MUXpro 700 User Manual
Contents
1. Set To I lt ES gt NO TAB next gt forward lt backward ENTER select ESC abort Reset the configuration of the device to default values 26 Chapter 5 Operation of CID 5 2 2 Configuration Interface Configuration TAINET Muxpro 700 Version 1 06 System Interface Modem Security FIBER T1 E1 DATA ENTER select TAB next lt left gt right ESC previous menu There are four interface types which are FIBER E1 T1 and DATA available for the MUXpro 700 In addition the DATA interface also includes V 35 X 21 V36 RS499 and RS530 types Configuration Interface FIBER Interface TAINET Muxpro 700 Version 1 06 FIBER T1 E1 DRTR Near End Far End ENTER select TAB next left gt right ESC previous menu There are two sub items for FIBER parameters which are Near End and Far End Near End is the device you are controlling and the corresponding device is Far End Users can set the parameters of Near End and or Far End device 27 Chapter 5 Operation of CID Configuration Interface FIBER Near End FIBER TAINET Muxpro 700 Version 1 06 Near Endl Far End Configure Fiber Near End Parameter OE OPTION Hardware Auto Selection OE LOOP 0E11 DATA PORT LOCATION PORT4 Press SPACE to select TAB ENTER next field lt left gt right ESC abort m OE OPTION The configurable values are Hardware Auto selection or Software configuration The2. 4 E1 unbalanced interface and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0099 MUXpro700DC 3 E1 DATA U W4A Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 36 72VDC power single OE module 000 101 0100 MUXpro700DC 3 E1 DATA U WAB Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 36 72VDC power single OE module 000 101 0101 MUXpro700DC 4 E1 U W4A Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 36 72VDC power single OE module 000 101 0102 MUXpro700DC 4 E1 U WB Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 36 72VDC power single OE module Appendix A Ordering Informat
3. Ethernet MUXpro 700 amp 1 11 v35 i Ethernet MUXpro 700 MIR Fiber CIN 4xE1 T1 i MUXpro 700 3E1 T1 DATA Fiber CUA 3 CID v 2 a CID v 2 Ee a Ir Za 00000 CID UNMS DataBase Telnet TFTP server server It 0000000 Figure 1 2 Application of S1000 MUXpro 700 System E A Chapter 1 Overview Optical Optical Optical Optical Optical Ethernet Optical Ethernet Figure 1 3 Possible Interface Configuration of S1000 MUXpro 700 System Note that MUXpro 700 can be configured as STU C or STU R whereas MUXpro 700 should be an STU R when connected with S1000 Chapter 2 Specific ation Chapter 2 Specification To let the user understand TAINET MUXpro 700 this chapter begins with its main features Then the chapter continues to present the FIBER interface the network side interface timing and synchronization OAM Operation Admi
4. The MUXpro 700 is well suited to the campus applications Figure 2 2 and Figure 2 3 show two general campus applications where remote PBX or routers are interconnected across a campus using two MUXpro 700 One unit is Chapter 2 Specific ation configured as a central office site CO unit and the other is the customer premise equipment CPE unit n MUXP ro 700 2H uge copper CPE site bop Figure 2 2 Network Application of MUXpro 700 with G 703 I F 2H wire copper Figure 2 3 Network Application of MUXpro 700 Each MUXpro 700 is configured at the factory to operate on the CO side of an E1 connection However you can easily modify settings intended for the CO into settings for CPE 2 8 3 E1 Network The MUXpro 700 can be deployed to replace traditional E1 network without the repeater in the E1 network and effectively the utilization of the existing twisted copper pair Chapter 3 Interfacing Chapter 3 Interfacing In this chapter we will focus on the interfaces of MUXpro 700 First the front panel of MUXpro 700 will be discussed After that we will examine in more detail the rear panel of MUXpro 700 3 1 Front Panel The front panel of MUXpro 700 as illustrated in Figure 3 1 contains four main sections i e the LAN RJ45 connector optical interfaces LED indicators and management RJ45 interface From the status indicators of front panel users can obtain useful information to monitor the status of the
5. checklist for unpacking the shipping package 4 1 Unpacking MUXpro 700 s shipping package includes the following items 1 MUXpro 700 standalone unit 1 User s manual 1 Power cable 1 DB 25 to 4E1 cable converter Optional items users specify the type of DATA port o DB25to ITU T V 35 RS530 X 21 DATA interface e V 35 cable e X 21 cable e RS 530 cable e V 36 cable 19 Chapter 5 Operation of CID Chapter 5 Operation of CID In this chapter you will be introduced to CID Craft Interface Device VT 100 operation of MUXpro 700 The chapter starts with an overview of MUXpro 700 s CID In addition each main menu item of the MUXpro 700 s CID such as Configuration Monitor Software Download and Diagnosis will be discussed 5 1 Overview The craft port for configuration is set to Speed 115200 Data bit 8 Parity n Stop bit 1 Flow control n When startup the device the following messages will appear before the screen displays the Application software code RAM test 0Kt SelfTest1 OK SelfTest2 OK SelfTest3 OK Run APfta in 1 second gt into Diagnostic mode or to AP dwHeaderCheckSum 0xd6d038e1 14 52 44 At startup of the AP press Enter the CID will prompt user to enter the password for access into the system Both of default user name and password are tainet ttt Welcome to Access TAINET Muxpro 700 Please Enter User Name tainet Password x The CID
6. Diagnosis Trouble Shooting Menu ENTER select TAB next cr Jett right ESC previous menu Diagnosis TAINET Muxpro 700 Version 1 06 Trouble Shooting Menu View System Debug Messages debug gt Type Q to Quit B Diagnosis This is a maintenance mode for expert engineer to do troubleshooting User may ignore it if user is not so familiar with it Appendix A Ordering Information Appendix A Ordering Information Table A 1 is the order information for your reference 000 101 0063 MUXpro 700AC Table A 1 Order Information Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface 1310nm 000 101 0064 3E1 DATA B for up to 40km distance FC PC connector with built in 100 240VAC auto range power dual OE module Standalone fiber optic modem w 4 E1 balanced interface and 4 ports MUXpro 700AC 4E1 B 10 100M Ethernet interface 1310nm for up to 40km distance FC PC connector with built in 100 240VAC auto range power dual OE module 000 101 0065 MUXpro 700AC Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface 1310nm 000 101 0066 3E1 DATA U for up to 40km distance FC PC connector with built in 100 240VAC auto range power dual OE module Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports MUXpro
7. SES TCA FIBER UAS QTR TRHD WARNING _ 15 minute UAS TCA FIBER UAS DAY TRHD WARNING 1 day UAS TCA FIBER LOSWS FE QTR TRHD WARNING 15 minute FE LOSW TCA FIBER LOSWS FE DAY TRHD WARNING 1 day FE LOSW TCA FIBER ES FE QTR TRHD WARNING 15 minute FE ES TCA FIBER ES FE DAY TRHD WARNING 1 day FE ES TCA 37 Chapter 5 Operation of CID FIBER SES FE QTR TRHD WARNING _ 15 minute FE SES TCA FIBER SES FE DAY TRHD WARNING 1 day FE SES TCA FIBER UAS FE QTR TRHD WARNING 15 minute FE UAS TCA FIBER UAS FE DAY TRHD WARNING 1 day FE UAS TCA FIBER ATN TRHD WARNING Attenuation TCA FIBER FE ATN TRHD WARNING FE Attenuation TCA FIBER SNM TRHD WARNING SNR Margin TCA FIBER FE SNM TRHD WARNING FE SNR Margin TCA Table 5 2 T1 E1 Alarms Description Alarm Type Description DSX1_LOS MAJOR Failure of LOS DSX1_LOF MAJOR Failure of LOF DSX1_AIS MAJOR Failure of AIS DSX1_RAI MINOR Failure of RAI DSX1_LOS_FE MAJOR Failure of FE LOS DSX1_LOF_FE MAJOR Failure of FE LOF DSX1_AIS_FE MAJOR Failure of FE AIS DSX1_RAI_FE MINOR Failure of FE RAI DSX1 ES QTR TRHD WARNING 15 minute ES TCA DSX1 ES DAY TRHD WARNING 1 day ES TCA DSX1 SES QTR TRHD WARNING 15 minute SES TCA DSX1 SES DAY TRHD WARNING 1 day SES TCA DSX1 UAS QTR TRHD WARNING 15 minute UAS TCA DSX1 UAS DAY TRHD WARNING 1 day UAS TCA DSX1 ES FE QTR TRHD WARNING 15 minute FE ES TCA DSX1 ES FE
8. V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 36 72VDC power single OE module 000 101 0080 MUXpro700DC 4 E1 B W2A Standalone fiber optic modem w 4 E1 balanced interface and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 36 72VDC power single OE module 000 101 0081 MUXpro700DC 4 E1 B W2B Standalone fiber optic modem w 4 E1 balanced interface and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 36 72VDC power single OE module 000 101 0087 MUXpro700AC 3 Standalone fiber optic modem w 3 E1 unbalanced interface one DATA 44 Appendix A Ordering Information E1 DATA U W2A V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0088 MUXpro700AC 3 E1 DATA U W2B Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 100 240VAC auto
9. idle Pattern Bit sending pattern in the unused time slots The possible values are 0x7f and Oxff Configuration Interface DATA DRTR TRINET Muxpro 700 Version 1 06 Dat Near End Far End ENTER select TAB next lt left gt right ESC previous menu Configuration Interface DATA Parameters Near End Parameters TAINET Muxpro 700 Version 1 06 Near Endl Far End Near End of DATA Configure DATA Parameters Por tNO PORTA DTE Type V35 Tx data inversion Normal 1 Rx sample edge Fallingl Rx data inversion Normal 1 El Header CRC Disable exc pin detect Enable Timing Source Internal Press SPACE to select TAB ENTER next field lt left gt right ESC abort Chapter 5 Operation of CID 5 2 3 DTE Type V35 V36 RS449 X21 or RS530 Tx Rx data inversion normal or inverse The V 35 interface of STU R provides data inversion capability used to protect against the occurrence of low pulse density Rx sample edge Rising or Falling E1 Header CRC disable or enable Exc pin detect Enable or Disable the external clock pin detection of V 35 interface Timing Source Internal DTE or Line Configuration Modem Configuration Modem Parameter Modem TAINET Muxpro 00 Version 1 06 Parameters Test Configure Modem Parameters Set Required Modem Type Actual Modem Tpye of Near End FIBER DATA E1T1 Configure Modem Type of Near End FIBER DRTR E11 Actual Modem Tpye of Fa
10. near end site will connect itself with far end site automatically when selected Hardware Auto selection Or the connection is established by user defined OE1 or OE2 when the Software configuration was selected B OE LOOP The value of this optical loop selection is OE1 or OE2 OE1 is the master line interface OE2 is the backup line for OE1 B DATA PORT LOCATION EMPTY or PORTA fixed Configuration Interface FIBER Far End FIBER TAINET Muxpro 700 Version 1 06 Near End Far Endl Configure Fiber Far End Parameter OE OPTION Hardware Auto Selection OE LOOP 0E1 DATA PORT LOCATION PORT4 Press SPRCE to select TAB ENTER next field lt left gt right ESC abort Chapter 5 Operation of CID m OE OPTION The configurable values are Hardware Auto selection or Software configuration B OELOOP The value of this optical loop selection is OE1 or OE2 OE1 is the master line interface OE2 is the backup line for OE1 B DATA PORT LOCATION EMPTY or PORTA fixed Configuration Interface T1 T1 TAINET Muxpro 700 Version 1 06 Parameters Near End Far End ENTER select TAB next left right ESC previous menu MUXpro 700 supports one T1 interface to extend the transmission service Near End is the device you are controlling and the corresponding device is Far End Configuration Interface T1 Near End Parameters TAINET Muxpro 700 Version 1 06 Near Endl Far End Configure T1 Nea
11. of the MUXpro 700 Size Dimension 212mm W x 286mm D x 42mm H Safety Meet FCC part 68 requirements Meet EN60950 FCC part 68 requirements Meet CE amp FCC part 15 class B requirements Vibration Safety EMI EMC Power Requirement AC input or DC input voltage 110V 220VAC or 48VDC Power Consumption 10 W TBD Input Environments Operation 0 45 C Temperature Storage and Transportation 20 70 C Operation 5 90 RH Relative Humidity Humidity Storage and Transportation 5 95 RH 2 8 2 8 1 2 8 2 Chapter 2 Specific ation Applications The application of TAINET MUXpro 700 is very similar with TAINET Scorpio 1400 systems which include cellular network campus network and E1 T1 network but the line media The optical media can support longer transmitted distance and wider bandwidth prevented it from interfering The transmission distance of single mode optical fiber can be reach to 40Km according to the standard Cellular Network The cellular network user will need to lease larger numbers of E1 circuits in order to connect remote cell sites to mobile telephone switching offices MTSOs TAINET MUXpro 700 provides an alternative to standard repeater E1 service Figure 2 1 shows a cellular network application HUXP ro 70O HUXP 10 700 with G 703 VF CPE site A a CPE site B Figure 2 1 Point to point Interconnection is instead of E1 Campus Network
12. to Send A DCE 6 DCE Ready A DCE 7 Signal Ground Common 8 Receive line Signal Detector A DCE 9 Receive Signal Element Timing B DCE 10 Receive line Signal Detector B DCE 41 um Signal Element DTE 12 Transmit Signal Element Timing B DCE 13 Clear to Send B DCE 14 Transmit Data B DTE 15 Transmit Signal Element Timing A DCE 16 Receive Data B DCE 17 Receive Signal Element Timing A DCE 18 19 Request to Send B DTE 20 DTE Ready A DTE Appendix C Pins Assignment 21 22 DCE Ready B DCE 23 DTE Ready B DTE 24 EXT Transmit Signal Element DTE Timing A 57 Appendix C Pins Assignment C 3 V 36 RS 449 Interface The DB 37F interface is shown in Figure C 5 Figure C 5 DB 37F Interface Refer to Table C 3 to see the pin definition of V 36 RS 449 cable Table C 3 V 36 RS 449 Cable Pin Definition DB 25 Male Signal V 36 RS 449 Female Source 1 Shield 1 Common 2 Send Data A 4 DTE 15 Send Timing A 5 DCE 3 Receive Data A 6 DCE 4 Request to Send A 7 DTE 17 Receive Timing A 8 DCE 5 Clear to Send A 9 DCE 6 Data Mode A 11 DCE 20 Terminal ready A 12 DTE 8 Receive Ready A 13 DCE 24 Terminal Timing A 17 DTE 7 Signal Ground 19 20 37 ommon 14 Send Data B 22 DTE 12 Send Timing B 23 DCE 16 Receive Data B 24 DCE 19 Request to Send B 25 DTE 9 Receive Timing B 26 DCE 13 Clear to Send B 27 DCE
13. 10 65 231 120 Trap IP Status Inactive Trap IP1 Address 0 0 0 0 Trap IP1 Status Inactivel Trap IP2 fiddress 0 0 0 0 Trap IP2 Status Inactivel Trap IP3 fiddress 0 0 0 0 Trap IP3 Status Inactivel Trap IP4 Address 0 0 0 0 Trap IP4 Status Inactivel Press HI 19 SPACE BS DEL TAB ENTER nent field lt left right ESC abort MUXPro 700 supports five separate points for Network Management System The Trap IP is the IP address of remote system NMS After set the IP address switch status to active to enable the selected Trap IP Chapter 5 Operation of CID Configuration System Date Time System TAINET Muxpro 700 Version 1 06 CO CPE Mode IP Trap IP DateTime Default Date and Time Setup Date amp Time Setup Year 2006 1 Honth 6 Day 9 Hour 11 Minute 45 Second 26 Press HI 9 SPACE BS DEL TAB ENTER wast field left right ESC abort The system provides RTC Real Time Clock and supports BCD coded century year month date day hours minutes and seconds with automatic leap year compensation valid up to the year 2100 Set the Date Time to correctly time stamping the alarm or PM data report The date time will be stored in non volatile memory so data will not be lost even when powering off the system MPU Configuration System Default System TAINET Muxpro 700 Version 1 06 CO CPE Mode IP Trap IP DateTime Default Set To Default
14. 22 Data Mode B 29 DCE 23 Terminal Ready B 30 DTE 10 Receive Ready B 31 DCE 11 Terminal Timing B 35 DTE 58 Appendix C Pins Assignment C 4 X 21 Interface Figure C 6 illustrates the X 21 Interface For the DB 25 interface refer to Figure C 2 14112110 15 13 11 9 Figure C 6 X 21 Interface Refer to Table C 4 to see the pin definition of V 36 RS 449 cable Table C 4 X 21 Cable Pin Definition DB25 Male Signal X 21 Female 1 Shield Ground 1 2 d Ground 2 4 TXD a 3 3 a 4 8 RXD a 5 17 ation 6 24 RXC a 7 7 d Ground 8 14 TXD b 9 19 b 10 16 RXD b 11 10 ation 12 9 RXC b 13 11 b 14 G G 59 Appendix C Pins Assignment Ch DB 9 Interface The DB 9 connector interface is shown as Figure C 7 Figure C 7 DB 9 Interface For the pin definition of DB 9 interface see Table C 5 Table C 5 DB 9 Connector Pin Definition DB9 Female Signal Source 2 TXD DCE 3 DTE 5 Signal Ground 7 DTE 8 RTS DCE Appendix C Pins Assignment C 6 RJ 45 Interface Figure C 8 illustrates the RJ 45 interface Figure C 8 RJ 45 Interface Refer to Table C 6 to see the pin definition of LAN RJ 45 connector Table C 6 LAN RJ 45 Connector Pin Definition RJ 45 10Base T Signal 1 TxD Twist Pair 2 TxD Twist Pair 3 RxD Twist Pair 6 RxD Twist Pair 61 Appendix D Trouble shooting Appendix D Trouble shooting Trouble Shoo
15. 35 F Figure C 1 The Conversion Cable of DB 25 M to V 35 F Appendix C Pins Assignment C 1 V 35 Interface Figure C 2 and Figure C 3 respectively illustrate the DB 25M and V 35 interfaces Refer to Table C 1 to see the pin definition of V 35 cable Figure C 2 DB 25M Interface c H M s w AA EE KK car SEQNTAP AD Figure C 3 V 35 Interface Appendix C Pins Assignment Table C 1 V 35 Cable Pin Definition DB 25 Male Signal V 35 Female Source 1 Frame Ground A Common 7 Signal Ground B Common 4 Request to Send C DTE 5 Clear to Send D DCE 6 Data Set Ready E DCE 8 Data Carrier Detect F DCE 20 Data Terminal Ready H DTE 2 Transmit Data A P DTE 3 Receive Data A R DCE 14 Transmit Data B S DTE 16 Receive Data B T DCE 24 Terminal Timing A U DTE 17 Receive Timing A V DCE 11 Terminal Timing B W DTE 9 Receive Timing B X DCE 15 Terminal Timing A Y DCE 12 Terminal Timing B AA DCE Appendix C Pins Assignment C 2 RS 530 Interface Figure C 4 illustrates the RS 530 Interface 24 22 20 18 116114 25 23 21 19 17 15 Figure CA RS 530 Interface Refer to Table C 2 to see the pin definition of RS 530 Connector Table C 2 RS 530 Connector Pin Definition DB 25 Male Signal Source 1 Frame Ground Common 2 Transmit Data A DTE 3 Receive Data A DCE 4 Request to Send A DTE 5 Clear
16. 700AC 4E1 U 10 100M Ethernet interface 1310nm for up to 40km distance FC PC connector with built in 100 240VAC auto range power dual OE module 000 101 0067 MUXpro 700DC Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface 1310nm 000 101 0068 3E1 DATA B for up to 40km distance FC PC connector with built in 36 72VDC power dual OE module Standalone fiber optic modem w 4 E1 balanced interface and 4 ports MUXpro 700DC 4E1 B 10 100M Ethernet interface 1310nm for up to 40km distance FC PC connector with built in 36 72VDC power dual OE module 000 101 0069 MUXpro 700DC Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface 1310nm 000 101 0070 3E1 DATA U for up to 40km distance FC PC connector with built in 36 72VDC power dual OE module Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports MUXpro 700DC 4E1 U 10 100M Ethernet interface 1310nm for up to 40km distance FC PC connector with built in 36 72VDC power dual OE module 43 Appendix A Ordering Information 000 101 0074 MUXpro700AC 3 E1 DATA B W2A Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source
17. DAY TRHD WARNING 1 day FE ES TCA DSX1 SES FE QTR TRHD WARNING 15 minute FE SES TCA DSX1 SES FE DAY TRHD WARNING 1 day FE SES TCA DSX1 UAS FE QTR TRHD WARNING 15 minute FE UAS TCA DSX1 UAS FE DAY TRHD WARNING 1 day FE UAS TCA Chapter 5 Operation of CID Alarm TAINET Muxpro 00 Version 1 06 Alarm Alarm Log Clear Alarm Log View Alarm Log TYPE Class Status Date Time 1 FIBER 1 LOS MAJOR RAISED 07 26 2002 19 13 13 2 DATA 4 _LOS_FE MAJOR RAISED 07 26 2002 19 13 03 3 DSK1 3 _LOS_FE MAJOR RAISED 07 26 2002 19 13 03 4 DSH1 2 LOS FE MAJOR RAISED 07 26 2002 19 13 03 5 DSxX1 1 _LOS_FE MAJOR RAISED 07 26 2002 19 13 03 6 FIBER 1 _LOS MAJOR CLR 07 26 2002 19 12 59 7 FIBER 1 _LOS MAJOR RAISED 07 26 2002 19 12 56 8 FIBER 1 _LOS MAJOR CLR 07 26 2002 19 12 24 9 FIBER 1 L0S MAJOR RAISED 07 26 2002 19 12 22 SPACE refresh page page up gt page down ESC abort B Alarm Log Up to 200 alarm records can be stored without the use UNMS More alarm can be logged in Database if UNMS is used TAINET Muxpro 00 Version 1 06 Alarm Alarm Log Clear Alarm Log Clear System Alarm Log Clear lt YES gt NO I I TAB next gt forward lt backward ENTER select ESC abort W Clear Alarm Log Users can clear the alarm logs if it is necessary Chapter 5 Operation of CID 5 3 2 Monitor Modem Hodem TAINET Huxpro 700 Version 1 06 Version Infol
18. Headquarters No 25 Alley 15 Lane 120 Sec 1 Nei Hu Rd Taipei 114 Taiwan TEL 886 2 26583000 FAX 886 2 26583232 Beijing Branch 3F A Building 113 Zhi Chun Lu HaiDian District Beijing China Zip Code 100086 TEL 86 10 62522081 87 FAX 86 10 62522077 USER S MANUAL Fiber Modem MUXpro 700 Version 1 2 Date 2006 7 4 P N 07008 00080 MUXpro 700 User s Manual Copyright O 2006 TAINET COMMUNICATION SYSTEM CORP All right reserved Notice This document is protected by the international copyright law No part of this publication may be reproduced by any means without the permission of Tainet Communication System Corporation TAINET is a registered trademark and Scorpio 1000 as well as MUXpro 700 are trademark of Tainet Communication System Corporation Other product names mentioned in this manual are used for identification purposes only and may be trademarks or trademarks of their respective companies The information provided from Tainet Communication System Corporation is believed to be accurate Any changes and enhancements to the product and to the information thereof will be documented and issued as a new release to this manual Trademark All products and services mentioned herein are the trademarks service marks registered trademarks or registered service marks of their respective owners MUXpro 700 User s Manual About This Manual This section guides you on how to use the manua
19. Hodem Status LED Status Version Information Hain Hardware Version 1 00 Software Version 1 06 FPGA Version 1 00 TAB ENTER next field lt left gt right ESC abort Hodem TAINET Huxpro 700 Version 1 06 Version Info Modem Status LED Status Modem Status Por NO PORT1 Near End Modem Type FIBER DRTR E1 Far End Modem Type FIBER DRTR E1 Near End Port Rate 2048 Trunk Timing Source Through Mode TAB ENTER next field lt left right ESC abort Modem TAINET Muxpro 700 Version 1 06h Version Info Modem Status LED Status LED Status Por tNO PORT1 LED Status OE1 Active LED Status OE2 Inactive LED Status E1T1 RED LED Status DATA Inactive TAB ENTER next field lt left gt right ESC abort 5 4 Chapter 5 Operation of CID Software Download MAIN TAINET Muxpro 700 Version 1 06 Configuration Honi tor Software Download Diagnosis Download Software From TFTP Server Server IP Address 172 16 0 119 File Name Impro 00v106 img 1 Start Downloading Yes Press SPACE to select TAB ENTER next field lt left gt right ESC abort B Software Download MUXpro 700 supports TFTP software upgrade Users can specify the IP address of TFTP server and file name for downloading through the management port in the front panel by cross cable Chapter 5 Operation of CID 5 5 Diagnosis MAIN TAINET Muxpro 700 Version 1 06 Configuration Monitor Software Download
20. MUXpro 700 mm mmm hd Muxpro700 1 Management Optical 1 Optica 2 A Optical DATA 10 100 ACT TH R11 Ti RN TUE e e LA LAN Figure 3 1 Front Panel of MUXpro 700 3 1 1 Indicators Status The status indicators of the MUXpro 700 are depicted in Table 3 1 There are eight LEDs which are Optical 1 Optical 2 DATA E1 T1 1 E1 T1 2 E1 T1 3 E1 T1 4 and power These LEDs display the system status Chapter 3 Interfacing Table 3 1 Indicators on Front Panel Flashing 0 5 PWR Power OK Green DATA DATA CPE Failure N A OK Red Handshaki C ti Optical 1 2 Loop Green Failure O onnecting Training Idle E1 T1 1 2 3 4 Et Ti cre een N A N A Trame OK Red Failure 3 1 2 Ethernet RJ 45 Pin Assignment Y 5 Description TX TX RX NC NC RX NC NC OD IN O ND AJO D Table 3 2 Ethernet RJ 45 Pin Assignment 16 Chapter 3 Interfacing 3 2 Rear Panel Figure 3 2 shows the rear panel of MUXpro 700 User may connect MUXpro 700 to other devices or equipments via these interfaces Figure 3 2 Rear Panel of MUXpro 700 The following connectors devices appear on the rear panel of MUXpro 700 1 Power On Off The MUXpro 700 s power switch 2 Power Receptacle Power plug for a AC power cable 3 DC Power Connector Power connector for DC power 4 Ground Terminal Ground output terminal connect to earth 5 Craft Interface 9 pin female serial D su
21. Modem Type of Far End Modem 32 Data Rate E1 32 T1 24 Dat a 1 32 64 kbps Test Loopback Loopback Normal Test Port 1 2 3 4 Local Loopback Remote Loopback Local PayLoad Loopback Remote PayLoad Loopback Be Remote Loopback Be Remote PayLoad Loopback Configuration S Login tainet ecurity Username Login tainet Password Monitor Alarm View Real All Alarm Time Alarm Select by AlarmLog Clean X Alarm Log Monitor Version Main Hw 1 00 Modem Info Version SW 1 06 Version FPGA 1 00 Version Modem Near End FIBER E1 4P Status modem porti 2 3 Type 4 Far End FIBER E1 4P Modem Type Appendix B Menu Tree Default Tier 1 A Tier 3 Tier 4 Tier 5 Tier 6 Tier 7 Tier 2 Value Near End 2048 Port Rate Trunk Through Mode Timing Source Led OE1 Status port 1 2 3 4 OE2 E1T1 DATA Software 0 0 0 0 Download Sever IP address Software Download File name Software No Download Start downloading Diagnosis Trou ble Shooting Menu Appendix C Pins Assignment Appendix C Pins Assignment The pin assignment for different interface of MUXpro 700 is depicted in the following sections A Conversion Cable is enclosed for converting DB 25 to V 35 V 36 or X 21 interface as shown in Figure C 1 There are three types of Conversion Cables depending on the customer s order the cable is enclosed in the shipping package DB 25 M V
22. STU R d c d DS1 or El M STU R d c a dA STU R d c d V 35 dd STU R d c a Ethernet lt Figure 5 1 STU C Side Activated Loopback STU C STU R d c b a OPTICAL DS1 or El STU C STU R d c b a OPTICAL DS1 or E1 4 STU C STU R c b a OPTICAL V 35 4 STU C STU R d c b a OPTICAL Ethernet A p DS1 or E1 4 V 35 V 35 Ethernet Figure 5 2 STU R Side Activated Loopback 34 5 2 4 Chapter 5 Operation of CID W Loopback Test Possible values are n Normal a Local Loopback a Remote Loopback a Local PayLoad Loopback a Remote PayLoad Loopback a Be Remote Loopback FarEnd command Read Only a Be Remote PayLoad Loopback FarEnd command Read Only Configuration Security Configuration TAINET Muxpro 700 Version 1 06 System Interface Hodem Security Security Configuration Login Username tainet 1 Login Password tainet Press ASCII SPACE BS DEL TAB ENTER next field lt left gt right ESC abort For security users can change username and password for console or telnet login Chapter 5 Operation of CID 5 3 5 3 1 Monitor Alarm TAINET Huxpro 700 Version 1 06 Alarm Alarm Log Clear Alarm Log View Real Time Alarm View Real Time Alarm
23. Select by R11 Press SPACE to select TRB ENTER next field lt left gt right ESC abort Monitor Alarm Monitor TAINET Muxpro 700 Version 1 06 Alarm Modem Alarm Alarm Log Clear Alarm Log ENTER select TAB next lt left gt right ESC previous menu Chapter 5 Operation of CID W Select by User can view real time alarm by selected port or all Possible values are All Port1 Porta Port3 Port4 FIBER OE1 and FIBER OE2 Alarm TAINET Huxpro 700 Version 1 06 Alarm Alarm Log Clear Alarm Log View Real Time Alarm TYPE Class 1 DRTR 4 LOS MAJOR 2 DSH1 3 LOS MAJOR 3 DSK1 2 _LOS MAJOR A FIBER 2 FE L0S MAJOR 5 DSxX1 1 _LOS MAJOR 6 FIBER 1 _LOS MAJOR SPACE refresh page page up gt page down ESC abort W Alarm Type All TCA Threshold Crossing Alert are classified as WARNING Table 5 1 and Table 5 2 show respectively all FIBER alarms and T1 E1 alarms The 4 in alarm means port number 4 m Alarm Class Major Minor Warning or Clear Table 5 1 FIBER Alarms Description Alarm Type FIBER_LOSW Severity Class MAJOR Description Failure of LOSW FIBER_LOSWS_QTR_TRHD WARNING _ 15 minute LOSW TCA FIBER LOSWS DAY TRHD WARNING _ 1 day LOSW TCA FIBER ES QTR TRHD WARNING _ 15 minute ES TCA FIBER ES DAY TRHD WARNING 1 day ES TCA FIBER SES QTR TRHD WARNING _ 15 minute SES TCA FIBER SES DAY TRHD WARNING 1 day
24. Single Mode Laser optical source reach up to 40Km SC PC connector with built in 36 72VDC power single OE module 000 101 0117 MUXpro700DC 3 Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to E1 DATA B W4B 40Km SC PC connector with built in 36 72VDC power single OE module Specify power cord 330 010 0001 yA North American power cord 3 pin 10A 125V 6 feet 330 010 0002 VE European power cord 3 pin round pin 10A 250V 1 83M 330 010 0003 B British power cord 3 pin 10A 250V 13A fuse 330 010 0006 yl India power cord 3 pin 6A 250V 1 83M 330 010 0007 VC China power cord 3 pin 10A 250V 1 83M Appendix B Menu Tree Appendix B Menu Tree The menu tree of CID interface shows in Table B 1 The default value of each parameter is also listed for user to refer Table B 1 VT 100 Menu Tree l Default Tier 1 E E Tier 3 Tier 4 Tier 5 Tier 6 Tier 7 Tier 2 Value Configuration S IP IP 192 168 1 1 ystem Address net Mask 255 255 255 0 defult 192 168 1 254 GW Trap Ip Traplpaddr 0 0 0 0 ess TraplpStat Inactive us Date Time Date 2002 07 26 Time 20 00 00 Default X Configuration In FIBER Near End OE Hardware Auto terface Option Selection OE Loop OE1 DATA Po
25. Table 2 1 Timing and Synchronization STU C Symbol STU R Symbol Mode El Example Number piii KIC Application Mods Reference Reference PP 4 Local oscillator Received Classic Plesiochrono internal timing symbol clock HDSLP us Main application Transmit data e Received is synchronous 2 clock DTE Synchronous mE symbol clock transport in both timing E directions Synchronous Hybrid downstream downstream Transmit data Received transport and Synchronous 3 clock DTE l timing symbol clock bit stuffed upstream a upstream is Plesiochronou possible S 2 6 2 6 1 2 6 2 2 6 3 Chapter 2 Specific ation OA amp M OA amp M Operation Administration and Maintenance of the MUXpro 700 is listed below Interface amp Self Test Transparent UART over 100Base Fx Ethernet Link for in band management LEDs for local monitor and simple trouble shooting CPU self test ROM RAM interface chipset read write Fiber interface loop back test E1 T1 interface loop back test DATA interface loop back test Power monitoring Maintenance B Power On Self Test m Watch Dog Timer H Commanded by CPU Alarm m Fiber interface LOS B T1 E1 interface LOS B T1 El interface AIS H T1 El interface LOF B T1 El interface RAI 11 Chapter 2 Specific ation 2 7 Other Technical Specifications Table 2 2 gives the other specifications of the MUXpro 700 Table 2 2 Other Specifications
26. b connector 6 E1 T1 Connector E1 T1 interface 7 DTE Connector Data terminal equipment port MUXpro 700 supports various DTE Data Terminal Equipment interfaces depending on user requirements and it can be selected by software control Connector type is a 25 pins female connector for E1 T1 V 35 X 21 RS 530 and V 36 RS449 Tainet will provide the cable converter for various interfaces O 0020000020000 O eeoo0 000000004 Figure 3 3 DB 25 for E1 T1 and various DTE Interface 17 Chapter 3 Interfacing E1 T1 interface uses a D sub25 connector Pin descriptions are shown in the following table Pin number Table 3 3 4E1 4T1 interface pin assignment Description Pin number Description PortD transmit PortD transmit PortD receiver PortD receiver PortC receiver PortC receiver PortC transmit PortC transmit PortB transmit PortB transmit PortB receiver PortB receiver PortA receiver PortA receiver PortA transmit PortA transmit 3 2 1 Pin number E1 and T1 RJ 48 Pin Definition for Interface Table 3 4 RJ 48 E1 T1 pin definition Description Receiver Pin number Description Transmit Receiver Transmit Chapter 4 Installation Chapter 4 Installation In this chapter we will present the installation guide for MUXpro 700 It begins with a
27. ch up to 20Km SC PC connector with built in 36 72VDC power single OE module 000 101 0094 MUXpro700DC 4 E1 U W2B Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 36 72VDC power single OE module Appendix A Ordering Information 000 101 0095 MUXpro700AC 3 E1 DATA U W4A Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0096 MUXpro700AC 3 E1 DATA U W4B Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 100 240VAC auto rang power single OE module 000 101 0097 MUXpro700AC 4 E1 U WAA Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0098 MUXpro700AC 4 E1 U WAB Standalone fiber optic modem w
28. col Wide Area Networks link geographically dispersed offices in other cities or around the WAN globe Just about any long distance communication medium can serve as a WAN link including switched and permanent telephone circuits terrestrial radio systems and satellite system
29. col such as IPX Internet work Packet Exchange RIP Routing Information Protocol is an interior or intra domain routing protocol that uses the distance vector routing algorithms RIP is used on the Internet and is common in the NetWare environment as a method for exchange routing information between routers Router A device that connects two networks together Routers monitor direct and filter information that passes between these networks Because of their location routers are a good place to install traffic or mail filter Routers are also prone to attacks because they contain a great deal of information about a network Server A computer or a software package that provides a specific kind of service to client software running on the computers SNMP System Network Management Protocol is a popular management protocol defined by the Internet community for TCP IP networks It is a communication protocol for collecting information from device on the network Static Routing Static routers tell the Scorpio routing information that it cannot learn automatically through other means The need for Static Routing can arise in cases their RIP is disabled on the LAN or a remote network is beyond the one that is directly connected to a remote node VC base Each ATM VC carries PDU s of exactly one protocol type When multiple protocols multiplexing need to be transported there is a separate VC for each proto
30. dging provides LAN to LAN frame forwarding services between two or more LANs Bridging Frames from one LAN are forwarded across a bridge to a connected LAN Bridging works is similar to the way repeaters work except that bridges forward frame based on 67 Appendix F Glossary KEYWORD EXPLAINATION their MAC address Constant Bit Rate An ATM Forum Q o S class created for use in ATM network CBR is con used for communications on precision clocking to guarantee trustworthy delivery Challenge Handshake Authentication Protocol is an alternative protocol that avoids ar sending password over the wire by using a challenge response technical Class A Part of Internet Protocol hierarchical addressing scheme Class A networks have only 8 network bits for defining networks and 24 bits for defining hosts on each network Class B Part of Internet Protocol hierarchical addressing scheme Class B networks have only network 16 bits for defining networks and 16 bits for defining hosts on each network Class C Part of Internet Protocol hierarchical addressing scheme Class C networks have only network 24 bits for defining networks and 8 bits for defining hosts on each network Command Line Interface Allow you to configure TAINET s products with maximum SE flexibility Central Office A CO is a facility that serves local telephone subscribers In the CO CO subscriber s lines are joined to switching equipment that a
31. e gatekeepers into Internet Jack Type Different type of jacks RJ11 RJ45 or RJ 48 can be used for an ISDN line The RJ11 is the most common in the world and is most often used for analog phones modems and fax machines RJ48 and RJ45 are essentially the same as they both have the same 8 pin configuration An RJ11 jack can fit into an RJ45 RJ48 connector however an RJ45 RJ48 cannot fit into an RJ11 connector 69 Appendix F Glossary KEYWORD EXPLAINATION LAN Local Area Network is a shared communication system to which many computers are attached A LAN as its mane implies is limited to a local area This has to do more with the electrical characteristics of the medium than the fact that many early LANs LED Light Emitting Diode LED are visual indicators that relay information about the status of specific Scorpio 1401 02 functions to user by lighting up turning off or blinking LED slugs are usually found on the front panel of the physical device Examples include Status Power and System LEDS LLC Multiplexing LLC encapsulation allows multiplexing of multiple protocols over a single ATM virtual circuit By prefixing the PDU Payload Data Unit with an IEEE 802 2 Logical Link Control LLC header each protocol can be identified Loop reach Loop reach defines speed that can be attained at various distances This is very important for DSL technology as distance from the CO influe
32. een the local telephone company switching offices and most homes and offices There are actually seven types of DSL services ranging in speeds form 16kbits sec to 52 M bits sec The services are either symmetric traffic flows at the same speed in both directions or asymmetrical the downstream capacities higher than the upstream capacities DSL connections are point to point 68 KEYWORD Appendix F Glossary EXPLAINATION dedicated circuits which means that they are always connected There is no dial up There is also no switching which means that the line is a direct connection into the carrier s frame relay ATM or Internet connect system DSLAM A Digital Subscriber Line Access Multiple x e r is a network device Usually at a telephone company central office that receives signals from multiple customer Digital Subscriber Line connections and puts the signals on the a high speed backbone line using multiplexing techniques Depending on the product DSLAM Multiple x e r connects DSL lines with some combination of asynchronous transfer mode ATM frame relay or IP networks DTE Originally Data Terminal Equipment meant Dumb Terminal Equipment But today it is a computer bridge or router that interconnects local area network LAN in increasingly more intelligent ways Dynamic route Also known as adaptive routing this technique automatically adapts to traffic or physical network revisions Ethe
33. em Configuration TAINET Muxpro 00 Version 1 06 System Interface Modem Security CO CPE Mode IP Trap IP DateTime Default ENTER select TAB next left gt right ESC previous menu Before you can remote control monitoring the device Setting IP address is required for managing the system via the Management Ethernet port in the Front Panel This is a must for Telnet and TFTP management Configuration System CO CPE Mode System TAINET Muxpro 700 Version 1 06 CO CPE Model IP Trap IP DateTime Default Set CO CPE Mode Configure Muxpro 700 CO CPE Mode Mode CO 1 Press SPACE to select TAB ENTER next field lt left gt right ESC abort The CO device generates the source clock In opposite device should be set to CPE mode to follow the CO clock Chapter 5 Operation of CID Configuration System IP System TRINET Muxpro 700 Version 1 06 CO CPE Mode IP Trap IP DateTime Default IP Configuration IP Configuration IP Address 192 168 1 1 NetMask 255 255 255 0 1 Default Gateway 192 168 1 254 Press SPACE BS DEL TRB ENTER nes Ce VCeft right ESC abort Above step sets the local device s IP address The IP address has to be in the same sub network with your remote computer IP address Configuration System Trap IP System TRINET Muxpro 700 Version 1 06 CO CPE Mode IP Trap IP DateTime Default Trap IP Configuration TrapIP Configuration Trap IP Address 2
34. f the Last Mile with a variety of technologies rates interfaces and media The system supports standard technologies such as G SHDSL or optical connected with MUXpro 700 Each card in the S1000 is in a point to point configuration opposite to a remote unit with no connection to the adjacent cards This allows totally independent operation among the ports and cards on the S1000 Three types of technologies will be provided in S1000 2 wire G SHDSL modems 4 wire G SHDSL modenns and fiber optic MUX MUXpro 700 s data interfaces allow modem connectivity via a wide range of DTE interfaces These interfaces include T1 E1 DATA V 35 V 36 RS449 X 21 RS 530 or Ethernet le Chapter 1 Overview 1 2 Applications The System consists of a central unit at central office and a remote unit at customer premises The services are extended through the technologies of fiber Various interface extensions are supported E1 T1 DATA V 35 V 36 RS449 X 21 RS 530 and Ethernet MUXpro 700 can be acted as a hub through the four LAN ports on the front panel Figure 1 1 and Figure 1 2 show two typical applications Figure 1 3 depicts the possible interface configurations CID Telnet E1 T1 V35 E1 T1 V35 Ethernet Ethernet MUXpro 700 CPE MUXpro 700 CO Figure 1 1 Application of Back to back Telco Central Office Remote Customer Premises Scorpio 1000 Scorpio 1400 amp 1 11 v35 E Em G SHDSL
35. ield selectable Line Code AMI or B8ZS field selectable Impedance Nominal 100 ohms 5 resistive Jitter performance Meet ITU T G 824 requirements Physical Connection Type DB25 female or RJ 45 100 ohms in Connector Module CRC CRC 6 E1 Interface Comply with G 703 Standard Bit Rate 2 048 Kbit s 50 ppm Frame Format meet ITU T G 704 standard Line Code High Density Bipolar of Order 3 HDB3 Impedance Nominal 120 ohms 5 or 75 ohm Jitter performance Meet ITU T G 823 requirements CRC CRC 4 Physical Connection Type DB25 female or RJ 45 120 ohms in Connector Module V 35 Interface Software configurable for V 35 or RS530 or RS 449 V 36 or X 21 Data inversion Normal Data or Inverse Data mode selected Date rate n x 64K bps n 1 to 32 7 Chapter 2 Specific ation 2 3 4 Connector DB 25 with adaptive cable Clocking mode Internal DTE or Line Clock inversion Control lead o X21 0l a V 35 DTR RTS DSR DCD CTS TM o V 36 DTR RTS DSR DCD CTS Ethernet Interface Meet IEEE 802 3 Relative requirements Connector RJ 45 10 100M Auto Negotiation 2 4 2 4 1 User Interface Connectors Mm Optical port FC PC or SC W Ethernet port RJ 45 W E1 T1 port DB25 female W DATA port DB25 female 9 Chapter 2 Specification Chapter 2 Specific ation 2 5 Timing and Synchronization Table 2 1 shows three modes to be field selectable
36. ion 000 101 0112 MUXpro700AC 4 E1 B W4A Standalone fiber optic modem w 4 E1 balanced interface and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0113 MUXpro700AC 4 E1 B W4B Standalone fiber optic modem w 4 E1 balanced interface and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0114 MUXpro700AC 3 E1 DATA B W4A Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0115 MUXpro700AC 3 E1 DATA B W4B Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 40Km SC PC connector with built in 100 240VAC auto rang power single OE module 000 101 0116 MUXpro700DC 3 E1 DATA B W4A Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm
37. l effectively The manual contains information needed to install configure and operate TAINET s MUXpro 700 termination units The summary of this manual is as follows Chapter 1 Overview Describes SCORPIO 1000 and how to use MUXpro 700 in several applications Chapter 2 Specifications Describes the features specifications and applications of MUXpro 700 Chapter 3 Interfacing Introduces all the interfaces including front panel and rear panel Chapter 4 Installation Step by step guide to assist user install and verify MUXpro 700 Chapter 5 Operation Of CID Gives a description of the CID Craft Interface Device Appendix A Order Information Describes all the MUXpro 700 series products Appendix B Menu Tree Describes the LCD and VT 100 menu tree Appendix C Pin Assignment Describes all cables and connectors with pin definition Appendix D Trouble Shooting Provides brief trouble shooting list Appendix E Trouble Report Trouble Report Form Appendix F Glossary MUXpro 700 User s Manual Symbols Used in This Manual 3 types of symbols are used throughout this manual These symbols are used to advise the users when a special condition arises such as a safety or operational hazard or to present extra information to the users These symbols are explained below Warning This symbol and associated text are used when death or injury to the user may result if operating instructions are not followed properly Ca
38. llows them to connect to each other for both local and long distance calls Customer Premise Equipment is privately owned telecommunication equipment at an CPE organization s site that is attached to the telecommunication network CPE equipment includes routers modem PBX telephones and video communication equipment A cable that wires a pin to its opposite pin for example RX is wired to TX This cable Crossover SC Eihemet Cable la Ls do device for ZS two data terminal equipment DTE or data communication equipment DCE devices Data Communication Equipment is typically a modem or other type of communication DCE device The DCE sits between the DET data terminal equipment and a transmission circuit such as a phone line Dynamic Host Configuration Protocol automatically assigns IP address to clients when DHCP they log on DHCP centralizes IP address management on the central computers that run the DHCP server program DNS Domain Name System A database of domain names and their IP address e s DNS is the primary naming system for many distributed networks including the internet Domain Name The unique name that identifies an Internet site Domain Names always have 2 or more parts that are separated by dots Generally speaking the part on the left is the most specific and the part on the right is the most general Digital Subscriber Line technologies enhance the data capacity of the existing twisted pair wire that runs betw
39. nces attainable speeds MAC On a local area network LAN or other network the Media Access Control MAC address is your computer s unique hardware number On an Ethernet LAN it is the mane as your Ethernet address The MAC layer frames data for transmitted as a stream of bits Modem Modulator demodulator A device that converts digital signal to analog and vice versa so that digital information can be transmitted over analog communication facilities such as voice grade telephone lines Name Resolution The allocation of an IP address to a host name See DNS Network Address Translation is the translation of an Internet Protocol address used within one network to a different IP address known within another network NAPT extends the notion of translation one step further by also translating transport identifier e g TCP and UDP port numbers ICMP query identifiers This allows the transport identifiers of a number of private hosts to be multiplexed into the transport identifiers of a single external address NAPT allows a set of hosts to share a single external address Network Any time you connect 2 or more computers together so that they can share resources you have a computer network Connect 2 or more networks together and you have an internet Node Any single computer connected to a network Password Authentication Protocol PAP is a security protocol that requires users to enter pas
40. ner een 7 SC DN EIN FUIS RITTER 7 PARS NE A RR 7 2 3 9 M39 Interesa 7 2 3 4 Ethernet Interface 8 2 4 USER INTERFACES 9 DAA COmMent 9 2 5 TIMING AND SYNCHRONIZATION eren ne nhrss ne heres ee etreseerereseeeeeres serere esee 10 2 6 OAR M 11 2 6 1 Interface amp Self feet 11 eX AME EMSIBIESEE ETE a E E E 11 2030 Ala sn rem 11 2 7 OTHER TECHNICAL SPECIFICATIONS 000 eens eere eens sense 12 2 8 P dedu BIS RR COR Sis 13 2 8 1 Cellular NetWork onda ini SSA RA A au s ru ese ed epu pee dO e ees og sere bes ku 13 2 5 2 Campus Newer deed ERE resa dod esi ia espe eee peste eene 13 28 3 E e Ee TIRE 14 CHAPTER 3 INTERFACING Goin a 15 3 1 FRONT PANEL a dadas 15 3 1 1 Indicators Stats 15 3 1 2 Ethernet RJ 45 Pin Assignment usce recon estra eo KALK dS eaae KR Sn 16 3 2 REAR PANEL ege sannan roca 17 3 2 1 El and T1 RJ 48 Pin Definition for Interface 18 CHAPTER 4 INSTALLATION ieiss seiX RVe o VueE FEE FEuEVE s a GEN vare US 19 4 1 IN PA CKIN CERERI IT TIRE 19 CHAPTER 5 OPERATION OF CID eee e ee ee esee eene ss ss 21 5 COVER VIEW 21 MUXpro 700 User s Manual 5 2 CONFIGURATION nia te ea 23 KEREN 24 SNE Re tele e E TEE 27 5 2 3 Contiguration Modein 5 3 c pec irai ted im ded ie ide bs eod ees 32 5 2 4 Contipuration Securlty oue iri riter Eee parete E A ino PEDE Re P epo EE E
41. nistration and Maintenance and technical specifications The last part of this chapter is devoted to the applications of TAINET MUXpro 700 family in different networks which include cellular network campus network and E1 network 2 1 Main Features Listed below are the main features of the MUXpro 700 MUXpro 700 supports DTE interface T1 E1 DATA V 35 X 21 RS 530 V 36 RS449 Ethernet Support line data rate of 125Mbps Transmission distance is up to 40Km Support either 4 E1 T1 Ethernet or 3 E1 DATA Ethernet connection for application Support Timing and Synchronization Local internal timing Line timing loop received clock DTE timing For test and diagnostic purpose the MUXpro 700 system provides various loopback activated and deactivated function Management by UNMS or CID Remote control monitoring via Telnet and Ethernet Two optical line interfaces support 1 1 line backup redundancy function Remote software upgrade via TFTP 5 Chapter 2 Specific ation 2 2 Optical Interface Mm Single Mode W Connector FC PC or SC W Laser Wavelength 1310 1550nm for single mode operation Mm Fiber Size 9 125 um W Transmit Power 5 dBm min W Receive Power 34 dBm min For BER 109 m Dynamic Range 29 dB For BER 109 2 3 2 3 1 2 3 2 2 3 3 Chapter 2 Specific ation Network Side Interface T1 Interface Bit Rate 1 544 Kbit s 50 ppm Frame Format SF D4 ESF f
42. offers user friendly menu driven user interface The following figure depicts the structure of the interface The top tier command options include Configuration Monitor status Software Download and Diagnosis Trouble Shooting 21 Chapter 5 Operation of CID System Tier 2 INET Muxpro 0 Product Name Software Version TP Configuration IP Address Tier 4 or NetHask Description Default Gateway 192 168 1 1 259 299 299 0 1 192 168 1 254 Input Operation Hint Press 0 9 SPACE BS 0 TAB ENTER next field EN ESC abort left gt right W Product Name TAINET MUXpro 700 W Software Version Software version of MUXpro 700 W Tier 2 The second tier of the current screen m Tier3 The next tier of the current screen W Tier 4 or Description The fourth tier of the current screen and or its description W Input The parameters set by user W Operation Hint Hints for user during operation 5 2 Chapter 5 Operation of CID Configuration After password checked CID will bring up main menu as following interface There are four items under configuration such as System Interface Modem and Security MAIN TAINET Muxpro 00 Version 1 06 Configuration Monitor Software Download Diagnosis System Interface Modem Security ENTER select TAB next lt left gt right ESC previous menu Chapter 5 Operation of CID 5 2 1 Configuration Syst
43. r End FIBER DRTR E1T1 Configure Modem Type of Far End FIBER DRTR E11 Modem Data Rate E1 32 T1 24 Data 1 32 64kbps 32 1 Press SPRCE to select TAB ENTER next field lt left right ESC abort Required Modem Type To select the DTE interface type for near end and far end The possible values are listed below n FIBER E1 4P o FIBER T1 4P o FIBER DATA E1 Modem Data Rate To select the data rate for near end or far end The data rate of E1 interface unframed mode only must be 32 and it of T1 32 Chapter 5 Operation of CID interface unframed mode only must be 24 For Data interface the value can be 1 to 32 Configuration Modem Test Test TAINET Muxpro 00 Loopback Loopback test Version 1 06 Por tNO PORT1 Loopback Test Local Loopback Press SPACE to select TAB ENTER next field lt left gt right ESC abort For test and diagnostic purpose MUXpro 700 provides various Loopback paths at selected port which are depicted in Figure 5 1 and Figure 5 2 It includes Local Loopback Remote Loopback Local Payload Loopback and Remote Payload Loopback at Near End Chapter 5 Operation of CID STU C b a b DS1 or El _ STU C _ gt DS1 or E1 2 al STU C b a b V 35 al STU C b a b Ethernet 2 Weg OPTICAL OPTICAL OPTICAL OPTICAL
44. r End Parameters Configure T1 Parameters Por tNO PORT1 Frame Hode Unframed Line Coding B82 Idle Pattern Oxf Ff Cable Length ft 5337655 Press SPACE to select TRB ENTER next field lt left gt right ESC abort Chapter 5 Operation of CID There are four ports on the MUXpro 700 no data interface selected User has to specify the associated port from porti to port4 WB Frame Mode Unframed mode only W LineCoding AMI or B8ZS W die Pattern Sending pattern on the unused time slots The possible values are Ox7f and Oxff m Cable Length Possible values are 0 133 133 266 266 399 399 533 and 533 655 T1 circuit provides the function of cable length from O to 200 meters compensation Configuration Interface E1 El TAINET Huxpro 700 Version 1 06 IParameters 000000000000000000 Near End Far End ENTER select TAB next lt left gt right ESC previous menu Configuration Interface E1 Parameter Near End Parameters TAINET Muxpro 700 Version 1 06 Near Endl Far End Near End of El Configure El Parameters Por tNO PORT1 Frame Hode Unframed Impedance Balance Idle Pattern 0xff Press SPACE to select TAB ENTER next field lt left gt right ESC abort Chapter 5 Operation of CID m Frame Mode Unframed only B impedance Hardware automatically selected Nominal 120 ohms resistive symmetrical Balance pair or 75 ohm asymmetrical Unbalance pair W
45. r86 2 uui ici ian cerae pa V 35 Cable Pin Definition RS 530 Connector Pin Deitnpton V 36 RS 449 Cable Pin Detinition eeen X 21 Cable Pin Definition DB 9 Connector Pin Definition LAN Ru 45 Connector Pin Definition eeeeeeee Viii Chapter 1 Overview Chapter 1 Overview This chapter begins with a general description of TAINET s MUXpro 700 and how to use the MUXpro 700 in several applications and show the possible interface configurations of MUXpro 700 System The MUXpro 700 can connect to Scorpio 1000 81000 S1000 is a high density universal rack mounted system which had various interface modules can be used as a concentrator in central office 1 1 Product Overview The MUXpro 700 fiber modem provides the signal converting multiplex de multiplex functions The DTE interface of MUXpro 700 can be configured as 4 Ethernet 4 E1 T1 or 4 Ethernet 3 E1 1 DATA The Ethernet interfaces of MUXpro 700 can be used as a hub liked device it can not act as a LAN switch The line interface of MUXpro 700 supports 2 Optical Fiber interfaces One for normal use and the other for back up redundancy purpose The fiber transmission rate of MUXpro 700 will be 125Mbps it can convey the traffics of E1 T1 DATA and 10 100baseTx traffic simultaneously over the single pair of fiber to meet the newly IP base application There is rack type device SCORPIO 1000 S1000 it provides full coverage o
46. rang power single OE module 000 101 0089 MUXpro700AC 4 E1 U W2A Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0090 MUXpro700AC 4 E1 U W2B Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0091 MUXpro700DC 3 E1 DATA U W2A Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 36 72VDC power single OE module 000 101 0092 MUXpro700DC 3 E1 DATA U W2B Standalone fiber optic modem w 3 E1 unbalanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 36 72VDC power single OE module 000 101 0093 MUXpro700DC 4 E1 U W2A Standalone fiber optic modem w 4 E1 unbalanced interface and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source rea
47. reach up to 20Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0075 MUXpro700AC 3 E1 DATA B W2B Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 100 240VAC auto rang power single OE module 000 101 0076 MUXpro700AC 4 E1 B W2A Standalone fiber optic modem w 4 E1 balanced interface and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0077 MUXpro700AC 4 E1 B W2B Standalone fiber optic modem w 4 E1 balanced interface and 4 ports 10 100M Ethernet interface Tx 1310nm Rx 1550nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 100 240VAC auto range power single OE module 000 101 0078 MUXpro700DC 3 E1 DATA B W2A Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35 V 36 RS 530 X 21 and 4 ports 10 100M Ethernet interface Tx 1550nm Rx 1310nm Single Mode Laser optical source reach up to 20Km SC PC connector with built in 36 72VDC power single OE module 000 101 0079 MUXpro700DC 3 E1 DATA B W2B Standalone fiber optic modem w 3 E1 balanced interface one DATA V 35
48. rk portion of the address and host portion ADSL Asymmetric Digital Subscriber Line An evolving high speed transmission technology originally developed by Bell core and mow standardized by ANSI as 11 413 A Uses existing UTP copper wires from Telephone Company s central office to subscriber s premises B gt Involves electronic equipment in the form of ADSL modems at central office and subscriber s premises C Sends digital signal up and down these copper wires and sends more information one way than the other hence the term asymmetric Address Resolution Protocol is a method to find a host s physical address from its IP address An ARP request is sent to the network naming the IP address then machine with that IP address returns its physical address so it can receive the transmission ATM Asynchronous Transfer Mode International standard for cell relay in which multiple service types such as voice video or data are conveyed in fixed length 53 byte cells Fixed length cells allow cell processing to occur in hardware thereby reducing transit delays ATM is designed to take advantage of high speed transmission media such as E3 SONET and T3 Authentication Proof that the information came from the user or location that repeatedly sent it One example of authenticating software is through digital signature Bandwidth This is the capacity on a link usually measured in bits per second bps Bri
49. rnet A very common method of networking computers in a LAN There are a number of adaptations to the IEEE 802 3 Ethernet standard including adaptations with data rates of 10 Mbps and 100 Mbps over coaxial cable twisted pair cable and fiber optical cable FTP File transfer protocol The TCP IP protocol used for transmitting files between network nodes it supports a broad range of file types and is defined in RFC 959 Gateway A gateway is a computer system or other device that acts as translator between two systems that do not use the same communication protocols data formatting structures languages and or architecture HTTP Hyper Text Transfer Protocol The most common protocol used on the Internet HTTP is the primary protocol used for web sites and web browsers It is also prone to certain kinds of attack IGMP Internet Group Management Protocol Employed by IP hosts the protocol that reports their multicast group membership to an adjacent multicast router IP Internet Protocol The IP currently IP version 4 is the underlying protocol for routing packets on the Internet and other TCP IP based networks IP Pool Internet Protocol Pool refers to the collective group of IP address locates in any particular place ISP Internet Service Provide connections into the Internet for home users and businesses There are local regional national and global ISPs You can think of local ISPs as th
50. rt Empty Location Far End OE Hardware Auto Option Selection OE Loop OE1 DATA Port Port1 Location T1 parameter Near End Frame Unframed Port Mode 1 2 3 4 Line B8ZS Coding Idle Oxff Patten Cable 533 655 Length Far Frame Unframed End Port Model 1 2 3 4 Line B8ZS Coding Appendix B Menu Tree Default Tier 1 Tier 3 Tier 4 Tier 5 Tier 6 Tier 7 Tier 2 Value Idle Oxff Patten Cable 533 655 Length El parameter Near End Frame Unframed Port Mode 1 2 3 4 Impedanc Balance e Idle Oxff Ox7f Oxff Pattern gt Far Frame Unframed End port Model 1 2 3 4 Impedanc Balance e Idle Oxff Ox7f Oxff Pattern gt DATA Parameter Near DTE Type V35 S End port 4 Tx data Normal inversion Rx sample Falling edge Rx data Normal inversion E1 Header Disable CRC exc pin Enable detect Timing Internal Source Far DTE Type V35 End Port 4 Tx data Normal inversion Rx sample Falling edge Rx data Normal inversion E1 Header Disable CRC exc pin Enable detect Timing Internal Source Configuration M Parameter Configure FIBER E1 4P odem S Modem Type of Near End Appendix B Menu Tree l Default Tier 1 Tier 3 Tier 4 Tier 5 Tier 6 Tier 7 Tier 2 Value Configure FIBER E1 4P
51. ssible Interface Configuration of S1000 MUXpro 700 System sss 3 Point to point Interconnection is instead of ET 13 Network Application of MUXpro 700 with G 703 UE 14 Network Application of MUXpro 200 14 Front Paneltof MUXpro 700 5 a dead 15 Rear Panel of MUXpro 200 17 DB 25 for E1 T1 and various DTE Interface 17 STU C Side Activated Loopback ooocccccccinnniconcconoccccnoninononn nano co nn arnar 34 STU R Side Activated Loopback ooocccincccinoniconcconoccccconino nan no no corn nana rana nr 34 The Conversion Cable of DB 25 M to V 35 F 2 eeen 53 DB 25M Interface src a 54 NECS art e 54 HS 530 Interface uut ic ita Genie de ee ed deca 56 DB 37E Interface aiu d aeta dia 58 Lene oo O 59 DB 9 Me 60 xus edito 61 vii MUXpro 700 User s Manual Table 2 1 Table 2 2 Table 3 1 Table 3 2 Table 3 3 Table 3 4 Table 5 1 Table 5 2 Table A 1 Table B 1 Table C 1 Table C 2 Table C 3 Table C 4 Table C 5 Table C 6 TABLES Timing and Synchronization oococcccnnicinnccnnncccnonccn arar no cc rnnccnn narran Other Specifications of the MUXpro 200 Indicators on Front Panel Ethernet RJ 45 Pin Assignment essen 4E1 4T1 interface pin asslgnment RJ 48 E1 T1 pin definition ssseeeeeeenn FIBER Alarms Description T1 E1 Alarms Descrpton ccc a Order glo tele le EE VITOO Menu T
52. sword before accessing a security system The user s name and password are sent over the wire to a server there they are compared with a database of user account names and password This technical is vulnerable to wiretapping eavesdropping because the password can be captured and used by someone to log onto the system Port An Internet port refers to a number that is part of a URL appearing after a colon right 70 Appendix F Glossary KEYWORD EXPLAINATION after the domain name Every service on an Internet server listens on a particular port number on that server Most services have standard port numbers e g Web servers normally listen on port 80 Port H W An interface on a computer for connecting peripherals or device to the computer A printer port for example is an interface that is designed to have a printer connected to it Ports can be defined by specific hardware POTS Plain Old Telephone Service is the analog telephone service that runs over copper twisted pair wires and is based on the original Bell telephone system Twisted pair wires connect homes and businesses to a neighborhood central office This is called the local loop The central loop The central office is connected to other central offices and long distance facilities PPP Point to point PPP encapsulates and transmits IP Internet protocol data gram over serial point to point links PPP works with other proto
53. ten be ha 5 na BAR I 35 53 MONITOR TN ERIT UNTERE RIS 36 SZI Le Vu e EN Ee DEE 36 53 2 AAA E A 40 5 4 SOFTWARE DOWNLOAD JAN 41 5 5 IEXCN SII EE 42 APPENDIX A ORDERING INFORMATION ee ee eroe eren nene tete tete seen 43 APPENDIX B MENU TREE ci 49 APPENDIX C PINS ASSIGNMENT e eee eee eren n ener te tete teet eese se esee eee te eese e 53 C 1 V 35 INTERFACE cm PC 54 C 2 RS 330 NS GA SR ee EEN 56 C 3 V 36 RS 449 INTERFACE 0c0sccceseeesesesesesesessssssseseseseseseseseseseseseeeseeeseeeseseseseseseseseseseseeeeees 58 4 X21 INTERFACE iiti rettet eto ta 59 C 5 DB 9 INTERFACE dada 60 C 6 RJ 45 INTERFACE HER dee i NE GUN UU aai 61 APPENDIX D TROUBLE SHOOTING 00 00 0000 e eerte eee eene eene sn sette ete e eee 63 APPENDIX E TROUBLE REPORT cnccsccccccsscccccscsscscsscocoscocsscesssosssesssscceevesscsseseoss 65 APPENDIX F GLOSSARY sein di 67 Vi MUXpro 700 User s Manual Figure 1 1 Figure 1 2 Figure 1 3 Figure 2 1 Figure 2 2 Figure 2 3 Figure 3 1 Figure 3 2 Figure 3 3 Figure 5 1 Figure 5 2 Figure C 1 Figure C 2 Figure C 3 Figure C 4 Figure C 5 Figure C 6 Figure C 7 Figure C 8 FIGURES Application of Back to back ssssssssssessseeseeeenneen nennen nnn nennen nnn sinn innen 2 Application of 1000 MUXpro 700 System sssssssssssseseseeeeen enne 2 Po
54. ting Table 1 Console Telnet Web User Name and Password When accessing the device through Telnet or the Web the user will be prompted to enter the password User can try the default user name tainet and password tainet to login 2 Access denied There are several conditions that will block user to access the device via Console Telnet or the Web Message Solution The password entered is incorrect Check Login Incorrect l the user name and password again Appendix E Trouble Report Appendix E Trouble Report Software Version Please describe 1 Testing Network Structure 2 Configuration 3 Testing Network Equipment 4 Trouble Description TAINET COMMUNICATION SYSTEM CORP FAX 886 2 2658 3232 E MAIL sales tainet net Appendix F Glossary Appendix F Glossary KEYWORD EXPLAINATION Part of the original IEEE 802 3 standard 10 Base T is the Ethernet specification of 10Mbps base band that uses two pair of twisted pair Category 3 4 or 5 cabling using EES one pair to send data and the other to receive 10 Base T has a distant limit of about 100 meters per segment Based on the IEEE 802 3u standard 100BaseT is the Fast Ethernet specification of 100 Base T 100Mbps base band that uses UTP wiring 100BaseT sends link pulse over the network when no traffic is present Address Mask The address mask for an IP address is used to identify the boundary between the netwo
55. ution This symbol and associated text are used when damages to the equipment or impact to the operation may result if operating instructions are not followed properly Note This symbol and associated text are used to provide the users with extra information that may be helpful when following the main instructions in this manual MUXpro 700 User s Manual Warranty and Service If there are any questions contact your local sales representative service representative or distributor directly for any help needed You might use one of the following methods Contact Via the Internet visit our World Wide Web site at http www tainet net Via the Sales Representatives HQ No 25 Alley 15 Lane 120 Sec 1 N e is H u Rd Taipei Taiwan R O C TEL 886 2 2658 3000 E mail sales tainet net FAX 886 2 2658 3232 URL http Awww tainet net Beijing Branch 3F A Building 113 Zhi Chun Lu HaiDian District Beijing China Zip Code 100086 TEL 86 10 62522081 87 E mail marketing tainet com cn FAX 86 10 62522077 URL http www tainet com cn MUXpro 700 User s Manual CONTENTS CHAPTER T OVERVIEW EE 1 1 1 PRODUCT OVERVIEW ls 1 1 2 APPLICATIONS etd esce eee et EIN Re NU et ee ec 2 CHAPTER 2 SPECIFICATION e eeee eee ee ss ss ss eso ss ss ss 5 2 1 MAM PEAT BIO 5 2 2 OPTICAL INTERPACE stesse sese sie eese esse sess aeree sess sese eaae ea eee 6 2 3 NETWORK SIDE INTERPACE ster sten e
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