Raisecom iTN8600-I Product Description Download

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Raisecom
iTN8600-I (A) Product Description

5 Appendix

Raisecom Proprietary and Confidential

Mode
l

wavelen

gth (nm)

wavelength

(nm)

Tx optical

power

(dBm)

Overl

oad

(dBm)

Extinctio

n ratio

(dB)

sensitivity

(dBm)

Trans

missio

distan

(km)

UQP-
100G/
ER4L



1295.56



1300.05



1304.58



1309.14



1294.53–
1296.59



1299.02–
1301.09



1303.54–
1305.63



1308.09–
1310.19



Single
channel: -
2.9 to 4.5



Total: <
10.5

> -3.0

> 7



BER=1E-
12: < -
14.5



BER=5E-
5: < -18.5

5.1.6 UC2

103.1 Gbit/s and 111.8 Gbit/s (LC/PC, dual-fiber bidirectional, compatible with
100GE and OTU4)

Table 5-12

Parameters of the UC2 module (103.1 Gbit/s and 111.8 Gbit/s, LC/PC, dual-fiber

bidirectional, compatible with 100GE and OTU4)

Model

wavelen

gth (nm)

wavelength

(nm)

Tx optical

power per

channel

(dBm)

Overloa

(dBm)

Extinc

tion

ratio

(dB)

sensitivity

per

channel

(dBm)

Trans

missio

distan

(km)

UC2-
100G/
LR4



1295.56



1300.05



1304.58



1309.14



1294.53–
1296.59



1299.02–
1301.09



1303.54–
1305.63



1308.09–
1310.19



100GE: -4.3
to 4.5



OTU4: -0.6 to
4.0

> 5.5

> 4



100GE: <
-8.6



OTU4: < -
8.4

UC2-
100G/
ER4



1295.56



1300.05



1304.58



1309.14



1294.53–
1296.59



1299.02–
1301.09



1303.54–
1305.63



1308.09–
1310.19



100GE: -2.9
to 2.9



OTU4: -2.7 to
2.9

> 5.5

> 7



100GE: <
-21.4



OTU4: < -
23.2

Summary of Contents for iTN8600-I

Page 1: ...iTN8600 I A Product Description Rel_01 www raisecom com ...

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

Page 3: ... to this document Product name Hardware version Software version iTN8600 I A 00 or later 7 9 or later Conventions Symbol conventions The symbols that may be found in this document are defined as below Symbol Description Indicate a hazard with a medium or low level of risk which if not avoided could result in minor or moderate injury Indicate a potentially hazardous situation that if not avoided co...

Page 4: ...arning Caution Notes and Tip are in Arial Boldface Buttons and navigation path are in Boldface Italic Book titles are in italics Lucida Console Terminal display is in Lucida Console Book Antiqua Heading 1 Heading 2 Heading 3 and Block are in Book Antiqua Change history Updates between document versions are cumulative Therefore the latest document version contains all updates made to previous versi...

Page 5: ... 12 2 2 Software structure 13 3 Cards and parts 14 3 1 iTN8600 I XT4D 14 3 1 1 Version 14 3 1 2 Appearance 14 3 1 3 Functions 15 3 1 4 Interfaces 17 3 1 5 LEDs 18 3 2 DC power supply RPD1304 48S12 18 3 2 1 Version 18 3 2 2 Appearance 18 3 2 3 Functions 19 3 2 4 Interface 19 3 2 5 LED 19 3 2 6 Technical specifications 20 3 2 7 Cable 20 3 3 AC power supply RPA1171 220S12 20 3 3 1 Version 20 3 3 2 Ap...

Page 6: ...ations 25 4 4 EMC specifications 26 4 5 Security standards 26 4 6 Environmental requirements 26 4 6 1 Storage environment 26 4 6 2 Transport environment 28 4 6 3 Operating environment 29 5 Appendix 32 5 1 Lookup table of optical module parameters 32 5 1 1 USFP 33 5 1 2 DSFP 34 5 1 3 RSP 37 5 1 4 UQSP 39 5 1 5 UQP 40 5 1 6 UC2 41 5 2 Cables 42 5 2 1 Fiber 42 5 2 2 Ethernet cable 45 5 2 3 Configurat...

Page 7: ...ructure 13 Figure 3 1 Appearance of the iTN8600 I XT4D 15 Figure 3 2 Panel of the DC power supply 19 Figure 3 3 Panel of the AC power supply 21 Figure 3 4 Panel of the fan 23 Figure 5 1 LC PC fiber connector 42 Figure 5 2 MPO fiber connector 43 Figure 5 3 MPO LC branch optical fiber jumper 44 Figure 5 4 Ethernet cable 45 Figure 5 5 Wiring of the straight through cable 46 Figure 5 6 Wiring of the 1...

Page 8: ...EDs on the iTN8600 I 18 Table 3 5 Version of the DC power supply 18 Table 3 6 Functions of the DC power supply 19 Table 3 7 Interface on the DC power supply 19 Table 3 8 LED on the DC power supply 19 Table 3 9 Technical specifications of the RPD2153 48D483V3 20 Table 3 10 DC power cable 20 Table 3 11 Version of the AC power supply 20 Table 3 12 Functions 21 Table 3 13 Interface on the AC power sup...

Page 9: ...rs of RSP module 10 Gbit s LC PC dual fiber bidirectional 20 km 38 Table 5 6 Parameters of RSP module 10 Gbit s LC PC dual fiber bidirectional 20 km 38 Table 5 7 Parameters of RSP module 10 Gbit s LC PC dual fiber bidirectional 40 km 38 Table 5 8 Parameters of the UQSP module 41 2Gbit s LC PC dual fiber bidirectional 39 Table 5 9 Parameters of the UQSP module 41 2 Gbit s MPO 39 Table 5 10 Paramete...

Page 10: ...Raisecom iTN8600 I A Product Description Tables Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd viii ...

Page 11: ...ey customer service bearing The iTN8600 I adopts a standard 19 inch wide and 1U high chassis It can be installed in the standard cabinet with depth of 600 mm and width of 19 inch or on a workbench The compact design not only makes the device highly integrated but also reduces the overall space The iTN8600 I adopts front outgoing design All interfaces and power supplies are located on the front pan...

Page 12: ...ssing services of 10 Gbit s to 100 Gbit s It can network with OTN aggregation devices to implement service access integration and multiplexing at the network edge and transmit multi point services uniformly with large granularities thus effectively saving fiber resources on the network Basic applications The iTN8600 I supports accessing multiple types of services and flexibly scheduling and forwar...

Page 13: ...mit services Each can transmit services upstream and downstream and transparently transmit services No protection is adopted at the line side The iTN8600 I or iTN8600 A and iTN remote devices support uniform network management so they support services accessed through end to end management The iTN8600 I supports Data Communication Network DCN network management in both the in band mode and out of ...

Page 14: ...10GE STM 64 40GE 100GE 8G 10G 16G FC customer device NView NNM DCN iTN8600 I OTU4 iTN8600 A OTU1 OTU2 FE GE 10GE STM N 10GE STM 64 40GE 100GE 8G 10G 16G FC customer device Access OTN remote device OTU2 Dual fibers Typical point to point WDM application As shown in Figure 1 5 based on point to point application the iTN8600 I is connected downstream to the WDM network so it supports higher bandwidth...

Page 15: ...customer device NView NNM DCN iTN8600 I OTU4 iTN8600 A OTU1 OTU2 FE GE 10GE STM N 10GE STM 64 40GE 100GE 8G 10G 16G FC customer device Access OTN remote device OTU2 WDM Dual fibers Typical ring network application As shown in Figure 1 6 line side interfaces on the iTN8600 I support forming a ring network The client side interface supports transmitting multiple types of services upstream and downst...

Page 16: ...er and ADM applications The line side supports the CFP2 optical module to transmit 2 ways of 100 Gbit s OTU4 services at the line side The client side supports the QSFP28 QSFP SFP optical module to transmit 100 40 10 Gbit s 100GE OTU4 40GE 10GE OTU2 OTU2e STM 64 services and 8 10 16G FC services All client side interfaces share up to 200 Gbit s bandwidth Client side interfaces support up to 2 ways...

Page 17: ...le 1 2 lists different modes and corresponding customer services available interfaces on panels matching optical modules and client side ODUk cross connection When the QSFP PSM4 and MPO LC branch optical fiber jumper are used on interface 17 on the front panel it supports being fanned out into four 10 Gbit s Any service SFP interfaces numbering 19 to 22 The iTN8600 I XT4D does not support hybrid u...

Page 18: ...he QSFP PSM4 is a 4 10GE optical module using the fiber with the Multiple Fiber Push On MPO interface QSFP PSM4 fanout when the QSFP PSM4 optical module uses the MPO LC branch optical fiber jumper one MPO interface fiber can be fanned out into 4 dual fiber LC interface fibers to be connected to 4 SFP optical modules 1 3 2 Purchased parts Parts The power supplies fans rack mount kits brackets can b...

Page 19: ...e DC power model only the 3 pin connector rather than the DC power cable is delivered so you need to make the DC power cable according to the regional standard and Table 5 19 by connecting the 3 pin connector with the DC power cable as shown in Figure 5 10 Table 1 4 Ordering information about purchased cables Model Description CBL USB USB AM USB AM 1 5m RoHS Configuration cable used on the Console...

Page 20: ...fiber 40 km DSFP 192 S 21 to DSFP 192 S 60 Commercial dual fiber 80 km DSFP 192 L 21 to DSFP 192 L 60 RSP CWDM wavelength optical module Commercial dual fiber 10 km RSP 10C10 27 to RSP 10C10 37 Commercial dual fiber 20 km RSP 10C20 27 to RSP 10C20 37 Industrial dual fiber 20 km RSP 10C20 27 I to RSP 10C20 37 I Commercial dual fiber 40 km RSP 10C40 47 to RSP 10C40 61 UQSP PSM4 optical module Commer...

Page 21: ... Confidential Copyright Raisecom Technology Co Ltd 11 Class Optical module Services line side OTU4 services Quantity up to 2 ways Panel interfaces L1 L2 Commercial dual fiber 10 km UC2 100G LR4 Commercial dual fiber 40 km UC2 100G ER4 Commercial dual fiber 2400 km UC2 100G DCO ...

Page 22: ...gure 2 1 shows the hardware structure of the iTN8600 I XT4D All modules are located on the front panel and rear panel The two sides of the chassis are closed surface Two ground terminals are located on the right part of the left side and right part of the rear panel Figure 2 1 Hardware structure Front panel Rear panel Line side interface and LOS alarm LED Ground terminal and symbol Model Client si...

Page 23: ...iple services and functions and the NView NNM system Figure 2 2 shows the software structure of the iTN8600 I Figure 2 2 Software structure Hardware drive OS File management Device management Alarm log Telnet Fault management System management FEC Optical module Services and functions SNMP Network management module Agent Cross connection MIB OTN Protection switching NView NNM system Manager Mappin...

Page 24: ...ding the following sections iTN8600 I XT4D DC power supply RPD1304 48S12 AC power supply RPA1171 220S12 Fan FANS383 Default configurations 3 1 iTN8600 I XT4D 3 1 1 Version Table 3 1 shows the version of the iTN8600 I XT4D Table 3 1 Version of the iTN8600 I XT4D Model Version Software version iTN8600 I XT4D A 00 or later 7 9 0 or later 3 1 2 Appearance Figure 3 1 shows the appearance of the iTN8600...

Page 25: ... 10 Gbit s 100GE OTU4 40GE 10GE OTU2 OTU2e STM 64 services and 8 10 16G FC services All client side interfaces share up to 200 Gbit s bandwidth Mapping accessed OTN services Mapping 100GE services into ODUflex or OPU4 through GFP F Mapping 100GE services into OPU4 through GMP Mapping 40GE services into ODUflex or OPU3 through GFP F Mapping 40GE services into OPU3 through GMP Mapping 10GE services ...

Page 26: ... is used for out of band network management while the other is used for cascading network management systems Performance monitoring and alarm monitoring Support processing OTN alarms such as SM PM OPU TCMi and FEC by reporting suppressing inversing and shielding alarms Support statistics on OTN performance such as SM PM OPU TCMi FEC GCC and GFP in terms of current performance and history performan...

Page 27: ...ts interfaces on the iTN8600 I Table 3 3 Interfaces on the iTN8600 I Print Type Description CONSOLE USB Debugging serial interface connected to the management PC with the baud rate of 9600 After logging in to the device through the Console interface you can debug the device SNMP EXT RJ45 2 network management interfaces all supporting out of band DCN SNMP or Telnet network management One interface ...

Page 28: ...rated on the device LNK ACT Green SNMP EXT interface working LED Green the interface is properly connected Off the interface is not connected or improperly connected Blinking green the interface is sending receiving data C1 C16 C19 C22 Red Client side interface alarm LED Red LOS alarms are generated Off no LOS alarm is generated LOS Red Line side interface alarm LED Red LOS alarms are generated Of...

Page 29: ...DC Support the maximum load of 175 W Protection functions Support dual power supply 1 1 protection Support dual power load balancing Support how swapping 3 2 4 Interface Table 3 7 Interface on the DC power supply Print Type Description 3 pin Phoenix connector Used with the 5 08 3Pin header RoHS connector 48V connected to the negative terminal RTN connected to the positive terminal 3 2 5 LED Table ...

Page 30: ...ent A 40 Power input 48 V 4 A 3 2 7 Cable Table 3 10 DC power cable Model Description POL DC unstripped stripped 1 0mm2 4m RoHS DC power cable used for the DC power supply used with the 5 08 3Pin header RoHS connector 3 3 AC power supply RPA1171 220S12 3 3 1 Version Table 3 11 Version of theAC power supply Model Version RPA1171 220S12 A 00 or later 3 3 2 Appearance Figure 3 3 shows the panel of th...

Page 31: ...tage input range of 100 240 VAC Support the maximum load of 175 W Protection functions Support dual power supply 1 1 protection Support dual power load balancing Support how swapping 3 3 4 Interface Table 3 13 Interface on the AC power supply Print Type Description C13 connector interface Equipped with a power cable clip 3 3 5 LED Table 3 14 LED on theAC power supply Print Color Description Green ...

Page 32: ...V 100 240 Frequency Hz 50 60 Input surge current A 50 Power input 100 240 V 1 9 A 50 60 Hz 3 3 7 Cable Table 3 16 AC power cable Model Description POL AC European 3 pin receptacle AC power cable 0 75mm2 1 5m RoHS POL AC American 3 pin receptacle AC power cable 18AWG 1 5m RoHS AC power cable used for the AC power supply 3 4 Fan FANS383 3 4 1 Version Table 3 17 Version of the fan Model Version FANS3...

Page 33: ...ort in position monitoring Support fan fault alarms including the alarm of decrease of the rotational speed due to fan stopping rotating and fan aging 3 5 Default configurations Table 3 19 lists default configurations of the iTN8600 I XT4D Table 3 19 Default configurations of the iTN8600 I XT4D Type Default configuration In band NMS channel GCC0 is enabled on L1 and L2 GCC0 of L1 and L2 is added t...

Page 34: ...pecifications EMC specifications Security standards Environmental requirements 4 1 Overall specifications Table 4 1 lists overall specifications of the iTN8600 I Table 4 1 Overall specifications Parameter Description Dimensions 440 360 45 Width Depth Height mm Weight kg 7 2 Overall power consumption W 150 DC input voltage V Rated voltage 48 Voltage range 40 to 57 AC input voltage V Rated voltage 1...

Page 35: ... C Application environment Telecom equipment room Small telecom center or corridor When the altitude increases by 220 m between 1800 m and 5000 m the highest operating temperature of the device decreases by 1 C 4 2 Laser safety class According to the laser Tx optical power the laser safety class used by the iTN8600 I is Class 1 When the safety class of laser used by the iTN8600 I is Class 1 the ma...

Page 36: ...ental requirements should comply with the following standards NEBS GR 63 CORE Network Equipment Building System NEBS Requirements Physical Protection European Telecommunication Standards Institute ETSI EN 300 019 4 6 1 Storage environment Climatic environment Table 4 3 lists requirements for climatic environment for storage Table 4 3 Requirements for climatic environment for storage Parameter Desc...

Page 37: ...ect sunlight on the packing box Biotic environment Keep the iTN8600 I away from Microorganism such as fungus and mould Rodent animals such as rats Air cleanliness There should not be any explosive electro conductive magneto conductive or corrosive substance Table 4 4 lists concentration requirements for the mechanical active substance in storage Table 4 4 Concentration requirements for the mechani...

Page 38: ... pressure kPa 86 106 Temperature C altitude 0 1800 m 25 to 60 Temperature change rate C min 1 Relative humidity 10 90 RH Solar radiation W m 1120 Heat radiation W m 600 Wind speed m s 20 Waterproof requirements In transport you need to ensure the following matters The packing case is intact Take measurements to prevent water from entering the packing case There is no impounded water on the vehicle...

Page 39: ...requirements for the chemical active substance in transport Table 4 8 Concentration requirements for the chemical active substance in transport Chemical active substance Concentration SO2 mg m 0 30 H2S mg m 0 10 NO2 mg m 0 50 NH3 mg m 1 00 Cl2 mg m 0 10 HCl mg m 0 10 HF mg m 0 01 O3 mg m 0 05 4 6 3 Operating environment Climatic environment The temperature and humidity are measured 1 5 m above the...

Page 40: ...e electro conductive magneto conductive or corrosive substance Table 4 10 lists concentration requirements for the mechanical active substance in operation Table 4 10 Concentration requirements for the mechanical active substance in operation Mechanical active substance Concentration Dust grain grain m 3 105 Suspending dust mg m 0 2 Droppable dust mg m h 15 Grit mg m 100 Table 4 11 lists concentra...

Page 41: ...Raisecom iTN8600 I A Product Description 4 Technical specifications Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 31 Chemical active substance Concentration O3 mg m 0 05 ...

Page 42: ... the overload point of the optical module you can connect the fiber When the current optical power is greater than the overload point bit error or device damage may occur When the current optical power is lower than the sensitivity services will be blocked For the technical specifications of the optical module refer to manuals of optical modules or this section When using an optical module do not ...

Page 43: ... 0 3 USFP 192 S1 1310 1260 1600 8 2 to 1 1 4 5 14 4 SM 10 USFP 192 S2 1550 1260 1600 3 to 4 1 6 16 SM 40 USFP 192 S3 1550 1260 1600 1 to 4 7 9 22 SM 80 Commercial single fiber USFP 192 SS12 1270 1320 1350 4 5 to 1 1 4 14 SM 20 USFP 192 SS13 1330 1260 1280 4 5 to 1 1 4 14 SM 20 USFP 192 SS22 1270 1320 1350 1 5 to 5 7 6 19 SM 40 USFP 192 SS23 1330 1260 1280 1 5 to 5 7 6 19 SM 40 USFP 192 SS34 1490 1...

Page 44: ...rloa d dBm Extincti on ratio dB Rx sensitivity dBm DSFP 192 S 21 1560 61 1260 1600 C21 1 0 to 4 0 1 6 15 DSFP 192 S 22 1559 79 1260 1600 C22 1 0 to 4 0 1 6 15 DSFP 192 S 23 1558 98 1260 1600 C23 1 0 to 4 0 1 6 15 DSFP 192 S 24 1558 17 1260 1600 C24 1 0 to 4 0 1 6 15 DSFP 192 S 25 1557 36 1260 1600 C25 1 0 to 4 0 1 6 15 DSFP 192 S 26 1556 55 1260 1600 C26 1 0 to 4 0 1 6 15 DSFP 192 S 27 1555 75 126...

Page 45: ... 1542 14 1260 1600 C44 1 0 to 4 0 1 6 15 DSFP 192 S 45 1541 35 1260 1600 C45 1 0 to 4 0 1 6 15 DSFP 192 S 46 1540 56 1260 1600 C46 1 0 to 4 0 1 6 15 DSFP 192 S 47 1539 77 1260 1600 C47 1 0 to 4 0 1 6 15 DSFP 192 S 48 1538 98 1260 1600 C48 1 0 to 4 0 1 6 15 DSFP 192 S 49 1538 19 1260 1600 C49 1 0 to 4 0 1 6 15 DSFP 192 S 50 1537 40 1260 1600 C50 1 0 to 4 0 1 6 15 DSFP 192 S 51 1536 61 1260 1600 C51...

Page 46: ... 1 0 to 4 0 7 10 23 DSFP 192 L 29 1554 13 1260 1600 C29 1 0 to 4 0 7 10 23 DSFP 192 L 30 1553 33 1260 1600 C30 1 0 to 4 0 7 10 23 DSFP 192 L 31 1552 52 1260 1600 C31 1 0 to 4 0 7 10 23 DSFP 192 L 32 1551 72 1260 1600 C32 1 0 to 4 0 7 10 23 DSFP 192 L 33 1550 92 1260 1600 C33 1 0 to 4 0 7 10 23 DSFP 192 L 34 1550 12 1260 1600 C34 1 0 to 4 0 7 10 23 DSFP 192 L 35 1549 32 1260 1600 C35 1 0 to 4 0 7 1...

Page 47: ...04 1260 1600 C53 1 0 to 4 0 7 10 23 DSFP 192 L 54 1534 25 1260 1600 C54 1 0 to 4 0 7 10 23 DSFP 192 L 55 1533 47 1260 1600 C55 1 0 to 4 0 7 10 23 DSFP 192 L 56 1532 68 1260 1600 C56 1 0 to 4 0 7 10 23 DSFP 192 L 57 1531 90 1260 1600 C57 1 0 to 4 0 7 10 23 DSFP 192 L 58 1531 12 1260 1600 C58 1 0 to 4 0 7 10 23 DSFP 192 L 59 1530 33 1260 1600 C59 1 0 to 4 0 7 10 23 DSFP 192 L 60 1529 55 1260 1600 C6...

Page 48: ... Gbit s LC PC dual fiber bidirectional 20 km industrial level Table 5 6 Parameters of RSP module 10 Gbit s LC PC dual fiber bidirectional 20 km Model Tx wavelen gth nm Rx wavelength nm Tx optical power dBm Overlo ad dBm Extincti on ratio dB Rx sensitivity dBm RSP 10C20 27 I 1271 1260 1600 2 to 3 1 4 14 4 RSP 10C20 29 I 1291 RSP 10C20 31 I 1311 RSP 10C20 33 I 1331 RSP 10C20 35 I 1351 RSP 10C20 37 I...

Page 49: ...ctional Table 5 8 Parameters of the UQSP module 41 2Gbit s LC PC dual fiber bidirectional Model Tx wavel ength nm Rx wavele ngth nm Tx optical power dBm Overload dBm Extincti on ratio dB Rx sensitiv ity dBm Mode Transmissio n distance km UQSP 40G M3 850 840 860 7 6 to 2 4 1 3 9 5 MM OM3 0 3 OM4 0 4 41 2 Gbit s MPO Table 5 9 Parameters of the UQSP module 41 2 Gbit s MPO Model Tx wavele ngth nm Rx w...

Page 50: ... fiber bidirectional UQP 100G LR4 compatible with 100GE and OTU4 with other models supporting 100GE only Mode l Tx wavelen gth nm Rx wavelength nm Tx optical power dBm Overl oad dBm Extinctio n ratio dB Rx sensitivity dBm Mo de Trans missio n distan ce km UQP 100G SR4 850 840 860 8 4 to 2 4 3 4 2 9 M M 0 0005 to 0 1 UQP 100G CW4 1271 1291 1311 1331 1264 5 1277 5 1284 5 1297 5 1304 5 1317 5 1324 5 ...

Page 51: ... PC dual fiber bidirectional compatible with 100GE and OTU4 Table 5 12 Parameters of the UC2 module 103 1 Gbit s and 111 8 Gbit s LC PC dual fiber bidirectional compatible with 100GE and OTU4 Model Tx wavelen gth nm Rx wavelength nm Tx optical power per channel dBm Overloa d dBm Extinc tion ratio dB Rx sensitivity per channel dBm Mo de Trans missio n distan ce km UC2 100G LR4 1295 56 1300 05 1304 ...

Page 52: ...hannel dBm Mo de Trans missio n distan ce km UC2 100G DCO 1567 54 191 25 THz to 1528 77 196 10 THz 1567 54 191 25 THz 1528 77 196 10 THz 5 0 30 SM 2400 5 2 Cables 5 2 1 Fiber Choose the length of the fiber reasonably according to actual situations on site LC fiber The optical module on the iTN8600 I supports the 2 mm single mode or multi mode fiber that uses the LC connector Figure 5 1 shows the L...

Page 53: ...of the fiber header align the alignment point of the fiber connector with the groove of the interface on the optical module insert the fiber gently To remove the fiber hold the colored grab handle of the fiber header and pull the fiber out MPO LC branch optical fiber jumper When the iTN8600 I accesses 4 10GE services through the QSFP PSM4 optical module it can use the single mode MPO LC branch opt...

Page 54: ...erface Tx Optical interface Rx Optical interface Rx Optical interface Tx MPO MPO optical interface MPO optical interface MPO LC For the MPO optical interface fibers 1 4 are attached with the Tx 1 to Tx 4 labels respectively LC optical interface Rx 1 Rx 4 Fibers 5 8 reserved For the MPO optical interface fibers 9 12 are attached with the Rx 4 to Rx 1 labels respectively LC optical interface Tx 4 Tx...

Page 55: ...etwork management The other iTN8600 I do not need to be connected to the out of band network management network Appearance Figure 5 4 shows the Ethernet cable Figure 5 4 Ethernet cable Wiring Table 5 15 lists the wiring of EIA TIA 568A and EIA TIA 568B standards Table 5 15 Wiring of EIA TIA 568 A and EIA TIA 568 B standards Connector RJ45 EIA TIA 568A EIA TIA 568B PIN 1 White Green White Orange PI...

Page 56: ... Confidential Copyright Raisecom Technology Co Ltd 46 Figure 5 5 Wiring of the straight through cable Figure 5 6 shows the wiring of the 100 Mbit s crossover cable Figure 5 6 Wiring of the 100 Mbit s crossover cable Figure 5 7 shows the wiring of the 1000 Mbit s crossover cable ...

Page 57: ...escription Name Straight through cable CBL ETH RJ45 RJ45 D Crossover cable CBL ETH RJ45 RJ45 X D Connector RJ45 Model Cat 5 or better UTP UTP 5 and UTP 5e or STP cable Number of cores 8 Length The letter D is the length which can be customized For example if the customer requires a 2 meter cable you can name it CBL ETH RJ45 RJ45 2m 5 2 3 Configuration cable Introduction The configuration cable is ...

Page 58: ...ble transmits 48 VDC power to the DC terminal block on the front panel of the iTN8605 and supplies power for the entire device The DC power cable consists of the DC power connector and the coaxial cable as shown in Table 5 18 Figure 5 9 DC power cable Technical specifications Table 5 18 lists technical specifications of the DC power cable Table 5 18 Technical specifications of the DC power cable P...

Page 59: ... standard and parameters in Table 5 18 Connect the 3 pin connector to the DC power cable as shown in Figure 5 10 Connect the power cable according to the positive pole negative pole and ground terminal on the panel Connect the positive pole negative pole and ground end of the power sourcing equipment to the positive pole RTN negative pole 48 V and ground terminal of the DC power supply of the iTN8...

Page 60: ...al block of the iTN8605 and supplies power to the entire device The iTN8605 uses different AC power cables in different countries or regions Regional standard Cable name CE POL AC European 3 pin receptacle AC power cable 0 75mm2 1 5m RoHS UL POL AC American 3 pin C13 connector 18AWG 1 5m RoHS CE standard AC power cable The AC power cable which meets European standard is composed of the European 3 ...

Page 61: ...ceptacle AC power cable 0 75mm2 1 5m RoHS UL standard AC power cable The AC power cable which meets American standard is composed of the American 3 pin plug and C13 connector as shown in Figure 5 12 Figure 5 12 AmericanAC cable Table 5 20 lists technical specifications of the American AC power cable Table 5 20 Technical specifications of the AmericanAC power cable Parameter Description Name POL AC...

Page 62: ...nnected otherwise bodily injury or device damage may occur Introduction The ground cable is used to connect the iTN8600 I to the ground There is a ground terminal screw on the iTN8600 I panel Press and connect one end of the ground cable with the OT terminal Use the screw to fix the OT terminal to the ground terminal Connect the other end of the group cable with the ground Appearance The ground ca...

Page 63: ...h which can be customized For example if the customer requires a 2 m cable you can name it PIL ground cable Φ4 Φ4 2000mm RoHS Table 5 22 lists technical specifications of the OT terminal Table 5 22 Technical specifications of the OT terminal Parameter Description Model Ground round pressed terminal M4 RoHS Technical specifications Inner diameter of soldering lug 4 mm Outer diameter of soldering lu...

Page 64: ...te Network Monitoring Management Information Base S Waldbusser May 2000 IETF RFC3273 Remote Network Monitoring Management Information Base for High Capacity Networks S Waldbusser July 2002 IETF RFC3418 Management Information Base MIB for the Simple Network Management Protocol SNMP R Presuhn Ed December 2002 ITU T G 695 Optical interfaces for coarse wavelength division multiplexing applications ITU...

Page 65: ... module composed of the chip and other electronic components installed on a flat and hard Printed Circuit Board PCB The PCB has conductive circuits for connecting these components E Ethernet It is founded by Xerox Corporation and defined by DEC Intel and Xerox Ethernet is the most widely used LAN Its rates include 10 Mbit s 100 Mbit s and 1000 Mbit s Ethernet adopts CSMA CD mechanism and complies ...

Page 66: ...ding relationship Multi Mode Fiber MMF In this fiber multi mode optical signals are transmitted Multiplexing Multiplexing is a method by which multiple analog message signals or digital data streams are combined into one signal over a shared medium Generally it is used to adapt multiple lower order path layer signals into a higher order path or the multiple higher order path layer signals into a m...

Page 67: ...humidity in the air within a certain period in unit of percentage S Single Mode Fiber SMF In this fiber single mode optical signals are transmitted T Timeslot Time is divided into periodical frames Each frame is divided into multiple timeslots Each timeslot is a communication channel which can be assigned to a user Topology Topology includes routes and devices describing the interconnection relati...

Page 68: ...a Communication Network DWDM Dense Wavelength Division Multiplexing E EMC Electro Magnetic Compatibility ES Errored Second ETSI European Telecommunications Standards Institute F FAS Frame Alignment Signal FC Fiber Channel FE Fast Ethernet FEC Forwarding Error Correction G GFP Generic Framing Procedure I IEC International Electrotechnical Commission IEEE Institute of Electrical and Electronics Engi...

Page 69: ...View NNM NView Network Node Management O OC Optical Carrier OLP Optical Line Protection OTN Optical Transport Network OTU Optical Channel Transport Unit OTU2 Optical Channel Transport Unit of Level 2 OTUk Optical Channel Transport Unit k P PC Personal Computer PIN P type intrinsic n type PM Performance Monitoring PVC Polyvinyl Chloride R RH Relative Humidity S SDH Synchronous Digital Hierarchy SES...

Page 70: ...echnology Co Ltd 60 SNCP Sub Network Connection Protection SNMP Simple Network Management Protocol STM Synchronous Transport Module STP Spanning Tree Protocol T TCM Tandem Connection Monitoring U UAS Unavailable Seconds UL Underwriter Laboratories USM User Based Security Model V VLAN Virtual Local Area Network ...

Page 71: ...ss Raisecom Building No 11 East Area No 10 Block East Xibeiwang Road Haidian District Beijing P R China Postal code 100094 Tel 86 10 82883305 Fax 8610 82883056 http www raisecom com Email export raisecom com ...

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