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CAUTION:

•

Do not over-bend the optical fiber. Its curvature radius must be no less than 10 cm (3.94 in).

•

Make sure the fiber ends are clean.

WARNING!

Laser danger: Invisible laser radiation may be emitted from the fiber-optic ports which are connected
to lasers. To protect your eyes against radiation harm, never stare into an open fiber-optic port.

Network data encryption module

•

SIC-CNDE

SIC-CNDE

Introduction

The SIC-CNDE is a China Network Data Encryption (CNDE) module. The SIC-CNDE provides high
performance and reliable data encryption features for routers by using the SM1 mechanism.

Insert SIC-CNDE module in the SIC slot. The main board forwards IP packets and implements VPN
with the encryption feature, where SM1 encryption and decryption is implemented by the encryption
module.

Interface specifications

Table 60 Interface specifications

Item Description

Hardware algorithm

Key algorithm:

•

SM1-128

•

SM1-256

Interface LEDs

Figure 46 SIC-CNDE panel

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Summary of Contents for DSIC-9FSW

Page 1: ...H3C MSR Router Series Comware 5 Interface Module Guide New H3C Technologies Co Ltd http www h3c com Document version 20180730 C 1 17 ...

Page 2: ... SecBlade Comware ITCMM and HUASAN are trademarks of New H3C Technologies Co Ltd All other trademarks that may be mentioned in this manual are the property of their respective owners Notice The information in this document is subject to change without notice All contents in this document including statements information and recommendations are believed to be accurate but they are presented without...

Page 3: ...place with actual values Square brackets enclose syntax choices keywords or arguments that are optional x y Braces enclose a set of required syntax choices separated by vertical bars from which you select one x y Square brackets enclose a set of optional syntax choices separated by vertical bars from which you select one or none x y Asterisk marked braces enclose a set of required syntax choices s...

Page 4: ...as a Layer 2 or Layer 3 switch or a router that supports Layer 2 forwarding and other Layer 2 features Represents an access controller a unified wired WLAN module or the access controller engine on a unified wired WLAN switch Represents an access point Represents a wireless terminator unit Represents a wireless terminator Represents a mesh access point Represents omnidirectional signals Represents...

Page 5: ...Documentation feedback You can e mail your comments about product documentation to info h3c com We appreciate your comments ...

Page 6: ...IC 2BU 22 Voice interface module 24 SIC 1FXS SIC 1FXO SIC 2FXS SIC 2FXO 24 SIC 2FXS1FXO 26 DSIC 4FXS1FXO 27 SIC 1BSV SIC 2BSV 28 SIC 1VE1 30 SIC 1VT1 31 WLAN interface module 32 SIC WLAN b g n and SIC WLAN b g n NA 32 3G interface module 33 SIC 3G CDMA 34 SIC 3G GSM 35 SIC 3G TD 37 SIC 3G HSPA 38 4G interface module 40 SIC 4G LTE M 40 EPON interface module 42 SIC EPON 42 Network data encryption mo...

Page 7: ...ce module 84 MIM 8FXS8FXO 85 MIM 16FXS 86 MIM 2BSV MIM 4BSV 87 MIM 2VE1 89 MIM 2VT1 90 MIM 1VE1 91 MIM 1VT1 92 MIM 2FXS MIM 2FXO and MIM 4FXS MIM 4FXO 93 MIM 2E M MIM 4E M 95 Network data encryption 96 MIM HNDE 96 Troubleshooting 97 FIC DFIC 98 Ethernet switching module 98 FIC 16FSW FIC 16FSWP DFIC 24FSW DFIC 24FSWP 98 Ethernet interface module 101 FIC 1FE FIC 2FE FIC 4FE 101 FIC 1GBE FIC 2GBE 103...

Page 8: ...cryption module 150 FIC HNDE 150 Troubleshooting 151 ESM VCPM VPM 153 ESMs 153 ESM ANDE 153 ESM SNDE 154 VCPM VPM 155 VCPM VPM purchase guide 155 VCPM 156 VPM 157 Cables and the connection methods 158 Ethernet interface 158 Fiber port 160 E1 interface 164 T1 interface 172 E3 T3 interface 174 Synchronous asynchronous serial ports 174 Asynchronous serial ports 177 ADSL BS FXS FXO AM FCM interface 18...

Page 9: ...iv Index 209 ...

Page 10: ...r Layer 2 and Layer 3 switching A router installed with SIC 4FSW SIC 4FSWP DSIC 9FSW DSIC 9FSWP modules can work as a switching routing integrated device on a small sized enterprise network to connect PCs and network devices inside the network directly SIC 4FSWP DSIC 9FSWP interface modules can supply power to powered devices PDs through power over Ethernet PoE Functions supported by interface mod...

Page 11: ...ndent interface crossover MDIX is another type of Ethernet interface which is usually used on hubs and LAN switches Interface LEDs Figure 1 SIC 4FSW panel Figure 2 SIC 4FSWP panel Figure 3 DSIC 9FSW panel Figure 4 DSIC 9FSWP panel On the panel each port corresponds with one green LED The following table describes the LEDs on the panel Table 2 LED description LED Description Steady on A link is pre...

Page 12: ...ng features Effective transmission distance of 100 m 328 08 ft with category 5 twisted pair cables Operating speeds of both 100 Mbps and 10 Mbps and autosensing Both full duplex in common use and half duplex operating modes Interface specifications Table 3 Interface specifications Item Description Connector type RJ 45 Interface type MDI Number of connectors 1 Cable type Straight through Ethernet c...

Page 13: ... Ethernet interface cables and the connection methods see Ethernet interface SIC 1FEF Introduction The 1 port 100 Mbps fiber Ethernet interface module SIC 1FEF is used for the communication between the router and LAN SIC 1FEF supports Various types of transceiver modules 100 Mbps interface rate Full duplex Interface specifications Table 5 Interface specifications Item Description Number of connect...

Page 14: ... fibers and the connection methods see Fiber port SIC 1GEC V2 SIC 1GEC H3 Introduction The 1 port 10 100 1000 Mbps electrical and fiber Ethernet interface SIC module SIC 1GEC V2 SIC 1GEC H3 has the following functions Receipt transmission and processing of GE data stream CE electrical and fiber port access 1000 100 10 Mbps on copper port 1000 Mbps on fiber port Interface specifications Table 7 Int...

Page 15: ...ing received and transmitted at a speed of 100 10 Mbps ACT Off No data is being received and transmitted Flashing Data is being received and transmitted Table 9 LED description for the fiber port on the SIC 1GEC V2 SIC 1GEC H3 panel LED Description LINK On Carrier signal is received Off No carrier signal is received Green Data is being received and transmitted at a speed of 1000 Mbps Yellow Fault ...

Page 16: ...ace in FE1 mode on the SIC E1 F can be bundled to form one interface namely can be bundled into one channel and the rate of the interface is n No 64 Kbps where n ranges from 1 to 31 however you may bundle timeslots of a PRI interface on the SIC EPRI into up to 31 channel sets The SIC E1 F does not support the PRI mode Interface specifications Table 10 Interface specifications Item Description Conn...

Page 17: ...ds For more information about E1 interface cables and the connection methods see E1 interface SIC 2E1 F Introduction The 2 port fractional E1 interface module SIC 2E1 F where F indicates fractional supports Transmission Receiving and handling of E1 data streams CE1 channelized E1 access Remote loopback and local loopback functions facilitating fault test and location Interface specifications Table...

Page 18: ...nection methods For more information about E1 interface cables and the connection methods see E1 interface SIC EPRI Introduction The 1 port channelized E1 CE1 PRI compatible interface module SIC EPRI supports Transmission Receiving and handling of E1 data streams CE1 channelized E1 access ISDN PRI function Remote loopback and local loopback functions facilitating fault test and location It is poss...

Page 19: ...T Off No data is being transmitted or received Flashing Data is being received or and transmitted Interface cables and the connection methods For more information about E1 interface cables and the connection methods see E1 interface SIC 1EPRI Introduction The SIC 1EPRI is a 1 port E1 CE1 PRI SIC interface module that provides the following features Transmission Receiving and handling of E1 data st...

Page 20: ...nnected to the SIC 1EPRI Operating mode E1 CE1 ISDN PRI Supported service Backup Terminal access ISDN Interface LEDs Figure 12 SIC 1EPRI panel Table 17 LED description LED Description LINK ACT On Carrier signals are received Flashing Data is being transmitted or received Off No carrier signals are received LP AL On The interface is in a loopback Flashing An alarm indication signal AIS loss of fram...

Page 21: ...n be bundled to form one interface namely can be bundled into one channel and the rate of the interface is n No 56 Kbps where n ranges from 1 to 24 however you may bundle timeslots of a PRI interface on the SIC TPRI into up to 24 channel sets The SIC T1 F does not support the PRI mode Interface specifications Table 18 Interface specifications Item Description Connector type RJ 45 Number of connect...

Page 22: ...or alarm is present Flashing An alarm indication signal AIS loss of frame alignment LFA signal or remote alarm indication RAI signal is present Interface cables and the connection methods For more information about T1 interface cables and the connection methods see T1 interface Serial interface module SIC 8AS SIC 16AS SIC 1SAE SIC 2SAE SIC 4SAE SIC 8AS Introduction The 8 port asynchronous serial i...

Page 23: ...cable Customized cable with 8 port RJ 45 connector Interface standard RS 232 Minimum baud rate 300 bps Maximum baud rate 115 2 Kbps Supported services Modem dial up Backup Terminal access service Asynchronous dedicated line Interface LEDs Figure 15 SIC 8AS front panel Table 21 LED description LED Description LINK ACT Off No link is present On A link is present Flashing Data is being received or an...

Page 24: ...onous serial port is used for dial up Interface specifications Table 22 Interface specifications Item Description Connector D28 male Number of connectors 1 Interface cable Customized cable with 16 port RJ 45 connector female Interface standard RS 232 Minimum baud rate 300 bps Maximum baud rate 115 2 Kbps Supported services Modem dial up Backup Terminal access service Asynchronous dedicated line In...

Page 25: ...cifications Item Synchronous Asynchronous Connector D28 Number of connectors 1 SIC 1SAE 2 SIC 2SAE 4 SIC 4SAE Interface standard and operating mode V 24 V 35 RS449 X 21 RS 530 RS 232 DTE DCE DTE DCE Minimum baud rate bps 1200 1200 300 Maximum baud rate bps 64 k 2 048 M 115 2 Cable V 24 RS 232 DTE cable V 24 RS 232 DCE cable V 35 DTE cable V 35 DCE cable X 21 DTE cable X 21 DCE cable RS449 DTE cabl...

Page 26: ...les and the connection methods For more information about synchronous asynchronous serial port cables and the connection methods see Synchronous asynchronous serial ports Analog modem interface module SIC 1AM SIC 2AM SIC 1AM SIC 2AM Introduction The 1 2 port analog modem interface module SIC 1AM SIC 2AM integrates the functions of asynchronous interface and external modem that is allowing 1 2 chan...

Page 27: ...lephone port Interface specifications Table 26 Interface specifications Item Description Connector type RJ 11 Number of connectors 1 SIC 1AM 2 SIC 2AM Cable type Telephone cable with ferrite core Maximum speed 56 kbps Supported standard ITU T V 90 K56flex V 34 33 6 kbps V FC V 32 bis V 32 V 22 bis V 22A B V 23 V 21 Bell 212A a Bell 103 Supported service Modem dial up Interface LEDs Figure 20 SIC 1...

Page 28: ...ccess multiplexer DSLAM at the central office over a regular analog subscriber line or telephone line Thus the subscriber can access the ATM IP backbone or the Internet to enjoy services such as high speed data communication and video on demand VoD ADSL transmits data in the high frequency band above 26 kHz Therefore it can provide services without interfering with the voice service being provided...

Page 29: ...ITU T 992 2 G Lite ANSI T1 413 Issue 2 ITU T 992 3 ITU T 992 5 Cable Telephone cable Supported service ADSL over the regular telephone line Maximum received and sent frame 1700 bytes Interface LEDs Figure 22 SIC 1ADSL panel Table 29 LED description LED Description LINK Off The loop is inactive On The loop has been activated and has entered the data mode Flashing The loop is being activated ACT Off...

Page 30: ... interface module delivers these features Manual ADSL line activation and deactivation providing a convenient fault location means A G 992 1 compliant interface autosensing Trellis coding on ADSL interfaces enhancing the stability of ADSL connection Interface specifications Table 30 Interface specifications Item Description Connector RJ 11 Number of connectors 1 Interface rate In ADSL full rate mo...

Page 31: ...le SIC 1BS SIC 2BS SIC 1BU SIC 2BU SIC 1BS SIC 2BS SIC 1BU SIC 2BU Introduction The 1 2 port ISDN BRI S T interface module SIC 1BS SIC 2BS is mainly used to transceive and process of ISDN BRI S T traffic flows The 1 2 port ISDN BRI U interface module SIC 1BU SIC 2BU is mainly used to transceive and process ISDN BRI U traffic flows Both SIC 1BS SIC 2BS and SIC 1BU SIC 2BU have two operating modes d...

Page 32: ...ndard ITU T I 430 Q 921 Q 931 Operating mode ISDN Dial up ISDN leased line Supported services ISDN ISDN supplementary services Multi subscriber number Sub address Backup Interface LEDs Figure 24 SIC 1BS panel Figure 25 SIC 2BS panel Figure 26 SIC 1BU panel Figure 27 SIC 2BU panel ...

Page 33: ...ADSL BS FXS FXO AM FCM interface Voice interface module SIC 1FXS SIC 1FXO SIC 2FXS SIC 2FXO SIC 2FXS1FXO DSIC 4FXS1FXO SIC 1BSV SIC 2BSV SIC 1VE1 SIC 1VT1 SIC 1FXS SIC 1FXO SIC 2FXS SIC 2FXO Introduction The 1 2 port voice subscriber circuit interface module SIC 1FXS SIC 2FXS and 1 2 port voice AT0 analog trunk interface module SIC 1FXO SIC 2FXO serve to access and handle 1 2 channel s of analog v...

Page 34: ...IC 1FXS SIC 2FXS compliant with ITU Q 512 Loop trunk interface SIC 1FXO SIC 2FXO compliant with ITU Q 552 Over current and over voltage protection compliant with ITU K 20 Cable type Telephone cable with ferrite core Dialing mode Supports DTMF not supports pulse dial up Bandwidth 300 Hz to 3400 Hz Interface LEDs Figure 28 SIC 1FXS panel Figure 29 SIC 1FXO panel Figure 30 SIC 2FXS panel Figure 31 SI...

Page 35: ... interface are available on a SIC 2FXS1FXO module FXS interfaces are analog subscriber line interfaces that provide ordinary analog telephone and fax access and also can connect AT0 loop trunks of exchanges FXO interfaces are loop trunk interfaces that provide access of common subscriber lines of exchanges Interface specifications Table 36 Interface specifications Item Description Connector type R...

Page 36: ... over data communication networks FXS interfaces are analog subscriber line interfaces that provide ordinary analog telephone and fax access and also can connect AT0 loop trunks of exchanges FXO interfaces are loop trunk interfaces that provide access of common subscriber lines of exchanges Interface specifications Table 38 Interface specifications Item Description Connector type RJ 11 Number of c...

Page 37: ...nce of 1 km 0 6 miles in point to point mode In the upstream direction the SIC 1BSV SIC 2BSV module can be connected to a user interface on an ISDN switch to receive and decompress compress and transmit ISDN BRI digital voice traffic In the downstream direction the module can be connected to a TE device to forward the voice packets from the TE device to the Internet through a WAN interface on the ...

Page 38: ...O analog voice interface modules SIC 2BSV provides flexibility in voice call routing The ISDN BRI D channel signaling is processed separately on CPU A BSV interface supports remote power supply and thus can be connected directly to an ISDN phone saving extra power supply device The SIC 1BSV SIC 2BSV is dedicated to voice applications which is different from the BS interface modules where BRI data ...

Page 39: ...s see BSV BSE interface SIC 1VE1 Introduction The 1 port E1 voice interface module SIC 1VE1 can handle dense voice signals in VoIP system It provides a CE1 PRI R2 port allowing the access of 30 channels of voice signals Interface specifications Table 42 Interface specifications Item Description Connector DB 15 Number of connector 1 Interface standard G 703 G 704 Interface rate 2 048 Mbps Frame for...

Page 40: ...ormation about E1 interface cables and the connection methods see E1 interface SIC 1VT1 Introduction The 1 port T1 voice interface module SIC 1VT1 can handle dense voice signals in VoIP system It provides a CT1 PRI R2 port allowing the access of 23 channels of voice signals Interface specifications Table 44 Interface specifications Item Description Connector RJ 45 Number of connector 1 Interface s...

Page 41: ...1 interface cables and the connection methods see T1 interface WLAN interface module SIC WLAN b g n SIC WLAN b g n NA SIC WLAN b g n and SIC WLAN b g n NA Introduction The SIC WLAN b g n module receives and sends 802 11b g n WIFI protocol data Two external antennas are available on the module supporting 802 11b g n standard and working on the 2 4 G channel The SIC WLAN b g n NA modules are applica...

Page 42: ...s Figure 38 SIC WLAN b g n panel Table 47 LED description LED Description LINK ACT Off The link is idle Steady green A link is present and a call connection is being established Flashing yellow A link is present and there is a call activity Antennas interface cables and the connection methods For more information about antennas interface cables and the connection methods for the SIC WLAN b g n and...

Page 43: ... 1 No RTT 1 No EV DO Rev 0 1 No EV DO Rev A RJ 45 RS 232 Cable type TNC RF None RJ 45 AUX cable Rates Network standards 1 No EV DO Rev A Downlink 3 1 Mbps uplink 1 8 Mbps 1 No EV DO Rev 0 Downlink 2 4 Mbps uplink 153 6 Kbps 1 No RTT Downlink 153 6 Kbps uplink 153 6 Kbps Services CDMA 2000 1x RTT 1 No EV DO Rev 0 1 No EV DO Rev A Interface LEDs Figure 39 SIC 3G CDMA panel Table 49 LED description L...

Page 44: ...M module into the SIM module socket along the guide rails 3 Close the SIM module socket in the direction marked LOCK to lock the card in position 4 Execute the display cellular interface number command after the router is started When SIM Status OK appears in the output information the SIM module is identified SIC 3G GSM Introduction The SIC 3G GSM module provides access to 3G networks It supports...

Page 45: ...eady yellow The service is valid Off No service Antennas interface cables and the connection methods For more information about antennas interface cables and the connection methods for the SIC 3G GSM interface module see 3G interface Installing a SIM module CAUTION Make sure the beveled corner of the SIM module fits into the beveled corner of the SIM socket To install a SIM module 1 Open the SIM m...

Page 46: ...1 RJ 45 Interface standard TNC RF Omni antenna supporting GPRS EDGE TD SCDMA HSDPA RJ 45 RS 232 Cable type TNC RF None RJ 45 AUX cable Rates HSDPA downlink 2 8 Mbps uplink 384 Kbps TD SCDMA downlink 384 Mbps uplink 384 Kbps EDGE downlink 236 8 Kbps uplink 236 8 Kbps GPRS downlink 85 6 Kbps uplink 85 6 Kbps Services GPRS EDGE TD SCDMA HSDPA Interface LEDs Figure 41 SIC 3G TD panel Table 53 LED desc...

Page 47: ...e into the SIM module socket along the guide rails 3 Close the SIM module socket in the direction marked LOCK to lock the card in position 4 Execute the display cellular interface number command after the router is started When SIM Status OK appears in the output information the SIM module is identified SIC 3G HSPA Introduction The SIC 3G HSPA module provides access to 3G networks It supports GPRS...

Page 48: ...lashing green Data is being transmitted or received RSSI Steady green Strong signal Flashing green Middle or low signal Off Weak signal or no signal UMTS Steady yellow The service is valid Off No service HSDPA Steady yellow The service is valid Off No service Antennas interface cables and the connection methods CAUTION The 3G antenna provided with the SIC 3G HSPA must be installed on the antenna p...

Page 49: ...G interface module SIC 4G LTE M SIC 4G LTE M Introduction The SIC 4G LTE M module provides 4G WLAN access and supports the following features LTE UMTS HSPA TD SCDMA CDMA2000 1xRTT CDMA2000 1x Ev Do Quad Band EDGE GPRS GSM Interface specifications Table 56 Interface specifications Item Description Connector type TNC For accessing WLANs SMA For accessing GPS Mini USB Type AB For connecting to third ...

Page 50: ... strong signal RSSI 69 dBm Fast flashing green indicates middle signal 89 dBm RSSI 69 dBm Slowly flashing green indicates low signal 99 dBm RSSI 89 dBm Off indicates weak signal or no signal RSSI 99 dBm HSPA Steady green indicates that the HSPA service or HSDPA service is valid Flashing green indicates that the EVDO service is valid Off indicates no service LTE Steady green indicates that the LTE ...

Page 51: ...t information the SIM module is identified EPON interface module SIC EPON SIC EPON Introduction The SIC EPON is an EPON access module applicable to routers Working as an ONU it connects to an OLT to access the Ethernet with a single fiber providing solutions for FTTB FTTC and FTTH The SIC EPON delivers the following functions One 1000 Mbps Layer 3 GE interface Single fiber access 1000 Mbps physica...

Page 52: ...een disconnected to the OLT or no physical connection is established ACT Off No data is being transmitted or received On Data is being transmitted or received Interface cable The SIC_EPON can be connected to a POS through a single mode fiber and the connected to an upper layer POS or OLT The structure of a POS is as shown in the following figure Figure 45 POS structure For the connection of a POS ...

Page 53: ...le SIC CNDE SIC CNDE Introduction The SIC CNDE is a China Network Data Encryption CNDE module The SIC CNDE provides high performance and reliable data encryption features for routers by using the SM1 mechanism Insert SIC CNDE module in the SIC slot The main board forwards IP packets and implements VPN with the encryption feature where SM1 encryption and decryption is implemented by the encryption ...

Page 54: ...ransmitted or received Connecting the encryption module IMPORTANT For the SIC CNDE to support the encryption feature you must install the encryption module on the SIC CNDE To install the encryption module on the SIC CNDE 1 Slowly push the encryption module into the MINI PCI E slot of the SIC CNDE 2 Secure the encryption module to the SIC CNDE by using screws ...

Page 55: ...SW XMIM 16FSW XMIM 24FSW XMIM 16FSW XMIM 24FSW Introduction Each XMIM 16FSW provides 16 10 100 Mbps RJ 45 connector interfaces while each XMIM 24FSW provides twenty four 10 100 Mbps RJ 45 connector interfaces Both XMIM 16FSW and XMIM 24FSW are suitable for a small enterprise network to serve as a switching and routing device which can be directly connected to PCs and network devices of the enterpr...

Page 56: ...nterface crossover MDIX is another type of Ethernet interface which is usually used on hubs and LAN switches Interface LEDs Figure 47 XMIM 16FSW panel Figure 48 XMIM 24FSW panel Each 10 100 Mbps Ethernet interface on the panel has two corresponding LEDs One is yellow and the other is green Table 63 LED description LED status Description Green LED LINK On A link is present Off No link is present Ye...

Page 57: ... over the category 5 twisted pair cable 100 m 328 08 ft of transmission distance between any interfaces over the category 5 twisted pair cable Operation at 100 Mbps and 10 Mbps autosensing Full duplex and half duplex with the former in common use 24FSW provides two Combo interfaces as shown in Table 64 By default the copper ports take effect Interface specifications Table 64 Interface specificatio...

Page 58: ...4FSW panel Figure 52 DMIM 24FSWP panel On the panel each 10 100 Mbps interface corresponds to a green LED The following table describes the status of these LEDs Table 65 Description for the MIM 16FSW MIM 16FSWP DMIM 24FSW DMIM 24FSWP FE LEDs LED status Description Steady green A link is present but no data is being transmitted and received Off No link is present Flashing green A link is present an...

Page 59: ...tatus NOTE The two GE interfaces on the DMIM 24FSWP do not support PoE Interface cables and the connection methods For more information about the Ethernet interface cables and the connection methods see Ethernet interface For more information about transceiver modules optical fibers and the connection methods see Fiber port DMIM 48FSW Introduction The 48 port Ethernet Layer 2 switching MIM interfa...

Page 60: ...endent interfaces MDIs Medium dependent interface crossover MDIX is another type of Ethernet interface which is usually used on hubs and LAN switches Interface LEDs Figure 53 DMIM 48FSW panel Each 10 100 Mbps Ethernet interface on the panel has one green LED Table 69 describes the LED Table 69 LED description for the DMIM 48FSW FE port LED status Description Steady green A 100 Mbps connection is e...

Page 61: ...ce module MIM 1FE MIM 2FE MIM 4FE serves to complete communications between routers and LANs FE modules support Effective transmission distance of 100 m 328 08 ft with category 5 twisted pair cables Operating speeds of both 100 Mbps and 10 Mbps and autosensing Both full duplex in common use and half duplex operating modes Interface specifications Table 71 Interface specifications Item MIM 1FE modu...

Page 62: ...tion about Ethernet interface cables and the connection methods see Ethernet interface MIM 1GBE MIM 2GBE Introduction The 1 port 10Base T 100Base TX 1000Base T Ethernet copper port module MIM 1GBE and 2 port 10Base T 100Base TX 1000Base T Ethernet copper port module MIM 2GBE serve to complete the communication between a router and a LAN The GBE Gigabit Ethernet supports Transmission distance up to...

Page 63: ... Mbps autosensing Half duplex full duplex autosensing Interface LEDs Figure 57 MIM 1GBE Figure 58 MIM 2GBE Table 74 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or received Flashing Data is being received or and transmitted Interface cables and the connection methods For more information about Ethernet interface cables and th...

Page 64: ...l duplex Interface specifications Table 75 Interface specifications Item MIM 1GEF MIM 2GEF Number of interfaces 1 2 Connector SFP LC Interface standard 802 3 802 3u 802 3ab Operating mode 1000 Mbps Full duplex Interface LEDs Figure 59 MIM 1GEF panel Figure 60 MIM 2GEF panel Table 76 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitte...

Page 65: ...bps optical interface module MIM 1ATM OC3 provides ATM interfaces for routers and supports Two frame formats SDH STM 1 and SONET OC 3 Scrambling in data transmission Both line clock when working as DTE interface and internal clock when working as DCE interface Three types of test measures that is local cell loopback local payload loopback and remote loopback Interface specifications Table 77 Inter...

Page 66: ...d connection methods For more information about transceiver modules optical fibers and the connection methods see Fiber port MIM 1AE3 Introduction The 1 port 34 368 Mbps ATM E3 interface module MIM 1AE3 supports Two ATM cell mapping modes ATM Direct Mapping ADM and Physical Layer Convergence Protocol PLCP Scrambling in data transmission Both line clock when working as DTE interface and internal cl...

Page 67: ...erface LEDs Figure 62 MIM 1AE3 panel Table 80 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or received Flashing Data is being received or and transmitted Interface cables and the connection methods For more information about E3 interface cables and the connection methods see E3 T3 interface MIM 1AT3 Introduction The 1 port 44...

Page 68: ...E In the supported services described in the above table CBR represents Constant Bit Rate rt_VBR represents Variable Bit Rate Real Time nrt_VBR represents Variable Bit Rate Non Real Time and UBR represents Unspecified Bit Rate Interface LEDs Figure 63 MIM 1AT3 panel Table 82 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or rec...

Page 69: ...logy provides a scalable and cost effective solution and is commonly used in plesiochronous digital hierarchy PDH networks to transport ATM cells Interface specifications Table 83 Interface specifications Item MIM IMA 4E1 75 ohm MIM IMA 8E1 75 ohm MIM IMA 4E1 120 ohm MIM IMA 8E1 120 ohm Connector DB68 Number of connectors 1 Interface standard ITU G 703 ITU G 704 Interface rate 2 048 Mbps Cable typ...

Page 70: ...eing received or and transmitted Off No carrier signal has been received LP AL On The interface is in a loopback Off No loopback or alarm is present Flashing An alarm indication signal AIS loss of frame alignment LFA signal or remote alarm indication RAI signal is present Interface cables and the connection methods For more information about E1 interface cables and the connection methods see E1 in...

Page 71: ...through shielded Max transmission distance 150 m 492 13 ft Operating mode ATM T1 independent link IMA bundle mode Supported service AAL5 Protocol PPPoA PPPoEoA IPoA IPoEoA Transmission rate CBR VBR rt VBR nrt UBR Interface LEDs Figure 66 MIM IMA 4T1 panel Figure 67 MIM IMA 8T1 panel Table 86 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being t...

Page 72: ... methods see T1 interface POS SDH SONET interface module MIM 1POS MIM 1POS Introduction The 1 port SDH SONET interface module MIM 1POS supports interface rates up to 155 52 Mbps STM 1 OC 3 The MIM 1POS can use the protocols such as PPP Frame Relay and HDLC at the data link layer and IP at the network layer It allows direct transmission of packets over SONET SDH It supports Various types of transce...

Page 73: ...1CPOS T Introduction The MIM 1CPOS is short for the 1 port channelized SDH SONET interface module C stands for channelized and POS for Packet over SDH SONET MIM 1CPOS provides one STM 1 OC3 compliant multi channel interface and support communication speeds up to 155 52 Mbps MIM 1CPOS has two models MIM 1CPOS E for E1 system and MIM 1CPOS T for T1 system MIM 1CPOS is inserted in a MIM slot of a mod...

Page 74: ...duce the optical power Interface LEDs Figure 69 MIM 1CPOS E front panel Figure 70 MIM 1CPOS T front panel Table 90 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or received Flashing Data is being received or transmitted Transceiver modules optical fibers and connection methods For more information about transceiver modules opt...

Page 75: ... MIM 4E1 F The MIM 1E1 F MIM 2E1 F MIM 4E1 F module is different from the MIM 1E1 MIM 2E1 MIM 4E1 module in the sense that The FE1 operating mode supported by the E1 F modules allows only one n No 64 kbps bundle to be formed on each interface where n 1 to 31 However an E1 module allows arbitrary grouping of 31 channels and multiple bundles The E1 F modules do not support PRI mode Interface specifi...

Page 76: ...ported service Backup Terminal access service ISDN PRI only supported by MIM 1E1 MIM 2E1 MIM 4E1 Interface LEDs MIM 1E1 and MIM 1E1 F panels are similar The following figure illustrates an MIM 1E1 panel Figure 71 MIM 1E1 panel The panels of MIM 2E1 and MIM 2E1 F are similar The following figure illustrates an MIM 2E1 panel Figure 72 MIM 2E1 panel MIM 4E1 and MIM 4E1 F panels are similar The follow...

Page 77: ...kbps bundle to be formed on each interface where n 1 to 31 However an MIM 8E1 module allows arbitrary grouping of 31 channels and therefore multiple bundles The MIM 8E1 F module does not support PRI mode NOTE For a MIM 8E1 module the system automatically creates a serial interface for each timeslot bundle formed on a controller E1 interface Interface specifications Table 93 Interface specification...

Page 78: ...module MIM 1T1 MIM 2T1 MIM 4T1 serves to transmit receive and handle T1 data streams provide CT1 access and fulfill the function of ISDN PRI Thereby one module can be used for multiple purposes MIM 1T1 F MIM 2T1 F MIM 4T1 F The 1 2 4 port fractional T1 interface module MIM 1 2 4T1 F and MIM 1 2 4T1 module are different in the sense that FT1 operating mode supported by T1 F modules allows only one ...

Page 79: ...CT1 ISDN PRI MIM 1T1 MIM 2T1 MIM 4T1 module FT1 MIM 1T1 F MIM 2T1 F MIM 4T1 F module Supported service Backup Terminal access service ISDN PRI MIM 1T1 MIM 2T1 MIM 4T1 module Interface LEDs MIM 1T1 panel is similar to that of MIM 1T1 F The following figure shows a MIM 1T1 panel Figure 76 MIM 1T1 panel MIM 2T1 panel is similar to that of MIM 2T1 F and they differ only in module name The following fi...

Page 80: ...8T1 The 8 port channelized CT1 PRI interface module MIM 8T1 transmits receives and processes eight channels of T1 data traffic In addition you can use the module for other purposes such as CT1 access and the ISDN PRI function MIM 8T1 F The 8 port fractional T1 interface module MIM 8T1 F is different from the 8T1 module in the sense that The FT1 operating mode supported by the MIM 8T1 F module allo...

Page 81: ...kup Terminal access service ISDN PRI only supported by the MIM 8T1 Interface LEDs MIM 8T1 panel is similar to that of MIM 8T1 F The following figure shows a MIM 8T1 panel Figure 79 MIM 8T1 panel Table 98 LED description LED Description LINK Off The link is not set up On The link has been set up ACT Off No data is being transmitted or received Flashing Data is being received or and transmitted Inte...

Page 82: ...lexing processes of E23 and E12 each E1 line supporting both the operating modes of E1 and CE1 E23 is used to indicate either E2 to E3 multiplex or E3 to E2 demultiplex and E12 to indicate E1 to E2 multiplex or E2 to E1 demultiplex E23 and E12 discussed here represent the demultiplex process Interface specifications Table 99 Interface specifications Item Description Connector SMB Number of connect...

Page 83: ...en working in CT3 mode NOTE T3 represents the tertiary group rate of T system in the TDM system that is 44 736 Mbps A T3 channel can be channelized into 28 T1 lines through the demultiplexing processes of T23 and T12 each T1 line also supporting the operating modes of CT1 T23 is used to indicate either T2 to T3 multiplex or T3 to T2 demultiplex and T12 to indicate T1 to T2 multiplex or T2 to T1 de...

Page 84: ...l pair G SHDSL interface module MIM 1SHL 4W adopts trellis coded pulse amplitude modulation TCPAM coding and provides symmetric rates up to 4 624 Mbps The transmission rate of the interface can automatically adapt to line distances and conditions Compared with ADSL G SHDSL allows farther transmission distance and thus has a wider application scope It is an alternative to E1 T1 line for high speed ...

Page 85: ... Table 104 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or received Flashing Data is being received or transmitted Interface cables and the connection methods For more information about G SHDSL interface cables and the connection methods see G SHDSL interface MIM 1G SHDSL Introduction The 1 port Single Pair High Speed Digital...

Page 86: ... 2 Interface rate In single pair mode supports the sending receiving independent symmetric speed in the range 192 kbps to 2304 kbps with the step length being 8 kbps Cable Telephone cable Supported service G SHDSL access over telephone lines Interface LEDs Figure 83 MIM 1G SHDSL panel Table 106 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is bein...

Page 87: ...tion Connector RJ 45 Number of connectors 4 Cable ISDN S T cable Protocol standard ITU T I 430 Q 921 Q 931 Operating mode ISDN dial up ISDN leased line Supported service ISDN ISDN supplementary services Multi user number Sub addressing Backup Jumper Settings The MIM 4BSE uses jumpers to set matched resistance for ISDN BRI S T interfaces The use of 100 ohm resistance on an ISDN BRI S T interface de...

Page 88: ... S3 To use a 100 ohm matched resistance for data receiving place the jumper over jump pins 1 and 2 To do otherwise place the jumper over jump pins 2 and 3 See Figure 84 Interface 2 S6 To use a 100 ohm matched resistance for data transmission place the jumper over pins 1 and 2 To do otherwise place the jumper over jump pins 2 and 3 See Figure 84 S5 To use a 100 ohm matched resistance for data recei...

Page 89: ...E MIM 16ASE MIM 2SAE MIM 4SAE MIM 8SAE Introduction The MIM 2SAE MIM 4SAE MIM 8SAE stands for 2 4 8 port enhanced high speed synchronous asynchronous serial interface module In terms of function SAE modules are the same as SA modules except that SAE modules support more protocols for example RS449 X 21 and RS530 Interface specifications Table 110 Interface specifications Item Synchronous Asynchron...

Page 90: ...Dialup through modems Backup Asynchronous leased line Dumb terminal access Interface LEDs Figure 86 MIM 2SAE panel Figure 87 MIM 4SAE panel Table 111 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or received Flashing Data is being received or and transmitted Figure 88 MIM 8SAE panel The MIM 8SAE module provides a LED for each ...

Page 91: ... ASE modules however use RJ 45 connectors and AUX cables Interface specifications Table 112 Interface specifications Item MIM 8ASE module MIM 16ASE module Connector RJ 45 Number of connectors 8 MIM 8ASE 16 MIM 16ASE Interface standard and operating mode RS 232 Cable AUX cable Ethernet straight through cable MIM 8ASE MIM 16ASE dumb terminal cable Minimum baud rate bps 300 Maximum baud rate bps 115 ...

Page 92: ...ct modem interface module FIC 6FCM provides services for point of sale POS terminal devices to fast dial up to a bank card accounting system NOTE The point of sale POS access service refers to a type of smart card service widely used in places such as shopping malls and gasoline service stations It links a POS terminal device located in a shopping mall or a gasoline service station to a bank card ...

Page 93: ...terface cable 1 Connect one end of a telephone cable to the RJ 11 or RJ 45 connector of the FCM interface 2 Connect the other end of the telephone cable to the PSTN network 3 Check the LED on the MIM 6FCM panel When the LED is on the self test succeeds The LED is off the self test failed In the latter case contact your agent Upgrading the FCM module software 1 Download the FCM module software to t...

Page 94: ...nary analog telephone and fax access and also can connect AT0 loop trunks of exchanges FXO interfaces are loop trunk interfaces that provide access of common subscriber lines of exchanges CAUTION While using MIM 8FXS8FXO make sure the device can be connected to IP networks or other WANs Interface specifications Table 116 Interface specifications Item Description Connector type RJ 11 Number of conn...

Page 95: ...XO AM FCM interface MIM 16FXS Introduction The 16 port loop trunk interface module MIM 16FXS serves to access and handle 16 channels of analog voice signals over data communication networks The module provides 16 FXS interfaces FXS interfaces are analog subscriber line interfaces that provide ordinary analog telephone and fax access and also can connect AT0 loop trunks of exchanges Interface speci...

Page 96: ... ISDN BRI digital voice traffic In the downstream direction the module can be connected to TE devices to allow their voice traffic to be forwarded through a WAN interface on the router to the Internet thus implementing VoIP The interfaces on the MIM 2BSV MIM 4BSV module are ITU T I 430 compliant adopting pseudo ternary coding providing 192 Kbps rate and allowing the maximum transmission distance o...

Page 97: ...the FXS or FXO analog voice interface modules MIM 2BSV MIM 4BSV provides flexibility in voice call routing The signaling on the ISDN BRI D channel is processed separately on CPU The BSV interfaces support remote power supply and thus can be directly connected to ISDN phones MIM 2BSV MIM 4BSV is dedicated to voice applications which is different from the BS interface modules where BRI data applicat...

Page 98: ... information about BSV interface cables and the connection methods see BSV BSE interface MIM 2VE1 Introduction The 2 port E1 voice interface module MIM 2VE1 handles dense voice signals in a VoIP system It provides two CE1 PRI R2 ports allowing the access of 60 channels of voice signals Interface specifications Table 122 Interface specifications Item Description Connector D15 Number of connectors 2...

Page 99: ...on methods see E1 interface MIM 2VT1 Introduction The 2 port T1 voice interface module MIM 2VT1 can handle dense voice signals in VoIP system It provides two CT1 PRI ports allowing the access of 48 channels of voice signals Interface specifications Table 124 Interface specifications Item Description Connector RJ 45 Number of connector 2 Interface standard G 703 T1 102 G 704 AT T TR 54016 AT T TR 6...

Page 100: ...thods see T1 interface MIM 1VE1 Introduction The 1 port E1 voice interface module MIM 1VE1 can handle dense voice signals in VoIP system It provides a CE1 PRI R2 port allowing the access of 30 channels of voice signals Interface specifications Table 126 Interface specifications Item Description Connector D15 Number of connectors 1 Operating mode CE1 ISDN PRI R2 Interface rate 2 048 Mbps Cable E1 1...

Page 101: ...face MIM 1VT1 Introduction The 1 port T1 voice interface module MIM 1VT1 can handle dense voice signals in VoIP system The MIM 1VT1 module is structured in the form of board plus VCPM module plus VPM strip It provides a CT1 PRI port allowing the access of 24 channels of voice signals Interface specifications Table 128 Interface specifications Item Description Connector RJ 45 Number of connector 1 ...

Page 102: ... 2FXS MIM 2FXO and MIM 4FXS MIM 4FXO Introduction The 2 4 port voice subscriber circuit interface module MIM 2FXS MIM 4FXS serves to access and handle 2 4 channels of ordinary analog phone fax or AT0 loop trunk of telephone exchange The 2 4 port voice AT0 analog trunk interface module MIM 2FXO MIM 4FXO serves to access and handle 2 4 channels of common user lines of telephone exchange These module...

Page 103: ... loop trunk interface MIM 2FXO MIM 4FXO ITU K 20 compliant overcurrent and overvoltage protection Dial up mode DTMF Dual Tone Multi Frequency but not pulse dial up Bandwidth 300 Hz to 3400 Hz Interface LEDs Figure 100 MIM 2FXS panel Figure 101 MIM 2FXO panel Figure 102 MIM 4FXS panel Figure 103 MIM 4FXO panel Table 131 LED description LED Description LINK Off No link is present On A link is presen...

Page 104: ...fications Table 132 Interface specifications Item Description Connector RJ 45 Number of connectors 2 MIM 2E M 4 MIM 4E M Cable Telephone cable with ferrite core E M trunk for E M module which should be made by users depending on the actual needs at the site Interface standard G 712 compliant E M trunk interface MIM 2E M MIM 4E M E M interface supporting Bell type I II III V and support 2 wire and ...

Page 105: ...otocol multiple hardware encryption decryption and hash algorithm to speed up the encryption of the IP packets featuring high performance and high reliability Insert MIM HNDE module in the MIM slot of a low end and mid range modular router The main board forwards the IP packets and implements the VPN with encryption feature which is complemented by encryption module Interface specifications Table ...

Page 106: ... Device In these circumstances contact our agents for support Symptom 2 The ACTIVE LED stays off when powering on the router Troubleshooting When powering up the device the ACTIVE LED should flashing for two seconds before turning off which indicates the encryption processor of the MIM HNDE module has been configured and is ready for work If the ACTIVE LED stays on when powering up the device this...

Page 107: ...FSW FIC 16FSWP DFIC 24FSW DFIC 24FSWP Introduction The 16 24 port 10 100 Mbps Ethernet Layer 2 switching MIM interface modules FIC 16FSW FIC 16FSWP DFIC 24FSW DFIC 24FSWP are used on H3C MSR 50 routers A router installed with FIC 16FSW FIC 16FSWP DFIC 24FSW DFIC 24FSWP modules can work as a switching routing integrated device on a small sized enterprise network to connect PCs and network devices i...

Page 108: ...SFP Interface type MDI MDIX Number of connectors 16 100 Mbps RJ 45 connectors 1 1000 Mbps RJ 45 connector 1 SFP connector 24 100 Mbps RJ 45 connectors 2 1000 Mbps RJ 45 connectors 2 SFP connectors Cable type Standard straight through Ethernet cable Crossover Ethernet cable Operating mode 10 100 Mbps autosensing Full half duplex NOTE Ethernet interfaces on network adapters are usually medium depend...

Page 109: ...FSW DFIC 24FSWP GE interface LED Description Off No link is present Steady green A 1000 Mbps link is present but no data is being transmitted and received Flashing green A 1000 Mbps link is present and data is being transmitted and received ACT Steady yellow A 100 Mbps link is present but no data is being transmitted and received Flashing yellow A 100 Mbps link is present and data is being transmi...

Page 110: ...C 4FE Introduction The 1 port 2 port and 4 port 10Base T 100Base TX fast Ethernet interface modules FIC 1FE FIC 2FE and FIC 4FE are mainly used for the communication between router and LAN The modules support 100 m 328 08 ft of transmission segment over the category 5 twisted pair cable Operation at 100 Mbps and 10 Mbps autosensing Full duplex and half duplex with the former in common use Interfac...

Page 111: ...E panel Table 141 LED description LED Description LINK Off No link is present On A link is present ACTIVE Off No data is being transmitted or received on the interface Flashing Data is being transmitted and or received Interface cables and the connection methods For more information about Ethernet interface cables and the connection methods see Ethernet interface ...

Page 112: ... 10 Mbps autosensing Half duplex full duplex autosensing Interface specifications The following table describes the interface specifications for the FIC 1GBE FIC 2GBE Table 142 Interface specifications Item FIC 1GBE FIC 2GBE Connector RJ 45 Number of connectors 1 2 Interface type MDI MDIX Interface standard 802 3 802 3u and 802 3ab Cable type Ethernet cable Operating mode 10 100 1000 Mbps autosens...

Page 113: ...ods see Ethernet interface FIC 1GEF FIC 2GEF Introduction The 1 port 2 port 1000Base SX 1000Base LX GE optical interface module FIC 1GEF FIC 2GEF is used for router to LAN communication The modules support Various types of transceiver modules Operation at 1000 Mbps Full duplex Interface specifications Table 144 Interface specifications Item FIC 1GEF FIC 2GEF Connector SFP Number of interfaces 1 2 ...

Page 114: ...T3 FIC 1ATM OC3 FIC IMA 4E1 FIC IMA 8E1 Introduction The 4 port 8 port E1 ATM inverse multiplexing interface module FIC IMA 4E1 FIC IMA 8E1 provides four eight E1 interfaces that support the IMA inverse multiplexing for ATM technology The IMA technology combines multiple low speed links into a group to support a high speed ATM cell stream It distributes an ATM cell stream over multiple low speed E...

Page 115: ... independent link IMA bundle mode Supported service AAL5 Protocol PPPoA PPPoEoA IPoA IPoEoA Transmission rate CBR VBR rt VBR nrt UBR Interface LEDs Figure 118 75 ohm FIC IMA 4E1 panel Figure 119 75 ohm FIC IMA 8E1 panel Table 147 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or received Flashing Data is being received or trans...

Page 116: ...rface specifications Item FIC IMA 4T1 FIC IMA 8T1 Connector DB 68 Number of connectors 1 Interface standard ITU G 703 ITU G 704 Cable type 4T1 conversion cable 100 ohm straight through shielded 8T1 conversion cable 100 ohm straight through shielded Max transmission distance 150 m 492 13 ft Operating mode ATM T1 independent link IMA bundle mode Supported service AAL5 Protocol PPPoA PPPoEoA IPoA IPo...

Page 117: ...methods see T1 interface FIC 1AE3 Introduction The 1 port 34 Mbps ATM E3 interface module FIC 1AE3 provides these functions Two ATM cell mapping modes ATM direct mapping ADM and physical layer convergence protocol PLCP Scrambling in data transmission Line clock when working as DTE interface and internal clock when working as DCE interface Four types of test measures local cell loopback local loopb...

Page 118: ...ion methods For more information about E3 interface cables and the connection methods see E3 T3 interface FIC 1AT3 Introduction The 1 port 44 Mbps ATM T3 interface module FIC 1AT3 provides these functions Two ATM cell mapping modes ADM and PLCP Scrambling in data transmission Line clock when working as DTE interface and internal clock when working as DCE interface Four types of test measures local...

Page 119: ...hing An alarm indication signal AIS loss of frame alignment LFA signal or remote alarm indication RAI signal is present Interface cables and the connection methods For more information about T3 interface cables and the connection methods see E3 T3 interface FIC 1ATM OC3 Introduction The 1 port ATM 155 Mbps optical interface module FIC 1ATM OC3 provides the following functions Two frame formats SDH...

Page 120: ...tted Off No carrier signal has been received LP AL On The interface is in a loopback Off No loopback or alarm is present Flashing An alarm indication signal AIS loss of frame alignment LFA signal or remote alarm indication RAI signal is present Transceiver modules optical fibers and connection methods For more information about transceiver modules optical fibers and the connection methods see Fibe...

Page 121: ...55 52 Mbps Interface LEDs Figure 125 FIC 1POS panel Table 157 LED description LED Description LINK ACT On Carrier signal has been received Flashing Data is being received or and transmitted Off No carrier signal has been received LP AL On The interface is in a loopback Off No loopback or alarm is present Flashing An alarm indication signal AIS loss of frame alignment LFA signal or remote alarm ind...

Page 122: ...s with the CPU through the PCI interface to receive and transmit data on the STM 1 channelized POS interface It supports Various types of transceiver modules Clear channel unframed E1 or T1 Fractional framed E1 or T1 Up to 256 64 kbps logical channels Interface specifications Table 158 Interface specifications Item FIC 1CPOS E FIC 1CPOS T Connector SFP LC Number of Connectors 1 Interface standard ...

Page 123: ... mode switchover You can switch the FIC 1CPOS to operate in E1 and T1 interface modes at the command line interface CLI To switch the interface mode 1 Insert the FIC 1CPOS into the FIC slot of the router and then power on the router 2 Use the card mode command in system view to set the interface mode The following shows the FIC 1CPOS module is inserted in slot 4 of the device Enter system view Sys...

Page 124: ...es allows only one n No 64 kbps bundle to be formed on each interface where n 1 to 31 However an E1 module allows arbitrary grouping of 31 channels and multiple bundles The FIC E1 F modules do not support PRI mode Interface specifications Table 160 Interface specifications Item FIC 1E1 FIC 1E1 F FIC 2E1 FIC 2E1 F FIC 4E1 FIC 4E1 F Connector DB 15 DB 15 DB 25 Number of connectors 1 2 1 Interface st...

Page 125: ... FIC 4E1 FIC 4E1 F Supported service Backup Leased line ISDN PRI only supported by the FIC E1 modules Interface LEDs Figure 127 FIC 1E1 panel Figure 128 FIC 2E1 panel Figure 129 FIC 4E1 panel Figure 130 FIC 1E1 F panel Figure 131 FIC 2E1 F panel ...

Page 126: ... alignment LFA signal or remote alarm indication RAI signal is present Interface cables and the connection methods For more information about E1 interface cables and the connection methods see E1 interface FIC 8E1 FIC 8E1 F Introduction FIC 8E1 The 8 port channelized E1 PRI interface module FIC 8E1 transmits receives and processes eight channels of E1 data traffic In addition you can use the modul...

Page 127: ...onnectors 1 Interface standard G 703 Interface rate 2 048 Mbps Cable type 75 ohm 8E1 conversion cable 120 ohm 8E1 conversion cable Operating mode E1 CE1 ISDN PRI only supported by the FIC 8E1 FE1 only supported by the FIC 8E1 F Supported service Backup Terminal access service ISDN PRI only supported by the FIC 8E1 Interface LEDs FIC 8E1 and FIC 8E1 F panels are similar The following figures illust...

Page 128: ...esent Interface cables and the connection methods For more information about E1 interface cables and the connection methods see E1 interface FIC 1T1 FIC 2T1 FIC 4T1 and FIC 1T1 F FIC 2T1 F FIC 4T1 F Introduction FIC 1T1 FIC 2T1 FIC 4T1 The 1 2 4 port channelized CT1 PRI interface module FIC 1T1 FIC 2T1 FIC 4T1 transmits receives and processes T1 data traffic In addition you can use the module for ...

Page 129: ...102 G 704 AT T TR 54016 AT T TR 62411 ANSI T1 403 Interface rate 1 544 Mbps Cable type T1 cable 100 ohm straight through shielded cable Operating mode CT1 ISDN PRI only supported by the FIC T1 modules FT1 only supported by the FIC T1 F modules Supported service Backup Leased line ISDN PRI only supported by the FIC 1T1 FIC 2T1 FIC 4T1 module Interface LEDs Figure 135 FIC 1T1 panel Figure 136 FIC 2T...

Page 130: ...ier signal has been received Flashing Data is being transmitted or and received LP AL On The interface is in a loopback Off No loopback or alarm is present Flashing An alarm indication signal AIS loss of frame alignment LFA signal or remote alarm indication RAI signal is present Interface cables and the connection methods For more information about T1 interface cables and the connection methods se...

Page 131: ...els and therefore multiple bundles The FIC 8T1 F module does not support PRI mode NOTE For a FIC 8T1 module the system automatically creates a serial interface for each timeslot bundle formed on a controller T1 interface Interface specifications Table 166 Interface specifications Item Description Connector RJ 45 Number of connectors 1 Interface standard G 703 T1 102 G 704 AT T TR 54016 AT T TR 624...

Page 132: ...ace module FIC 1CE3 delivers these functions In E3 mode transmitting receiving and processing one channel of E3 fast traffic providing E3 traffic access In CE3 mode providing the subscribers with N No 64 kbps low speed access where N is smaller than or equal to 128 NOTE E3 represents the tertiary group rate of E system in the TDM system that is 34 368 Mbps Through E23 and E12 demultiplexing an E3 ...

Page 133: ... Table 169 LED description LED Description LINK ACT On The carrier signal has been received Off No carrier signal has been received Flashing Data is being transmitted or and received LP AL On The interface is in a loopback Off No loopback or alarm is present Flashing An alarm indication signal AIS loss of frame alignment LFA signal or remote alarm indication RAI signal is present Interface cables ...

Page 134: ...ugh T23 and T12A demultiplexing a T3 channel can be channelized into 28 T1 lines each also supporting the operating mode of CT1 T23 means either T2 to T3 multiplex or T3 to T2 demultiplex and T12 means T1 to T2 multiplex or T2 to T1 demultiplex T23 and T12 discussed here represent the demultiplex process Interface specifications Table 170 Interface specifications Item Description Connector SMB Num...

Page 135: ...terface module FIC 1SHL 4W provides a four wire G SHDSL interface It adopts TCPAM coding and provides symmetric rates up to 4 624 Mbps The transmission rate of the interface can automatically adapt to line distances and conditions Compared with ADSL G SHDSL allows farther transmission distance and thus has a wider application scope It is an alternative to E1 T1 line for high speed data service acc...

Page 136: ...ported services G SHDSL over ordinary telephone lines Interface LEDs Figure 144 FIC 1SHL 4W panel Table 173 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or received Flashing Data is being received or transmitted Interface cables and the connection methods For more information about G SHDSL interface cables and the connection ...

Page 137: ...specifications Item Description Connector RJ 11 Number of connectors 1 Interface standard G 991 2 Interface rate In single pair mode supports the sending receiving independent symmetric rates in the range from 192 kbps to 2304 kbps in steps of 8 kbps Interface cable Telephone cable Supported services G SHDSL over telephone lines Interface LEDs Figure 145 FIC 1G SHDSL panel Table 175 LED descriptio...

Page 138: ...cription Connector RJ 45 Number of connectors 4 Cable ISDN S T cable Protocol standard ITU T I 430 Q 921 Q 931 Operating mode ISDN dial up ISDN leased line Supported service ISDN ISDN supplementary services Multi user number Sub addressing Backup Jumper settings The FIC 4BSE uses jumpers to set matched resistance for ISDN BRI S T interfaces The use of 100 ohm resistance on an ISDN BRI S T interfac...

Page 139: ...S3 To use a 100 ohm matched resistance for data receiving place the jumper over jump pins 1 and 2 To do otherwise place the jumper over jump pins 2 and 3 See Figure 146 Interface 2 S6 To use a 100 ohm matched resistance for data transmission place the jumper over pins 1 and 2 To do otherwise place the jumper over jump pins 2 and 3 See Figure 146 S5 To use a 100 ohm matched resistance for data rece...

Page 140: ...erface module FIC 2SAE FIC 4SAE FIC 8SAE transmits receives and processes data on the synchronous asynchronous serial interface They support both synchronous and asynchronous modes In the former case they support the DTE DCE mode Table 179 Speed and transmission segment of the V 24 RS 232 V 35 cable V 24 RS 232 V 35 Baud rate bps Max transmission segment Baud rate bps Max transmission segment 2400...

Page 141: ...perating mode V 24 V 35 RS449 X 21 RS530 RS 232 DTE DCE DTE DCE Min baud rate bps 1200 1200 300 Max baud rate bps 64 k 4 096 M 2 048 M 115 2 Cable V 24 RS 232 DTE cable V 24 RS 232 DCE cable V 35 DTE cable V 35 DCE cable X 21 DTE cable X 21 DCE cable RS449 DTE cable RS449 DCE cable RS530 DTE cable RS530 DCE cable Supported service DDN leased line Terminal access service Dialup through modem Backup...

Page 142: ...ormation about asynchronous serial port cables and the connection methods see Asynchronous serial ports FIC 8ASE FIC 16ASE Introduction The 8 16 port enhanced asynchronous serial interface module FIC 8ASE FIC 16ASE transmits receives and processes data traffic on asynchronous serial interfaces Each asynchronous serial interface can operate at a speed as fast as 115 2 kbps supporting terminal acces...

Page 143: ...2 k Service supported Dialup through modem Backup Terminal access service Asynchronous leased line Interface LEDs Figure 151 FIC 8ASE panel Figure 152 FIC 16ASE panel The FIC 8ASE FIC 16ASE has one LED for each port These LEDs are located in the apertures beneath the ports When the LED is on a link is present When the LED is off data is being transmitted and or received Interface cables and the co...

Page 144: ...It links a POS terminal device located in a shopping mall or a gasoline service station to a bank card accounting system to provide services Interface specifications Table 183 Interface specifications Item Description Connector RJ 45 Number of connectors 6 Cable Telephone cable with ferrite core Supported protocols ITU T V 22 PSK QPSK and V 22BIS QAM Interface LEDs Figure 153 FIC 6FCM panel Table ...

Page 145: ...pgrading the FCM module software 1 Download the FCM module software to the CF card or flash card of the router 2 After the router that is inserted with the FCM module is powered on and starts up input bootrom update file cfa0 filename slot slotnum all in the user mode to upgrade FCM module software 3 Run the display version command to display the driver version If the version number is changed the...

Page 146: ...be used for regular voice calling The voice subscriber lines that the FIC 1E1POS generates cannot be used as regular voice interfaces and thus cannot be bound to the voice entities Interface specifications Table 185 Interface specifications Item Description Connector RJ 45 Number of connectors 1 Operation mode PRI R2 Cable 120 ohm standard non shielded cable Supported protocols ITU T V 22 PSK QPSK...

Page 147: ...ed consider to install a special lightning arrester at the input end of the interface cable for better lightning protection Before connecting a port read its label carefully A wrong connection may cause damages to the interface module and even the device If the FIC has been properly installed follow these steps to connect the cable 1 Insert one end of the cable to the RJ 45 connection of the FIC 1...

Page 148: ...VE1 FIC 1VT1 FIC 2FXS FIC 2FXO FIC 4FXS FIC 4FXO Introduction The 2 4 port voice subscriber circuit interface module FIC 2FXS FIC 4FXS processes and transmits over data communications networks voice signals for 2 4 regular analog phones faxes or AT0 loop trunks of telephone exchanges The 2 4 port voice AT0 analog trunk interface module FIC 2FXO FIC 4FXO processes and transmits over data communicat...

Page 149: ...FXS ITU Q 552 compliant loop trunk interface FIC 2FXO FIC 4FXO ITU K 20 compliant overcurrent protection Dial up mode Dual tone multifrequency DTMF compliant with GB3378 Pulse dial is not available Bandwidth 300 Hz to 3400 Hz Interface LEDs Figure 157 FIC 2FXS panel Figure 158 FIC 2FXO panel Figure 159 FIC 4FXS panel Figure 160 FIC 4FXO panel ...

Page 150: ...ions networks voice signals for 2 4 E M analog trunks Interface specifications Table 189 Interface specifications Item Description Connector RJ 45 Number of connectors 2 FIC 2E M 4 FIC 4E M Cable Telephone cable with ferrite core E M trunk cable only for E M modules made on site Interface standard G 712 compliant E M trunk interface FIC 2E M FIC 4E M E M interface supporting Bell type I II III and...

Page 151: ...oice subscriber circuit interface module FIC 24FXS processes and transmits voice signals over data communications networks for 24 regular analog phones faxes or AT0 loop trunks of telephone exchanges Interface specifications Table 191 Interface specifications Item Description Connector 50 pin D type female connector Interface standard FXS interface Interface rate 24 No FXS interface rate Interface...

Page 152: ...aces process and transmit voice signals over data communications networks for 24 loops of telephone exchanges Interface specifications Table 193 Interface specifications Item Description Connector 50 pin D type female connector Interface standard FXS and FXO interface Interface rate 24 No FXO interface rate plus 24 No FXS interface rate Interface LEDs Table 194 LED description LED FXO interface FX...

Page 153: ...rk and a TE device When a BSV interface works in network mode traffic is processed as follows The digital voice traffic received on the BSV interface is compressed and forwarded through the CPU on the main control board to a WAN interface The IP voice traffic received on a WAN interface is forwarded through the CPU on the main control board to the FIC 2BSV FIC 4BSV where the traffic is decompresse...

Page 154: ... Q 931 Interface rate 192 Kbps Cable ISDN S interface cable Supported service Voice access over ISDN S interface cable Interface LEDs Figure 165 FIC 2BSV panel Figure 166 FIC 4BSV panel Table 196 LED description LED Description LINK Off No link is present On A link is present ACT Off No data is being transmitted or received Flashing Data is being transmitted or received Interface cables and the co...

Page 155: ... E1 120 ohm balanced twisted pair cable Coaxial connector network connector 75 to 120 ohm adapter with BNC connector Supported service R2 signaling DSS1 signaling IP Fax General VoIP features in Comware Interface LEDs Figure 167 FIC 2VE1 panel Table 198 LED description LED Description LINK ACT On Carrier signal has been received Flashing Data is being received or and transmitted Off No carrier sig...

Page 156: ... specifications Table 199 Interface specifications Item Description Connector RJ 45 Number of connector 2 Interface standard G 703 T1 102 G 704 AT T TR 54016 AT T TR 62411 ANSI T1 403 Interface rate 1 544 Mbps Cable type T1 cable 100 ohm standard shielded cable Operation mode CT1 ISDN PRI Services Backup Terminal access ISDN Interface LEDs Figure 168 FIC 2VT1 panel Table 200 LED description LED De...

Page 157: ...tion The 1 port E1 voice interface module FIC 1VE1 can handle dense voice signals in VoIP system It provides a CE1 PRI R2 port allowing the access of 30 channels of voice signals Interface specifications Table 201 Interface specifications Item Description Connector D15 Number of connectors 1 Operating mode CE1 ISDN PRI R2 Interface rate 2 048 Mbps Cable E1 120 ohm balanced twisted pair cable 75ohm...

Page 158: ...ods For more information about E1 interface cables and the connection methods see E1 interface FIC 1VT1 Introduction The 1 port T1 voice interface module FIC 1VT1 can handle dense voice signals in VoIP system It provides a CT1 PRI port allowing the access of 24 channels of voice signals Interface specifications Table 203 Interface specifications Item Description Connector RJ 45 Number of connector...

Page 159: ...s and the connection methods For more information about T1 interface cables and the connection methods see T1 interface Network data encryption module FIC HNDE FIC HNDE Introduction The high network data encryption module FIC HNDE delivers IPSec and hardware based IP packet encryption It supports multiple hardware encryption decryption and hash algorithms thus providing encryption with high perfor...

Page 160: ...Troubleshooting You can learn how well the encryption module is operating by reading the LEDs on it For the correct LED behaviors see Table 207 Table 207 Troubleshooting by reading the LED behaviors Incorrect LED behaviors Reason Action to take STATUS LED remains off at router startup The module or some hardware parts on the module are not supplied with power properly 1 Check that the power supply...

Page 161: ... to take ACTIVE LED is steady on or off when the module is operating The system bus is not working properly 1 Check that the module is securely connected to the host 2 Contact your sales agent for help the host or the module may be problematic ...

Page 162: ...d network data encryption engine ANDE supports IPsec and hardware expedited IP data packet encryption thus providing encryption with high performance and reliability Installed with an ESM ANDE module the main board of your router can implement VPN with encryption provided by the ESM ANDE module in addition to IP packet forwarding Interface specifications Table 208 Interface specifications Item Des...

Page 163: ...DE module the main board of your router can implement VPN with encryption provided by the ESM SNDE module in addition to IP packet forwarding Interface specifications Table 210 Interface specifications Item Description Protocol supported IPsec Hardware algorithm key algorithm DES 3DES AES QC5 Blowfish Cast 128 and SkipJack Authentication algorithm HMAC MD5 96 HMAC SHA 1 96 Interface LEDs There is ...

Page 164: ...MIM 1VT1 module are different and cannot be used interchangeably The VPM module used for the main board of an MSR 20 40 or MSR 30 router is the same as that installed on the MIM 1VE1 MIM 1VT1 module When you install a SIC 1VE1 SIC 1VT1 module into a supported MSR 20 40 and MSR 30 routers then you also need to install a VCPM and VPM on the main board of the MSR The number of VPMs needed depends on ...

Page 165: ... MSCR MSCB of an MSR 50 router is different from that installed on the FIC 1VE1 FIC 1VT1 module Therefore they cannot be used interchangeably The FIC 1VE1 FIC 1VT1 is used with a VPM module installed The specifications and number of VPM modules needed depend on the number of calls The VPM modules installed on the MSCA of the MSR 50 routers are the same as that installed on the FIC 1VE1 FIC 1VT1 mo...

Page 166: ...uter Note No means the slot number VCPM module LED is on Installing removing a VCPM module For procedures of installing and removing a VCPM module see the installation guide for the H3C MSR router series VPM Introduction The voice processing module VPM functions encoding decoding echo cancellation EC and comfortable noise generation CNG of voices Interface specifications Table 214 Interface specif...

Page 167: ...MIM 16FSWP DMIM 24FSW DMIM 24FSWP DMIM 48FSW FIC 16FSW FIC 16FSWP DFIC 24FSW DFIC 24FSWP SIC 1FEA SIC 1GEC V2 SIC 1GEC H3 XMIM 16FSW XMIM 24FSW MIM 1FE MIM 2FE MIM 4FE MIM 1GBE MIM 2GBE FIC 16FSW FIC 16FSWP FIC 1FE FIC 2FE FIC 4FE FIC 1GBE FIC 2GBE 10 100 Mbps Ethernet uses category 5 twisted pair cables and 1000 Mbps Ethernet uses category 5 enhanced or category 6 twisted pair cables Twisted pair...

Page 168: ... working at 200 MHz They provide a bandwidth two times than that of category 5 enhanced cables thus featuring a higher transmission performance Therefore category 6 cables are suitable for applications requiring a transmission speed of more than 1 Gbps The 10 100 Mbps Ethernet uses two pairs of cables orange white orange green white and green cables to transmit and receive data while the 1000 Mbps...

Page 169: ... Check the status of the LED of the Ethernet interface after power on For the status of the LED see the relevant part in this manual Fiber port Appearances and applicable models of transceiver modules and optical fibers Optical interfaces must work with SFP transceiver modules and optical fibers with LC connectors Table 218 Ethernet cable appearance and applicable models Cable Appearance Applicabl...

Page 170: ...ce specifications dBm Output optical power Recei ve sensit ivity Optic al satur ation H3C X110 100M SFP LC FX Transceiver 1310 155 MMF 50 125 2 km 1 24 miles 19 to 14 30 14 1310 155 MMF 62 5 125 2 km 1 24 miles 19 to 14 30 14 H3C X110 100M SFP LC LX Transceiver 1310 155 SMF 9 125 15 km 9 32 miles 15 to 8 28 7 H3C X110 100M SFP LC LH40 Transceiver 1310 155 SMF 9 125 40 km 24 86 miles 5 to 0 34 9 H3...

Page 171: ...ule specifications Name Center wavelengt h nm Fibe r mod e Optical fiber diamete r µm Model band width MHz km Transmis sion distance Interface index dBm Outpu t optica l power Receiv e sensiti vity Optic al satura tion H3C X120 1G SFP LC SX Transceiver 850 MMF 50 125 500 550 m 1804 46 ft 9 5 to 0 17 3 850 MMF 50 125 400 500 m 1804 42 ft 9 5 to 0 17 3 850 MMF 62 5 125 200 275 m 902 23 ft 9 5 to 0 1...

Page 172: ... TX 1490 RX SMF 9 125 N A 10 km 6 21 miles 9 to 3 18 7 3 H3C X120 1G SFP LC BX 10 D Transveiver 1490 TX 1310 RX SMF 9 125 N A 10 km 6 21 miles 9 to 3 18 7 3 1000 Mbps BIDI transceiver module A 1000 Mbps BIDI transceiver module uses LC connectors Table 222 1000 Mbps BIDI transceiver module specifications Name Center wavelen gth nm Fibe r mod e Optica l fiber diame ter µm Model bandwidt h MHz km Tra...

Page 173: ... into the Tx port of the peer device Plug the LC connector at one end of another fiber cable into the Tx port of the router and the LC connector at the other end to the Rx port of the peer device 3 View the LINK LED after connection If the LED is on the optical fiber link is present If the LED is off no link is present This may be because the TX and Rx port of the optical fiber are not connected c...

Page 174: ...1 MIM 1E1 F MIM 2E1 MIM 2E1 F FIC 1E1 FIC 1E1 F FIC 2E1 FIC 2E1 F SIC 1VE1 MIM 1VE1 MIM 2VE1 FIC 1VE1 FIC 2VE1 2 port E1 75 ohm cable 1 D15 4 BNC SIC 2E1 F 4 port E1 75 ohm cable 1 D68 8 BNC MIM IMA 4E1 FIC IMA 4E1 4 port E1 75 ohm cable 1 D25 4 D15 MIM 4E1 MIM 4E1 F FIC 4E1 FIC 4E1 F ...

Page 175: ...E1 120 ohm cable 1 D25 4 D15 MIM 4E1 MIM 4E1 F FIC 4E1 FIC 4E1 F 8 port E1 75 ohm cable 1 D68 16 BNC MIM 8E1 MIM 8E1 F MIM IMA 8E1 FIC 8E1 FIC 8E1 F FIC IMA 8E1 75 ohm adapter cable 1 BNC 1 BNC As required Coaxial connector 1 BNC 1 BNC As required ...

Page 176: ...al inline package DIP switch The DIP switch setting defines the interface impedance and the grounding method Table 224 DIP switch to interface map DIP switch E1 interface Applicable models S1 Interface 0 MIM 1E1 MIM 1E1 F MIM 2E1 MIM 2E1 F MIM 4E1 MIM 4E1 F FIC 1E1 FIC 1E1 F FIC 2E1 FIC 2E1 F FIC 4E1 FIC 4E1 F SIC 1VE1 MIM 1VE1 MIM 2VE1 FIC 1VE1 FIC 2VE1 ...

Page 177: ...C 4E1 FIC 4E1 F By default all DIP switches are ON and the E1 interface impedance is 70 ohms as shown in the following figure Figure 172 Default DIP switch settings H3C recommends that you use the DIP switch as follows When the interface is connected to a 70 ohm cable turn on switches BIT1 through 8 when the interface is connected to a 120 ohm cable turn off switches BIT1 through 8 Description for...

Page 178: ...itance ON RxShield is grounded directly Connecting a 1 2 4 8 port E1 75 ohm cable D15 D68 BNC CAUTION Make sure you insert the cable into the right interface so as to avoid damages to the interface module or the chassis If you do not need to extend the cable you can directly connect the BNC connectors of the E1 75 ohm cable to the remote network device as follows 1 Connect the D15 D68 connector of...

Page 179: ...he other end of the coaxial connector through an E1 75 ohm trunk cable Figure 174 Connect an E1 75 ohm cable If the impedance of the E1 interface on the remote device is 120 ohms you must use an impedance converter to adapt the impedance Figure 175 Connect an impedance converter Coaxial connector 1 2 4 8 port E1 75 ohm cable E1 E1 F 75ohm TX RX Device 75ohm E1 Port TX RX 75 ohm adapter cable ...

Page 180: ...the D15 interface on the interface module and fasten the bolts to fix the cable 2 The other end of the cable provides one or multiple RJ 45 connectors Connect them to the RJ 45 interface on the remote device as needed Figure 177 Connecting an E1 120 ohm cable Connecting a 4 port E1 120 ohm cable D25 D15 1 Connect the D25 connector of the 4 port E1 120 ohm cable to the D25 interface on the interfac...

Page 181: ...plicable models Table 226 T1 cable appearance and applicable models Cable Appearance Applicable models 1 port T1 cable 100 ohm standard shielded cable 1 RJ 45 1 RJ 45 SIC T1 F MIM 1T1 MIM 1T1 F MIM 2T1 MIM 2T1 F MIM 4T1 MIM 4T1 F FIC 1T1 FIC 1T1 F FIC 2T1 FIC 2T1 F FIC 4T1 FIC 4T1 F SIC 1VT1 MIM 1VT1 MIM 2VT1 FIC 1VT1 FIC 2VT1 Device 120ohm E1 Port 1 port E1 120 ohm cable E1 E1 F 120ohm 4 port E1 ...

Page 182: ... port T1 cable are RJ 45 connectors Connect one end of the cable to the T1 connector RJ 45 of the interface module and the other end of the cable to the T1 connector RJ 45 on the remote device Connecting a 4 8 port T1 cable Connect the D68 connector of the 4 8 port T1 cable to the D68 interface on the interface module and fasten the bolts to fix the cable The other end of the cable provides four o...

Page 183: ...onnect the SMB connector of another E3 T3 cable to the Rx port of interface module and another end to the Tx port on the device to be connected 3 Check the LINK LED on the module panel It is off when fault has occurred on the link and signal is out of synchronization In this case check the link Synchronous asynchronous serial ports Appearance and applicable models of synchronous asynchronous seria...

Page 184: ...ce Applicable models V 24 DCE cable 1 D25 female 1 D28 V 35 DTE cable 1 D28 1 D34 male V 35 DCE cable 1 D28 1 D34 female X 21 DTE cable 1 D15 male 1 D28 X 21 DCE cable 1 D15 female 1 D28 RS 449 DTE cable 1 D28 1 D37 male ...

Page 185: ...synchronous serial interface cable of correct type 2 Plug the D28 end of the synchronous serial interface cable into the D28 interface of the SAE interface module 3 If the WAN uses DDN line connect the cable to the port of CSU DSU 4 Check the LINK LED on the SAE panel If the LED is on a link is present If the LED is off a fault has occurred on the link and signal is out of synchronization In this ...

Page 186: ...erial port cables Table 229 Appearance and applicable models of asynchronous serial port cables Cable Appearance Applicable models 8 port asynchronous serial port adapter cable 1 D60 8 RJ 45 female SIC 8AS 4 port asynchronous serial port adapter cable 1 D28 4 RJ 45 female SIC 16AS ...

Page 187: ...face module To connect the SIC 8AS interface module connect the D60 connector of the 8 port asynchronous serial port adapter cable to the SIC 8AS interface module To connect the SIC 16AS interface module connect the D28 connector of the 4 port asynchronous serial port adapter cable to the SIC 16AS interface module which allows up to four such cables Choose the cable connection type according to th...

Page 188: ...end of the dumb terminal cable to the RJ 45 interface on one end of the dumb terminal adapter by a straight through cable The other end of the dumb terminal adapter is a D25 interface and can be connected to the bank dumb terminal device The sequence is shown in the following figure Figure 180 Connecting the dumb terminal device If the interface of the remote device usually a modem is a D25 D9 int...

Page 189: ... damages to the interface module or the chassis make sure you insert the cable into the right interface Choose the cable connection type according to the remote device type If the remote device is a telecommunications device with an RJ 45 interface connect it with the RJ 45 interface of the MIM 8ASE MIM 16ASE FIC 8ASE FIC 16ASE interface module by a straight through cable The sequence is shown in ...

Page 190: ... the dumb terminal adapter by a straight through cable The other end of the dumb terminal adapter is a D25 interface and can be connected to the bank dumb terminal device The sequence is shown in the following figure Figure 183 Connecting a bank dumb terminal device If the interface of the remote device usually a modem is a D25 D9 interface use the AUX cable to connect the RJ 45 interface on the M...

Page 191: ...FIC 4FXO Connecting a ADSL FXS FXO AM FCM interface module 1 Connect one end of the magnetic core telephone cable to the RJ 11 or RJ 45 interface of the interface module 2 Connect the other end of the magnetic core telephone cable to the remote device interface Connecting a BS BU interface module cable 1 If the service provider provides an ISDN U interface cable you must use an NT1 device for adap...

Page 192: ...e to the SIC 1BS interface module E M interface E M interface appearance and the applicable model MIM 4E M FIC 4E M modules support Bell I II III V switches and 2 wire 4 wire voice signals As a best practice use Bell V 4 wire voice signal to communicate with the router in practice The sequence of E M RJ 45 pins is shown in the following figure numbered 1 to 8 from left to right Magnetic core telep...

Page 193: ...pes 2 wire or 4 wire and pinouts E M Tx Rx of the peer switch you must prepare the interface cables of the 4E M modules according to the on site conditions To ensure the EMC of the router install a ferrite core near the connector of the E M module interface cable at the router side The connection method 1 Connect one end of the magnetic core telephone cable to the RJ 11 or RJ 45 interface of the i...

Page 194: ... applicable model Cable Appearance Applicable models 24FXS interface cable 24 RJ 11 1 D50 FIC 24FXS DFIC 24FXO24FXS The connection method 1 Connect the D50 interface male of the 24FXS interface cable to the FIC 24FXS interface module 2 Connect the other end of the 24FXS interface cable to the RJ 11 interface on the remote device ...

Page 195: ...en connecting to an ISDN network or works in Network mode when connecting to TE devices such as the digital telephones or the BSV interfaces working in User mode Choose the cable connection type according to the operating mode When the BSV interface works in User mode choose the connection method according to the type of the cable provided by the service provider If the service provider provides a...

Page 196: ...in Network mode you must use an ISDN S T interface crossover cable to connect the BSV interface to a TE device such as a digital telephone or a BSV interface working in User mode Connect the RJ 45 connector male of the ISDN S T interface crossover cable to the RJ 45 interface on the BSV interface module Connect the RJ 45 interface female of the standard ISDN S T interface cable to one end of the s...

Page 197: ...odule Connect the other end of the standard ISDN S T interface cable to the S T interface of the NT1 device Connect the ISDN U interface cable to the U interface on the NT1 device Figure 191 Connecting a service provider U interface cable to a BSE interface module If the service provider provides an ISDN S T interface cable directly connect the service provider cable to the RJ 45 interface on the ...

Page 198: ...MIM 1SHL 4W MIM 1G SHDSL FIC 1SHL 4W FIC 1G SHDSL Connecting a MIM 1SHL 4W interface module cable Connect the 4 wire Y type G SHDSL interface cable as follows One end of the cable provides one RJ 11 connector the other end of the cable provides two RJ 11 connectors which can be connected to two 2 core telephone cables a Connect the end with only one RJ 11 connector of the cable to RJ 11 interface ...

Page 199: ...235 Antennas for WLAN interface modules Item Appearance Applicable models Antenna SIC WLAN b g n Connecting an antenna for a WLAN interface module 1 Unfold the antenna to 180º 2 Attach the antenna to the antenna port on the WLAN interface module To avoid damage do not use excessive force 3 Fold the antenna to an angle of 90º so that the antenna is vertical to the ground or ceiling to achieve optim...

Page 200: ... SIC 3G GSM SIC 3G HSPA SIC 3G CDMA SIC 3G TD AUX cable 1 D25 1 D9 1 RJ 45 Table 237 Specifications for the SIC 3G CDMA SIC 3G GSM SIC 3G TD SIC 3G HSPA module antenna Item Description Frequency scope 824 960 MHz 1710 2170 MHz Voltage standing wave ratio 2 Input impedance 50 Ω Gain 1 5 dBi Polarization type Vertical Maximum input power 10 W Interface TNC Male Lightning protection Direct current gr...

Page 201: ...ting an AUX cable for the SIC 3G CDMA SIC 3G GSM SIC 3G TD SIC 3G HSPA module The SIC 3G CDMA SIC 3G GSM SIC 3G TD SIC 3G HSPA module interface module has a Diag port for debugging To debug the interface module through third party software connect the RJ 45 connector of an AUX cable to the Diag port on the module and the D25 D9 connector of the AUX cable to the peer device typically a PC When the ...

Page 202: ...e excessive force 3 Fold the antenna to an angle of 90º so that the antenna is vertical to the ground or ceiling to achieve optimal coverage Connecting an antenna extension cable for the SIC 4G LTE M module 1 Fasten the SMA connector onto the antenna port on the module 2 Attach the magnetic cradle on the other end of the extension cable to the rack Connecting a USB console cable for the SIC 4G LTE...

Page 203: ...SIC 1GEC H3 SIC 1GEC H3 0 5 U RT SIC 1E1 F V3 H3 SIC E1 F 0 5 U RT SIC 1T1 F V2 H3 SIC T1 F 0 5 U RT SIC 2E1 F H3 SIC 2E1 F 0 5 U RT SIC EPRI H3 SIC EPRI 0 5 U RT SIC 1EPRI V3 SIC 1EPRI 0 5 U RT SIC TPRI SIC TPRI 0 5 U RT SIC 8AS H3 SIC 8AS 0 5 U RT SIC 16AS H3 SIC 16AS 0 5 U RT SIC 1SAE H3 SIC 1SAE 0 5 U RT SIC 2SAE SIC 2SAE 0 5 U RT SIC 4SAE SIC 4SAE 0 5 U RT SIC 1AM V3 H3 SIC 1AM 0 5 U RT SIC 2...

Page 204: ...DE SIC 4G CNDE 0 5 U RT SIC D4G CNDE SIC D4G CNDE 0 5 U RT SIC EPON H3 SIC EPON 0 5 U RT SIC CNDE SIC CNDE 0 5 U RT MIM 16FSW H3 MIM 16FSW 1 U RT MIM 16FSW POE H3 MIM 16FSWP 1 U RT XMIM 16FSW H3 XMIM 16FSW 1 U RT XMIM 24FSW H3 XMIM 24FSW 1 U RT DMIM 24FSW H3 DMIM 24FSW 1 U RT DMIM 24FSW POE H3 DMIM 24FSWP 1 U RT DMIM 48FSW H3 DMIM 48FSW 1 U RT MIM 1FE V2 H3 MIM 1FE 0 5 U RT MIM 2FE V2 H3 MIM 2FE 0...

Page 205: ...M 4T1 0 5 U RT MIM 1T1 F V2 H3 MIM 1T1 F 0 5 U RT MIM 2T1 F V2 H3 MIM 2T1 F 0 5 U RT MIM 4T1 F V2 H3 MIM 4T1 F 0 5 U RT MIM 8T1 H3 MIM 8T1 0 5 U RT MIM 8T1 F H3 MIM 8T1 F 0 5 U RT MIM 1CE3 V2 H3 MIM 1CE3 0 5 U RT MIM 1CT3 V2 H3 MIM 1CT3 0 5 U RT MIM 1SHL 4W H3 MIM 1SHL 4W 0 5 U RT MIM 1G SHDSL H3 MIM 1G SHDSL 0 5 U RT MIM 2FXS V2 H3 MIM 4BSE 0 5 U RT MIM 2SAE H3 MIM 2SAE 0 5 U RT MIM 4SAE H3 MIM 4...

Page 206: ...3 FIC 4FE 1 U RT FIC 1GBE V2 H3 FIC 1GBE 1 U RT FIC 2GBE V2 H3 FIC 2GBE 1 U RT FIC 1GEF V2 H3 FIC 1GEF 1 U RT FIC 2GEF V2 H3 FIC 2GEF 1 U RT FIC IMA 4E1 75 V3 H3 FIC IMA 4E1 75 1 U RT FIC IMA 8E1 75 V2 H3 FIC IMA 8E1 75 1 U RT FIC 1AE3 V3 H3 FIC 1AE3 1 U RT FIC 1AT3 V3 H3 FIC 1AT3 1 U RT FIC IMA 4T1 V2 H3 FIC IMA 4T1 1 U RT FIC IMA 8T1 V2 H3 FIC IMA 8T1 1 U RT FIC 1ATM OC3 H3 FIC 1ATM OC3MM 1 U RT...

Page 207: ...E V2 H3 FIC 4SAE 1 U RT FIC 8SAE V2 H3 FIC 8SAE 1 U RT FIC 8ASE V2 H3 FIC 8ASE 1 U RT FIC 16ASE V2 H3 FIC 16ASE 1 U RT FIC 6FCM FIC 6FCM 1 U RT FIC 1E1POS H3 FIC 1E1POS 1 U RT FIC 2FXS V3 H3 FIC 2FXS 1 U RT FIC 2FXO V3 H3 FIC 2FXO 1 U RT FIC 4FXS V3 H3 FIC 4FXS 1 U RT FIC 4FXO V3 H3 FIC 4FXO 1 U RT FIC 24FXS H3 FIC 24FXS 1 U RT DFIC 24O24S H3 DFIC 24FXO24FXS 1 U RT FIC 2EM V2 H3 FIC 2E M 1 U RT FI...

Page 208: ...199 Product code Abbreviation Height RT VCPM H3 VCPM N A RT VPM32 H3 VPM32 N A RT VPM24 H3 VPM24 N A RT VPM16 H3 VPM16 N A RT VPM8 H3 VPM8 N A ...

Page 209: ...ace module when it is installed on a non PoE device Table 241 Optional SICs DSICs 1 Type 20 1X 20 20 20 21 20 40 SIC 4FSW Yes Yes Yes in slots 2 and 4 SIC 4FSWP No No Yes in slots 2 and 4 DSIC 9FSW Yes No Yes in slots 2 and 4 DSIC 9FSWP Yes Yes Yes in slots 2 and 4 SIC 1FEF Yes Yes Yes in slots 2 and 4 SIC 1FEA Yes Yes Yes in slots 2 and 4 SIC 1GEC V2 No No No SIC 1GEC H3 Yes No Yes in slots 2 and...

Page 210: ...4FSW Yes in slot 2 Yes in slot 2 Yes in slot 2 Yes in slots 2 and 4 Yes in slots 2 and 4 Yes in slots 2 and 4 SIC 4FSWP No No No Yes in slots 2 and 4 Yes in slots 2 and 4 Yes in slots 2 and 4 DSIC 9FSW No No No Yes in slots 2 and 4 Yes in slots 2 and 4 Yes in slots 2 and 4 DSIC 9FSW P No No No Yes in slots 2 and 4 Yes in slots 2 and 4 Yes in slots 2 and 4 SIC 1FEF Yes in slot 2 Yes in slot 2 Yes i...

Page 211: ... Yes Yes in slot 1 Yes in slot 1 Yes Yes Yes SIC 2BU No No No Yes in slots 1 and 3 Yes Yes SIC 1FXS Yes Yes Yes Yes Yes Yes SIC 2FXS Yes Yes Yes Yes Yes Yes SIC 1FXO Yes Yes Yes Yes Yes Yes SIC 2FXO Yes Yes Yes Yes Yes Yes SIC 2 FXS1FXO Yes Yes Yes Yes Yes Yes DSIC 4FXS 1FXO Yes No Yes Yes Yes Yes SIC 1BSV Yes Yes in slot 1 Yes in slot 1 Yes Yes Yes SIC 2BSV Yes Yes in slot 1 Yes in slot 1 Yes Yes...

Page 212: ...FSW Yes in slots 2 and 3 Yes in slots 2 and 4 SIC 4FSWP Yes in slots 2 and 3 Yes in slots 2 and 4 DSIC 9FSW No No DSIC 9FSWP No No SIC E1 F Yes Yes SIC 2E1 F Yes Yes SIC T1 F Yes Yes SIC EPRI Yes Yes SIC 1EPRI Yes Yes SIC 1SAE Yes Yes SIC 2SAE Yes Yes SIC 4SAE Yes Yes SIC 8AS Yes Yes SIC 16AS Yes Yes SIC 1AM Yes Yes SIC 1ADSL Yes in slots 2 and 3 Yes in slots 2 and 4 SIC 1ADSL I Yes in slots 2 and...

Page 213: ...when the PoE interface module is installed on a PoE device A PoE interface module acts only as a Layer 2 forwarding interface module when installed on a non PoE device Table 244 Optional MIMs XMIMs DMIMs Type 30 10 30 11 30 11E 30 11F 30 16 30 20 30 40 30 60 MIM 16FSW Yes Yes Yes Yes MIM 16FSWP Yes Yes Yes Yes XMIM 16FSW Yes No No No XMIM 24FSW Yes No No No DMIM 24FSW No No No Yes DMIM 24FSWP No N...

Page 214: ...Yes Yes Yes Yes MIM 4T1 Yes Yes Yes Yes MIM 1T1 F Yes Yes Yes Yes MIM 2T1 F Yes Yes Yes Yes MIM 4T1 F Yes Yes Yes Yes MIM 8T1 Yes Yes Yes Yes MIM 8T1 F Yes Yes Yes Yes MIM 1CE3 Yes Yes Yes Yes MIM 1CT3 Yes Yes Yes Yes MIM 1SHL 4W Yes Yes Yes Yes MIM 1G SHDSL Yes Yes Yes Yes MIM 4BSE Yes Yes Yes Yes MIM 2SAE Yes Yes Yes Yes MIM 4SAE Yes Yes Yes Yes MIM 8SAE Yes Yes Yes Yes MIM 8ASE Yes Yes Yes Yes ...

Page 215: ...interface module can be used only when the PoE interface module is installed on a PoE device A PoE interface module acts only as a Layer 2 forwarding interface module when installed on a non PoE device Table 245 Optional FICs DFICs Type 50 40 50 60 MPUF 50 40 50 60 MPU G2 FIC 16FSW Yes Yes FIC 16FSWP Yes No DFIC 24FSW Yes Yes DFIC 24FSWP Yes No FIC 1FE Yes Yes FIC 2FE Yes Yes FIC 4FE Yes Yes FIC 1...

Page 216: ...s Yes FIC 4T1 Yes Yes FIC 8T1 Yes Yes FIC 1T1 F Yes Yes FIC 2T1 F Yes Yes FIC 4T1 F Yes Yes FIC 8T1 F Yes Yes FIC 1CE3 Yes Yes FIC 1CT3 Yes Yes FIC 1SHL 4W Yes Yes FIC 1G SHDSL Yes Yes FIC 4BSE Yes Yes FIC 2SAE Yes Yes FIC 4SAE Yes Yes FIC 8SAE Yes Yes FIC 8ASE Yes Yes FIC 16ASE Yes Yes FIC 6FCM Yes Yes FIC 1E1POS Yes Yes FIC 2FXS Yes Yes FIC 2FXO Yes Yes FIC 4FXS Yes Yes FIC 4FXO Yes Yes FIC 24FX...

Page 217: ...ESM ANDE No No No Yes Yes ESM SNDE No No No Yes Yes VCPM No No No No Yes VPM32 No No Yes No Yes VPM24 No No Yes No Yes VPM16 No No Yes No Yes VPM8 No No Yes No Yes Table 247 Optional ESMs VPMs VCPMs 2 Type 30 10 30 11E 30 11F 30 16 30 20 30 40 30 60 50 40 50 60 MPUF MSCA 50 40 50 60 MPU G2 MSCB ESM ANDE Yes Yes Yes Yes Yes Yes ESM SNDE Yes Yes Yes Yes Yes Yes VCPM No No Yes Yes Yes Yes VPM32 Yes N...

Page 218: ...C 1VE1 148 FIC 1VT1 149 FIC 24FXS 142 FIC 2BSV FIC 4BSV 144 FIC 2E M FIC 4E M 141 FIC 2FXS FIC 2FXO FIC 4FXS FIC 4FXO 139 FIC 2SAE FIC 4SAE FIC 8SAE 131 FIC 2VE1 146 FIC 2VT1 147 FIC 4BSE 129 FIC 6FCM 135 FIC 8ASE FIC 16ASE 133 FIC 8E1 FIC 8E1 F 117 FIC 8T1 FIC 8T1 F 122 FIC HNDE 150 FIC IMA 4E1 FIC IMA 8E1 105 FIC IMA 4T1 FIC IMA 8T1 107 I Interface LEDs 120 Interface LEDs 70 M MIM 16FSW MIM 16FS...

Page 219: ...1ADSL I 21 SIC 1AM SIC 2AM 17 SIC 1BS SIC 2BS SIC 1BU SIC 2BU 22 SIC 1BSV SIC 2BSV 28 SIC 1EPRI 10 SIC 1FEA 3 SIC 1FEF 4 SIC 1FXS SIC 1FXO SIC 2FXS SIC 2FXO 24 SIC 1GEC V2 SIC 1GEC H3 5 SIC 1SAE SIC 2SAE SIC 4SAE 16 SIC 1VE1 30 SIC 1VT1 31 SIC 2E1 F 8 SIC 2FXS1FXO 26 SIC 3G CDMA 34 SIC 3G GSM 35 SIC 3G HSPA 38 SIC 3G TD 37 SIC 4FSW SIC 4FSWP DSIC 9FSW DSIC 9FSWP 1 SIC 4G LTE M 40 SIC 8AS 13 SIC CN...

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