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Huawei CX600-X1-M Series, Hardware Description

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Slot

Type

Remarks

13 to 16

FIC

Include FICs and the other subcards
Such as 32-Port E1 Physical Interface Card, 4-Port OC-3c/
STM-1c POS-SFP Physical Interface Card

5 to 12

Not
specifie
d

Include HICs, FICs and the other subcards

 

Table 3-3

 Slot layout with the NPU-120\120-E

Slot

Type

Remarks

1 and 2

FIC

Include FICs and the other subcards
Such as 32-Port E1 Physical Interface Card, 4-Port OC-3c/
STM-1c POS-SFP Physical Interface Card

15 to 16

FIC

Include FICs and the other subcards
Such as 32-Port E1 Physical Interface Card, 4-Port OC-3c/
STM-1c POS-SFP Physical Interface Card

3 to 14

Not
specifie
d

Include HICs, FICs and the other subcards

 

NOTE

An FIC refers to a subcard on which every port works at a rate of lower than 1 Gbit/s. An HIC refers to a
subcard on which every port works at a rate of at least 1 Gbit/s.

If ten 10GE interfaces or less are used on an CX600-X2-M16, configuring them evenly on the left and right
sides of a frame is recommended.

For the CX600-X2-M16 that has the NPU-50\NPU50-E installed, 2-port 10GBase PICs cannot be installed
in both slot 5 and slot 12, and slots 1, 2, 3, 4, 13, 14, 15, and 16 support only PICs whose total bandwidth
is smaller than or equal to 2 Gbit/s; for the CX600-X2-M16 that has the NPU-120/NPU-120-E installed,
slots 1, 2, 15, and 16 support only PICs whose total bandwidth is smaller than or equal to 2 Gbit/s.

Board Working Modes Supported by the CX600-X2-M16

The CX600-X2-M16 supports the master/slave and load balancing working modes for NPUs.

l

Master/slave

–

In master/slave mode, the master NPU forwards services of all subcards, and the slave
NPU is a hot standby backup. The slave NPU takes over the services only when the
master NPU is unavailable, for example, when the master NPU fails or restarts. This
implementation prevents service interruptions when the master NPU is unavailable.

–

In master/slave mode, each NPU manages all the sixteen subcards, PICs 1 to 16 in

Figure 3-5

.

HUAWEI CX600-X1-M/CX600-X2-M Series Metro
Services Platform
Hardware Description

3 CX600-X2-M16 Hardware Description

Issue 03 (2014-04-30)

Huawei Proprietary and Confidential

Copyright © Huawei Technologies Co., Ltd.

64

Summary of Contents for CX600-X1-M Series

Page 1: ...HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform V800R005C01 Hardware Description Issue 03 Date 2014 04 30 HUAWEI TECHNOLOGIES CO LTD ...

Page 2: ... be within the purchase scope or the usage scope Unless otherwise specified in the contract all statements information and recommendations in this document are provided AS IS without warranties guarantees or representations of any kind either express or implied The information in this document is subject to change without notice Every effort has been made in the preparation of this document to ens...

Page 3: ... password will be saved in plaintext in the configuration file which has a high security risk Therefore specifying the cipher parameter is recommended To further improve device security periodically change the password l Do not set both the start and end characters of a password to This causes the password to be displayed directly in the configuration file Related Version The following table lists...

Page 4: ...voided could result in equipment damage data loss performance deterioration or unanticipated results NOTICE is used to address practices not related to personal injury Calls attention to important information best practices and tips NOTE is used to address information not related to personal injury equipment damage and environment deterioration Change History Updates between document issues are cu...

Page 5: ...is issue is the first official release HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description About This Document Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd iv ...

Page 6: ...uction to the Data Plane 15 1 4 2 Introduction to the NPU 50 16 1 4 3 Introduction to the NPU 50 E 18 1 4 4 Introduction to the NPU 120 19 1 4 5 Introduction to the NPU 120 E 21 1 5 Control Plane 23 1 5 1 Introduction to the Control Plane 23 1 5 2 MPUK 24 2 CX600 X2 M8 Hardware Description 28 2 1 Overview 29 2 1 1 System Overview 29 2 1 2 Main Components and Slot Layout 32 2 1 3 CX600 X2 M8 Specif...

Page 7: ...y System 69 3 2 1 Architecture of the Power Supply System 69 3 2 2 Diagram of the Power Supply Architecture 69 3 2 3 DC Power Supply System 70 3 2 4 AC Power Supply System 71 3 3 Heat Dissipation System 72 3 3 1 Air Channel 73 3 3 2 Fan Module 73 3 4 Data Plane 75 3 4 1 Introduction to the Data Plane 75 3 4 2 Introduction to the NPU 50 75 3 4 3 Introduction to the NPU 50 E 77 3 4 4 Introduction to...

Page 8: ...PIC 129 5 Cables 132 5 1 Power Cable 133 5 1 1 DC Power Cables 133 5 1 2 AC Power Cables 134 5 2 Chassis and Cabinet Grounding Cable 135 5 2 1 Introduction 135 5 2 2 Structure 135 5 2 3 Technical Specifications 135 5 3 Console Port Cable 136 5 3 1 Introduction 136 5 3 2 Structure 136 5 3 3 Technical Specifications 137 5 4 Auxiliary Port Cable 138 5 4 1 Introduction 138 5 4 2 Structure 138 5 4 3 Te...

Page 9: ...icators 160 A 2 4 Forwarding Board Indicators 160 A 2 5 FIC Indicators 161 A 3 Indicators on the CX600 X2 M16 162 A 3 1 Fan Module Indicators 162 A 3 2 Power Module Indicators 162 A 3 3 MPU Indicators 163 A 3 4 Forwarding Board Indicators 163 A 3 5 FIC Indicators 164 B List of Boards 165 B 1 List of Boards 166 B 2 Board Power Consumption and Weight 168 C List of Interface Attributes 170 C 1 Interf...

Page 10: ...ule 190 D 5 1 25 Gbit s SFP eSFP CWDM Optical Module 197 D 6 10 Gbit s SFP Optical Module 200 D 7 10 Gbit s SFP CWDM Optical Module 206 D 8 BIDI Optical Module 210 E Glossary 220 F Acronyms and Abbreviations 222 HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description Contents Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd ix ...

Page 11: ...ly System 1 3 Heat Dissipation System 1 4 Data Plane 1 5 Control Plane HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 1 CX600 X1 M4 Hardware Description Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 1 ...

Page 12: ...1 M4 has an integrated chassis that can be installed independently The main parts of the CX600 X1 M4 such as MPUs NPUs PICs fan modules and PSUs are hot swappable Figure 1 1 shows the outline of the CX600 X1 M4 The CX600 X1 M4 provides one slot for the NPU and four slots for PICs The network process unit on the CX600 X1 M4 is NPU All the PICs switch data with each other through the NPU Figure 1 1 ...

Page 13: ...tructure which increases the port density l Separation of the control channels service channels and monitoring channels which ensures the connectivity of control channels and monitoring channels l High level carrier class reliability and manageability l Module level shielding which meets Electro Magnetic Compatibility EMC requirements l Hot swappable boards PSUs and fan modules l 1 1 backup of MPU...

Page 14: ... of the CX600 X1 M4 Figure 1 3 Outline and parts of the CX600 X1 M4 1 PSU 2 MPU 3 PIC 4 Cable tray 5 NPU 6 Rack mounting ear 7 ESD jack 8 Grounding Terminal 9 Air intake vent 10 Fan module 11 Grounding Terminal Slot Layout Figure 1 4 shows the slot layout of the CX600 X1 M4 Figure 1 4 Slot layout of the CX600 X1 M4 10 FAN 8 PSU 9 PSU 5 NPU 1 PIC 4 PIC 3 PIC 6 MPU 7 MPU 2 PIC HUAWEI CX600 X1 M CX60...

Page 15: ...anges from 1 to 4 l An interface number on the subcard starts with 0 and its maximum value is determined by the actual number of interfaces on the subcard The following figure shows how a service interface is numbered on the CX600 X1 M4 Figure 1 5 Numbering rule of service interfaces on the CX600 X1 M4 10 8 9 5 4 3 2 6 7 1 g0 4 1 g0 1 2 Table 1 2 CX600 X1 M4 slot description Slot Quanti ty Remarks...

Page 16: ...135 BTU hour DC input voltage Rated voltage 48 V Maximum voltage range 38 V to 72 V System reliability MTBF year 31 07 MTTR hour 0 5 Ambient temperature Long term Ordinary mode 0 C to 45 C 32 F to 113 F Enhancement mode 40 C to 65 C 40 F to 149 F NOTE The use of optical components may limit the ambient temperature range Short term 5 C to 55 C 23 F to 131 F Short term refers to a period of not more...

Page 17: ...exceed 96 hours and accumulated working time per year that does not exceed 15 days If the working time exceeds either of these values it is considered long term The device cannot start at an ambient temperature lower than 20 C 4 F Product Specifications Table 1 4 System configuration list of the CX600 X1 M4 Item Description Processing unit Main frequency 1 2 GHz SDRAM 2 GB Flash 16 MB eUSB 2 GB Sw...

Page 18: ...GE RJ 32 Port E1 Physical Interface Card PIC 120ohm 32xE1 120 16 Port E1 Physical Interface Card PIC 75ohm 16xE1 75 16 Port E1 Physical Interface Card PIC 120ohm 16xE1 120 Physical Interface Card 4 Port OC 3c STM 1c POS SFP Physical Interface Card PIC 4xSTM1 POS Physical Interface Card 4 Port Channelized OC 3c STM 1c POS SFP Physical Interface Card PIC 4xSTM1 cPOS Physical Interface Card 4 Port OC...

Page 19: ...ower supply system to constitute an AC power supply system The following measures are taken to ensure that the PSUs can supply stable and safe power for the system l Protection against output overcurrent l Protection against output overvoltage l Protection against input undervoltage l Protection against overtemperature l Protection against short circuit l Alarm generation 1 2 2 Diagram of the Powe...

Page 20: ...e 1 7 Outline of a PSU Table 1 5 Specifications of the PSUs Item Specification Dimensions H x W x D 20 mm x 194 mm x 226 mm 0 79 in x 7 64 in x 8 90 in Weight 1 kg 2 21 lb Rated voltage 48 V DC or 60 V DC Input voltage range 38 4 V DC to 72 V DC Maximum input current 25 A Maximum output power 1200 W HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 1 CX600 X1 M4 Hard...

Page 21: ...e PSUs but the protection ground cable for the chassis must be properly grounded DC power cables include a 48 V power cable and a return RTN ground cable The required cable length depends on the distance between the cabinet and the power distribution cabinet for the device The DC power cables need to be prepared according to the required lengths on site For details about DC power cables see 5 1 1 ...

Page 22: ...44 lb Rated voltage 100 V AC to 120 V AC low voltage 200 V AC to 240 V AC high voltage Input voltage range 90 V AC to 276 V AC Maximum input current 10 A Maximum output power 870 W module Table 1 8 LED Description LED Colo r Nor mal Stat us Abn orm al Stat us Exception Cause Suggestion Running LED Gree n on off No AC input exists Ensure that the AC input voltage is normal HUAWEI CX600 X1 M CX600 X...

Page 23: ...t dissipation system is responsible for the heat dissipation of the entire device Heat generated by the boards is dissipated through the heat dissipation system In this manner the temperatures of the components on the boards are controlled within a normal range enabling the boards to work stably The heat dissipation system is composed of a fan frame an air intake vent an air exhaust vent and an ai...

Page 24: ...ambient temperature of 40 C 104 F for a short period The rotation speeds of the fans can automatically be adjusted based on the device temperature Figure 1 11 Outline of the fan module for the CX600 X1 M4 Table 1 9 Technical specifications of the fan module for the CX600 X1 M4 Item Specification Dimensions H x W x D 130 mm x 50 mm x 226 mm 5 12 in x 1 97 in x 8 90 in Weight 1 1 kg 2 43 lb HUAWEI C...

Page 25: ...ata Plane 1 4 1 Introduction to the Data Plane As key parts of the CX600 X1 M4 Network Processing Units NPUs are responsible for data processing and data exchange between Physical Interface Cards PICs and NPUs The procedure for data processing is as follows 1 The IP packets sent from PICs converge at a convergence module 2 The Network Processor NP processes the IP packets 3 The Traffic Management ...

Page 26: ...the chassis of the CX600 X1 M4 The NPU 50 consists of the following planes l Control and management plane Through the management channels between MPUs and the NPU 50 the MPUs can manage the subcards and transmit routing protocol data l Data forwarding plane The NPU 50 is responsible for service processing in the entire system and is connected to all subcards through data channels Table 1 11 NPU 50...

Page 27: ...n the slave state or fails to be registered OFL button This button indicates the removal of the NPU Before removing the NPU press and hold the OFL button for 6s until the OFL indicator comes on Then you can remove the NPU Specifications Table 1 13 lists the specifications of the NPU Table 1 13 Specifications of the NPU Item Specification Silkscreen of the board name NPU 50 Typical power consumptio...

Page 28: ...ire system and is connected to all subcards through data channels Table 1 14 NPU 50 E parameters Item Description Remarks Forwarding capability 50 Gbit s bidirectional Figure 1 14 Appearance of the NPU on the CX600 X1 M4 1 STAT indicator 2 ACT indicator 3 OFL button Table 1 15 describes the buttons and indicators on the NPU panel Table 1 15 Description of the buttons and indicators on the NPU pane...

Page 29: ... x 226 mm 0 79 in x 7 64 in x 8 90 in Earliest Software Version V800R005C01 1 4 4 Introduction to the NPU 120 NOTE NPU 120 must not be installed in an outdoor cabinet The NPU 120 has a 120 Gbit s forwarding capability in each direction and all subcards switch data through the NPU 120 You can install only one NPU 120 on the chassis of the CX600 X1 M4 The NPU 120 is connected to the four PICs The NP...

Page 30: ... is being registered If the indicator is off the NPU is not powered on or fails to be registered ACT indicator If the indicator is steady green the NPU is in the master state If the indicator is off the NPU is in the slave state or fails to be registered OFL indicator If the indicator is steady red the NPU is powered off and can be safely removed If the indicator is off the NPU is working properly...

Page 31: ...e chassis of the CX600 X1 M4 The NPU 120 E is connected to the four PICs The NPU 120 E consists of the following planes l Control and management plane Through the management channels between MPUs and NPUs the MPUs can manage NPUs and associated subcards and transmit routing protocol data l Data forwarding plane The NPUs are responsible for service processing in the entire system and are connected ...

Page 32: ... is off the NPU is in the slave state or fails to be registered OFL indicator If the indicator is steady red the NPU is powered off and can be safely removed If the indicator is off the NPU is working properly OFL button This button indicates the removal of the NPU Before removing the NPU press and hold the OFL button for 6s until the OFL indicator comes on Then you can remove the NPU Specificatio...

Page 33: ...al units By integrating the system control and management unit clock unit and system maintenance unit the MPU provides the functions of the control plane and maintenance plane The functions of the MPU are detailed as follows l System control and management unit The MPU is mainly responsible for processing routing protocols In addition the MPU broadcasts and filters routing packets downloads routin...

Page 34: ... 1 23 Description of the buttons and indicators on the MPU panel Indicator Button Description STAT indicator If the indicator is steady green the MPU is working properly If the indicator blinks green the MPU is being registered If the indicator is steady red the hardware of the MPU is faulty If the indicator is off the MPU is not powered on or fails to be registered ACT indicator If the indicator ...

Page 35: ...odem for remote maintenance through a dial up connection TOD date interface RJ45 Input or output 1PPS and TOD clock signals from one channel and input and output DCLS from one channel CLK clock interface RJ45 One RJ45 interfaces It is used to input one channel or output one channel 2 Mbit s clock signals or one channel 2 MHz clock signals RS485 interface RJ45 Used to connect to the monitoring inte...

Page 36: ...trical characteristics RS 232 Baud rate The default value is 9600 bit s The value can be configured Data equipment type Data Circuit terminating Equipment DCE Cable specification 8 core shielded cable Table 1 27 lists the AUX interface attributes Table 1 27 Attributes of the AUX interface Attribute Description Connector type RJ45 Working mode Duplex UART Electrical characteristics RS 232 Baud rate...

Page 37: ... specifications of the MPUK Table 1 29 Specifications of the MPUK Item Specification Silkscreen of the board name CX MPUK Typical power consumption 20 W Heat dissipation 64 9 BTU hour Weight 0 6 kg 1 32 lb Dimensions H x W x D 20 mm x 194 mm x 226 mm 0 79 in x 7 64 in x 8 90 in Earliest Software Version V800R005C01 HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 1 ...

Page 38: ...ly System 2 3 Heat Dissipation System 2 4 Data Plane 2 5 Control Plane HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 2 CX600 X2 M8 Hardware Description Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 28 ...

Page 39: ...are 2 1 1 System Overview System Overview Being equipped with a centralized routing engine and NP forwarding structure the CX600 X2 M8 has a great capacity and can provide extensive services The CX600 X2 M8 uses an integrated chassis that can be installed independently The main parts of the CX600 X2 M8 such as MPUs NPUs PICs fan modules and PSUs are hot swappable Figure 2 1 shows the outline of th...

Page 40: ...lane processes and switches data packets quickly and smoothly the control and management plane as the core of the system controls and manages the system the monitoring plane monitors the ambient operating conditions HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 2 CX600 X2 M8 Hardware Description Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Hu...

Page 41: ...ructure which increases the port density l Separation of the control channels service channels and monitoring channels which ensures the connectivity of control channels and monitoring channels l High level carrier class reliability and manageability l Module level shielding which meets Electro Magnetic Compatibility EMC requirements l Hot swappable boards PSUs and fan modules l 1 1 backup of MPUs...

Page 42: ...re hot swappable Figure 2 4 shows the outline and parts of the CX600 X2 M8 DC Figure 2 5 shows the outline and parts of the CX600 X2 M8 AC Figure 2 4 Outline and parts of the CX600 X2 M8 DC 1 PSU 2 NPU 3 Cabling rack 4 PIC 5 MPU 6 Rack mounting ear 7 Fan Module 8 Grounding Terminal 9 ESD jack 10 Air intake vent 11 Grounding Terminal HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardw...

Page 43: ...2 6 shows the slot layout of the CX600 X2 M8 Figure 2 6 Slot layout of the CX600 X2 M8 15 FAN 13 PSU 14 PSU 7 PIC 8 PIC 6 PIC 5 PIC 10 NPU 9 NPU 3 PIC 4 PIC 2 PIC 1 PIC 11 MPU 12 MPU HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 2 CX600 X2 M8 Hardware Description Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 33 ...

Page 44: ...ng modes for NPUs l Master slave In master slave mode the master NPU forwards services of all subcards and the slave NPU is a hot standby backup The slave NPU takes over the services only when the master NPU is unavailable for example when the master NPU fails or restarts This implementation prevents service interruptions when the master NPU is unavailable In master slave mode each NPU manages all...

Page 45: ...e an interface s subcard resides A subcard slot number ranges from 1 to 8 l An interface number on the subcard starts with 0 and its maximum value is determined by the actual number of interfaces on the subcard The following figure shows how a service interface is numbered on the CX600 X2 M8 Figure 2 8 Numbering rule of service interfaces on the CX600 X2 M8 15 13 14 7 8 6 5 10 9 3 4 2 1 11 12 g0 5...

Page 46: ...220 mm x 222 mm 17 4 in x 8 66 in x 8 74 in approximately 5 U 222 25 mm or 8 75 in high Installation Can be installed in an N63B cabinet a 19 inch standard cabinet or a 23 inch rack that complies with the North American standard Weight 22 kg 48 51 lb Typical power consumption 550 W Heat dissipation 2107 BTU hour DC input voltage Rated voltage 48 V Maximum voltage range 38 V to 72 V System reliabil...

Page 47: ...g term working altitude Lower than 3000 m 9842 4 ft Storage altitude Lower than 5000 m 16404 ft Table 2 4 Physical specifications of the CX600 X2 M8 AC Item Specification Dimensions H x W x D 442 mm x 220 mm x 264 mm 17 4 in x 8 66 in x 10 39 in approximately 5 U 267 mm or 10 51 in high Installation Can be installed in an N63B cabinet a 19 inch standard cabinet or a 23 inch rack that complies with...

Page 48: ...wn in the table the width W does not include the rack mounting ears Temperature and humidity are measured at 1 5 m 4 92 ft above the floor and 0 4 m 1 31 ft in front of the cabinet There should be no protection board on the front or back of the cabinet Short term refers to continuous working time that does not exceed 96 hours and accumulated working time per year that does not exceed 15 days If th...

Page 49: ...ype Board Name Silkscreen Print MPU MPUK CX MPUK Network Processing Unit NPU 50 NPU 50 E NPU 50 NPU 50 E Network Processing Unit NPU 120 NPU 120 E NPU 120 NPU 120 E Physical Interface Card 4 Port 10GBase LAN SFP Physical Interface Card PIC 4x10GE SFP 1 Port 10GBase LAN WAN SFP 8 Port 100 1000Base X SFP Physical Interface Card PIC 1x10GE 8xGE SFP Physical Interface Card 2 Port 10GBase LAN WAN SFP P...

Page 50: ...face Card PIC MD8A CWDM FIC Auxiliary Flexible Interface Card with 4 Port 100Base RJ45 FIC Supporting 1588v2 AUX 4xFE A 2 2 Power Supply System 2 2 1 Architecture of the Power Supply System The device supports DC power input of 48 V DC or 60 V DC and AC power input of 110 V AC or 220 V AC The device is powered by two PSUs which work in 1 1 backup mode When one PSU fails or is removed the other one...

Page 51: ...grated in the backplane and then input to the boards Each power module provides a 48 V power input to the fans The two 48 V power inputs are integrated in the backplane and then input to the fans Figure 2 9 Diagram of the power supply architecture PEM A PEM B FAN MPU NPU PIC 48V fan 48V A fan 48V B fan 48V A 48V B 48V A 48V B 3 3V A 3 3V B 3 3V Backplane 3 3V 2 2 3 DC Power Supply System The devic...

Page 52: ...ging from 48 V or 60 V l Notes on DC power monitoring The DC power monitoring channel can implement real time monitoring on power supply In addition the DC power monitoring channel allows you to query the manufacturing ID input voltage and temperature of the PSUs in real time and supports real time reporting of power supply alarms l Notes on the configuration of DC power cables You do not need to ...

Page 53: ...g 5 51 lb Rated voltage 110 V AC 220 V AC Input voltage range 90 V AC 290 V AC Maximum input current 8 A Maximum output power 1600 W Table 2 9 Indicator Description Indicat or Name Color Norm al Statu s Abnor mal Status Remarks Input indicato r Green On Off The indicator is on when the input is normal and is off when the input is abnormal HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform...

Page 54: ...e boards are controlled within a normal range enabling the boards to work properly The heat dissipation system is composed of a fan frame an air intake vent an air exhaust vent and an air channel All the fans in the fan frame work simultaneously and their rotation speeds can be adjusted by area When one fan fails the heat dissipation system can still allow the device to work at an ambient temperat...

Page 55: ...600 X2 M8 When one fan fails the device can still work at the ambient temperature of 40 C 104 F for a short period The rotation speeds of the fans can be adjusted based on the device temperature Figure 2 13 Appearance of the DC fan module for the CX600 X2 M8 HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 2 CX600 X2 M8 Hardware Description Issue 03 2014 04 30 Huawe...

Page 56: ...x 219 mm 1 97 in x 8 90 in x 8 62 in Weight 1 7 kg 3 75 lb Maximum power consumption 177 W Maximum air pressure 569 Pa Maximum air volume 225 cubic feet per minute Noise 59 5 dB 27 C HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 2 CX600 X2 M8 Hardware Description Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 46 ...

Page 57: ...e for data processing is as follows 1 The IP packets sent from PICs and NPU converge at a convergence module 2 The NP processes the IP packets 3 The TM module performs traffic management on the IP packets Figure 2 15 Data plane architecture of the CX600 X2 M8 Backplane P H Y SFP RJ45 INTERFACE CONVERSION MODULE P H Y SFP RJ45 INTERFACE CONVERSION MODULE OVER SUBSCRI BED NP TM NPU OVER SUBSCRI BED ...

Page 58: ...parameters Item Description Remarks Forwarding capability 50 Gbit s Figure 2 16 Appearance of the NPU panel 1 STAT indicator 2 ACT indicator 3 OFL button Table 2 13 describes the buttons and indicators on the NPU panel Table 2 13 Description of the buttons and indicators on the NPU panel Indicator Button Description STAT indicator If the indicator is on the NPU is working properly If the indicator...

Page 59: ...liest Software Version V800R005C01 2 4 3 Introduction to the NPU 50 E NOTE NPU 50 E can be installed in an outdoor cabinet The NPU 50 E has the 50 Gbit s forwarding capability and all subcards exchange data through the NPU 50 E You can install two NPUs on the chassis of the CX600 X2 M16 The two NPUs can work in 1 1 or 1 1 mode In 1 1 mode the NPU 50 E is connected to the eight PICs In 1 1 mode the...

Page 60: ...is faulty not powered on or fails to be registered ACT indicator If the indicator is steady green the NPU is in the master state If the indicator is off the NPU is in the slave state or fails to be registered OFL indicator If the indicator is steady red the NPU is powered off and can be safely removed If the indicator is off the NPU is working properly OFL button This button indicates the removal ...

Page 61: ...bit s Figure 2 18 Appearance of the NPU panel 1 STAT indicator 2 ACT indicator 3 OFL button Table 2 18 describes the buttons and indicators on the NPU panel Table 2 18 Description of the buttons and indicators on the NPU panel Indicator Button Description STAT indicator If the indicator is steady green the NPU is working properly If the indicator is steady red the hardware of the NPU is faulty If ...

Page 62: ...tware Version V800R005C01 2 4 5 Introduction to the NPU 120 E NOTE NPU 120 E can be installed in an outdoor cabinet The NPU 120 E has a 120 Gbit s forwarding capability in each direction and all subcards exchange data through the NPU 120 E You can install two NPUs on the chassis of the CX600 X2 M16 The two NPUs can work in 1 1 or 1 1 mode In 1 1 mode the NPU 120 E is connected to the eight PICs In...

Page 63: ... green theNPU is being registered If the indicator is off the NPU is not powered on or fails to be registered ACT indicator If the indicator is steady green the NPU is in the master state If the indicator is off the NPU is in the slave state or fails to be registered OFL indicator If the indicator is steady red the NPU is powered off and can be safely removed If the indicator is off the NPU is wor...

Page 64: ... the master MPU MPUs support two switchover modes failover and manual switchover The failover is triggered by serious faults or resetting of the master MPU The manual switchover is triggered by commands run on the console interface or management interface The MPU integrates multiple functional units By integrating the system control and management unit clock unit and system maintenance unit the MP...

Page 65: ...as detecting the board presence and adjusting the fan speed NOTE The MPUs work in 1 1 hot backup mode improving system reliability 2 5 2 MPUK Figure 2 20 shows the MPUK panel Figure 2 20 Appearance of the MPU panel 1 STAT indicator 2 ACT indicator 3 ETH ACT indicator 4 ETH interface 5 ETH LINK indicator 6 AUX interface 7 Console interface 8 CLK clock interface 9 TOD date interface 10 RS 485 interf...

Page 66: ... RJ45 One console interface used to connect to the console for on site configuration AUX interface NOTE User login by using AUX interfaces is not supported at present This interface is used for reservation expansion RJ45 One AUX interface used to connect to the modem for remote maintenance through a dial up connection TOD date interface RJ45 Input or output 1PPS and TOD clock signals from one chan...

Page 67: ...ace Attribute Description Connector type RJ45 Working mode Duplex Universal Asynchronous Receiver Transmitter UART Electrical characteristics RS 232 Baud rate The default value is 9600 bit s The value can be configured Data equipment type Data Circuit terminating Equipment DCE Cable specification 8 core shielded cable Table 2 27 lists the AUX interface attributes Table 2 27 Attributes of the AUX i...

Page 68: ...andard compliance G 703 Specifications Table 2 29 lists the specifications of the MPUK Table 2 29 Specifications of the MPUK Item Specification Silkscreen of the board name CX MPUK Typical power consumption 20 W Heat dissipation 64 9 BTU hour Weight 0 6 kg 1 32 lb Dimensions H x W x D 20 mm x 194 mm x 226 mm 0 79 in x 7 64 in x 8 90 in Earliest Software Version V800R005C01 HUAWEI CX600 X1 M CX600 ...

Page 69: ...ly System 3 3 Heat Dissipation System 3 4 Data Plane 3 5 Control Plane HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 3 CX600 X2 M16 Hardware Description Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 59 ...

Page 70: ...d routing engine and NP forwarding structure the CX600 X2 M16 has a great capacity and can provide extensive services The CX600 X2 M16 adopts an integrated chassis that can be installed independently The main parts of the CX600 X2 M16 such as MPUs NPUs PICs fan modules and PSUs are hot swappable Figure 3 1 shows the outline of the CX600 X2 M16 The CX600 X2 M16 provides two slots for NPUs and sixte...

Page 71: ...600 X1 M4 has only one NPU board Main System Features The main features of the system include l NP based forwarding which enables fast service deployment l Compact structure which increases the port density l Separation of the control channels service channels and monitoring channels which ensures the connectivity of control channels and monitoring channels l High level carrier class reliability a...

Page 72: ... X2 M16 uses an integrated chassis and the main parts of the CX600 X2 M16 are hot swappable Figure 3 3 shows the outline and parts of the CX600 X2 M16 Figure 3 3 Outline and parts of the CX600 X2 M16 1 Grounding Terminal 2 PSU 3 Cable tray 4 NPU 5 PIC 6 MPU 7 Fan Module 8 Air intake vent 9 Rack mounting ear 10 ESD jack 11 Handle Slot Layout Figure 3 4 shows the slot layout of the CX600 X2 M16 HUAW...

Page 73: ... Auxiliary Flexible Interface Card can be installed in any slot numbered 1 to 16 17 and 18 2 For NPUs 19 and 20 2 For MPUs which are in 1 1 backup 21 and 22 2 For PSUs which are in 1 1 backup 23 1 For the fan frame Table 3 2 Slot layout with the NPU 50 50 E Slot Type Remarks 1 to 4 FIC Include FICs and the other subcards Such as 32 Port E1 Physical Interface Card 4 Port OC 3c STM 1c POS SFP Physic...

Page 74: ...600 X2 M16 that has the NPU 50 NPU50 E installed 2 port 10GBase PICs cannot be installed in both slot 5 and slot 12 and slots 1 2 3 4 13 14 15 and 16 support only PICs whose total bandwidth is smaller than or equal to 2 Gbit s for the CX600 X2 M16 that has the NPU 120 NPU 120 E installed slots 1 2 15 and 16 support only PICs whose total bandwidth is smaller than or equal to 2 Gbit s Board Working ...

Page 75: ...C 19 MPU 20 MPU 15 SIC 16 SIC 14 SIC 13 SIC 7 SIC 8 SIC 6 SIC 5 SIC Numbering Rule of Service Interfaces on the CX600 X2 M16 Numbering Rule of Service Interfaces on the CX600 X2 M16 Service interfaces on the CX600 X2 M16 are numbered in the following format 0 subcard slot number interface number on the subcard l A subcard slot number is the number of the slot where an interface s subcard resides A...

Page 76: ... DC 33 kg 72 8 lb l AC 35 kg 77 2 lb Typical power consumption 650 W Heat dissipation 2107 BTU hour DC input voltage Rated voltage 48 V Maximum voltage range 38 V to 72 V System reliability MTBF year 138 61 MTTR hour 0 5 Ambient operating temperature Long term 0 C to 45 C 32 F to 113 F startup at 20 C 4 F Short term 5 C to 55 C 23 F to 131 F Short term refers to a period of not more than 96 consec...

Page 77: ...m refers to continuous working time that does not exceed 96 hours and accumulated working time per year that does not exceed 15 days If the working time exceeds either of these values it is considered long term Product Specifications Table 3 6 System configuration list of the CX600 X2 M16 Item Description Processing unit Main frequency 1 2 GHz SDRAM 2 GB Flash 16 MB eUSB 2 GB Switching capacity NP...

Page 78: ...0 1000Base RJ45 Physical Interface Card PIC 8xFE GE RJ Physical Interface Card 32 Port E1 Physical Interface Card PIC 75ohm 32xE1 75 32 Port E1 Physical Interface Card PIC 120ohm 32xE1 120 16 Port E1 Physical Interface Card PIC 75ohm 16xE1 75 16 Port E1 Physical Interface Card PIC 120ohm 16xE1 120 4 Port OC 3c STM 1c POS SFP Physical Interface Card PIC 4xSTM1 POS Physical Interface Card 4 Port Cha...

Page 79: ...ystem l Protection against output overcurrent l Protection against output overvoltage l Protection against input undervoltage l Protection against overtemperature l Protection against short circuit l Alarm generation 3 2 2 Diagram of the Power Supply Architecture A power supply system consists of two power modules working in 1 1 redundancy mode Figure 3 6 shows the diagram of the power supply arch...

Page 80: ...e 3 7 Outline of a PSU Table 3 7 Specifications of the PSUs Item Specification Dimensions H x W x D 40 mm x 194 mm x 226 mm 1 57 in x 7 64 in x 8 90 in Weight 1 5 kg 3 31 lb Rated voltage 48 V DC to 60 V DC Input voltage range 38 V DC to 72 V DC Maximum input current 34 A Maximum output power 1600 W HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 3 CX600 X2 M16 Har...

Page 81: ...l time and supports real time reporting of power supply alarms l Notes on the configuration of DC power cables You do not need to connect protection ground cables to the PSUs but the protection ground cable for the chassis must be properly grounded DC power cables include a 48 V power cable and a return RTN ground cable The required cable length depends on the distance between the cabinet and the ...

Page 82: ...the output is abnormal Fault indicato r Red Off Blink The indicator is blinking in the following situations The communication is interrupted for 60s or longer The power is input unevenly The AC power module is reset remotely On The indicator is blinking in the following situations Protection against overtemperature is performed Fans become faulty 3 3 Heat Dissipation System The heat dissipation sy...

Page 83: ...by the MPU to control the board temperatures 3 3 1 Air Channel The CX600 X2 M16 dissipates heat by blowing air from left to right Figure 3 9 shows the air flow in the CX600 X2 M16 Figure 3 9 Air flow in the CX600 X2 M16 3 3 2 Fan Module The air intake vent of the CX600 X2 M16 is 8 U 311 15 mm or 12 25 in high and 220 mm 8 66 in deep There are six fans in the fan frame of the CX600 X2 M16 When one ...

Page 84: ...ute Noise 68 dB 27 C Table 3 12 Indicators on the fan module Indicator Description FAN indicator If the indicator is steady green it indicates that the fan module works normally The indicator is off when the fan module is unregistered powered off or has a hardware fault If the indicator is steady red it indicates that the fan module fails HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform...

Page 85: ...SCRI BED NP TM NPU OVER SUBSCRI BED NP TM NPU 3 4 2 Introduction to the NPU 50 NOTE NPU 50 must not be installed in an outdoor cabinet The NPU 50 has a 50 Gbit s forwarding capability in each direction and all subcards exchange data through the NPU 50 You can install two NPUs on the chassis of the CX600 X2 M16 The two NPUs can work in 1 1 or 1 1 mode In 1 1 mode the NPU 50 is connected to the eigh...

Page 86: ...properly If the indicator is steady red the hardware of the NPU is faulty If the indicator blinks green the NPU is being registered If the indicator is off the NPU is not powered on or fails to be registered ACT indicator If the indicator is steady green the NPU is in the master state If the indicator is off the NPU is in the slave state or fails to be registered OFL indicator If the indicator is ...

Page 87: ...wo NPUs can work in 1 1 or 1 1 mode In 1 1 mode the NPU 50 E is connected to the eight PICs In 1 1 mode the NPU 120 E is connected to the sixteen PICs The NPU 50 E consists of the following planes l Control and management plane Through the management channels between MPUs and NPUs the MPUs can manage NPUs and associated subcards and transmit routing protocol data l Data forwarding plane The NPUs a...

Page 88: ...t indicates that the NPU is in the slave state or fails to be registered OFL indicator If the indicator is steady red the NPU is powered off and can be safely removed If the indicator is off the NPU is working properly OFL button This button indicates the removal of the NPU Before removing the NPU press and hold the OFL button for 6s until the OFL indicator comes on Then you can remove the NPU Spe...

Page 89: ...f the following planes l Control and management plane Through the management channels between MPUs and NPUs the MPUs can manage NPUs and associated subcards and transmit routing protocol data l Data forwarding plane The NPUs are responsible for service processing in the entire system and are connected to all subcards through data channels Table 3 19 NPU parameters Item Description Remarks Forwardi...

Page 90: ...moval of the NPU Before removing the NPU press and hold the OFL button for 6s until the OFL indicator comes on Then you can remove the NPU Specifications Table 3 21 lists the specifications of the NPU Table 3 21 Specifications of the NPU Item Specification Silkscreen of the board name NPU 120 E Typical power consumption 200 W Heat dissipation 648 9 BTU hour Weight 2 62 kg 5 78 lb Dimensions H x W ...

Page 91: ... button Table 3 23 describes the buttons and indicators on the NPU panel Table 3 23 Description of the buttons and indicators on the NPU panel Indicator Button Description STAT indicator If the indicator is steady green the NPU is working properly If the indicator is steady red the hardware of the NPU is faulty If the indicator blinks green theNPU is being registered If the indicator is off the NP...

Page 92: ...e standby state You can connect either the management network port on the master MPU or that on the slave MPU to the device The slave MPU exchanges information heartbeat messages and backup data with only the master MPU Data consistency between the master and slave MPUs is ensured through high reliability mechanisms such as batch backup and real time backup After a master slave switchover the slav...

Page 93: ...ice Through management interfaces such as serial interfaces and network interfaces on the MPU you can manage and maintain the device l System clock unit The system clock unit of the MPU provides NPUs and PICs with reliable and synchronous SDH clock signals The MPUs support the clock that complies with IEEE 1588v2 l System maintenance unit The system maintenance unit of the MPU collects monitoring ...

Page 94: ...is being transmitted RESET button The button is used for resetting the MPU Press the RESET button to reset the MPU Table 3 26 Interfaces on the MPU Interface Name Interface Type Description ETH interface 10M 100M 1000M Base TX auto sensing RJ45 One ETH interface for system maintenance Console interface RJ45 One console interface used to connect to the console for on site configuration AUX interfac...

Page 95: ...ance IEEE 802 3 2002 Cable specification Super category 5 Shielded Twisted Pair STP cables recommended in the case of 1000 Mbit s Table 3 28 lists the console interface attributes Table 3 28 Attributes of the console interface Attribute Description Connector type RJ45 Working mode Duplex Universal Asynchronous Receiver Transmitter UART Electrical characteristics RS 232 Baud rate The default value ...

Page 96: ...cription Connector type RJ45 Cable specification 120 ohm clock shielded cable Standard compliance G 703 Specifications Table 3 31 lists the specifications of the MPUK Table 3 31 Specifications of the MPUK Item Specification Silkscreen of the board name CX MPUK Typical power consumption 20 W Heat dissipation 64 9 BTU hour Weight 0 6 kg 1 32 lb Dimensions H x W x D 20 mm x 194 mm x 226 mm 0 79 in x ...

Page 97: ...re Version V800R005C01 HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 3 CX600 X2 M16 Hardware Description Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 87 ...

Page 98: ...PIC 4 7 32 Port E1 Physical Interface Card PIC 75ohm 4 8 32 Port E1 Physical Interface Card PIC 120ohm 4 9 16 Port E1 Physical Interface Card PIC 75ohm 4 10 16 Port E1 Physical Interface Card PIC 120ohm 4 11 4 Port OC 3c STM 1c POS SFP Physical Interface Card FIC 4 12 Auxiliary Flexible Interface Card with 4 Port 100Base RJ45 FIC Supporting 1588v2 4 13 8 Channel CWDM Multiplexing Demultiplexing 14...

Page 99: ... the indicator is steady red the hardware on the PIC is faulty If the indicator is steady yellow the PIC is installed in a slot for a HIC and an alarm is reported or the PIC is not loaded with the logic LINK ACT green If the indicator is steady on the link is working properly If the indicator blinks data is being transmitted If the indicator is off the link is Down Interface Attributes Table 4 2 l...

Page 100: ... 7 3 dBm 8 2 dBm 4 7 dBm 0 dBm Maximum transmitting power 1 dBm 0 5 dBm 4 0 dBm 4 dBm Receiving sensitivity 11 1 dBm 12 6 dBm 14 1 dBm 24 dBm Overload power 1 0 dBm 0 5 dBm 0 5 dBm 7 dBm Optical fiber type Multi mode Single mode Single mode Single mode Table 4 4 Attributes of 10Gbps SFP CWDM optical modules Attri butes Description Trans missi on distan ce 70km 43 47 mi 70km 43 47 mi 70km 43 47 mi ...

Page 101: ...7 dBm 7 dBm Optic al fiber type Single mode Single mode Single mode Single mode Single mode Single mode Single mode Single mode Specifications Table 4 5 lists the specifications of the4 Port 10GBase LAN SFP Physical Interface Card PIC Table 4 5 Specifications of the4 Port 10GBase LAN SFP Physical Interface Card PIC Item Specification Silkscreen of the board name 4 10GE SFP Typical power consumptio...

Page 102: ...ace type SFP Reliability and availability Hardware features l Hot swappable NMS Enhanced command line management interfaces SNMP and MIB Operating environment Operating temperature 40 C to 65 C 40 F to 149 F Optics used may limit the ambient temperature range Long term relative humidity 5 to 85 Short term relative humidity 5 to 95 Storage environment Storage temperature 40 C to 70 C 40 F to 158 F ...

Page 103: ...l Interface Card PIC Figure 4 2 Appearance of the 1 Port 10GBase LAN WAN SFP 8 Port 100 1000Base X SFP Physical Interface Card PIC Panel Description Table 4 7 lists the functions of the indicators on the 1 Port 10GBase LAN WAN SFP 8 Port 100 1000Base X SFP Physical Interface Card PIC Table 4 7 Functions of the indicators on the 1 Port 10GBase LAN WAN SFP 8 Port 100 1000Base X SFP Physical Interfac...

Page 104: ...n the 8 Port 100 1000Base X SFP Attribute Value Connector LC PC Interface attributes Determined by the selected SFP optical module Working mode Full duplex Standard compliance IEEE 802 3 2002 Frame format Ethernet_II Ethernet_SAP and Ethernet_SNAP Network protocol IP Table 4 10 Attributes of 10GBase SFP optical modules Attributes Description Transmission distance 0 3 km 0 19 mi 10 km 6 21 mi 40 km...

Page 105: ...km 43 47 mi 70km 43 47 mi 70km 43 47 mi 70km 43 47 mi 70km 43 47 mi 70km 43 47 mi Cente r wavel ength 1471 nm 1511n m 1551nm 1591n m 1491nm 1531nm 1571n m 1611nm Mini mum trans mittin g power 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm Maxi mum trans mittin g power 4 dBm 4 dBm 4 dBm 3 dBm 4 dBm 4 dBm 4 dBm 3 dBm Recei ving sensit ivity 23 dBm 23 dBm 23 dm 21 dBm 23 dBm 23 dBm 22 dBm 21 dBm HUA...

Page 106: ...dBm 0 dBm Receiver sensitivity 30 0 dBm 31 0 dBm 37 0 dBm 37 0 dBm Overload optical power 14 0 dBm 8 0 dBm 10 0 dBm 10 0 dBm Fiber type Multimode Single mode Single mode Single mode Table 4 13 Attributes of 1000M SFP optical modules Attribute Value Transmission Distance 0 5 km 0 31 mi 10 km 6 21 mi 40 km 24 86 mi 80 km 49 71 mi 100 km 62 14 mi Center wavelength 850 nm 1310 nm 1310 nm 1550 nm 1550 ...

Page 107: ... 5 dBm 5 dBm 5 dBm 5 dBm 5 dBm 5 dBm Receiving sensitivity 23 0 dBm 23 0 dBm 23 0 dBm 23 0 dBm 23 0 dBm 23 0 dBm 23 0 dBm 23 0 dBm Overload optical power 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm Optical fiber type Single mode Single mode Single mode Single mode Single mode Single mode Singl e mode Single mode Specifications Table 4 15 lists the specifications of the 1 Port 10GBase LAN WAN S...

Page 108: ...ol and service IEEE 802 3x traffic control IEEE 802 1q jumbo frames supported by VLAN IEEE 802 3ad link aggregation IEEE 802 1p label Interface type SFP LC optical interface SFP LC optical interface RJ45 electrical interface Reliability and availability Hardware features l Hot swappable NMS Enhanced command line management interfaces SNMP and MIB Operating environment Operating temperature 40 C to...

Page 109: ...ort 10GBase LAN WAN SFP Physical Interface Card PIC Table 4 17 Functions of the indicators on the 2 Port 10GBase LAN WAN SFP Physical Interface Card PIC Indicator Description STAT If the indicator is steady green the PIC is working properly If the indicator is off the PIC is powered off or is not registered If the indicator is steady red the hardware on the PIC is faulty If the indicator is steady...

Page 110: ...ble 4 19 Attributes of 10GBase SFP optical modules Attributes Description Transmission distance 0 3 km 0 19 mi 10 km 6 21 mi 40 km 24 86 mi 80 km 49 72 mi Center wavelength 850 nm 1310 nm 1550 nm 1550 nm Minimum transmitting power 7 3 dBm 8 2 dBm 4 7 dBm 0 dBm Maximum transmitting power 1 dBm 0 5 dBm 4 0 dBm 4 dBm Receiving sensitivity 11 1 dBm 12 6 dBm 14 1 dBm 24 dBm Overload power 1 0 dBm 0 5 d...

Page 111: ... 4 dBm 4 dBm 4 dBm 3 dBm 4 dBm 4 dBm 4 dBm 3 dBm Recei ving sensit ivity 23 dBm 23 dBm 23 dm 21 dBm 23 dBm 23 dBm 22 dBm 21 dBm Overl oad power 7 dBm 7 dBm 7 dBm 7 dBm 7 dBm 7 dBm 7 dBm 7 dBm Optic al fiber type Single mode Single mode Single mode Single mode Single mode Single mode Single mode Single mode Specifications Table 4 21 lists the specifications of the2 Port 10GBase LAN WAN SFP Physical...

Page 112: ...cifications of the2 Port 10GBase LAN WAN SFP Physical Interface Card PIC Feature Description Supported protocol and service Ethernet_II Ethernet_SAP Ethernet_SNAP PTP Interface type SFP Reliability and availability Hardware features l Hot swappable NMS Enhanced command line management interfaces SNMP and MIB Operating environment Operating temperature 40 C to 65 C 40 F to 149 F Optics used may lim...

Page 113: ...al Interface Card PIC supports the mixed use of various types of modules Figure 4 4 shows the appearance of the 8 port 100 1000Base X SFP flexible card Figure 4 4 Appearance of the 8 Port 100 1000Base X SFP Physical Interface Card PIC Panel Description Table 4 23 lists the functions of the indicators on the 8 Port 100 1000Base X SFP Physical Interface Card PIC Table 4 23 Functions of the indicator...

Page 114: ...E 802 3 2002 Frame format Ethernet_II Ethernet_SAP and Ethernet_SNAP Network protocol IP Table 4 25 Attributes of the 100 M SFP optical module Attribute Value Maximum transmission distance 2 km 1 24 mi 15 km 9 32 mi 40 km 24 86 mi 80 km 49 71 mi Center wavelength 1310 nm 1310 nm 1310 nm 1550 nm Minimum output power 19 0 dBm 15 0 dBm 5 0 dBm 5 0 dBm Maximum output power 14 0 dBm 8 0 dBm 0 dBm 0 dBm...

Page 115: ...ission Distance 70 km 43 50 mi 70 km 43 50 mi 70 km 43 50 mi 70 km 43 50 mi 70 km 43 50 mi 70 km 43 50 mi 70 km 43 5 0 mi 70 km 43 50 mi Center wavelength 1470 nm 1490 nm 1510 nm 1530 nm 1550 nm 1570 nm 1590 nm 1610 nm Minimum output power 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm Maximum output power 5 dBm 5 dBm 5 dBm 5 dBm 5 dBm 5 dBm 5 dBm 5 dBm Receiving sensitivity 23 0 dBm 23 0 dBm 23 ...

Page 116: ...e specifications of the 8 Port 100 1000Base X SFP Physical Interface Card PIC Table 4 29 Specifications of the8 Port 100 1000Base X SFP Physical Interface Card PIC Feature Description Supported protocol and service IEEE 802 3x traffic control IEEE 802 1q jumbo frames supported by VLAN IEEE 802 3ad link aggregation IEEE 802 1p label Interface type SFP LC optical interface RJ45 electrical interface ...

Page 117: ... Description Table 4 30 describes the indicators on the 8 Port 100 1000Base RJ45 Physical Interface Card PIC Table 4 30 Indicators on the 8 Port 100 1000Base RJ45 Physical Interface Card PIC Indicator Description STAT If the indicator is steady on the TND1EF8T is working properly If the indicator is off the TND1EF8T is not powered on or fails to be registered If the indicator is steady red the har...

Page 118: ...chnical specifications of the 8 Port 100 1000Base RJ45Physical Interface Card PIC Table 4 32 Specifications of the 8 Port 100 1000Base RJ45 Physical Interface Card PIC Item Specification Silkscreen of the board name 8xFE GE RJ Typical power consumption 12 W Heat dissipation 38 9 BTU hour Weight 0 43 kg 0 95 lb Dimensions H x W x D 20 mm x 194 mm x 226 mm 0 79 in x 7 64 in x 8 90 in Connector RJ45 ...

Page 119: ...Port Channelized STM 1c POS SFP Physical Interface Card PIC Overview The 4 Port Channelized STM 1c POS SFP Physical Interface Card PIC transmits 63 channel E1 signals through 4 channel 155M SDH line implements the Inverse Multiplexing for MultiLink Point to Point Protocol ML PPP and supports synchronous Ethernet and hot swapping The 4 Port Channelized STM 1c POS SFP Physical Interface Card PIC con...

Page 120: ...ot loaded to the 4 Port Channelized STM 1c POS SFP Physical Interface Card PIC LINK ACT green If the indicator is steady on it indicates that the link is normal If the indicator blinks it indicates that data is being transmitted If the indicator is off it indicates that the link is Down Interface Attributes Table 4 35 lists the interface attributes of the 4 Port Channelized STM 1c POS SFP Physical...

Page 121: ...gle mode Technical Specifications Table 4 37 lists the technical specifications of the 4 Port Channelized STM 1c POS SFP Physical Interface Card PIC Table 4 37 Technical specifications of the 4 Port Channelized STM 1c POS SFP Physical Interface Card PIC Item Description Silkscreen print 4xSTM1 cPOS Typical power consumption 14 5 W Heat dissipation 47 BTU hour Weight 0 69 kg 1 52 lb Dimensions W x ...

Page 122: ... 40 F to 149 F Long term relative humidity 5 to 85 Short term relative humidity 5 to 95 Ambient storage conditions Storage temperature 40 C to 70 C 40 F to 158 F Storage humidity 0 to 95 4 7 32 Port E1 Physical Interface Card PIC 75ohm Overview The 32 Port E1 Physical Interface Card PIC 75ohm is hot swappable and provides up to 32 E1 interfaces The service type of every interface can be configured...

Page 123: ...face attributes of the 32 Port E1 Physical Interface Card PIC 75ohm Table 4 40 Interface attributes of the 32 Port E1 Physical Interface Card PIC 75ohm Attribute Description Connector type Anea 96 75 ohm Nominal bit rate 2048 kbit s Interface impedance 75 ohm Interface code HDB3 Pulse waveform of the output interface Compliant with ITU T G0 703 Attenuation dB of the input interface at 1024 kHz 0 t...

Page 124: ...Product Specifications Table 4 42 lists the specifications of the 32 Port E1 Physical Interface Card PIC 75ohm Table 4 42 Specifications of the 32 Port E1 Physical Interface Card PIC 75ohm Feature Description Protocol and services l CES supporting Circuit Emulation Service CES of up to 32 E1 links l ML PPP supports up to 7 ML PPP groups Interface type Anea 96 75 ohm Reliability and availability Ha...

Page 125: ...rd PIC 120ohm Panel Description Table 4 43 describes the buttons and indicators on the 32 Port E1 Physical Interface Card PIC 120ohm Table 4 43 Buttons and indicators on the 32 Port E1 Physical Interface Card PIC 120ohm Indicator Description STAT If the indicator is steady green the card is working properly If the indicator is off the card is not powered on or fails to be registered If the indicat...

Page 126: ...ut jitter Compliant with ITU T G 823 Technical Specifications Table 4 45 shows the technical specifications of the 32 Port E1 Physical Interface Card PIC 120ohm Table 4 45 Technical specifications of the 32 Port E1 Physical Interface Card PIC 120ohm Item Specification Silkscreen of the board name 32xE1 75 Typical power consumption 13 5 W Heat dissipation 43 8 BTU hour Weight 0 45 kg 0 99 lb Dimens...

Page 127: ...ing temperature 40 C to 65 C 40 F to 149 F Long term relative humidity 5 to 85 Short term relative humidity 5 to 95 Ambient storage conditions Storage temperature 40 C to 70 C 40 F to 158 F Storage humidity 0 to 95 4 9 16 Port E1 Physical Interface Card PIC 75ohm Overview The 16 Port E1 Physical Interface Card PIC 75ohm is hot swappable and provides up to 16 E1 interfaces The service type of every...

Page 128: ...ce attributes of the 16 Port E1 Physical Interface Card PIC 75ohm Table 4 48 Interface attributes of the 16 Port E1 Physical Interface Card PIC 75ohm Attribute Description Connector type Anea 96 75 ohm Nominal bit rate 2048 kbit s Interface impedance 75 ohm Interface code HDB3 Pulse waveform of the output interface Compliant with ITU T G0 703 Attenuation dB of the input interface at 1024 kHz 0 to ...

Page 129: ...Specifications Table 4 50 lists the specifications of the 16 Port E1 Physical Interface Card PIC 75ohm Table 4 50 Specifications of the 16 Port E1 Physical Interface Card PIC 75ohm Feature Description Protocol and services l CES supporting Circuit Emulation Service CES of up to 16 E1 links l ML PPP supports up to 7 ML PPP groups Interface type Anea 96 75 ohm Reliability and availability Hardware f...

Page 130: ...ce Card PIC 120ohm Panel Description Table 4 51 describes the buttons and indicators on the 16 Port E1 Physical Interface Card PIC 120ohm Table 4 51 Buttons and indicators on the 16 Port E1 Physical Interface Card PIC 120ohm Indicator Meaning STAT If the indicator is steady green the card is working properly If the indicator is off the card is not powered on or fails to be registered If the indica...

Page 131: ...ut jitter Compliant with ITU T G 823 Technical Specifications Table 4 53 shows the technical specifications of the 16 Port E1 Physical Interface Card PIC 120ohm Table 4 53 Technical specifications of the 16 Port E1 Physical Interface Card PIC 120ohm Item Specification Silkscreen of the board name 16xE1 120 Typical power consumption 9 5 W Heat dissipation 30 7 BTU hour Weight 0 45 kg 0 99 lb Dimens...

Page 132: ...ient operating conditions Operating temperature 40 C to 65 C 40 F to 149 F Long term relative humidity 5 to 85 Short term relative humidity 5 to 95 Ambient storage conditions Storage temperature 40 C to 70 C 40 F to 158 F Storage humidity 0 to 95 4 11 4 Port OC 3c STM 1c POS SFP Physical Interface Card FIC Overview Figure 4 11 shows the appearance of the 4 Port OC 3c STM 1c POS SFP Physical Interf...

Page 133: ...e 4 Port OC 3c STM 1c POS SFP Physical Interface Card FIC LINK ACT green If the indicator is steady on the link is working properly If the indicator blinks data is being transmitted If the indicator is steady off the link is not working properly Interface attributes Table 4 56 lists the interface attributes of the 4 Port OC 3c STM 1c POS SFP Physical Interface Card FIC Table 4 56 Interface attribu...

Page 134: ...Single mode Single mode Technical Specifications Table 4 58 lists the technical specifications of the4 Port OC 3c STM 1c POS SFP Physical Interface Card FIC Table 4 58 Technical specifications of the 4 Port OC 3c STM 1c POS SFP Physical Interface Card FIC Item Specification Silkscreen of the board name 4 OC3 POS Typical power consumption 13 4 W Heat dissipation 43 48 BTU hour Board weight 0 65 kg ...

Page 135: ...vironment Storage temperature 40 C to 70 C 40 F to 158 F Storage humidity 0 to 95 4 12 Auxiliary Flexible Interface Card with 4 Port 100Base RJ45 FIC Supporting 1588v2 NOTE The FE interfaces and 1588v2 functions are not supported at present Overview The Boolean value input and output interfaces on the card can be connected to the burglarproof sensor on the cabinet door and smoke sensor to implemen...

Page 136: ... control bus Processes alarm signals orderwire signals and transparent data signals Supports hot swapping l Power module Inputs 2 channel 48 V 60 V DC power Supplies 3 3 V or 1 2 V power Table 4 60 Description of the interfaces on the Auxiliary Flexible Interface Card with 4 Port 100Base RJ45 FIC Supporting 1588v2 Interface Type Description F1 RJ 45 Reserved PHONE RJ 45 Reserved ALMO RJ 45 Reserve...

Page 137: ...s not loaded to the card Interface Attributes Table 4 62 describes the pins of the ALMI interface Table 4 62 Pins of the ALMI interface Front View Pin Usage 1 8 2 4 3 5 6 7 1 Alarm input signal 1 2 Ground for alarm input signal 1 3 Alarm input signal 2 4 Alarm input signal 3 5 Ground for alarm input signal 3 6 Ground for alarm input signal 2 7 Alarm input signal 4 8 Ground for alarm input signal 4...

Page 138: ...iliary Flexible Interface Card with 4 Port 100Base RJ45 FIC Supporting 1588v2 Item Description Protocol and services Support 4 channel alarm inputs Connector RJ45 Reliability and availability Hardware features l Supporting hot swapping l Supporting temperature and voltage detection NMS Supporting command line management interfaces Supporting SNMP and MIBs Ambient operating conditions Operating tem...

Page 139: ... the 8 Channel CWDM Multiplexer Demultiplexer 1471 1491 1511 1531 1551 1571 1591 1611 nm physical interface card PIC Indicator Description STAT If the indicator is steady green it indicates that the PIC works normally If the indicator is off it indicates that the PIC is not powered on or is not registered If the indicator is steady red it indicates that the hardware on the PIC is faulty If the ind...

Page 140: ...67 lists the specifications of the 8 Channel CWDM Multiplexer Demultiplexer 1471 1491 1511 1531 1551 1571 1591 1611 nm physical interface card PIC Table 4 67 Specifications of the 8 Channel CWDM Multiplexer Demultiplexer 1471 1491 1511 1531 1551 1571 1591 1611 nm physical interface card PIC Parameters Description Silkscreen print MD8A CWDM Typical power consumption 1 5 W Heat dissipation 3 2 BTU h...

Page 141: ...nterface that monitors the PIC Interface type LC PC Reliability and availability Hardware features hot swappable NMS Enhanced command line management interface SNMP and MIB Operating environment Short term operating temperature 5 C to 55 C Long term operating temperature 0 C to 45 C Long term relative humidity 5 to 85 Short term relative humidity 5 to 95 Storage environment Storage temperature 40 ...

Page 142: ...al specifications of the clock cable 5 6 Ethernet Cable Ethernet cables are classified into two types straight through cables and crossover cables 5 7 Optical Fiber This section describes the structure and technical specifications of the optical fiber 5 8 16xE1 Cable This section describes the structure and technical specifications of the 16xE1 cable 5 9 75 ohm 155M Electrical Interface Optical Mo...

Page 143: ...t away from the device install the PDF as near as possible 6 mm 2 0 009 in 2 Power Cable Table 5 1 describes the specifications of the 6 mm 2 0 009 in 2 power cable Table 5 1 Terminal and cable specifications of the 6 mm 2 0 009 in 2 power cable Item Description Terminal Naked Crimping Terminal OT 6mm 2 M6 Tin Plating Naked Ring Terminal Naked Crimping Terminal OT 6mm 2 M8 Tin Plating Naked Ring T...

Page 144: ...ked Crimping Terminal OT 16mm 2 M8 Tin Plating Naked Ring Terminal Cable Power Cable 750V H07Z K UL3386 16mm 2 Blue Low Smoke Zero Halogen Cable Power Cable 450 750V H07Z K UL3386 16mm 2 Black Low Smoke Zero Halogen Cable Power Cable 750V H07Z K UL3386 10mm 2 Yellow Green Low Smoke Zero Halogen Cable 5 1 2 AC Power Cables This section describes the structure and technical specifications of the AC ...

Page 145: ...the structure and technical specifications of the chassis and cabinet ground cable 5 2 1 Introduction The chassis and cabinet ground cables are used to ground a chassis and a cabinet Before the delivery of a device ground cables are correctly connected to the front rear and side doors of the cabinet 5 2 2 Structure The connector of the chassi and cabinet ground cable is the same as the connector o...

Page 146: ...ble 5 3 1 Introduction The console interface cable is used to connect the console interface on the CX600 to the serial interface of the console to transmit configuration data of the CX600 The console interface cable is an 8 core shielded cable One end of the cable is an RJ45 connector connected to the console interface on the MPU The other end has DB9 and DB25 connectors either of which is connect...

Page 147: ...eceive Data 7 20 4 8 4 7 5 3 3 Technical Specifications Table 5 8 lists the technical specifications of the console interface cable Table 5 8 Technical specifications of the console interface cable Item Description Connector X1 Network interface connector crystal connector 8PIN 8bit shielded plug Connector X2 Cable connector D style 25PIN female HUAWEI CX600 X1 M CX600 X2 M Series Metro Services P...

Page 148: ... a modem to remotely transmit the configuration data of the CX600 The AUX interface cable is an 8 core shielded cable One end of the cable is an RJ45 connector connected to the AUX interface on the MPU The other end has DB9 and DB25 connectors either of which is connected to the serial interface on a computer NOTE User login through AUX interfaces is not supported at present 5 4 2 Structure As sho...

Page 149: ...7 6 6 DSR 8 5 8 CTS 5 4 3 Technical Specifications Table 5 10 lists the technical specifications of the AUX interface cable Table 5 10 Technical specifications of the AUX interface cable Item Description Connector X1 Network interface connector crystal connector 8PIN 8bit shielded plug Connector X2 Cable connector D type 25PIN female HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hard...

Page 150: ...nel of input and one channel of output DCLS time signals to the downstream device In the case of the CX600 be equipped with two MPUs the CX600 can receive two channels 2 Mbit s clock signals two channels 2 MHz clock signals two channels 1 PPS TOD time signals or two channels of input and two channels of output DCLS time signals from the upstream device and provides two channels 2 Mbit s clock sign...

Page 151: ... 8 X2 6 5 5 3 Technical Specifications Table 5 12 lists the technical specifications of the 120 ohm trunk cable Table 5 12 Technical specifications of the 120 ohm trunk cable Item Description 120 ohm cable Connector Network interface connector 8 PIN 8 bit shielded crystal model plug Type Cable 120ohm 1E1 0 4mm MP8 II 120CC4P0 4P430U S MP8 II Expert 2 0 Length 3 m 9 84 ft 15 m 49 21 ft 30 m 98 42 f...

Page 152: ...omputer and a hub Crossover Cable The crossover cable is used to connect the Ethernet interfaces between the following devices l A CX device and a CX device l A CX device and a computer l A hub and a hub l A hub and a switch l A switch and a switch l A computer and a computer 5 6 2 Structure As shown in Figure 5 4 the straight through cable and the crossover cable are standard shielded network cab...

Page 153: ... of the straight through cable Connector X1 Connector X2 Color Relationship X1 2 X2 2 Orange Twisted X1 1 X2 1 White orange X1 6 X2 6 Green Twisted X1 3 X2 3 White green X1 4 X2 4 Blue Twisted X1 5 X2 5 White blue X1 8 X2 8 Brown Twisted X1 7 X2 7 White brown HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 5 Cables Issue 03 2014 04 30 Huawei Proprietary and Confide...

Page 154: ...r 8PIN 8bit shield plug 24 26AWG CAT 6 SFTP network cable Cable type Communication cable 100 15ohm shielded enhanced 5 types CAT5E SFTP 24AWG 8 core PANTONE 445U Number of cores 8 Fireproof class CM Available length 5 m 16 40 ft 10 m 32 81 ft 20 m 65 62 ft and 30 m 98 42 ft Table 5 16 Technical specifications of the crossover cable Item Description Connector X1 X2 Network port connector crystal co...

Page 155: ...C PC LC PC or SC PC Single mode multi mode NOTICE The optical transmission module of the multi transverse mode needs to be connected to the multi mode fiber The optical transmitting module in single longitudinal or multi longitudinal mode needs to be connected to the single mode fiber 5 7 2 Optical Connectors The CX600 uses the LC PC optical connector The outlines and operations of each connector ...

Page 156: ...al fiber Item Description Fiber transmission mode Single mode Multi mode Fiber connector 1 LC PC and SC PC Fiber connector 2 LC PC SC PC and FC PC Fiber outer diameter 2 mm 0 08 in 5 8 16xE1 Cable This section describes the structure and technical specifications of the 16xE1 cable 5 8 1 Overview The E1 interface on the CX600 uses 75 ohm or 120 ohm trunk cables One end of the 16xE1 cable is connect...

Page 157: ...s the wiring of the 75 ohm 16xE1 cable In the table Tip indicates the anode and Ring indicates the cathode and the pairs are numbered from 1 to 32 Table 5 19 75 ohm 16 E1 cable wiring Pin Cable Remar ks Pin Cable Remar ks Wire Pair No Wire Pair No 1 Tip 1 R0 25 Tip 2 T0 2 Ring 26 Ring HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description 5 Cables Issue 03 2014 04 30 Huaw...

Page 158: ...9 Tip 16 T7 16 Ring 40 Ring 17 Tip 17 R8 41 Tip 18 T8 18 Ring 42 Ring 19 Tip 19 R9 43 Tip 20 T9 20 Ring 44 Ring 21 Tip 21 R10 45 Tip 22 T10 22 Ring 46 Ring 23 Tip 23 R11 47 Tip 24 T11 24 Ring 48 Ring 49 Tip 25 R12 73 Tip 26 T12 50 Ring 74 Ring 51 Tip 27 R13 75 Tip 28 T13 52 Ring 76 Ring 53 Tip 29 R14 77 Tip 30 T14 54 Ring 78 Ring HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware...

Page 159: ...e Twisted T1 4 Green 28 Brown 5 White Twisted R2 29 Red Twisted T2 6 Grey 30 Blue 7 Red Twisted R3 31 Red Twisted T3 8 Orange 32 Green 9 Red Twisted R4 33 Red Twisted T4 10 Brown 34 Grey 11 Black Twisted R5 35 Black Twisted T5 12 Blue 36 Orange 13 Black Twisted R6 37 Black Twisted T6 14 Green 38 Brown 15 Black Twisted R7 39 Yellow Twisted T7 16 Grey 40 Blue 17 White Twisted R8 41 White Twisted T8 ...

Page 160: ...cal Specifications Technical Specifications of the 75 ohm 16xE1 Cable Table 5 21 lists the technical specifications of the 75 ohm 16xE1 cable Table 5 21 Technical specifications of the 75 ohm 16xE1 cable Item Description Cable name Trunk cable 75ohm 16E1 1 6mm Anea 96F I SYFVZP75 1 1 0 26 32 S 45deg Connector model Cable Connector Anea 96PIN Suite Of Female Connector And Shielding Case IDC Type Fo...

Page 161: ...pe For 24 26 AWG Solid Wire 1A Cable model Twisted Pair Cable 120ohm SEYVP 0 4mm 26AWG 32Pairs Pantone 430U Core diameter of the internal conductor 0 4 mm 0 02 in Number of cores 32 twisted pairs Cable length 5 m 16 40 ft 10 m 32 81 ft 15 m 49 21 ft 20 m 65 62 ft 25 m 82 02 ft 30 m 98 42 ft 35 m 114 83 ft 40 m 131 23 ft 45 m 147 64 ft and 50 m 164 04 ft 5 9 75 ohm 155M Electrical Interface Optical...

Page 162: ...155M electrical interface optical module cable W1 W2 5 9 3 Technical Specifications Technical Specifications of the 75 ohm 155M Electrical Interface Optical Module Cable Table 5 23 shows the technical specifications of the 75 ohm 155M electrical interface optical module cable Table 5 23 Technical specifications of the 75 ohm 155M electrical interface optical module cable Item Parameter Cable name ...

Page 163: ...l alarm signals to the equipment that monitors all the alarms At one end of the alarm input output cable the RJ45 connector is used to connect to the ALMI or ALMO interface on the equipment at the other end a connector made as required on site is used to connect to the external equipment or the equipment that monitors all the alarms 5 10 2 Structure Structure Figure 5 11 shows the structure of the...

Page 164: ...ue Ground for alarm input 3 Negative of alarm concatenation 1 7 White brown Twiste d pair Alarm input 4 Positive of alarm concatenation 2 8 Brown Ground for alarm input 4 Negative of alarm concatenation 2 5 10 3 Technical Specifications Technical Specifications Table 5 25 lists the technical specifications of the alarm input output cable Table 5 25 Technical specifications of the alarm input outpu...

Page 165: ...rs on the CX600 X2 M8 This section describes the indicators on the CX600 X2 M8 A 3 Indicators on the CX600 X2 M16 This section describes the indicators on the CX600 X2 M16 HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description A List of Indicators Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 155 ...

Page 166: ...ibes the indicators on a DC PSU Table A 2 Description of the indicators on a DC PSU Indicator Color Description IN Green If the indicator is steady green the power input is normal If the indicator is off the device is not supplied with 48 V or 60 V power OUT Green If the indicator is steady green the DC PSU is working properly and supplies stable power If the indicator is off the DC PSU is switche...

Page 167: ... steady green the ETH link is Up If the indicator is off the ETH link is Down ETH ACT indicator Yellow If the indicator blinks yellow data is being transmitted If the indicator is off no data is being transmitted RESET button The button is used for resetting the MPU Press the RESET button to reset the MPU A 1 4 Indicators on an NPU Table A 4 describes the indicators on an NPU Table A 4 Description...

Page 168: ...operly If the indicator is off the flexible card is not powered on or fails to be registered Yellow If the indicator is steady yellow the PIC is installed in a slot for a HIC and an alarm is reported or the PIC is not loaded with the logic Red If the indicator is steady red the hardware of the flexible card is faulty SFP LINK ACT Green If the indicator is steady green the link is Up If the indicat...

Page 169: ...bes the indicators on a DC PSU Table A 7 Description of the indicators on a DC PSU Indicator Color Description IN Green If the indicator is steady green the power input is normal If the indicator is off the device is not supplied with 48 V or 60 V power OUT Green If the indicator is steady green the DC PSU is working properly and supplies stable power If the indicator is off the DC PSU is switched...

Page 170: ... green the ETH link is Up If the indicator is off the ETH link is Down ETH ACT indicator Yellow If the indicator blinks yellow data is being transmitted If the indicator is off no data is being transmitted RESET button The button is used for resetting the MPU Press the RESET button to reset the MPU A 2 4 Forwarding Board Indicators Table A 9 describes the indicators on an NPU Table A 9 Description...

Page 171: ...If the indicator is off the flexible card is not powered on or fails to be registered Yellow If the indicator is steady yellow the PIC is installed in a slot for a HIC and an alarm is reported or the PIC is not loaded with the logic Red If the indicator is steady red the hardware of the flexible card is faulty SFP LINK ACT Green If the indicator is steady green the link is Up If the indicator blin...

Page 172: ...ribes the indicators on a DC PSU Table A 12 Description of the indicators on a DC PSU Indicator Color Description IN Green If the indicator is steady green the power input is normal If the indicator is off the device is not supplied with 48 V or 60 V power OUT Green If the indicator is steady green the DC PSU is working properly and supplies stable power If the indicator is off the DC PSU is switc...

Page 173: ... green the ETH link is Up If the indicator is off the ETH link is Down ETH ACT indicator Yellow If the indicator blinks yellow data is being transmitted If the indicator is off no data is being transmitted RESET button The button is used for resetting the MPU Press the RESET button to reset the MPU A 3 4 Forwarding Board Indicators Table A 14 describes the indicators on an NPU Table A 14 Descripti...

Page 174: ...If the indicator is off the flexible card is not powered on or fails to be registered Yellow If the indicator is steady yellow the PIC is installed in a slot for a HIC and an alarm is reported or the PIC is not loaded with the logic Red If the indicator is steady red the hardware of the flexible card is faulty SFP LINK ACT Green If the indicator is steady green the link is Up If the indicator blin...

Page 175: ...ds B 1 List of Boards B 2 Board Power Consumption and Weight HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description B List of Boards Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 165 ...

Page 176: ... Supply Unit 03030QAS CR5D00PSUC70 Table B 2 CX600 X2 M8Basic configurations Full Name BOM Number Order Name CX600 X2 M8 integrated chassis components 02355502 CX6B0BKP0271 MPU 03030QAB CX6D00MPUK70 Network Processing Unit NPU 50 03030QAE CR5DNPU5070 Network Processing Unit NPU 50 E 03030QAF CR5DNPU50E70 Network Processing Unit NPU 120 03030RFE CR5DNPU12070 Network Processing Unit NPU 120 E 03030R...

Page 177: ...GBase LAN SFP Physical Interface Card PIC 03030REL CR5DL1XE8G 70 1 Port 10GBase LAN WAN SFP 8 Port 100 1000Base X SFP Physical Interface Card PIC PIC 03030QBJ CR5D00L2XF7 0 2 Port 10GBase LAN WAN SFP Physical Interface Card PIC 03030QBK CR5D00E8GF7 1 8 Port 100 1000Base X SFP Physical Interface Card PIC 03030QBL CR5D00E8GE7 0 8 Port 100 1000Base RJ45 Physical Interface Card PIC PIC 03030QBM CR5D00...

Page 178: ... the CX600 Table B 5 board power consumption and weight Full Name Powe r Cons umpt ion Heat Dissipation Weight Main process Unit 20 W 64 9 BTU hour 0 6 kg 1 32 lb Network Processing Unit NPU 50 165 W 535 3 BTU hour 2 6 kg 5 73 lb Network Processing Unit NPU 50 E 165 W 535 3 BTU hour 2 6 kg 5 73 lb Network Processing Unit NPU 120 200 W 648 9 BTU hour 2 62 kg 5 78 lb Network Processing Unit NPU 120 ...

Page 179: ...m 13 5 W 43 8 BTU hour 0 45 kg 0 99 lb 16 Port E1 Physical Interface Card PIC 75ohm 9 5 W 30 7 BTU hour 0 45 kg 0 99 lb 16 Port E1 Physical Interface Card PIC 120ohm 9 5 W 30 7 BTU hour 0 45 kg 0 99 lb 4 Port OC 3c STM 1c POS SFP Physical Interface Card PIC 14 W 45 4 BTU hour 0 45 kg 0 99 lb Auxiliary Flexible Interface Card with 4 Port 100Base RJ45 FIC Supporting 1588v2 10 W 32 4 BTU hour 0 45 kg...

Page 180: ...rface Attributes of OC 3c STM 1c cPOS SFP C 5 Interface Attributes of OC 3c STM 1c POS SFP This section describes the interface attributes of OC 3c STM 1c POS SFP and the attributes of 155M SFP optical modules C 6 E1 Interface Attributes HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description C List of Interface Attributes Issue 03 2014 04 30 Huawei Proprietary and Confide...

Page 181: ... interface attributes of 1000Base X SFP Table C 2 Interface attributes of the 1000Base X SFP Attributes Description Connector type LC PC Interface attributes Compliant with the selected SFP optical module For the attributes of SFP modules see Table C 3 Working mode Full duplex Frame format Ethernet_II Ethernet_SAP and Ethernet_SNAP Network protocol IP Table C 3 Attributes of 1000M SFP optical modu...

Page 182: ...e 10GBase LAN SFP Attributes Description Connector type LC PC Interface attributes Compliant with the selected SFP optical module For the attributes of SFP modules see Table C 5 Working mode Full duplex Frame format Ethernet_II Ethernet_SAP and Ethernet_SNAP Network protocol IP Table C 5 Attributes of 10GBase SFP optical modules Attributes Description Transmission distance 0 3 km 0 19 mi 10 km 6 2...

Page 183: ...70km 43 47 mi 70km 43 47 mi 70km 43 47 mi 70km 43 47 mi 70km 43 47 mi Cente r wavel ength 1471 nm 1511n m 1551nm 1591n m 1491nm 1531nm 1571n m 1611nm Mini mum trans mittin g power 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm 0 dBm Maxi mum trans mittin g power 4 dBm 4 dBm 4 dBm 3 dBm 4 dBm 4 dBm 4 dBm 3 dBm Recei ving sensit ivity 23 dBm 23 dBm 23 dm 21 dBm 23 dBm 23 dBm 22 dBm 21 dBm HUAWEI CX600 X1...

Page 184: ...SFP optical module For the attributes of SFP modules see Table C 8 Working mode Full duplex Link protocol PPP MP HDLC and cRTP Network protocol IP Table C 8 Attributes of 155M SFP optical modules Attributes Description Transmission distance 2 km 1 24 mi 15 km 9 32 mi 40 km 24 86 mi 80 km 49 71 mi Center wavelength 1310 nm 1310 nm 1310 nm 1550 nm Minimum transmitting power 19 0 dBm 15 0 dBm 5 0 dBm...

Page 185: ... LC PC Interface attributes Compliant with the selected SFP optical module for the attributes of SFP modules see Table C 10 Working mode Full duplex Link protocol PPP and HDLC Network protocol IP Table C 10 lists the attributes of the 155M SFP optical modules Table C 10 Attributes of 155M SFP optical modules Attributes Description Transmission distance 2 km 1 24 mi 15 km 9 32 mi 40 km 24 86 mi 80 ...

Page 186: ...t s 2048 Interface impedance l 75 ohm with coaxial cable l 120 ohm with twisted pair cable Interface code HDB3 Pulse waveform of the output interface Compliant with ITU T G 703 Attenuation dB of the input interface at a point with the frequency of 1024 kHz 0 to 6 Immunity of the input interface Compliant with ITU T G 703 Input jitter tolerance Compliant with ITU T G 823 Output jitter Compliant wit...

Page 187: ...ables refer to the Technical Specifications HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description C List of Interface Attributes Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 177 ...

Page 188: ...dule D 5 1 25 Gbit s SFP eSFP CWDM Optical Module D 6 10 Gbit s SFP Optical Module D 7 10 Gbit s SFP CWDM Optical Module D 8 BIDI Optical Module This section describes the attributes and specifications of BIDI optical modules HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description D Optical Module Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Tec...

Page 189: ...tical module is inserted try pulling it out to see whether it is installed properly If the optical module cannot be pulled out it is secured The tab is closed The tab is open Precautions for receptacle contamination l Clean tissues must be prepared for deployment on site You need to clean the optical connector before inserting it in the receptacle This protects the receptacle against the contamina...

Page 190: ...red with a dust cap you should clean it before using it A cotton swab is used to clean a receptacle and a cleaning tissue is used to clean an optical connector NOTE During the cleaning process insert the cotton swab and turn it slowly in the receptacle Do not use too much force because the receptacle may be damaged HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description D ...

Page 191: ...dd an optical attenuator For example if the transmiting optical power is X dBm and the optical attenuation is Y dB the receiving optical power is X Y which must be smaller than 7dBm X Y 7 dBm Other precautions l The optical connector should be horizontally inserted in the receptacle to avoid damages to the receptacle l Mixed use of multi mode and single mode optical fibers is prohibited Otherwise ...

Page 192: ...C 32 F to 158 F For industrial use 20 to 85 C 4 F to 185 F Digital diagnosis N A Environment standard RoHS exempted Security standard FCC class B IEC 61000 4 3 ESD 2000V Human body model Table D 3 Specifications of 155Mbps Electrical Transceivers Parameter Unit Value Remarks Interface standard ITU T G 703 ANSI T1 102 Telcordia GR 253 CORE Transmission rate Mbit s 155 52 Interface type 75Ω DIN 1 0 ...

Page 193: ...n gth nm Remarks SFP STM1 MM1310 2Km 34060287 S401573 1 STM 1 I 1 2 1 24 mi Multimod e 1310 eSFP STM1 SM1310 1 5Km 34060276 S401575 5 STM 1 S 1 1 15 9 32 mi Single mode 1310 Preferred eSFP STM1 SM1310 4 0Km 34060281 S401571 5 STM 1 L 1 1 40 24 86 mi Single mode 1310 Preferred When performin g a self loop test use an optical attenuator eSFP STM1 SM1550 8 0Km 34060282 STM 1 L 1 2 80 49 71 mi Single ...

Page 194: ...andard ITU T G 957 STM 1 SFP MSA IEE802 3ah Bit Error Ratio BER 1 x 10E 12 Temperature For commercial use 0 to 70 C 32 F to 158 F For industrial use 40 to 85 C 40 F to 185 F Digital diagnosis SFF 8472 exclude SFP optical modules Environment standard RoHS exempted Security standard FCC class B IEC 60825 1 Class 1 ESD 500 V Human body model Class 1 Table D 6 Specifications of the SFP STM1 MM1310 2K ...

Page 195: ... Maximum transmit optical power dBm 14 Minimum transmit optical power dBm 19 Minimum extinction ratio dB 10 0 Optical receiver Operating wavelength range nm 1270 1380 Receiver sensitivity dBm 30 Overload power dBm 14 Maximum optical channel cost dB N A Maximum reflection factor dB N A Table D 7 Specifications of the eSFP STM1 SM1310 15K optical module Parameter Unit Value Interface standard STM 1 ...

Page 196: ...ower Maximum transmit optical power dBm 8 Minimum transmit optical power dBm 15 Minimum extinction ratio dB 8 2 Optical receiver Operating wavelength range nm 1260 1580 Receiver sensitivity dBm 28 Overload power dBm 8 Maximum optical channel cost dB N A Maximum reflection factor dB N A Table D 8 Specifications of the eSFP FE SMTx1310 Rx1550 15km optical module Parameter Unit Value Interface standa...

Page 197: ... Minimum side mode suppression ratio SMSR dB N A Average transmit optical power Maximum transmit optical power dBm 8 Minimum transmit optical power dBm 15 Minimum extinction ratio dB 8 5 Optical receiver Operating wavelength range nm 1480 1580 Receiver sensitivity dBm 32 Overload power dBm 8 Maximum optical channel cost dB N A Maximum reflection factor dB N A HUAWEI CX600 X1 M CX600 X2 M Series Me...

Page 198: ...th nm 4 Maximum spectral width 20dB nm 1 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 0 Minimum transmit optical power dBm 5 Minimum extinction ratio dB 10 Optical receiver Operating wavelength range nm 1260 1580 Receiver sensitivity dBm 37 Overload power dBm 10 Maximum optical channel cost dB N A Maximum reflection factor dB N A ...

Page 199: ... nm N A Maximum spectral width 20dB nm 1 0 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 0 Minimum transmit optical power dBm 5 Minimum extinction ratio dB 10 Optical receiver Operating wavelength range nm 1260 1580 Receiver sensitivity dBm 37 Overload power dBm 10 Maximum optical channel cost dB N A Maximum reflection factor dB N ...

Page 200: ...tral width 20dB nm 1 0 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 2 Minimum transmit optical power dBm 3 Minimum extinction ratio dB 10 5 Optical receiver Operating wavelength range nm 1260 1580 Receiver sensitivity dBm 37 Overload power dBm 10 Maximum optical channel cost dB N A Maximum reflection factor dB 25 D 4 1 25 Gbit s S...

Page 201: ...GE SM1310 4 0Km 34060298 S401695 4 1000BAS E LX 40 24 86 Single mode 1310 Preferred When performin g a self loop test use an optical attenuator eSFP GE SM1550 8 0Km 34060360 1000BAS E ZX 80 49 71 Single mode 1550 Preferred When performin g a self loop test use an optical attenuator eSFP GE SM1550 1 00Km 34060295 1000BAS E ZX 100 62 14 Single mode 1550 When performin g a self loop test use an optic...

Page 202: ...ules and the compliant standards Item Description Remarks Interface standard IEEE802 3 SFP MSA Bit Error Ratio BER 1 x 10E 12 Temperature For commercial use 0 to 70 C 32 F to 158 F For industrial use 40 to 85 C 40 F to 185 F Digital diagnosis SFF 8472 exclude SFP optical modules Environment standard RoHS exempted Security standard FCC class B IEC 60825 1 Class 1 ESD 500 V Human body model HUAWEI C...

Page 203: ...Maximum spectral width 20dB nm N A Minimum side mode suppression ratio SMSR dB N A Average transmit optical power Maximum transmit optical power dBm 3 Minimum transmit optical power dBm 9 Minimum extinction ratio dB 9 5 Optical receiver Operating wavelength range nm 1260 1580 Minimum receiver sensitivity dBm 20 Overload power dBm 3 Maximum optical channel cost dB N A Maximum reflection factor dB N...

Page 204: ... 20dB nm 1 0 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 0 34060298 5 34060207 Minimum transmit optical power dBm 4 5 34060298 0 34060207 Minimum extinction ratio dB 9 Optical receiver Operating wavelength range nm 1260 1580 Minimum receiver sensitivity dBm 22 5 Overload power dBm 3 Maximum optical channel cost dB N A Maximum ref...

Page 205: ...Maximum spectral width 20dB nm 1 0 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 3 Minimum transmit optical power dBm 2 Minimum extinction ratio dB 9 Optical receiver Operating wavelength range nm 1270 1570 Minimum receiver sensitivity dBm 22 Overload power dBm 3 Maximum optical channel cost dB N A Maximum reflection factor dB N A ...

Page 206: ... Maximum spectral width 20dB nm 1 0 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 5 Minimum transmit optical power dBm 0 Minimum extinction ratio dB 9 Optical receiver Operating wavelength range nm 1270 1600 Minimum receiver sensitivity dBm 30 Overload power dBm 10 Maximum optical channel cost dB N A Maximum reflection factor dB N ...

Page 207: ... CWDM 80 50 Single mode 1471 When performin g a self loop test use an optical attenuator eSFP 100 M 2 67G bps SM1491 8 0Km 34060481 CWDM 80 50 Single mode 1491 When performin g a self loop test use an optical attenuator eSFP 100 M 2 67G bps SM1511 8 0Km 34060479 CWDM 80 50 Single mode 1511 When performin g a self loop test use an optical attenuator eSFP 100 M 2 67G bps SM1531 8 0Km 34060482 CWDM 8...

Page 208: ... performin g a self loop test use an optical attenuator eSFP 100 M 2 67G bps SM1611 8 0Km 34060480 CWDM 80 50 Single mode 1611 When performin g a self loop test use an optical attenuator Table D 19 Specifications of the 1 25 Gbit s CWDM 80 km 50 mi eSFP optical module Parameter Unit Value Interface standard CWDM Transmission rate Mbit s 1 25 G Interface type LC Transmission distance km mi 80 50 Op...

Page 209: ...80Km 1611 eSFP 100M 2 67Gbps SM1611 80Km Operating wavelength range nm 1464 5 1477 5 eSFP 100M 2 67Gbps SM1471 80Km 1484 5 1497 5 eSFP 100M 2 67Gbps SM1491 80Km 1504 5 1517 5 eSFP 100M 2 67Gbps SM1511 80Km 1524 5 1537 5 eSFP 100M 2 67Gbps SM1531 80Km 1544 5 1557 5 eSFP 100M 2 67Gbps SM1551 80Km HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description D Optical Module Issue ...

Page 210: ... 8 2 Optical receiver Operating wavelength range nm 1270 1620 Minimum receiver sensitivity dBm 28 Overload power dBm 9 Maximum optical channel cost dB N A Maximum reflection factor dB N A D 6 10 Gbit s SFP Optical Module The 10 Gbit s SFP optical modules can only be used on 10 GE interfaces The wavelength of the these 10 Gbit s SFP optical modules can be 850 nm 1310 nm or 1550 nm The transmission ...

Page 211: ...e an optical attenuator OMXD30 002 S4017484 10GBASE ER 40 Single mode 1550 When performin g a self loop test use an optical attenuator OMXD10 N01 34060618 10GBASE R SW 0 1 Multi mode 850 For commerci al use OSX010N 05 34060599 10GBASE R LW 10 Single mode 1310 For commerci al use OSX040N 05 34060684 10GBASE ER 40 Single mode 1550 For commerci al use When performin g a self loop test use an optical ...

Page 212: ...ble D 22 Specifications of the OSX040N03 optical module Parameter Unit Value Interface standard 10GBASE SR Transmission rate Mbit s 10 3125 10GBASE SR Interface type LC Transmission distance m 300 984 24 ft 50 125um MMF OM3 m 33 108 27 ft 62 5 125um MMF OM1 Optical transmitter Optical source type VCSEL Center wavelength nm 850 Operating wavelength range nm 840 860 Spectral characteristics Maximum ...

Page 213: ...ations of the OSX001002 optical module Parameter Unit Value Interface standard 10GBASE LR Transmission rate Gbit s 10 3125 10GBASE LR Interface type LC Transmission distance km 10 6 21 mi Optical transmitter Optical source type DFB Center wavelength nm 1310 Operating wavelength range nm 1260 1355 Spectral characteristics Maximum root mean square RMS spectral width nm N A Maximum spectral width 20d...

Page 214: ...ications of the OMXD30002 optical module Parameter Unit Value Interface standard 10GBASE ER Transmission rate Gbit s 10 3125 10GBASE ER Interface type LC Transmission distance km 40 24 86 mi Optical transmitter Optical source type CML Center wavelength nm 1550 Operating wavelength range nm 1530 1565 Spectral characteristics Maximum root mean square RMS spectral width nm N A Maximum spectral width ...

Page 215: ...Specifications of the OSX080N04 optical module Parameter Unit Value Interface standard 10GBASE ER Transmission rate Gbit s 10 3125 10GBASE ER 9 953 10GBASE WAN Interface type LC Transmission distance km 80 Optical transmitter Optical source type Cooled EA DFB Center wavelength nm 1550 Operating wavelength range nm 1530 1565 Spectral characteristics Maximum root mean square RMS spectral width nm N ...

Page 216: ...reflection factor dB 27 D 7 10 Gbit s SFP CWDM Optical Module Table D 26 lists the currently available 10 Gbit s SFP CWDM Optical Module Table D 26 10 Gbit s SFP CWDM Optical Module Product Model BOM Number Interface Standard Transmis sion Distance km Mode Wavelen gth nm Remarks OSX0700 01 34060686 CWDM 70 43 50 mi Single mode 1511 When performin g a self loop test use an optical attenuator HUAWEI...

Page 217: ...rformin g a self loop test use an optical attenuator OSX0700 05 34060690 CWDM 70 43 50 mi Single mode 1551 When performin g a self loop test use an optical attenuator OSX0700 06 34060691 CWDM 70 43 50 mi Single mode 1571 When performin g a self loop test use an optical attenuator OSX0700 07 34060692 CWDM 70 43 50 mi Single mode 1591 When performin g a self loop test use an optical attenuator HUAWE...

Page 218: ... F Digital diagnosis SFF 8472 exclude SFP optical modules Environment standard RoHS exempted Security standard FCC class B IEC 60825 1 Class 1 ESD 500 V Human body model Table D 28 Specifications of the 10 Gbit s SFP CWDM 70km Optical Module Parameter Unit Value Interface standard CWDM Transmission rate bit s 9 95 11 1 G Interface type LC Transmission distance km mi 70 Optical transmitter Optical ...

Page 219: ...ide mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 4 1471nm 1571nm 3 1591nm 1611nm Minimum transmit optical power dBm 0 Minimum extinction ratio dB 8 2 Optical receiver Operating wavelength range nm 1460 1620 Receiver sensitivity dBm 23 1471nm 1551nm 22 1571nm 21 1491nm 1611nm Overload power dBm 7 HUAWEI CX600 X1 M CX600 X2 M Series Metro Servic...

Page 220: ...s the currently available BIDI optical modules Table D 29 BIDI optical modules Product Model BOM Number Interface Standard Transmis sion Distance km Mode Wavelen gth nm Remarks OGEBIDI 41 34060539 1000BAS E BX 40 Single mode TX1310 RX1490 GE When performin g a self loop test use an optical attenuator OGEBIDI 40 34060540 1000BAS E BX 40 Single mode TX1490 RX1310 GE When performin g a self loop test...

Page 221: ...1000BAS E BX 80 Single mode TX1490 RX1570 GE When performin g a self loop test use an optical attenuator OSC015B 01 02310QN G 34060363 100BASE LX 15 Single mode TX1310 RX1550 FE OSC015B 02 02310QN H 34060364 100BASE LX 15 Single mode TX1550 RX1310 FE HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description D Optical Module Issue 03 2014 04 30 Huawei Proprietary and Confiden...

Page 222: ...oop test use an optical attenua tor l Run the port type fiber 1 00 comma nd to config ure the optical module to comply with FE BIDI standar ds l The FE BIDI optical module does not comply with GE BIDI standar ds HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description D Optical Module Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co L...

Page 223: ...oop test use an optical attenua tor l Run the port type fiber 1 00 comma nd to config ure the optical module to comply with FE BIDI standar ds l The FE BIDI optical module does not comply with GE BIDI standar ds HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description D Optical Module Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co L...

Page 224: ...ernet SFP MSA Bit Error Ratio BER 1 x 10E 12 Temperature 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS 6 lead free Security standard IEC 60825 1 Class 1 laser eye safe ESD 500 V Human body model Table D 31 lists the specifications of the BIDI FE 15Km optical modules Table D 31 Specifications of the BIDI FE 15Km optical modules Parameter Unit Value Interface standar...

Page 225: ...nimum extinction ratio dB 8 5 Optical receiver Operating wavelength range nm 1550 1310 Receiver sensitivity dBm 32 Overload power dBm 8 Maximum optical channel cost dB N A Maximum reflection factor dB N A Table D 32 lists the specifications of the BIDI GE 40Km optical modules Table D 32 Specifications of the BIDI GE 40Km optical modules Parameter Unit Value Interface standard 1000BASE BX Transmiss...

Page 226: ...smit optical power Maximum transmit optical power dBm 2 Minimum transmit optical power dBm 3 Minimum extinction ratio dB 9 Optical receiver Operating wavelength range nm 1310 1490 Receiver sensitivity dBm 24 Overload power dBm 3 Maximum optical channel cost dB N A Maximum reflection factor dB N A Table D 33 lists the specifications of the BIDI FE 40Km optical modules HUAWEI CX600 X1 M CX600 X2 M S...

Page 227: ...A Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 2 Minimum transmit optical power dBm 3 Minimum extinction ratio dB 9 Optical receiver Operating wavelength range nm 1310 1550 Receiver sensitivity dBm 24 Overload power dBm 3 Maximum optical channel cost dB N A Maximum reflection factor dB N A Table D 34 lists the specifications of th...

Page 228: ... A Maximum spectral width 20dB nm N A Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 4 Minimum transmit optical power dBm 2 Minimum extinction ratio dB 9 Optical receiver Operating wavelength range nm 1490 1570 Receiver sensitivity dBm 26 Overload power dBm 3 Maximum optical channel cost dB N A Maximum reflection factor dB N A HUAWE...

Page 229: ... A Maximum spectral width 20dB nm N A Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 2 Minimum transmit optical power dBm 3 Minimum extinction ratio dB 9 Optical receiver Operating wavelength range nm 1310 1490 Receiver sensitivity dBm 24 Overload power dBm 3 Maximum optical channel cost dB N A Maximum reflection factor dB N A HUAWE...

Page 230: ...inal equipment is a user device composing the UNI The DTE accesses the data network through the DCE equipment for example model and usually uses the clock signals produced by DCE E EMC Electro magnetic compatibility is the condition which prevails when telecommunications equipment is performing its individually designed function in a common electromagnetic environment without causing or suffering ...

Page 231: ...can only be read but not written by the micro processor S SRAM Static Random Access Memory is a type of random access memory Its contents can be saved only if the SRAM is provided with the uninterrupted power supply Unlike the DRAM the SRAM does not need to be refreshed repeatedly HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description E Glossary Issue 03 2014 04 30 Huawei...

Page 232: ...CT1 Channelized T1 CTS Clear to Send D DC Direct Current DCE Data Circuit terminating Equipment DSR Data Set Ready DTE Data Terminal Equipments DTR Data Terminal Ready E EMC Electro Magnetic Compatibility HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description F Acronyms and Abbreviations Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies...

Page 233: ...rocessing Unit NVRAM Non Volatile Random Access Memory O ODF Optical Distribution Frame OFL Offline P PC Personal Computer PCB Printed Circuit Board PCS Physical Coding Sublayer PGND Protection Ground PMD Physical Medium Dependent R RJ45 Registered Jack 45 HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description F Acronyms and Abbreviations Issue 03 2014 04 30 Huawei Propri...

Page 234: ...ure B T TXD Transmit Data U UART Universal Asynchronous Receiver Transmitter UTP Unshielded Twisted Pair V VRP Versatile Routing Platform HUAWEI CX600 X1 M CX600 X2 M Series Metro Services Platform Hardware Description F Acronyms and Abbreviations Issue 03 2014 04 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 224 ...

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