fiber connector used by the iTN2100 Figure 21 1 LC PC fiber connector When connecting or removing the LC PC optical connector align the connector with the optical interface and do not rotate the fiber Pay attention to the following points Align the head of the fiber jumper with the optical interface and insert the optical fiber into the interface gently To remove the fi...

Page 275: ... PC optical connector pay attention to the following points Align the head of the fiber jumper with the optical interface to avoid damaging the ceramic inner tube and insert the optical fiber into the interface gently to the bottom Then rotate the screw set clockwise tightly To remove the fiber rotate the screw set anticlockwise When the screw set is loose pull the fiber out 21 2 Ethernet cables 2...

Page 276: ... Table 21 2 lists the line order of EIA TIA568A and EIA TIA568B standards Table 21 2 Line order of EIA TIA568A and EIA TIA568B standards Connector 1 RJ45 EIA TIA568A Connector 2 RJ45 EIA TIA568B PIN 1 White Green PIN 1 White Orange PIN 2 Green PIN 2 Orange PIN 3 White Orange PIN 3 White Green PIN 4 Blue PIN 4 Blue PIN 5 White Blue PIN 5 White Blue PIN 6 Orange PIN 6 Green PIN 7 White Brown PIN 7 W...

Page 277: ...ne order for 100 Mbit s crossover cable is different from that of 1000 Mbit s crossover cable One RJ45 connector of the 100 Mbit s crossover cable follows EIA TIA568A standard the other RJ45 connector follows EIA TIA568B standard line order Figure 21 6 shows the line order of the 100 Mbit s crossover cable Figure 21 6 Line order of the 100 Mbit s crossover cable ...

Page 278: ...t in name only The straight through cable is named as CBL ETH RJ45 RJ45 D while the crossover cable is named as CBL ETH RJ45 RJ45 X D Table 21 3 lists technical specifications of the Ethernet cable Table 21 3 Technical specifications of the Ethernet cable Item Description Color Dark grey Model Cat5 or later unshielded twisted pair cable UTP 5 UTP 5e or shielded twisted pair cable STP Connector RJ4...

Page 279: ... connector as configuration cable connectors for the iTN2100 as shown in Figure 21 8 Figure 21 8 Configuration cable 21 3 3 Specifications Table 21 4 lists specifications of the configurable cable Table 21 4 Specifications of the configurable cable Parameter Description Name CBL RS232 DB9F RJ45 2m Connector RJ45 connector DB9 female connector Type Unshielded Category 3 flat cable 21 4 DC power cab...

Page 280: ...arge current connector Type Copper core multi strand power cable 14 AWG 2 0 mm2 Length Length is customized For example if the customer requires 2 m cables they are named POL DC DSUB 30 NC 2m 21 5 AC power cables 21 5 1 Introduction The AC power cable transmits 220 V AC power to the terminal block of the iTN201 and supplies power for the whole device The iTN201 uses different AC power supply cable...

Page 281: ...fications of the European standard AC power cable Parameter Description Name French mode receptacle 10A 250V 1 5m RoHS Connector French mode three plug IEC60320 C13 receptacle Type Copper core multi strand power supply cable 18AWG Length 1 5 m Table 21 8 lists specifications of the American standard AC power cable Table 21 8 Specifications of the American standard AC power cable Parameter Descript...

Page 282: ... the iTN2100 Table 21 9 Specifications of the grounding cable Parameter Description Model recommended PIL grounding cable Φ4 D Standard Comply with the UL standard and meet RoHS requirements Conducting wire Yellow green multi strand copper core conducting wire 1 25 mm2 Electronic wire used UL1007 or UL1005 Stripped end 10 mm length and plated with tin Insulation sleeve 3 5 1 75 black heat shrink t...

Page 283: ...ion 1 OUT Cooperate with each other to output 1 way alarm signals When an alarm signal is output the device connects PIN 1 and PIN 2 through the internal relay When no alarm is output PIN 1 and PIN 2 are disconnected 2 3 IN Cooperate with each other to input 1 way alarm signals The device detects the connection status of PIN 3 and PIN 4 If it is in closure state it indicates that there is alarm si...

Page 284: ...B37 cables 21 9 1 Introduction The E1 DB37 cable is used to connect the DB37 male connector of the iTN2100 and other devices to transmit E1 services Table 21 12 lists relations between the E1 DB37 cable and the card on the iTN2100 Table 21 12 Relations between the E1 DB37 cable and the card on the iTN2100 Card Cable OPCOM3500E EOPS 8E1 OPCOM3500E 16E1 CBL E1 DB37F 40 16NC CBL E1 DB37F 16BNCF CBL E...

Page 285: ...7F 40 16NC cable Parameter Description Name CBL E1 DB37F 40 16NC Connector DB37 female connector Type 75 ohm 16 core co axial cable PIN Table 21 14 lists definitions of pins on the CBL E1 DB37F 40 16NC cable Table 21 14 Definitions of pins on the CBL E1 DB37F 40 16NC cable PIN Definition Mark PIN Definition Mark 1 20 2 21 IN1 RX1 3 OUT1 TX1 22 IN1 4 OUT1 23 IN2 RX2 5 OUT2 TX2 24 IN2 6 OUT2 25 IN3 ...

Page 286: ...18 OUT8 37 19 The PIN marked is connected to the core of the co axial cable The PIN marked is connected to the shielding layer of the co axial cable 21 9 3 CBL E1 DB37F 16BNCF Appearance Figure 21 16 shows the CBL E1 DB37F 16BNCF cable Figure 21 16 CBL E1 DB37F 16BNCF cable Specifications Table 21 15 lists specifications of the CBL E1 DB37F 16BNCF cable Table 21 15 Specifications of the CBL E1 DB3...

Page 287: ...arance Figure 21 17 shows the CBL E1 DB37F 16BNCM cable Figure 21 17 CBL E1 DB37F 16BNCM cable Specifications Table 21 16 lists specifications of the CBL E1 DB37F 16BNCM cable Table 21 16 CBL E1 DB37F 16BNCM cable Parameter Description Name CBL E1 DB37F 16BNCM Connector DB37 female connector or BNC male connector Type 75 ohm 16 core co axial cable 21 9 5 CBL E1 DB37F 8RJ45 Appearance Figure 21 18 ...

Page 288: ...ype 2P unshielded Category 5 cable 21 10 E1 SCSI100 cables 21 10 1 Introduction The E1 SCSI100 cable is used to connect the SCSI female connector 100 pin of the iTN2100 and other devices to transmit E1 services Table 21 18 lists relations between the E1 SCSI100 cable and the card on the iTN2100 Table 21 18 Relations between the E1 SCSI100 cable and the card on the iTN2100 Card Cable OPCOM3500E 32E...

Page 289: ...CSI100M 40 32BNCF cable Specifications Table 21 19 lists specifications of the CBL E1 SCSI100M 40 32BNCF cable Table 21 19 Specifications of the CBL E1 SCSI100M 40 32BNCF cable Parameter Description Name CBL E1 SCSI100M 40 32BNCF Connector SCSI100P male connector or BNC female connector Type SYFVZP 75 1 1 16 A 21 10 3 CBL E1 SCSI100M 40 32BNCM Appearance Figure 21 20 shows the CBL E1 SCSI100M 40 3...

Page 290: ...0 lists specifications of the CBL E1 SCSI100M 40 32BNCM cable Table 21 20 Specifications of the CBL E1 SCSI100M 40 32BNCM cable Parameter Description Name CBL E1 SCSI100M 40 32BNCM Connector SCSI100P male connector or BNC male connector Type SYFVZP 75 1 1 16 A 21 10 4 CBL E1 SCSI100M 40 16RJ45 Appearance Figure 21 21 shows the CBL E1 SCSI100M 40 16RJ45 cable ...

Page 291: ...me CBL E1 SCSI100M 40 16RJ45 Connector SCSI100P male connector or RJ45 connector Type 2P unshielded twisted pair 21 11 V24 HDB26 cables 21 11 1 Introduction The V24 HDB26 cable is used to connect the HDB26 female connector of the iTN2100 and other device to transmit V24 services Table 21 22 lists relations between the V24 HDB26 cable and the card on the iTN2100 Table 21 22 Relations between the V2...

Page 292: ... CBL V24 HDB26M 4DB25F cable Specifications Table 21 23 lists specifications of the CBL V24 HDB26M 4DB25F cable Table 21 23 Specifications of the CBL V24 HDB26M 4DB25F cable Parameter Description Name CBL V24 HDB26M 4DB25F Connector HDB26 male connector or DB25 female connector Type 9 core data cable 21 11 3 CBL V24 HDB26M 4DB25M Appearance Figure 21 23 shows the CBL V24 HDB26M 4DB25M cable ...

Page 293: ...ter Description Name CBL V24 HDB26M 4DB25M Connector HDB26 male connector or DB25 female connector Type 9 core data cable 21 11 4 PIN There are two HDB26 female interfaces on the OPCOM3500E 8V24 Each interface transmits four ways of V 24 data You can make cables according to Table 21 25 Table 21 25 PIN of the HDB26 interface on the OPCOM3500E 8V24 PIN Defined output Mark Description 1 TXD_4 Data e...

Page 294: ...ss interface 2 17 RXD_1 Data ingress interface 1 18 RXC_1 Clock ingress interface 1 19 26 GND Grounding 21 12 V35 HDB26 cables 21 12 1 Introduction The V35 HDB26 cable is used to connect the HDB26 female connector and other devices to transmit V 35 services The unshielded cable is used on V 35 interface card to ensure lightning protection Table 21 26 lists relations between the V35 HDB26 cable and...

Page 295: ...6M 2M34F cable Figure 21 24 CBL V35 HDB26M 2M34F cable Specifications Table 21 27 lists specifications of the CBL V35 HDB26M 2M34F cable Table 21 27 Specifications of the CBL V35 HDB26M 2M34F cable Parameter Description Name CBL V35 HDB26M 2M34F Connector HDB26 male connector or M34 female connector Type 9 5P 1 B AL cable 21 12 3 CBL V35 HDB26M 2M34M Appearance Figure 21 25 shows the CBL V35 HDB26...

Page 296: ...4M cable Table 21 28 Specifications of the CBL V35 HDB26M 2M34M cable Parameter Description Name CBL V35 HDB26M 2M34M Connector HDB26 male connector or M34 female connector Type 9 5P 1 B AL cable 21 12 4 CBL V35 HDB26M M34F Appearance Figure 21 26 shows the CBL V35 HDB26M M34F cable Figure 21 26 CBL V35 HDB26M M34F cable Specifications Table 21 29 lists specifications of the CBL V35 HDB26M M34F ca...

Page 297: ...12 5 CBL V35 HDB26M M34M Appearance Figure 21 27 shows the CBL V35 HDB26M M34M cable Figure 21 27 CBL V35 HDB26M M34M cable Specifications Table 21 30 lists specifications of the CBL V35 HDB26M M34M cable Table 21 30 Specifications of the CBL V35 HDB26M M34M cable Parameter Description Name CBL V35 HDB26M M34M Connector HDB26 male connector or M34 male connector Type 9 5P 1 B AL cable 21 12 6 CBL ...

Page 298: ...tion Name CBL V35 HDB26M DB25M Connector HDB26 male connector or DB25 male connector Type 9 5P 1 B AL cable 21 12 7 PIN OPCOM3500E 8V35 There are four HDB26 female interfaces on the OPCOM3500E 8V35 Each interface transmits two ways of V 35 data You can make cables according to Table 21 32 Table 21 32 PIN of the HDB26 interface on the OPCOM3500E 8V35 PIN Defined output for way 1 of V 35 data Define...

Page 299: ...A 18 PGND 19 TD B 20 21 RD B 22 TCP B 23 TCP B 24 SCTE A 25 RCP B 26 GND The PINs marked are idle OPCOM3500E 4V35 There are four HDB26 female interfaces on the OPCOM3500E 4V35 Each interface transmits a way of V 35 data with handshaking signals You can make cables according to Table 21 33 Table 21 33 PIN of the HDB26 interface on the OPCOM3500E 4V35 PIN Defined mark of V 35 ISO2593 M34 female conn...

Page 300: ... RCP B X The unlisted PINs are idle 21 13 MUL HDB26 cables 21 13 1 Introduction The MUL HDB26 cable is used to connect the HDB26 female connector and other devices to transmit MULTI services Table 21 34 lists relationships between the MUL HDB26 cable and the card on the iTN2100 Table 21 34 Relationships between the MUL HDB26 cable and the card on the iTN2100 Card Cable OPCOM3500E MULTI CBL MUL HDB...

Page 301: ...B26M NC cable Parameter Description Name CBL MUL HDB26M NC Connector HDB26 male connector Description HDB26 male connector to 4 way NC E M cable The cable length can be customized 2 5 m 5 m 10 m 15 m 25 m Color modes Table 21 36 lists color modes of the CBL MUL HDB26M NC cable Table 21 36 Color modes of the CBL MUL HDB26M NC cable HDB26F HDB26M PIN Line color Pair color 1 TXD 8 Blue White White 11...

Page 302: ...ed 14 RXD 5 Red Grey 5 TXD 4 Brown Red 15 RXD 4 Red Brown 6 TXD 3 Orange Red 16 RXD 3 Red Orange 7 TXD 2 Green Red 17 RXD 2 Red Green 8 TXD 1 Blue Red 18 RXD 1 Red Blue 22 GND5 Grey Black Black Black Grey 23 GND4 Brown Black Black Brown 24 GND3 Orange Black Black Orange 25 GND2 Green Black Black Green 26 GND1 Blue Black Black Blue 19 RXD 8 Blue Yellow Yellow Yellow Blue 9 10 ...

Page 303: ...B26 male connector Description Side HDB26 male connector to 4 way NC E M cable The cable length can be customized 2 5 m 5 m 10 m 15 m 25 m Side HDB26 male connector to 8 way NC E M cable The cable length can be customized 2 5 m 5 m 10 m 15 m 25 m Color modes Table 21 38 lists color modes of the CBL MUL HDB26M 40 NC cable Table 21 38 Color modes of the CBL MUL HDB26M 40 NC cable HDB26M HDB26M PIN L...

Page 304: ... Grey 16 CH 05B Grey background and white ring 23 CH 06A Red background and blue ring Blue Red 24 CH 06B Blue background and red ring 3 CH 07A Red background and orange ring Orange 13 CH 07B Orange background and red ring 4 CH 08A Red background and green ring Green 14 CH 08B Green background and red ring 21 CH 09A Red background and brown ring Brown 22 CH 09B Brown background and red ring 1 CH 10...

Page 305: ...ge 20 CH 12B Orange background and black ring 9 CH 13A Black background and green ring Green 10 CH 13B Green background and black ring HDB26 shell K1 Black background and brown ring Brown Brown background and black ring HDB26 shell K2 Black background and grey ring Grey Grey background and black ring HDB26 shell K3 Black background and yellow ring Blue Yellow Yellow background and black ring ...

Page 306: ...2 1 Power consumption of optical electrical modules 22 1 1 SFP modules Table 22 1 lists the power consumption of Raisecom SFP modules Table 22 1 Power consumption of SFP modules Model Max power consumption W CSFP Gb L xx D R CSFP 48 L xx D R DSFP 48 L xx D R USFP FE AN R USFP Gb EX D R USFP GE R USFP GE AN R USFP 48 S3 D R USFP 48 SS3x D R 1 32 Other modules 0 66 22 1 2 XFP modules Table 22 2 list...

Page 307: ... 10 times faster than 10BaseT Ethernet In addition it sustains the frame format MAC addressing mechanism and MUT etc 2R Re amplifying and Re shaping 3R Re amplifying Re shaping and Re timing A ALS When the fiber is pulled out or output power of an optical transmitter is over high the optical interface automatically shut down the laser to avoid maintenance and operation risks Auto negotiation The a...

Page 308: ...H Half duplex The communication link can transmit data in both direction but not at the same time I IEEE The Institute of Electrical and Electronics Engineers ITU T International Telecommunication Union Telecommunication Standardization Sector L Label Signs for cable chassis and warnings Loopback After a signal is sent on an interface it will be sent back to the interface This process is called lo...

Page 309: ... Timeslot Time is divided into periodical frames Each frame is divided into multiple timeslots Each timeslot is a communication channel which can be assigned to a user U U Unit of dimension short for unit It takes 44 45mm as basic unit namely 1 U 44 45 mm 22 3 Abbreviations A ACL Access Control List AIS Alarm Indication Signal ALS Automatical Laser Shutdown AWG American wire gauge B BPDU Bridge Pr...

Page 310: ...gital Hierarchy F FE Fast Ethernet G G SHDSL G Single pair High Speed Digital Subscriber Line GE Gigabit Ethernet GFP Generic Framing Procedure H HDB3 High Density Bipolar of Order 3 Code I IEC International Electrotechnical Commission L LACP Link Aggregation Control Protocol LCAS Link capacity adjustment scheme M MAC Medium Access Control N NRZ Non Return to Zero O OAM Operation Maintenance and M...

Page 311: ...S Quality of Service R RH Relative Humidity RMON Remote Network Monitoring S SDH Synchronous Digital Hierarchy SFP Small Form factor Pluggable SLA Service Level Agreement SNMP Simple Network Management Protocol STM N Synchronous Transport Module Level N T TDM Time Division Multiplex V VC Virtual Container VCC Virtual Channel Connection VLAN Virtual LAN ...

Page 312: ...Address Building2 No 28 Shangdi 6thStreet Haidian District Beijing P R China Postal code 100085 Tel 8610 82883305 Fax 8610 82883056 http www raisecom com Email export raisecom com ...

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