Raisecom ISCOM6800 Hardware Description Download

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Raisecom
ISCOM6800 (A)Hardware Description

3 Cards

Raisecom Proprietary and Confidential

Function

Description

Splitting ratio

Support up to 1:64 splitting ratio.

Protection

Support backbone fiber protection (Type B).

Encryption



Support bidirectional (uplink and downlink) AES-128
encryption.



Support downlink triple-churning encryption.

FEC

Support bidirectional (uplink and downlink) FEC.

Security feature

Support PON interface Layer 2 isolation.

Ethernet OAM



Support IEEE 802.3ah OAM.



Support IEEE 802.3ah MPCP.

3.3.2 Panel and slots

The EP16 card can be inserted into the following slots of the ISCOM6800 chassis:



Slots 1–8



Slots 11–16

Figure 3-3 shows the panel of the EP16 card.

Figure 3-3

Panel of the EP16 card

3.3.3 Interfaces

There are 16 interfaces on the EP16 card.

Table 3-12 lists interfaces on the EP16 card.

Table 3-12

Interfaces on the EP16 card

Interface

Type

Usage

Description

1–16

SFP EPON

Service downlink interface Available optical modules:

1000BASE-PX20-D-M

3.3.4 LEDs

There are 17 LEDs on the EP16 card.

Table 3-13 lists LEDs on the EP16 card.

Summary of Contents for ISCOM6800

Page 1: ...ISCOM6800 A Hardware Description Rel_11 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: ...t and technical specifications of the ISCOM6800 Versions The following table lists the product versions related to this document Product name Hardware version Software version ISCOM6800 A 00 or later V2 6 or later Related manuals The following table lists manuals and their contents related to the ISCOM6800 Name Description ISCOM6800 A Hardware Description This document describes the hardware struc...

Page 4: ...y configurations and system management configurations ISCOM6800 A Installation Guide This document describes precaution before installation installation methods and verification after installation including safety introduction installation description installing the chassis installing the fan and the air exhaust plenum installing cards wiring cables hardware installation verification power on veri...

Page 5: ...ntiqua 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 versions Issue 11 2017 12 08 Eleventh commercial release Modified the model of the external power supply Issue 10 2016 07 01 Tenth commercial release Added descriptions of GPON GP16 Issue 09 20...

Page 6: ...dded descriptions of the GPON card GP8A Issue 04 2014 01 20 Fourth commercial release Fixed known bugs Deleted descriptions of SMCA and EP12 cards Issue 03 2013 05 20 Third commercial release Fixed known bugs Added descriptions of 10GE card XP4L Added descriptions of WGF 01 blank panel and 1600 W embedded power supply system and so on Issue 02 2013 02 22 Second commercial release Fixed known bugs ...

Page 7: ... 2 4 Technical specifications 7 3 Cards 8 3 1 Overview 8 3 1 1 Appeance and dimension 8 3 1 2 Types 9 3 1 3 Hardware information label 10 3 2 MCC SMCA 11 3 2 1 Functions 11 3 2 2 Panel and slots 11 3 2 3 Interfaces 12 3 2 4 LEDs 13 3 2 5 Technical specifications 14 3 3 16 way EPON services card EP16 14 3 3 1 Functions 14 3 3 2 Panel and slots 15 3 3 3 Interfaces 15 3 3 4 LEDs 15 3 3 5 Technical sp...

Page 8: ...e card GE16 23 3 7 1 Functions 23 3 7 2 Panel and slots 23 3 7 3 Interfaces 24 3 7 4 LEDs 24 3 7 5 Technical specifications 25 3 8 2 way 10GE service card XP2A 25 3 8 1 Functions 25 3 8 2 Panel and slots 25 3 8 3 Interfaces 26 3 8 4 LEDs 26 3 8 5 Technical specifications 27 3 9 4 way 10GE service card XP4A 27 3 9 1 Functions 27 3 9 2 Panel and slots 27 3 9 3 Interfaces 28 3 9 4 LEDs 28 3 9 5 Techn...

Page 9: ...on 38 4 2 2 Appearance 39 4 2 3 Technical specifications 39 4 3 Configuration cable 41 4 3 1 Introduction 41 4 3 2 Appearance 42 4 3 3 Wiring 42 4 3 4 Technical specifications 42 4 4 ESC cable 43 4 4 1 Introduction 43 4 4 2 Appearance 43 4 4 3 Wiring 43 4 5 DC power cable 43 4 5 1 Introduction 43 4 5 2 Appearance 44 4 5 3 Technical specifications 44 4 6 Ground cable 44 4 6 1 Introduction 45 4 6 2 ...

Page 10: ...ponents 52 6 1 Wind guide frame 52 6 1 1 Appearance 52 6 1 2 Functions 53 6 1 3 Wind guide principle 53 6 2 Blank panel 54 6 2 1 Functions 54 6 2 2 Appearance 54 6 2 3 Slots 55 6 2 4 Technical specifications 55 6 3 1600 W embedded power supply system 55 6 3 1 Functions 55 6 3 2 Panel 56 6 3 3 Interfaces 56 6 3 4 LEDs 57 6 3 5 Technical specifications 57 7 Lookup table for LEDs 59 8 Lookup table fo...

Page 11: ... 3 4 Panel of the GP8A card 17 Figure 3 5 Panel of the GP16 card 19 Figure 3 6 Panel of the XEP8 card 21 Figure 3 7 Panel of the GE16 card 23 Figure 3 8 Panel of the XP2A card 26 Figure 3 9 Panel of the XP4A card 28 Figure 3 10 Panel of the XP4L card 30 Figure 3 11 Panel of the CICA card 32 Figure 3 12 Panel of the RPD2151 card 34 Figure 4 1 LC PC fiber connector 37 Figure 4 2 SC PC fiber connecto...

Page 12: ... 45 Figure 5 1 GE SFP optical module 47 Figure 5 2 Label of the GE SFP optical module 48 Figure 5 3 SFP optical module 49 Figure 5 4 PON SFP module 50 Figure 5 5 Label of the PON SFP module 50 Figure 6 1 WGF 01 53 Figure 6 2 Airflow direction of the WGF 01 54 Figure 6 3 Blank panel 54 Figure 6 4 Appearance of the RPA2161 SI 220S54 56 Figure 6 5 Panel of the RPA2161 SI 220S54 56 ...

Page 13: ...meters of the CONSOLE interface 12 Table 3 8 Parameters of the ESC interface 13 Table 3 9 LEDs on the SMCA card 13 Table 3 10 Technical specifications of the SMCA card 14 Table 3 11 Functions of the EP16 card 14 Table 3 12 Interfaces on the EP16 card 15 Table 3 13 LEDs on the EP16 card 16 Table 3 14 Technical specifications of the EP16 card 16 Table 3 15 Functions of the GP8A card 17 Table 3 16 In...

Page 14: ...ard 28 Table 3 37 LEDs on the XP4A card 28 Table 3 38 Technical specifications of the XP4A card 29 Table 3 39 Functions of the XP4L card 29 Table 3 40 Interfaces on the XP4L card 30 Table 3 41 LEDs on the XP4L card 30 Table 3 42 Technical specifications of the XP4L card 31 Table 3 43 Functions of the CICA card 31 Table 3 44 Interfaces on the CICA card 32 Table 3 45 LED on the CICA card 32 Table 3 ...

Page 15: ... 48 Table 5 2 Technical specifications of the 1000BASE X SFP optical module 48 Table 5 3 Technical specifications of the SFP optical module 50 Table 5 4 Label descriptions of the PON SFP module 51 Table 5 5 Technical specifications of the PON SFP optical module 51 Table 6 1 Slots available for the blank panel 55 Table 6 2 Technical specifications of the blank panel 55 Table 6 3 Functions of the RP...

Page 16: ...sections Appearance Structure Slot distribution Capacity assignment Technical specifications 1 1 Appearance The ISCOM6800 is an xPON incorporate optical access device developed by Raisecom accessing high capacity high speed and high bandwidth data voice and video services to meet carriers requirements on the xPON construction concept namely high capacity few offices Figure 1 1 shows the appearance...

Page 17: ...0 adopts the chassis card modular design to facilitate customers to choose the quantity of downlink uplink cards and card types flexibly Moreover it supports network expansion based on redundant slots and service expansion based on new service cards The ISCOM6800 chassis provides high speed digital backplane bus 22 slots bracket anti static jack and so on Figure 1 2 shows the ISCOM6800 chassis ...

Page 18: ...800 A Hardware Description 1 Chassis Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 3 Figure 1 2 ISCOM6800 chassis 1 3 Slot distribution Figure 1 3 shows slot distribution of the ISCOM6800 ...

Page 19: ...ware Description 1 Chassis Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 4 Figure 1 3 Slot distribution of the ISCOM6800 1 4 Capacity assignment Figure 1 4 shows capacity assignment of the ISCOM6800 ...

Page 20: ... technical specifications of the ISCOM6800 chassis Table 1 1 Technical specifications of the ISCOM6800 chassis Parameter Description Dimensions 440 mm Width 233 mm Depth 445 mm Height 10U without the wind guide frame The screws and brackets are not included in the dimensions Backplane and slots The backplane has been installed Provide 22 slots Backplane bandwidth 2 56 Tbit s Switching capacity Bid...

Page 21: ... time The fan module is separate from the chassis Therefore services will not be interrupted when you replace the fan module The control terminal is completely isolated with the fan module ensuring the system to run safely and stably Support intelligent speed regulation That is the system can adjust the rotational speed of the fan automatically according to the temperature Support manually configu...

Page 22: ...PWR Green Power supply LED Green the power supply is working properly Off the power supply is working improperly ALM Red Working status LED Red fans are working improperly Off fans are working properly 2 4 Technical specifications Table 2 2 lists technical specifications of the FANS382 Table 2 2 Technical specifications of the FAS382 Parameter Description Dimensions 443 mm Width 246 mm Depth 1U He...

Page 23: ... way GPON service card GP16 8 way 10GEPON service card XEP8 16 way GE service card GE16 2 way 10GE service card XP2A 4 way 10GE service card XP4A 4 way 10GE service card XP4L Multi function environment monitoring card CICA DC power supply card RPD2151 3 1 Overview 3 1 1 Appeance and dimension Cards on the ISCOM6800 differ in type appearance and dimensions as listed in Table 3 1 Table 3 1 Cards of ...

Page 24: ...card 97 mm 222 mm 25 mm Definitions of width depth and height are shown in the right figure Height and width define the dimensions of a card while depth defines the depth of the PCB 3 1 2 Types Table 3 2 lists card types of the ISCOM6800 Table 3 2 Card types of the ISCOM6800 Type Name Description MCC SMCA Control management aggregation and switching card PON service card EP16 16 way EPON service c...

Page 25: ... 4 way 10GE service card Power supply card RPD2151 Intelligent 48 VDC power supply Environment monitoring card CICA 1 expansion interface for MCC 4 ways of switching signal access 3 1 3 Hardware information label Hardware information label of the ISCOM6800 is pasted on the eye catching position of the Printed Circuit Board PCB to facilitate viewing it as shown in Figure 3 1 Figure 3 1 Hardware inf...

Page 26: ...Functions The SMCA card is the control management aggregation and switching card of the ISCOM6800 Table 3 4 lists functions of the SMCA card Table 3 4 Functions of the SMCA card Function Description Basic functions Support bidirectional 1 28 Tbit s Ethernet switching capacity Support managing cards in other slots through the backplane bus Provide the working clock for the system Support upgrading ...

Page 27: ... RS 232 serial interface CF CARD CF card socket Be inserted with the CF card Used for expansion and software upgrade Table 3 6 lists parameters of the SNMP interface Table 3 6 Parameters of the SNMP interface Parameter Description Connector type RJ45 Interface rate 10 100BASE T auto negotiation Wiring scheme Support auto MDI MDIX in host mode Compliant standard IEEE 802 3 Table 3 7 lists parameter...

Page 28: ...een System working status LED Fast blinking green 4 Hz the system is being initialized Slow blinking green 1 Hz the system is working properly Off Green the system is working improperly Red Alarm LED Red a fault is generated Blinking red the card is inserted improperly Off no fault is generated Orange Standby LED Orange the card is in standby status Off the card is not in standby status When the c...

Page 29: ...10 lists technical specifications of the SMCA card Table 3 10 Technical specifications of the SMCA card Parameter Description Dimensions 392 mm Width 222 mm Depth 25 mm Height Weight 1 1 kg Maximum power consumption 72 W 3 3 16 way EPON services card EP16 3 3 1 Functions The EP16 card is an EPON service card of the ISCOM6800 Each card provides 16 SFP EPON interfaces which are placed at a 30 angle ...

Page 30: ... PON interface Layer 2 isolation Ethernet OAM Support IEEE 802 3ah OAM Support IEEE 802 3ah MPCP 3 3 2 Panel and slots The EP16 card can be inserted into the following slots of the ISCOM6800 chassis Slots 1 8 Slots 11 16 Figure 3 3 shows the panel of the EP16 card Figure 3 3 Panel of the EP16 card 3 3 3 Interfaces There are 16 interfaces on the EP16 card Table 3 12 lists interfaces on the EP16 car...

Page 31: ...mproperly Off no fault is generated Orange Standby LED Orange the card is in standby status Off the card is not in standby status When the card is in standby status other LEDs are off LNK1 LNK16 16 Green PON interface working LED Green the interface is properly connected and a successfully registered ONU is working on the interface Off the interface is disconnected or no ONU is successfully regist...

Page 32: ...ion Support Class B or Class C standard SFP optical module SC PC single mode single fiber Wavelength Uplink 1310 nm Downlink 1490 nm Interface rate Uplink 1 244 Gbit s Downlink 2 488 Gbit s ONU quantity Support up to 1024 ONUs 3 4 2 Panels and slots The GP8A card can be inserted into the following slots of the ISCOM6800 chassis Slots 1 8 Slots 11 16 Figure 3 4 shows the panel of the GP8A card Figu...

Page 33: ...rated Blinking red the card is inserted improperly Off no fault is generated Orange Standby LED Orange the card is in standby status Off the card is not in standby status When the card is in standby status other LEDs are off LNK1 LNK8 8 Green PON interface working LED Green the interface is properly connected and a successfully registered ONU is working on the interface Off the interface is discon...

Page 34: ...ion Support Class B or Class C standard SFP optical module SC PC single mode single fiber Wavelength Uplink 1310 nm Downlink 1490 nm Interface rate Uplink 1 244 Gbit s Downlink 2 488 Gbit s ONU quantity Support up to 2048 ONUs 3 5 2 Panels and slots The GP16 card can be inserted into the following slots of the ISCOM6800 chassis Slots 1 8 Slots 11 16 Figure 3 5 shows the panel of the GP16 card Figu...

Page 35: ...ated Blinking red the card is inserted improperly Off no fault is generated Orange Standby LED Orange the card is in standby status Off the card is not in standby status When the card is in standby status other LEDs are off LNK1 LNK16 16 Green PON interface working LED Green the interface is properly connected and a successfully registered ONU is working on the interface Off the interface is disco...

Page 36: ... rate optical module SC PC single mode single fiber Wavelength Uplink 1270 nm and 1310 nm Downlink 1577 nm and 1490 nm PON interface rate Depend on the selected optical module and registered ONU Splitting ratio Support up to 1 64 splitting ratio 3 6 2 Panel and slots The XEP8 card can be inserted into the following slots of the ISCOM6800 chassis Slots 1 8 Slots 11 16 Figure 3 6 shows the panel of ...

Page 37: ...erated Blinking red the card is inserted improperly Off no fault is generated Orange Standby LED Orange the card is in standby status Off the card is not in standby status When the card is in standby status other LEDs are off LNK1 LNK8 8 Green PON interface working LED Green the interface is properly connected and a successfully registered ONU is working on the interface Off the interface is disco...

Page 38: ...ag MTU 1526 Bytes VLAN Supported Ethernet OAM Support IEEE 802 3ah OAM Support CFM Support SLA Flow control Support IEEE 802 3x flow control and back pressure flow control Ethernet interface statistics Support Rx non collision error packet statistics Support carrier sense event failure statistics Support Tx data code violation packet statistics Support local NOT_OK statistics when data is received...

Page 39: ...rd Table 3 29 LEDs on the GE16 card LED Quantity Status Description SYS ALM 1 Green System working status LED Fast blinking green 4 Hz the system is being initialized Slow blinking green 1 Hz the system is working properly Off Green the system is working improperly Red Alarm LED Red a fault is generated Blinking red the card is inserted improperly Off no fault is generated Orange Standby LED Orang...

Page 40: ...ifications of the GE16 card Parameter Description Dimensions 392 mm Width 222 mm Depth 22 5 mm Height Weight 0 88kg Maximum power consumption 32W 3 8 2 way 10GE service card XP2A 3 8 1 Functions The XP2A card is a 10GE service card of the ISCOM6800 Each card provides 2 SFP optical interfaces Table 3 31 lists functions of the XP2A card Table 3 31 Functions of the XP2A card Function Description Basi...

Page 41: ...0GBASE SR SW 3 8 4 LEDs There are 3 LEDs on the XP2A card Table 3 33 lists LEDs on the XP2A card Table 3 33 LEDs on the XP2A card LED Quantity Status Description SYS ALM 1 Green System working status LED Fast blinking green 4 Hz the system is being initialized Slow blinking green 1 Hz the system is working properly Off Green the system is working improperly Red Alarm LED Red a fault is generated B...

Page 42: ...fications of the XP2A card Table 3 34 Technical specifications of the XP2A card Parameter Description Dimensions 195 mm Width 222 mm Depth 25 mm Height Weight 0 41 kg Maximum power consumption 13 W 3 9 4 way 10GE service card XP4A 3 9 1 Functions The XP4A card is a 10GE service card of the ISCOM6800 Each card provides 4 SFP optical interfaces Table 3 35 lists functions of the XP4A card Table 3 35 ...

Page 43: ...odules 10GBASE LR LW 10GBASE SR SW 3 9 4 LEDs There are 5 LEDs on the XP4A card Table 3 37 lists LEDs on the XP4A card Table 3 37 LEDs on the XP4A card LED Quantity Status Description SYS ALM 1 Green System working status LED Fast blinking green 4 Hz the system is being initialized Slow blinking green 1 Hz the system is working properly Off Green the system is working improperly Red Alarm LED Red ...

Page 44: ...ations of the XP4A card Table 3 38 Technical specifications of the XP4A card Parameter Description Dimensions 195 mm Width 222 mm Depth 25 mm Height Weight 0 45 kg Maximum power consumption 35 W 3 10 4 way 10GE service card XP4L 3 10 1 Functions The XP4L card is a 10GE service card of the ISCOM6800 Each card provides 4 SFP optical interfaces Table 3 39 lists functions of the XP4L card Table 3 39 F...

Page 45: ...modules 10GBASE LR LW 10GBASE SR SW 3 10 4 LEDs There are 5 LEDs on the XP4L card Table 3 41 lists LEDs on the XP4L card Table 3 41 LEDs on the XP4L card LED Quantity Status Description SYS ALM 1 Green System working status LED Fast blinking green 4 Hz the system is being initialized Slow blinking green 1 Hz the system is working properly Off Green the system is working improperly Red Alarm LED Re...

Page 46: ...2 Technical specifications of the XP4L card Parameter Description Dimensions 392 mm Width 222 mm Depth 22 5 mm Height Weight 0 82 kg Maximum power consumption 35 W 3 11 Multi function environment monitoring card CICA 3 11 1 Functions The CICA card is a multi function sub card of the ISCOM6800 mainly used for inputting outputting external environment monitoring values and MCC interface expansion Ta...

Page 47: ...rial signals MON RJ45 Interface for collecting switching signals Input Output of switching signals 3 11 4 LEDs There is only one LED on the CICA card Table 3 45 lists the LED on the CICA card Table 3 45 LED on the CICA card LED Quantity Status Description SYS ALM 1 Green System working status LED Fast blinking green 4 Hz the system is being initialized Slow blinking green 1 Hz the system is workin...

Page 48: ...ard Table 3 47 Functions of the RPD2151 card Function Description Basic functions Adopt the system fan for heat dissipation Support filtering and protecting 48 VDC power input Support monitoring 48 VDC power and reporting to the NMS by interrupting the power Support dual power supply redundancy backup Support hot swapping Support restorable input reverse polarity protection input undervoltage prot...

Page 49: ...input RTN Grounding 3 12 4 LEDs There are 2 LEDs on the RPD2151 card Table 3 49 lists LEDs on the RPD2151 card Table 3 49 LEDs on the RPD2151 card LED Quantity Status Description PWR 1 Green Power supply LED Green the power supply is working properly Off the power supply is working improperly ALM 1 Red Fault LED Red a fault is generated Off no fault is generated 3 12 5 Technical specifications Tab...

Page 50: ... Hardware Description 3 Cards Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 35 Parameter Description Weight 0 24 kg Maximum power consumption Zero load power consumption 5 W Output power 1500 W ...

Page 51: ...e the same in appearance but different in color The yellow one is a SMF and the orange one is a MMF The ISCOM6800 can be connected to the Optical Distribution Frame ODF or optical interfaces of other devices through fiber Table 4 1 lists the type and usage of the fiber Table 4 1 Type and usage of the fiber Usage Local connector Remote connector Type Standard Connect the ISCOM6800 to the ODF throug...

Page 52: ...ase additional loss of fiber links reduce transmission quality of services or even damage the connector and optical interface 4 1 2 Connector Fiber connectors are different in shape ferrule end face and pigtail sheath color as shown in Table 4 2 Table 4 2 Fiber connectors Connector Description Pigtail sheath color LC PC Clamping square fiber connector micro convex grinding and polishing ferrule en...

Page 53: ...optical interface and do not rotate the fiber Do as below To connect the fiber align the head of the fiber with the optical interface and insert the fiber into the interface gently To remove the fiber push the fiber head inwards and then pull the fiber out 4 1 3 Wiring Table 4 3 lists the wiring of the fiber Table 4 3 Wiring of the fiber Wiring relationship Local optical interface Direction of opt...

Page 54: ...can be divided into two types Straight through cable both two RJ45 connectors of the straight through cable follow EIA TIA 568B wiring Crossover cable one RJ45 connector of the crossover cable follows EIA TIA 568A wiring the other RJ45 connector follows EIA TIA 568B wiring Straight through cable Table 4 4 lists wiring of the straight through cable Table 4 4 Wiring of the straight through cable Con...

Page 55: ...ring of the crossover cable Table 4 5 Wiring of the crossover cable Connector 1 RJ45 EIA TIA568A Connector 2 RJ45 EIA TIA568B PIN 1 White Green PIN 1 White Orange PIN 2 Green PIN 2 Orange PIN 3 White Orange PIN 3 White Green PIN 4 Blue PIN 4 Blue PIN 5 White Blue PIN 5 White Blue PIN 6 Orange PIN 6 Green PIN 7 White Brown PIN 7 White Brown PIN 8 Brown PIN 8 Brown Figure 4 5 shows wiring of the cro...

Page 56: ...H RJ45 RJ45 D RoHS Color Dark grey Model Cat 3 or Cat 5 UTP cable UTP 3 or UTP 5 STP cable Connector type RJ45 connector Number of cores 8 Length The letter D indicates the length which can be customized For example if the customer requires 2 meter cables they are named CBL ETH RJ45 RJ45 2m RoHS 4 3 Configuration cable 4 3 1 Introduction The configuration cable is used to connect the Console inter...

Page 57: ...ration cable Figure 4 6 Configuration cable 4 3 3 Wiring Figure 4 7 shows the appearance and connection mode of the RJ45 Console cable Figure 4 7 PINs and wiring 4 3 4 Technical specifications Table 4 7 lists technical specifications of the configuration cable Table 4 7 Technical specifications of the configuration cable Parameter Description Name CBL RS232 DB9F RJ45 2m RoHS Color White Model Cat ...

Page 58: ...6800 is a RJ45 connector as shown in Figure 4 8 Figure 4 8 Appearance of the ESC interface 4 4 3 Wiring Table 4 8 shows appearance and wiring of the RJ45 ESC cable Table 4 8 Appearance and wiring of the RJ45 ESC cable PIN RS485 half RS232 PIN definition 1 2 3 D RXD 4 GND GND 5 GND GND 6 D TXD 7 8 4 5 DC power cable 4 5 1 Introduction The DC power cable supplies 48 VDC power from the power souring ...

Page 59: ...ations of the DC power cable Table 4 9 Technical specifications of the DC power cable Parameter Description Name POL DC DSUB NC1 6m Color Black 48 V power wire Red 48 V grounding wire Connector type D form connector Bare wire Cross sectional area of inner wire 6 mm2 Gauge of inner wire 8 AWG DC resistance of inner wire 2 11 Ω km Maximum current 37 7 A Length 6 m Operating temperature 0 40 C 4 6 Gr...

Page 60: ...minals and the coaxial cable In general grounding terminals are OT non insulated terminals and the coaxial cable is a yellow green flame retardant conducting wire Figure 4 10 and Figure 4 11 show the ground cable and OT terminal respectively Figure 4 10 Ground cable 1 Conducting wire 2 Stripped end connected to the OT terminal 3 Insulating sheath 4 OT terminal Figure 4 11 OT terminal 1 Inner diame...

Page 61: ... pressed connection Error in length of conducting wire 5 mm The letter D in the model indicates the length which can be customized For example if the customer requires 4 meter cables they are named PIL ground cable RNB22 6S stripped 16mm2 4m RoHS Table 4 11 lists technical specifications of the OT terminal Table 4 11 Technical specifications of the OT terminal Parameter Description Model Protectiv...

Page 62: ...atch with the ISCOM6800 well in the research and development phase thus they can provide optimal performance metrics and decrease faults 5 1 GE SFP optical module 5 1 1 Functions and appearance The GE Small Form factor Pluggables SFP optical module is applicable to the 1000 Mbit s telecommunication or data communication networks It is integrated with sending and receiving features Figure 5 1 shows...

Page 63: ... km S3 80 km D Support DDM 01 Vendor identifier R Comply with RoHS specifications 1310nm Emission wavelength 1310 nm SM Single mode fiber DDM Support link detection 21CFR J Code of Federal Regulations Title 21 Class1 Class 1 laser product safety standard 5 1 3 Technical specifications Table 5 2 lists technical specifications of the 1000BASE X SFP optical module Table 5 2 Technical specifications o...

Page 64: ... 9 21 40 USFP Gb S3 D R 1550 SM 3 to 2 9 9 30 80 5 2 10GE SFP optical module 5 2 1 Functions and appearance The SFP optical module can be applied to 10Gbit s telecommunication or data communication networks It is integrated with sending and receiving features Figure 5 3 shows the appearance of the SFP optical module Figure 5 3 SFP optical module The 10GE service interface on the ISCOM6800 supports...

Page 65: ... 1 4 5 11 1 0 3 USFP 192 S1 1310 DFB PIN 8 2 to 1 1 4 5 14 4 10 5 3 PON SFP module 5 3 1 Functions and appearance The PON SFP modules are oriented to the PON system It is integrated with sending and receiving features Figure 5 4 shows the appearance of the PON SFP module Figure 5 4 PON SFP module 5 3 2 Label Available modules for the PON service interfaces of the ISCOM6800 are shown as below 1000B...

Page 66: ...0 comply with 10G 1GBASE PRX30 10GEPON standard D Downlink direction indicating that it is an OLT optical module M Support link detection 03 Vendor identifier R Comply with RoHS specifications 21CFR J Code of Federal Regulations Title 21 Class1 Class 1 laser product safety standard 5 3 3 Technical specifications Table 5 5 lists technical specifications of the PON SFP optical module Table 5 5 Techn...

Page 67: ...nd guide frame Blank panel 1600 W embedded power supply system 6 1 Wind guide frame 6 1 1 Appearance WGF 01 is a wind guide frame of the ISCOM6800 supporting heat dissipation dust prevention and cable management including the following modes WGF 01 WGF 02 The difference between WGF 01 and WGF 02 is that the WGF 02 is an extended cable management frame The length of the WGF cable management frame i...

Page 68: ...xhausted from the top of the chassis Dust prevention There is detachable dustproof sponge being installed on the front panel of the wind guide frame Since the ISCOM6800 adopts the air updraft method to realize heat dissipation the dustproof sponge can filter dust and suspended particle efficiently in the air to ensure the chassis to be clean and neat when the air enters the chassis from the front ...

Page 69: ...ct human exposure to the PCB inside the chassis Prevent dust or foreign matters from entering the chassis Ensure the chassis to meet electromagnetic radiation and electrostatic shielding requirements Ensure correct ventilation of cooling air inside the chassis 6 2 2 Appearance The ISCOM6800 supports 4 types of blank panels according to different slots There is no LED interface or print on the blan...

Page 70: ...ank panel Table 6 2 Technical specifications of the blank panel Name Dimensions S10 01 blank panel 0 9 inch 9 U RoHS 392 mm Width 22 5 mm Height S10 01 blank panel 0 9 inch 9 U without the wind deflector RoHS 392 mm Width 22 5 mm Height S10 01 blank panel 4 5 U RoHS 195 mm Width 25 mm Height S10 01 blank panel 2 25 U RoHS 97 mm Width 25 mm Height 6 3 1600 W embedded power supply system The ISCOM68...

Page 71: ...rt overtemperature protection Cooling mode Force air cooling Hardware structure Power supply plug in frame 1 Rectification module PSU 2 each module outputs rated power of 800 W Figure 6 4 shows the appearance of the RPA2161 SI 220S54 Figure 6 4 Appearance of the RPA2161 SI 220S54 6 3 2 Panel Figure 6 5 shows the panel of the RPA2161 SI 220S54 Figure 6 5 Panel of the RPA2161 SI 220S54 1 110 220 VAC...

Page 72: ...ct the battery When being connected with the battery it needs to be protected by a circuit breaker 6 3 4 LEDs Table 6 5 lists LEDs on the RPA2161 SI 220S54 Table 6 5 LEDs on the RPA2161 SI 220S54 LED Quantity Status Description RUN 2 Green Module working LED Fast blinking green 4 Hz the module is working properly Slow blinking green 1 Hz the module is working properly while the communication fails...

Page 73: ...rameter Description Output LOAD 53 5 VDC 30 A MAX BAT 53 5 VDC 30 A MAX Maximum output current 30 A Electrical feature 2 Input 100 120 VAC 50 60Hz 11 A MAX Output LOAD 53 5 VDC 15 A MAX BAT 53 5 VDC 15 A MAX Maximum output current 15 A Maximum output power 1600 W Operating temperature 33 to 65 C Operating humidity 5 95 RH non condensing Altitude 4000 m ...

Page 74: ...properly Off Green the system is working improperly Red Alarm LED Red a fault is generated Blinking red the card is inserted improperly Off no fault is generated ACT Green Primary and secondary signal LED Green the card is a primary one Off the card is a secondary one 1000M Green Interface rate LED Green the electrical interface is working at 1000 Mbit s Off the electrical interface is working at ...

Page 75: ...tion BUSY Green CF card working status LED Green the CF card is working properly Off the CF card is working improperly or is not inserted into the slot LNK Green PON interface working LED Green the interface is improperly connected and a successfully registered ONU is working on the interface Off the interface is disconnected or no ONU is successfully registered ...

Page 76: ... consumption of the ISCOM6800 Component Description Overall maximum power consumption 1440 W Overall maximum weight 38 6 kg SMCA Weight 1 1 kg Maximum power consumption 72 W EP16 Weight 1 2 kg Maximum power consumption 71 W GP8A Weight 0 89 kg Maximum power consumption 54 W GP16 Weight 1 05 kg Maximum power consumption 70 W XEP8 Weight 1 02 kg Maximum power consumption 88 5 W GE16 Weight 0 88 kg M...

Page 77: ... Co Ltd 62 Component Description XP4L Weight 0 82 kg Maximum power consumption 35 W CICA Weight 0 17 kg Maximum power consumption 5 W RPD2151 Weight 0 24 kg Maximum power consumption Output power 1500 W Zero load power consumption 5 W The total power consumption of all cards in the chassis should not exceed the maximum power consumption of the entire device ...

Page 78: ...transmission distance and fast transmission rate EPON a single fiber bidirectional system is composed of the OLT Central Office ONU user side and the Optical Distribution Network ODN between them F Fiber to the Building FTTB It is based on perfection of the broadband access method in optical network technologies Through FTTB and Ethernet cable to household users can access the broadband Fiber to t...

Page 79: ... protocol standard O Open System Interconnection OSI OSI defined by the International Standardization Organization ISO is a conceptual model that characterizes and standardizes the internal functions of a communication system by partitioning it into seven abstraction layers The seven layers are physical layer data link layer network layer transport layer session layer presentation layer and applic...

Page 80: ...gement protocol in the TCP IP network Simple Network Time Protocol SNTP SNTP is mainly used for synchronizing time of devices in the network V Virtual Local Area Network VLAN VLAN is a protocol proposed to solve broadcast and security issues for Ethernet It divides devices in a LAN into different segments logically rather than physically thus implementing multiple virtual work groups which are bas...

Page 81: ... DCN Data Communication Network E EoC Ethernet over Coaxial EPON Ethernet Passive Optical Network ESD Electro Static Discharge F FEC Forward Error Correction FTTB Fiber to the Building FTTC Fiber to the Curb FTTH Fiber to the Home FTP File Transfer Protocol G GPON Gigabit Capable PON GUI Graphic User Interface I IANA Internet Assigned Numbers Authority IEEE Institute of Electrical and Electronics ...

Page 82: ...ork Management System NNI Network Node Interface NView NNM NView Network Node Management O ODF Optical Distribution Frame ODN Optical Distribution Network OLT Optical Line Terminal ONU Optical Network Unit OSI Open System Interconnect P PC Personal Computer S SFP Small Form factor Pluggables SNMP Simple Network Management Protocol SSHv2 Secure Shell v2 T TCP Transmission Control Protocol TDM Time ...

Page 83: ...Raisecom ISCOM6800 A Hardware Description 9 Appendix Raisecom Proprietary and Confidential Copyright Raisecom Technology Co Ltd 68 TPID Tag Protocol Identifier V VLAN Virtual Local Area Network ...

Page 84: ...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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