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Huawei CX600-16, Hardware Description

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3.5.2 Main Processing Unit B4...........................................................................................................................................54

4 CX600-X8........................................................................................................................................61

4.1 Device Overview..........................................................................................................................................................62
4.1.1 System Overview.......................................................................................................................................................62
4.1.2 Components of the CX600-X8..................................................................................................................................64
4.1.3 CX600-X8 Specification...........................................................................................................................................66
4.1.4 Board Specifications..................................................................................................................................................68
4.2 Power Supply System...................................................................................................................................................81
4.2.1 Architecture of the Power Supply System.................................................................................................................82
4.2.2 Distributed Architecture of the System.....................................................................................................................82
4.2.3 DC Power Supply System.........................................................................................................................................82
4.2.4 AC Power Supply System.........................................................................................................................................84
4.3 Heat Dissipation System...............................................................................................................................................88
4.3.1 System Air Channel...................................................................................................................................................88
4.3.2 Air Intake Vent..........................................................................................................................................................89
4.3.3 Fan Module................................................................................................................................................................89
4.3.4 Air Filter....................................................................................................................................................................91
4.3.5 Fan Speed Adjustment...............................................................................................................................................91
4.4 Switching Network.......................................................................................................................................................91
4.4.1 Introduction to the Switching Network.....................................................................................................................92
4.4.2 200Gbps Switch Fabric Unit C(SFUI-200-C)...........................................................................................................93
4.4.3 100Gbps Switch Fabric Unit D(SFUI-100-D)...........................................................................................................95
4.4.4 40Gbps Switch Fabric Unit C....................................................................................................................................97
4.5 Control Plane................................................................................................................................................................99
4.5.1 Introduction to the Control Plane..............................................................................................................................99
4.5.2 Switch and Route Processing Unit A7....................................................................................................................100
4.5.3 Switch and Route Processing Unit A5....................................................................................................................106
4.5.4 Switch and Route Processing Unit A4....................................................................................................................112

5 CX600-X3......................................................................................................................................119

5.1 Device Overview........................................................................................................................................................120
5.1.1 System Overview.....................................................................................................................................................120
5.1.2 Main Components and Slot Layout.........................................................................................................................121
5.1.3 CX600-X3 Specifications........................................................................................................................................123
5.1.4 Board Specifications................................................................................................................................................126
5.2 Power Supply System.................................................................................................................................................135
5.2.1 Architecture of the Power Supply System...............................................................................................................135
5.2.2 Diagram of the Power Supply System.....................................................................................................................136
5.2.3 DC Power Supply System.......................................................................................................................................136
5.2.4 AC Power Supply System.......................................................................................................................................137
5.3 Heat Dissipation System.............................................................................................................................................140
5.3.1 System Air Channel.................................................................................................................................................141

HUAWEI CX600-8/16/X3/X8/X16 Metro Service Platform
Hardware Description

Contents

Issue 03 (2013-11-30)

Huawei Proprietary and Confidential

Copyright © Huawei Technologies Co., Ltd.

viii

Summary of Contents for CX600-16

Page 1: ...HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform V600R007C00 Hardware Description Issue 03 Date 2013 11 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: ...ience The intended audience of this document are l Commissioning Engineers l Data Configuration Engineers l Network Monitoring Engineers l System Maintenance Engineers Symbol Conventions The symbols that may be found in this document are defined as follows Symbol Description Indicates an imminently hazardous situation which if not avoided will result in death or serious injury HUAWEI CX600 8 16 X3...

Page 4: ...ipment damage and environment deterioration Update History Updates between document versions are cumulative Therefore the latest document version contains all updates made to previous versions Changes in Issue 03 2013 11 30 The third commercial release Changes in Issue 02 2013 09 30 The second commercial release Changes in Issue 01 2013 06 15 Initial commercial release This document has the follow...

Page 5: ...ing Unit LPUI 240 New CR5D00E2NC73 8 9 4 2 Port 100GBase LAN CFP Integrated Line Processing Unit B LPUI 240 B New CR5D00LFXF73 8 9 5 24 Port 10GBase LAN WAN SFP Integrated Line Processing Unit B LPUI 240 B New CR5DE2NLBX73 8 9 6 1 Port 100GBase CFP 12 Port 10GBase LAN WAN SFP Integrated Line Processing Unit B LPUI 240 B New CR5DLPUFB070 Flexible Card Line Processing Unit LPUF 120 New CR5DLPUFB07B ...

Page 6: ...PUI 120 New CR5D0LBXFA7B 8 11 4 12 Port 10GBase LAN WAN SFP Integrated Line Processing Unit B LPUI 120 B New CR5D0E2MCA7B 8 11 5 2 Port 40GBase LAN CFP Integrated Line Processing Unit B LPUI 120 B New CR5D00E1NC7B 8 11 6 1 Port 100GBase CFP Integrated Line Processing Unit B LPUI 120 B New CR5DLAXFAJ7E 8 12 1 10 Port 10GBase LAN WAN SFP Integrated Line Processing Unit E LPUI 102 E New CR5D0L5XFE71 ...

Page 7: ... SFP Integrated Line Processing Unit LPUI 51 New CR5D0L5XFA7E 8 20 13 5 Port 10GBase LAN WAN SFP Integrated Line Processing Unit E LPUI 51 E Enhanced HQos New CR5DL2XEFG7E 8 20 14 2 Port 10GBase LAN WAN SFP 24 Port 1000Base X SFP Integrated Line Processing Unit E LPUI 51 E Enhanced HQos New CR5D00A8CF70 8 22 12 8 Port OC 3c STM 1c ATM SFP Flexible Card P50 HUAWEI CX600 8 16 X3 X8 X16 Metro Service...

Page 8: ...f the Power Supply System 36 3 2 2 Distributed Architecture of the System 36 3 2 3 DC Power Supply System 37 3 2 4 AC Power Supply System 40 3 3 Heat Dissipation System 43 3 3 1 System Air Channel 43 3 3 2 Air Intake Vent 44 3 3 3 Fan Module 45 3 3 4 Air Filter 46 3 3 5 Fan Speed Adjustment 47 3 4 Switching Network 48 3 4 1 Introduction to the Switching Network 48 3 4 2 Switch Fabric Unit B 49 3 4...

Page 9: ...witch Fabric Unit D SFUI 100 D 95 4 4 4 40Gbps Switch Fabric Unit C 97 4 5 Control Plane 99 4 5 1 Introduction to the Control Plane 99 4 5 2 Switch and Route Processing Unit A7 100 4 5 3 Switch and Route Processing Unit A5 106 4 5 4 Switch and Route Processing Unit A4 112 5 CX600 X3 119 5 1 Device Overview 120 5 1 1 System Overview 120 5 1 2 Main Components and Slot Layout 121 5 1 3 CX600 X3 Speci...

Page 10: ...3 Air Filter 172 6 3 4 Functions of the FCB 173 6 3 5 Technical Parameters 173 6 4 LCD Module 174 6 4 1 Front Panel 174 6 4 2 Display Mode 175 6 4 3 Display Contents 176 6 4 4 Technical Parameters 183 6 5 SFU CR52 SFUG 40Gbps 183 6 5 1 Overview 183 6 5 2 Features and Functions 184 6 5 3 Panel 184 6 5 4 Interface Attributes 186 6 5 5 Technical Specifications 186 6 6 MPU 186 6 6 1 Overview 187 6 6 2...

Page 11: ...Specifications 233 8 1 3 Filler Panel 236 8 1 4 Rules for Numbering Slots and Interfaces 237 8 2 CX600 X16 Board Specifications 241 8 3 CX600 X8 Board Specifications 257 8 4 CX600 X3 Board Specifications 270 8 5 CX600 16 Board Specifications 280 8 6 CX600 8 Board Specifications 286 8 7 Service Process Unit 289 8 7 1 Versatile Service Process Unit C SPUC 289 8 7 2 Flexible Card Versatile Service Un...

Page 12: ...e LAN CFP Integrated Line Processing Unit LPUI 120 369 8 11 3 1 Port 100GBase CFP Integrated Line Processing Unit LPUI 120 372 8 11 4 12 Port 10GBase LAN WAN SFP Integrated Line Processing Unit B LPUI 120 B 375 8 11 5 2 Port 40GBase LAN CFP Integrated Line Processing Unit B LPUI 120 B 379 8 11 6 1 Port 100GBase CFP Integrated Line Processing Unit B LPUI 120 B 382 8 12 Integrated Line Processing Un...

Page 13: ...Base LAN WAN SFP Flexible Card A P51 A Occupy two sub slots 485 8 19 3 2 Port 10GBase LAN WAN SFP Flexible Card A P51 A 488 8 19 4 24 Port 1000Base X SFP Flexible Card E P51 E 491 8 19 5 5 Port 10GBase LAN WAN SFP Flexible Card E P51 E Occupy two slots 494 8 19 6 2 Port 10GBase LAN WAN SFP Flexible Card E P51 E 497 8 19 7 20 Port 10 100 1000Base RJ45 Flexible Card P51 A 500 8 20 Integrated Line Pr...

Page 14: ...ort Channelized STM 1c POS SFP Flexible Card 606 8 22 12 8 Port OC 3c STM 1c ATM SFP Flexible Card P50 609 8 23 Flexible Card Line Processing Unit LPUF 40 A LPUF 40 B LPUF 40 E 2 sub slots 612 8 23 1 20 Port 100 1000Base X SFP Flexible Card P40 615 8 23 2 20 Port 100 1000Base X SFP Flexible Card A P40 A Supporting 1588v2 619 8 23 3 20 Port 100 1000Base X SFP Flexible Card B P40 B 623 8 23 4 2 Port...

Page 15: ...ts 732 8 29 1 1 Port 10GBase WAN LAN XFP Flexible Card 735 8 29 2 1 Port 10GBase WAN LAN XFP Flexible Card A Supporting 1588v2 738 8 29 3 1 Port 10GBase LAN WAN XFP Flexible Card B P20 B 742 8 29 4 1 Port 10GBase LAN WAN XFP Flexible Card E P20 E 745 8 29 5 12 Port 100 1000Base SFP Flexible Card 749 8 29 6 12 Port 100 1000Base SFP Flexible Card A Supporting 1588v2 753 8 29 7 12 Port 100 1000Base X...

Page 16: ...ble 840 9 2 AC input Power Cable 841 9 2 1 CX600 X16 AC input Power Cable 841 9 2 2 CX600 X8 AC input Power Cable 842 9 2 3 CX600 X3 AC input Power Cable 843 9 2 4 CX600 8 AC input Power Cable 843 9 3 Chassis and Cabinet Grounding Cable 844 9 3 1 Introduction 844 9 3 2 Structure 844 9 3 3 Technical Specifications 844 9 4 Console Port Cable 844 9 4 1 Introduction 844 9 4 2 Structure 845 9 4 3 Techn...

Page 17: ...odule Indicators 870 A 2 2 Power Module Indicators 870 A 2 3 SRU Indicators 871 A 2 4 SFU Indicators 872 A 2 5 LPU Indicators 872 A 3 Indicators of CX600 X3 873 A 3 1 Fan Module Indicators 873 A 3 2 Power Module Indicators 874 A 3 3 MPU Indicators 874 A 3 4 LPU Indicators 875 A 4 Indicators of CX600 16 876 A 4 1 Fan Module Indicators 876 A 4 2 Power Module Indicators 877 A 4 3 MPU Indicators 877 A...

Page 18: ...ace Attributes of OC 768c STM 256c POS LC 921 C 15 Interface Attributes of OC 3c STM 1c ATM SFP 922 C 16 Interface Attributes of OC 12c STM 4c ATM SFP 923 C 17 Interface Attributes of CE1 CT1 924 C 18 Interface Attributes of E3 T3 924 D Optical Module 926 D 1 Instructions on How to Use an Optical Module 928 D 2 155 Mbit s SFP eSFP Optical Module 932 D 3 622 Mbit s eSFP Optical Module 938 D 4 1 Gbi...

Page 19: ... 1 Product Description 1011 E 2 Power Distribution Instance 1014 E 3 Installing the Power Distribution Box into a Cabinet 1018 E 4 Air Breaker Maintenance 1023 F Glossary 1026 G Acronyms and Abbreviations 1028 HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description Contents Issue 03 2013 11 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd xviii ...

Page 20: ...o Services Platform in the network 1 1 Overview This section describes the position and the features of the device HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 1 Product Overview Issue 03 2013 11 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 1 ...

Page 21: ...ity of Service QoS mechanism service processing capability and good scalability The CX600 provides strong capabilities for network access Layer 2 switching and transmission of Ethernet over MultiProtocol Label Switching EoMPLS services The CX600 also supports a wide range of IP services and provides broadband access triple play IP leased line and Virtual Private Network VPN services The CX600 can ...

Page 22: ...ce and how the device forwards the data packets 2 1 General Service Process Overview 2 2 Signal Flow on the Control Plane 2 3 Signal Flow on the Data Plane 2 4 Signal Flow on the Monitoring Plane HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 2 Product Signal Flow Overview Issue 03 2013 11 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 3 ...

Page 23: ...hing data packets inside the router The data plane encapsulates packets decapsulates packets processes Ethernet Multiprotocol Label Switching MPLS IPv4 and IPv6 packets implements quality of service QoS schedules packets and provides various statistics l Control plane Similar to the mail query and distribution center the control plane is the central nervous system on a router It uses system buses ...

Page 24: ...duct Overview 2 2 Signal Flow on the Control Plane The control plane functioning as the nerve center integrates control and management functions and uses buses to control system units The control plane consists of control units on MPUs and those on other boards Each MPU is comprised of the following three functional units l System management and control unit and system clock unit work on the contr...

Page 25: ...ocesses the following signal flows l Singling signal flow and operation and maintenance signal flow processed by the system management and control unit l Clock signal flow processed by the system clock unit The signal flow on the control plane is bidirectional l Signal flow contains host packets carrying signals for example routing protocols Board to MPU signal flow calculates data Therefore a boa...

Page 26: ...munication interfaces to communicate with host software and LAN switch interfaces to communicate with other boards and modules These interfaces form a logical network Operation commands are configured on the control plane The control plane then sorts information based on types and priorities and sends the information through interfaces along various channels to various modules For example a user r...

Page 27: ...rocessing Data link layer information Traffic classification Optical or electrical signals Downlink board Uplink NP Route based forwarding Inbound interface processing Traffic classification local attack defense Acronyms PIC physical interface control NP network processor TM traffic manager FIC fabric interface controller CAR traffic policing Congestion avoidance Congestion avoidance CAR traffic p...

Page 28: ...s the uplink NP discards them before performing the CAR function 3 The uplink traffic management TM chip processes the signal flow as follows l Congestion management and avoidance The uplink TM monitors network resource usage If traffic congestion worsens the uplink TM discards packets and adjusts traffic to relieve network overload l Traffic shaping If traffic congestion occurs the uplink TM cach...

Page 29: ...ackets are sent based on CAR parameters configured on the outbound interface or those in the outgoing traffic classification profile d Host packets destined for the MPU are sent to an MPU and packets to be forwarded are sent to the outbound interface specific processing modules NOTE Due to limited CPU processing capability on an MPU the limit on packets destined for the CPU must be configured This...

Page 30: ...PU signal flow implements monitoring The system maintenance unit on each MPU uses a MonitorBus to collect operating information on system units and generates control information based on the unit specific operating status l MPU to board signal flow implements control An MPU delivers control information to modules to monitor board information such as the installation and operating status and fan sp...

Page 31: ...stem used by the CX600 3 3 Heat Dissipation System This section describes the appearance functions and specifications of the heat dissipation system 3 4 Switching Network This section describes the functions of the switch fabric unit 3 5 Control Plane This chapter describes the control plane of the CX600 X16 HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 3 CX600 X16 Issue ...

Page 32: ...orm large capacity forwarding The CX600 X16 has an integrated chassis with main components which all support hot swapping The CX600 X16 supports all the Line Processing Units LPUs on the former CX600 but the Main Processing Units MPUs and Switch Fabric Units SFUs are new As shown in Figure 3 1 the CX600 X16 has 16 LPU slots The switching capacity of the entire system is 12 58 Tbit s HUAWEI CX600 8...

Page 33: ...ta plane management and control plane and monitoring plane are separated This design helps to improve system reliability and facilitates upgrading of each plane separately HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 3 CX600 X16 Issue 03 2013 11 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 14 ...

Page 34: ...e deployment l Compact structure to increase interface density l Normalized design of system components l Separation of the control channel service channel and monitoring channel to ensure non blacking control channels and monitoring channels l Carrier class high reliability and manageability l Shielding at the modular level to meet ElectroMagnetic Compatibility EMC requirements l Hot swappable bo...

Page 35: ...re 3 3 shows the architecture and main components of the CX600 X16 Figure 3 3 Appearance and main components of the CX600 X16 1420mm 55 91 in 442mm 17 40 in 770mm 30 31 in PUSH PUSH PUSH PUSH 8 9 10 11 12 13 1 3 4 5 6 7 2 1 Air intake frame 2 MPU slot 3 Front cable trough 4 SFU slot 5 LPU slot 6 Handle 7 Mounting ear 8 Fan module 9 Filtering box 10 PEM 11 Rear cable trough 12 Power monitoring modu...

Page 36: ...d performance of the CX600 X16 Slot Layout Figure 3 4 shows the slot layout on the CX600 X16 Figure 3 4 Slot layout on the CX600 X16 1 2 3 4 5 6 7 12 9 10 11 13 14 15 16 19 20 21 22 L P U L P U L P U L P U L P U L P U L P U M P U M P U SFU SFU SFU SFU 17 18 8 L P U L P U L P U L P U L P U L P U L P U L P U L P U An interface is numbered in the format of Slot number card number Port number HUAWEI C...

Page 37: ...X600 X16 Table 3 1 Board distribution in the board cage of the CX600 X16 Slot Number Quant ity Slot Width Remarks 1 to 16 16 41 mm 1 6 inches These slots are used to hold LPUs 17 to 18 2 41 mm 1 6 inches These slots hold MPUs that work in 1 1 backup mode 19 to 22 4 41 mm 1 6 inches These slots are used to hold SFUs that work in 3 1 load balancing mode 3 1 3 CX600 X16 Specifications This section de...

Page 38: ...ks Limit of the temperature change rate 30 C 86 F hour Storage temperature 40 C to 70 C 40 F to 158 F Relative humidity Long term 5 RH to 85 RH no coagulation Short term 5 RH to 95 RH no coagulation Storage humidity 5 RH to 100 RH no coagulation Long term altitude 4000 m If the altitude is between 1800 meters and 4000 meters the operating temperature of the device must decrease by 1 C for every 22...

Page 39: ...le 3 4 Specifications of boards supported by the CX600 X16 Type Description Silkscreen MPU Main Processing Unit B4 MPU SFU 40Gbps Switch Fabric Unit B SFUI 40 B Switch Fabric Unit B SFUI 200 B SPU Versatile Service Process Unit C SPUC SPU Flexible Card Versatile Service Unit 10 VSUF 10 Integrated Versatile Service Unit 20 A VSUI 20 A Flexible Card Versatile Service Unit 160 VSUF 160 VSUF 160 Flexi...

Page 40: ... OC 48c STM 16c POS SFP Flexible Card FPIC 4xOC48 POS 8 30 5 4 Port OC 12c STM 4c POS SFP Flexible Card FPIC 4xOC12 POS 8 30 6 8 Port OC 12c STM 4c POS SFP Flexible Card FPIC 8xOC12 POS 8 30 7 4 Port OC 3c STM 1c POS SFP Flexible Card FPIC 4xOC3 POS 8 30 8 8 Port OC 3c STM 1c POS SFP Flexible Card FPIC 8xOC3 POS 8 30 9 2 Port OC 12c STM 4c ATM SFP Flexible Card FPIC 2xOC12 ATM 8 30 10 4 Port OC 3c...

Page 41: ...it S LPUS 20 LPUS 20 4x10GBase LAN WAN XFP 8 28 2 40 Port 100 1000Base X SFP Line Processing Unit S LPUS 20 LPUS 20 40xFE GE SFP 8 28 3 40 Port 10 100 1000Base RJ45 Line Processing Unit S LPUS 20 40xFE GE RJ45 LPUF 21 8 29 Flexible Card Line Processing Unit LPUF 21 A LPUF 21 B LPUF 21 E 2 sub slots LPUF 21 A LPUF 21 B LPUF 21 E 8 29 1 1 Port 10GBase WAN LAN XFP Flexible Card 1x10GBase LAN WAN 8 29...

Page 42: ... Card E P20 E P20 10xGE SFP E 8 29 9 12 Port 10 100 1000Base RJ45 Flexible Card 12x10 100 1000Base TX RJ45 8 29 10 1 Port OC 192c STM 64c POS XFP Flexible Card Occupy two slots 1 port OC 192c STM 64c POS XFP 8 29 11 4 Port 10GBase WAN LAN XFP Flexible Card Occupy two sub slots 4x10GBase LAN WAN 8 29 12 40 Port 10 100 1000Base RJ45 Flexible Card Occupy two sub slots 40x10 100 1000Base TX RJ45 8 29 ...

Page 43: ...sub slots LPUF 40 A LPUF 40 B LPUF 40 E 8 23 1 20 Port 100 1000Base X SFP Flexible Card P40 P40 20xFE GE SFP 8 23 2 20 Port 100 1000Base X SFP Flexible Card A P40 A Supporting 1588v2 P40 20xFE GE SFP A 8 23 4 2 Port 10GBase LAN WAN XFP Flexible Card P40 P40 2x10GBase LAN WAN XFP 8 23 5 2 Port 10GBase LAN WAN XFP Flexible Card A Supporting 1588v2 P40 2x10GBase LAN WAN XFP A 8 23 3 20 Port 100 1000B...

Page 44: ...Unit LPUI 40 LPUI 40 4x10GBase LAN WAN XFP 8 24 2 40 Port 100 1000Base X SFP Integrated Line Processing Unit LPUI 40 LPUI 40 40xFE GE SFP LPUI 41 8 25 1 8 Port 10GBase LAN WAN XFP Integrated Line Processing Unit LPUI 41 LPUI 41 8x10GBase LAN WAN XFP 8 25 2 4 Port 10GBase LAN WAN XFP Integrated Line Processing Unit LPUI 41 LPUI 41 4x10GBase LAN WAN XFP 8 25 3 48 Port 100 1000Base X SFP Integrated L...

Page 45: ...Line Processing Unit LPUI 41 Supporting 1588v2 LPUI 41 2x10GBase LAN WAN XFP 20xFE GE SFP 1588v2 LPUS 41 8 26 1 8 Port 10GBase LAN WAN XFP Line Processing Unit S LPUS 41 LPUS 41 8x10GBase LAN WAN XFP 8 26 2 4 Port 10GBase LAN WAN XFP Line Processing Unit S LPUS 41 LPUS 41 4x10GBase LAN WAN XFP 8 26 3 48 Port 100 1000Base X SFP Line Processing Unit S LPUS 41 LPUS 41 48xFE GE SFP 8 26 4 2 Port 10GBa...

Page 46: ...TM1 SFP 8 30 6 8 Port OC 12c STM 4c POS SFP Flexible Card FPIC 8xOC12 POS 8 30 12 8 Port 100 1000 Base X SFP Flexible Card A Supporting 1588v2 P10 8xFE GE SFP A 8 22 8 2 Port 10GBase WAN LAN SFP Flexible Card A P50 2x10GBase LAN WAN SFP A 8 30 1 1 Port OC 192c STM 64c POS XFP Flexible Card Occupy two slots FPIC 1xOC192 POS 8 22 10 4 Port Channelized STM 1c POS SFP Flexible Card 4xcPOS STM1 SFP 8 2...

Page 47: ...Base X SFP Flexible Card E P51 E P51 24xGE SFP E 8 19 5 5 Port 10GBase LAN WAN SFP Flexible Card E P51 E Occupy two slots P51 5x10GBase LAN WAN SFP E 8 19 6 2 Port 10GBase LAN WAN SFP Flexible Card E P51 E P51 2x10GBase LAN WAN SFP E 8 19 7 20 Port 10 100 1000Base RJ45 Flexible Card P51 A P51 20xFE GE RJ45 A LPUI 51 8 20 1 5 Port 10GBase LAN WAN SFP Integrated Line Processing Unit LPUI 51 LPUI 51 ...

Page 48: ...x10GBase LAN WAN SFP A 8 20 8 48 Port 100 1000Base X SFP Integrated Line Processing Unit B LPUI 51 B LPUI 51 B 48xFE GE SFP A 8 20 9 2 Port 10GBase LAN WAN SFP 24 Port 100 1000Base X SFP Integrated Line Processing Unit B LPUI 51 B LPUI 51 B 2x10GBase LAN WAN SFP 24xFE GE SFP A 8 20 10 5 Port 10GBase LAN WAN SFP Integrated Line Processing Unit L LPUI 51 L LPUI 51 L 5x10GBase LAN WAN SFP A 8 20 11 4...

Page 49: ...GBase LAN WAN SFP Line Processing Unit S LPUS 51 LPUS 51 5x10GBase LAN WAN SFP A 8 21 2 4 Port 10GBase LAN WAN SFP Line Processing Unit S LPUS 51 LPUS 51 4x10GBase LAN WAN SFP A 8 21 3 48 Port 100 1000Base X SFP Line Processing Unit S LPUS 51 LPUS 51 48xFE GE SFP A 8 21 4 2 Port 10GBase LAN WAN SFP 24 Port 100 1000Base X SFP Line Processing Unit S LPUS 51 LPUS 51 2x10GBase LAN WAN SFP 24xFE GE SFP...

Page 50: ...o sub slots P100 24xFE GE SFP 8 13 2 48 Port 100 1000Base X CSFP Flexible Card P100 Occupy two sub slots P100 48 x FE GE CSFP 8 13 4 1 Port OC 768c STM 256c POS 2KM LC Flexible Card P100 Occupy two sub slots P100 1xOC768c STM256c POS LC 8 13 5 2 Port OC 192c STM 64c POS XFP Flexible Card P101 A Occupy one sub slots P100 2xOC 192c STM 64c POS XFP LPUI 100 8 14 1 10 Port 10GBase LAN WAN XFP Integrat...

Page 51: ...FP A 8 16 3 5 Port 10GBase LAN WAN SFP Flexible Card A P101 A P101 5x10GBase LAN WAN SFP A 8 16 4 1 Port 40GBase LAN CFP Flexible Card A P101 A P101 1x40GBase LAN CFP A 8 16 5 5 Port 10GBase LAN WAN SFP Flexible Card E P101 E P101 5x10GBase LAN WAN SFP E 8 19 4 24 Port 1000Base X SFP Flexible Card E P51 E P51 24xGE SFP E LPUI 101 8 17 1 2 Port 40GBase LAN CFP Integrated Line Processing Unit LPUI 1...

Page 52: ...PUS 101 LPUS 101 1x100GBase LAN CFP 8 18 3 10 Port 10GBase LAN WAN SFP Line Processing Unit S LPUS 101 LPUS 101 10x10GBase LAN WAN SFP A LPUI 102 8 12 1 10 Port 10GBase LAN WAN SFP Integrated Line Processing Unit E LPUI 102 E LPUI 102 10x10GBase LAN WAN SFP E LPUF 120 8 10 Flexible Card Line Processing Unit LPUF 120 LPUF 120 B LPUF 120 E LPUF 120 LPUF 120 B LPUF 120 E 8 10 1 6 Port 10GBase LAN WAN...

Page 53: ...00Base X SFP Flexible Card E P51 E P51 24xGE SFP E LPUI 120 8 11 1 12 Port 10GBase LAN WAN SFP Integrated Line Processing Unit LPUI 120 LPUI 120 12x10GBase LAN WAN SFP A 8 11 2 2 Port 40GBase LAN CFP Integrated Line Processing Unit LPUI 120 LPUI 120 2x40GBase LAN CFP A 8 11 3 1 Port 100GBase CFP Integrated Line Processing Unit LPUI 120 LPUI 120 1x100GBase LAN CFP A 8 11 4 12 Port 10GBase LAN WAN S...

Page 54: ...rt 100GBase CFP Integrated Line Processing Unit LPUI 240 LPUI 240 2x100GBase LAN CFP A 8 9 2 24 Port 10GBase LAN WAN SFP Integrated Line Processing LPUI 240 24x10GBase LAN WAN SFP A 8 9 3 1 Port 100GBase CFP 12 Port 10GBase LAN WAN SFP Integrated Line Processing Unit LPUI 240 LPUI 240 1x100GBase LAN CFP 12x10GBase LAN WAN SFP A 8 9 4 2 Port 100GBase LAN CFP Integrated Line Processing Unit B LPUI 2...

Page 55: ...wer supply system two AC power frames are placed outside the chassis and installed with rectifier modules based on system power The AC power frames are then connected to the input terminals on the DC PEMs to supply power for the system In short external AC power frames are added to the DC power supply system to constitute an AC power supply system 3 2 2 Distributed Architecture of the System This ...

Page 56: ... the DC power supply module Figure 3 6 appearance of the PEM on theCX600 X16 NOTE If the power devices need a large number of power lines see DPD300 4 12 Power Distribution Box Dual Two Inputs HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 3 CX600 X16 Issue 03 2013 11 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 37 ...

Page 57: ...ng protection link of the power module failed l The power modules do not have input power Table 3 6 lists the technical parameters of the DC power supply module Table 3 6 Technical parameters of the DC PEM Item Technical Parameter Dimensions H x W x D 220 mm x 58 mm x 115 mm 8 66 in x 2 28 in x 4 53 in Weight 1 1 kg 2 43 lb Input voltage range 38 4 V DC to 72 V DC Input rated voltage 48V 60V Maxim...

Page 58: ...for fans are joined inside the fan module NOTE In Figure 3 7 each DC power input contains one 48 V power input and one RTN input Two separated RTN input are joined on the board Figure 3 7 Architecture of the CX600 X16 DC power supply system NOTE PEM A1 and PEM B1 work in 1 1 backup mode PEM A2 and PEM B2 work in 1 1 backup mode PEM A3 and PEM B3 work in 1 1 backup mode PEM A4 and PEM B4 work in 1 ...

Page 59: ... 4850A Figure 3 8 Front view of the EPS200 4850A Figure 3 9 Rear view of the EPS200 4850A Table 3 7 lists the technical parameters of the EPS200 4850A Table 3 7 Technical parameters of the EPS200 4850A Item Technical Parameter Dimensions H x W x D 86 1 mm x 442 0 mm x 580 0 mm 3 39 in x 17 40 in x 22 83 in HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 3 CX600 X16 Issue 03...

Page 60: ...t indicator The following table provides the checklist for the EPS200 4850A Item Indicator Color Status Description Cause of the Abnormality Operation indicator Green If the indicator is steady green the EPS200 4850A is running properly If the indicator is off an exception occurs No main AC power is input the AC input voltage is higher or lower than the normal range or the EPS200 4850A has no outp...

Page 61: ...rature or fans are faulty or the EPS200 4850A has no output due to its internal faults DC output voltage The normal voltage ranges from 43 2 V DC to 57 V DC Figure 3 11 diagrams the AC power supply system of the CX600 X16 The input AC power is converted into regulated DC power by an EPS200 4850A The resulting DC power output is connected to the PEMs through external cables to supply power for all ...

Page 62: ...EM A1 and PEM B1 work in 1 1 backup mode PEM A2 and PEM B2 work in 1 1 backup mode PEM A3 and PEM B3 work in 1 1 backup mode PEM A4 and PEM B4 work in 1 1 backup mode 3 3 Heat Dissipation System This section describes the appearance functions and specifications of the heat dissipation system 3 3 1 System Air Channel This section describes the CX600 X16 s system air channel The CX600 X16 is divided...

Page 63: ...s The upper and lower chassis have separate air channels that draw air from the front and exhausts air from the rear The air filters are installed over the air intake vents Each filter has a curved face large area and small windage resistance These features help to improve heat dissipation efficiency Air filters on the upper and lower chassis are identical The air channel in the SFU slot area is l...

Page 64: ...urs and the accumulated time per year does not exceed 15 days Figure 3 13 Appearance of a fan module Table 3 8 lists the indicators on the fan module Table 3 8 Description of the indicators on the fan module Indicator Color Description STATUS Green If the indicator blinks the fan module is working normally Red If the indicator blinks the fan module PEM or filtering box is faulty Table 3 9 lists th...

Page 65: ...imize air intake the filters are fully perforated Air filters are fixed to the chassis by fasteners to facilitate filter removal and replacement Figure 3 14 shows the appearance of an air filter Figure 3 14 An air filter The air channel in the SFU slot area is located on the left of the chassis The air filter uses front access The depth of the air filter is the same as that of an SFU and the heigh...

Page 66: ...an Speed Adjustment Principles Ambient Temperat ure Rotational Speed Noise and Dissipation Standards 5 C 27 C 23 F 80 6 F Low speed 50 rotational speed When fans rotate at a constantly low speed the noises meet the NEBS standard and the fans meet heat dissipation requirements of a fully configured system 27 C 50 C 80 6 F 122 F Linear variation The fan speed is adjusted smoothly in linear mode with...

Page 67: ...ta packets are transmitted across the switching network 1 Data packets enter an LPU through physical interfaces and are fragmented into cells of a fixed length These cells are then sent to the level 1 switching chips After being buffered and scheduled the cells enter the crossbar switching chips on the SFU The level 1 switching chip on an LPU is fully connected to all of the level 2 switching chip...

Page 68: ...Unit B SFUI 200 B is the new generation switch board It supports 200G full duplex capacity per slot The Switch Fabric Unit B SFUI 200 B switches data for the entire system at line speed of 3 15 Tbit s This ensures a non blocked switching network The CX600 X16 has four SFUs working in 3 1 load balancing mode The entire system provides a switching capacity at wire speed of 12 58 Tbit s The four SFUs...

Page 69: ...rm state After the registration of the SFU If the indicator blinks once every two seconds 0 5 Hz the system is running normally ACT green If the indicator is on it indicates that the SFU is working normally if the green indicator is off it indicates that the SFU is faulty OFL red When the SFU is working normally the OFL indicator is off After the OFL button is pressed to power off the SFU the OFL ...

Page 70: ...he CX6DSFUI401B on the CX600 X16 switches data for the entire system at line speed of 640 Gbit s 320 Gbit s for the upstream traffic and 320 Gbit s for the downstream traffic This ensures a non blocked switching network The CX600 X16 has four SFUs working in 3 1 load balancing mode The entire system provides a switching capacity at wire speed of 2 56 Tbit s The four SFUs load balance services at t...

Page 71: ...s 0 5 Hz the system is running normally ACT green If the indicator is on it indicates that the SFU is working normally if the green indicator is off it indicates that the SFU is faulty OFFLINE red When the SFU is working normally the OFL indicator is off After the OFL button is pressed to power off the SFU the OFL indicator is on NOTE The CX6DSFUI401B can be used only on the CX600 X16 The 40G swit...

Page 72: ... plane of the CX600 X16 3 5 1 Introduction to the Control Plane This section describes the functions of the control plane The control plane of the CX600 X16 is separated from the data plane and the monitoring plane The MPU on the CX600 X16 is responsible for system control and management including route calculation device management and maintenance and device monitoring System Control and Manageme...

Page 73: ...hat is the Precision Time Protocol PTP the SDH clock interface can input time information in multiple formats by selecting specific software System Maintenance Unit As the system maintenance unit the MPU collects monitored information to test system units locally or remotely or implement in service upgrading of system units The MPU periodically collects information about the operation of system un...

Page 74: ...dicator 16 OFL button 17 OFL indicator 18 RUN indicator 19 ACT active standby indicator 20 MGMT ETH LINK indicator 21 MGMT ETH ACT indicator Table 3 15 lists the buttons and indicators on the panel of the MPU Table 3 15 Buttons and indicators on the panel of the MPU Indicator Button Description OFL button To remove a board you must press and hold the button for six seconds until the OFL indicator ...

Page 75: ...removed CF OFL button If you press the CF OFL button all operations on the CF card will be ended and the CF card will be powered off SFP LINK ACT indicator green If the indicator is steady on the link is normal If the indicator is blinking data is being transmitted MGMT ETH LINK indicator green on Ethernet network interfaces If the indicator is steady on the link is normal If the indicator is off ...

Page 76: ... is used to input or output 2 Mbit s clock signals 2 MHz clock signals or 1 PPS signals CLK Serial SMB Bits2 It is used to input or output 2 Mbit s clock signals 2 MHz clock signals or RS232 signals NOTE BITS2 provides two SMB ports and the signal type can be set to 2Mbps 2Mhz 1PPS RS232 When signal is 2Mbps 2Mhz CLK 1PPS is fixed as input and CLK Serial is fixed as output When signal is 1PPS RS23...

Page 77: ...it s super category 5 Shielded Twisted Pair STP cables recommended when the interface rate is 1000 Mbit s Table 3 19 lists the console interface attributes Table 3 19 Console interface attributes Attribute Description Connector type RJ45 Operation mode Duplex Universal Asynchronous Receiver Transmitter UART Electrical attribute RS 232 Baud rate 9600 bit s default value which can be changed as requ...

Page 78: ...ttribute Description Connector type RJ45 Cable specification 120 ohm clock cable Standard compliance G 703 Table 3 22 lists the external clock interface attributes Table 3 22 External clock interface attributes Attribute Description Connector type SMB Cable specification 75 ohm clock cable Standard compliance G 703 Technical Specifications Table 3 23 lists the technical specifications of the Main ...

Page 79: ... 85 W Heat dissipation 275 78 BTU hour Board weight 4 2 kg 9 26 lb Dimensio ns H x W x D 41 mm x 399 mm x 551 mm 1 61 in x 15 71 in x 21 69 in Lowest Software Version V600R001 HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 3 CX600 X16 Issue 03 2013 11 30 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 60 ...

Page 80: ...600 X8 4 3 Heat Dissipation System This section describes the appearance functions and specifications of the heat dissipation system 4 4 Switching Network This section describes the functions of the switch fabric unit 4 5 Control Plane This chapter describes the control plane of the CX600 X8 HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 4 CX600 X8 Issue 03 2013 11 30 Huaw...

Page 81: ...oute Processing Units SRUs and Switch and Fabric Units SFUs are new As shown in Figure 4 1 the CX600 X8 has eight LPU slots The switching capacity of the entire system is 7 08 Tbit s Figure 4 1 shows the appearance of the CX600 X8 Figure 4 1 Appearance of the CX600 X8 System Architecture The CX600 X8 adopts a system architecture shown in Figure 4 2 In this architecture the data plane management an...

Page 82: ...ol channels and monitoring channels l Carrier class high reliability and manageability l Shielding at the modular level to meet ElectroMagnetic Compatibility EMC requirements l Hot swappable boards power modules and fans l U shaped air channels to improve system heat dissipation l Distributed power supply to enhance power supply capabilities for a single chassis l 200 mm 7 87 in fans with a filter...

Page 83: ...th main components which all support hot swapping Figure 4 3 shows the architecture and main components of the CX600 X8 Figure 4 3 Appearance and main components of the CX600 X8 Position forthe mountangle ᣖ㘇 ᅝ㺙 ԡ㕂 1 2 3 4 9 11 10 5 6 7 8 1 2 3 4 9 11 10 5 6 7 8 OR 75 12 0KG 165 2 65LB S OR 75 12 0KG 165 2 65LB S PUSH 620mm 24 41 in 442mm 17 40 in 770mm 30 31 in 2 1 3 4 5 HUAWEI CX600 8 16 X3 X8 X1...

Page 84: ...h 10 power management interface 11 DC power module 12 Handle 13 CMU 14 Mounting ear NOTE Currently the CX600 X8 has two types of chassis one with a filtering box and the other without a filtering box For the latter type the filtering box module on the rear is replaced by a panel Changing a filtering box module to a panel is not available on site The chassis without a filtering box is an optimized ...

Page 85: ...lot is used to hold an SFU which together with two switch fabric units on the SRUs works in 2 1 load balancing mode 4 1 3 CX600 X8 Specification This section describes the system configuration and physical parameters of the CX600 X8 Chassis Specification Table 4 2 lists the physical parameters of the CX600 X8 Table 4 2 Physical parameters of the CX600 X8 Item Description Dimensions H x W x D 620 m...

Page 86: ...rs and 4000 meters the operating temperature of the device must decrease by 1 C for every 220 meters increase in altitude NOTE As shown in the table width does not involve the dimensions of rack mounting ears As shown in the table width does not involve the dimensions of rack mounting ears The measurement point of the temperature and humidity is 1 5 m 4 92 ft over the floor and 0 4 m 1 31 ft in fr...

Page 87: ...of SFU slots 1 4 1 4 Board Specifications This section describes the specifications of boards supported by the CX600 X8 Table 4 4 lists the specifications of boards supported by the CX600 X8 Table 4 4 Specifications of boards supported by the CX600 X8 Type Description Silkscreen SRU SRUA5 SRUA SRUA4 SRUA SRUA7 SRUA SFU SFU SFUI 200 C SFU SFUI 40 C SFU SFUI 100 D SPU SPU SPU HUAWEI CX600 8 16 X3 X8...

Page 88: ...o slots FPIC 1xOC192 POS 8 30 2 1 Port OC 48c STM 16c POS SFP Flexible Card FPIC 1xOC48 POS 8 30 3 2 Port OC 48c STM 16c POS SFP Flexible Card FPIC 2xOC48 POS 8 30 4 4 Port OC 48c STM 16c POS SFP Flexible Card FPIC 4xOC48 POS 8 30 5 4 Port OC 12c STM 4c POS SFP Flexible Card FPIC 4xOC12 POS 8 30 6 8 Port OC 12c STM 4c POS SFP Flexible Card FPIC 8xOC12 POS 8 30 7 4 Port OC 3c STM 1c POS SFP Flexibl...

Page 89: ...N XFP Line Processing Unit S LPUS 20 LPUS 20 4 10GBase LAN WAN XFP 8 28 2 40 Port 100 1000Base X SFP Line Processing Unit S LPUS 20 LPUS 20 40 FE GE SFP 8 28 3 40 Port 10 100 1000Base RJ45 Line Processing Unit S LPUS 20 40 FE GE RJ45 LPUF 21 8 29 Flexible Card Line Processing Unit LPUF 21 A LPUF 21 B LPUF 21 E 2 sub slots LPUF 21 A LPUF 21 B LPUF 21 E 8 29 1 1 Port 10GBase WAN LAN XFP Flexible Car...

Page 90: ...wo slots 1 port OC 192c STM 64c POS XFP 8 29 11 4 Port 10GBase WAN LAN XFP Flexible Card Occupy two sub slots 4x10GBase LAN WAN 8 29 12 40 Port 10 100 1000Base RJ45 Flexible Card Occupy two sub slots 40x10 100 1000Base TX RJ45 8 29 13 40 Port 100 1000Base SFP Flexible Card Occupy two sub slots 40x100 1000Base SFP 8 29 14 2 Port 10GBase LAN WAN XFP 20 Port 100 1000Base X SFP Flexible Card P20 Occup...

Page 91: ...v2 P40 2x10GBase LAN WAN XFP A 8 23 3 20 Port 100 1000Base X SFP Flexible Card B P40 B P40 20xFE GE SFP B 8 23 6 2 Port 10GBase LAN WAN XFP Flexible Card B P40 B P40 2x10GBase LAN WAN XFP B 8 23 7 20 Port 1000Base X SFP Flexible Card E P40 E P40 20xFE GE SFP E 8 23 8 2 Port 10GBase LAN WAN XFP Flexible Card E P40 E P40 2x10GBase LAN WAN XFP E 8 23 10 20 Port 10 100 1000Base RJ45 Flexible Card P40 ...

Page 92: ...Processing Unit LPUI 41 Supporting 1588v2 LPUI 41 4x10GBase LAN WAN XFP 1588v2 8 25 6 40 Port 100 1000Base X SFP Integrated Line Processing Unit LPUI 41 Supporting 1588v2 LPUI 41 40xFE GE SFP 1588v2 8 25 7 2 Port 10GBase LAN WAN XFP 20 Port 100 1000Base X SFP Integrated Line Processing Unit LPUI 41 Supporting 1588v2 LPUI 41 2x10GBase LAN WAN XFP 20xFE GE SFP 1588v2 LPUS 41 8 26 1 8 Port 10GBase LA...

Page 93: ...OS SFP Flexible Card 2xcPOS STM1 SFP 8 30 6 8 Port OC 12c STM 4c POS SFP Flexible Card FPIC 8xOC12 POS 8 30 12 8 Port 100 1000 Base X SFP Flexible Card A Supporting 1588v2 P10 8xFE GE SFP A 8 22 8 2 Port 10GBase WAN LAN SFP Flexible Card A P50 2x10GBase LAN WAN SFP A 8 22 12 8 Port OC 3c STM 1c ATM SFP Flexible Card P50 P50 8xOC3c STM1c ATM SFP 8 30 1 1 Port OC 192c STM 64c POS XFP Flexible Card O...

Page 94: ... 8 19 5 5 Port 10GBase LAN WAN SFP Flexible Card E P51 E Occupy two slots P51 5x10GBase LAN WAN SFP E 8 19 6 2 Port 10GBase LAN WAN SFP Flexible Card E P51 E P51 2x10GBase LAN WAN SFP E 8 19 7 20 Port 10 100 1000Base RJ45 Flexible Card P51 A P51 20xFE GE RJ45 A LPUI 51 8 20 1 5 Port 10GBase LAN WAN SFP Integrated Line Processing Unit LPUI 51 LPUI 51 5x10GBase LAN WAN SFP A 8 20 2 4 Port 10GBase LA...

Page 95: ...ntegrated Line Processing Unit B LPUI 51 B LPUI 51 B 2x10GBase LAN WAN SFP 24xFE GE SFP A 8 20 10 5 Port 10GBase LAN WAN SFP Integrated Line Processing Unit L LPUI 51 L LPUI 51 L 5x10GBase LAN WAN SFP A 8 20 11 48 Port 100 1000Base X SFP Integrated Line Processing Unit L LPUI 51 L LPUI 51 L 48xFE GE SFP A 8 20 12 2 Port 10GBase LAN WAN SFP 32 Port 100 1000Base X SFP Integrated Line Processing Unit...

Page 96: ...ase LAN WAN SFP 24xFE GE SFP A LPUS 100 8 15 1 10 Port 10GBase LAN WAN XFP Line Processing Unit S LPUS 100 LPUS 100 10x10GBase LAN WAN XFP 8 15 2 16 Port 10GBase LAN SFP Line Processing Unit S LPUS 100 LPUS 100 16x10GBase LAN SFP 8 15 3 1 Port 100GBase CFP Line Processing Unit S LPUS 100 LPUS 100 1x100GE CFP LPUF 100 8 13 Flexible Card Line Processing Unit LPUF 100 four slots LPUF 100 8 13 1 5 Por...

Page 97: ... 100 LPUI 100 16x10GBase LAN SFP 8 14 3 1 Port 100GBase CFP Integrated Line Process Unit LPUI 100 LPUI 100 1x100GE CFP LPUF 101 8 16 Flexible Card Line Processing Unit LPUF 101 LPUF 101 B LPUF 101 LPUF 101 B 8 13 1 5 Port 10GBase LAN WAN XFP Flexible Card A P100 A Supporting 1588v2 Occupy two sub slots P100 5x10GBase LAN WAN XFP 1588v2 8 16 2 24 Port 100 1000Base X SFP Flexible Card A P101 A P101 ...

Page 98: ... 10 Port 10GBase LAN WAN SFP Integrated Line Processing Unit B LPUI 101 B LPUI 101 B 10x10GBase LAN WAN SFP A LPUS 101 8 18 1 2 Port 40GBase LAN CFP Line Processing Unit S LPUS 101 LPUS 101 2x40GBase LAN CFP A 8 18 2 1 Port 100GBase CFP Line Processing Unit S LPUS 101 LPUS 101 1x100GBase LAN CFP 8 18 3 10 Port 10GBase LAN WAN SFP Line Processing Unit S LPUS 101 LPUS 101 10x10GBase LAN WAN SFP A LP...

Page 99: ...AN WAN SFP E 8 19 4 24 Port 1000Base X SFP Flexible Card E P51 E P51 24xGE SFP E LPUI 120 8 11 1 12 Port 10GBase LAN WAN SFP Integrated Line Processing Unit LPUI 120 LPUI 120 12x10GBase LAN WAN SFP A 8 11 2 2 Port 40GBase LAN CFP Integrated Line Processing Unit LPUI 120 LPUI 120 2x40GBase LAN CFP A 8 11 3 1 Port 100GBase CFP Integrated Line Processing Unit LPUI 120 LPUI 120 2x100GBase LAN CFP A 8 ...

Page 100: ... WAN SFP A 8 9 3 1 Port 100GBase CFP 12 Port 10GBase LAN WAN SFP Integrated Line Processing Unit LPUI 240 LPUI 240 1x100GBase LAN CFP 12x10GBase LAN WAN SFP A 8 9 4 2 Port 100GBase LAN CFP Integrated Line Processing Unit B LPUI 240 B LPUI 240 2x100GBase LAN CFP B 8 9 5 24 Port 10GBase LAN WAN SFP Integrated Line Processing Unit B LPUI 240 B LPUI 240 24x10GBase LAN WAN SFP B 8 9 6 1 Port 100GBase C...

Page 101: ...AC power supply system 4 2 2 Distributed Architecture of the System This section describes partitioned power supply on the CX600 X8 As shown in Figure 4 5 the CX600 X8 backplane is divided into two areas with each area having two power inputs These four power inputs work in backup mode Figure 4 5 Schematic diagram of the power supply for the CX600 X8 4 2 3 DC Power Supply System This section descr...

Page 102: ...l The lightning protection link of the power module has failed l The power modules do not have input power Table 4 6 lists the technical parameters of the PEM Table 4 6 Technical parameters of the DC PEM Item Technical Parameter Dimensions H x W x D 220 mm x 58 mm x 115 mm 8 66 in x 2 28 in x 4 53 in Weight 1 1 kg 2 43 lb Input voltage range 38 4 V DC to 72 V DC Input rated voltage 48 V 60 V HUAWE...

Page 103: ...s are joined on the board inside the fan module NOTE In Figure 4 7 each DC power input contains one 48 V power input and one RTN input Two separated RTN inputs are joined on the board Figure 4 7 Architecture of the CX600 X8 DC power supply system NOTE PEM A1 and PEM B1 work in 1 1 backup mode PEM A2 and PEM B2 work in 1 1 backup mode 4 2 4 AC Power Supply System This section describes the appearan...

Page 104: ...meters of the EPS200 4850A Table 4 7 Technical parameters of the EPS200 4850A Item Technical Parameter Dimensions H x W x D 86 1 mm x 442 0 mm x 580 0 mm 3 39 in x 17 40 in x 22 83 in Input voltage range 90 V AC to 275 V AC 175 V AC to 275 V AC recommended Maximum input current 18 5 A single module HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Hardware Description 4 CX600 X8 Issue 03 2013 11 ...

Page 105: ...r the EPS200 4850A Item Indicator Color Status Description Cause of the Abnormality Operation indicator Green If the indicator is steady green the EPS200 4850A is running properly If the indicator is off an exception occurs No main AC power is input the AC input voltage is higher or lower than the normal range or the EPS200 4850A has no output HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform Har...

Page 106: ... 4 8 diagrams the AC power supply system of the CX600 X8 AC power input is converted into regulated DC power by an EPS200 4850A The resulting DC power output is connected to the PEMs through external cables to supply power for all boards and fan modules NOTE Installing the EPS200 4850A in the same cabinet as the chassis is recommended If the EPS200 4850A cannot be installed in the same cabinet as ...

Page 107: ...System Air Channel This section describes the CX600 X8 s system air channel The CX600 X8 draws in air from the front and exhausts air from the rear The air intake vent is located above the board area on the front chassis the air exhaust vent is located above the board area on the rear chassis The two fan modules of the CX600 X8 are located side by side at the air exhaust vent with each module cont...

Page 108: ...ining one fan are located side by side at the air exhaust vent If a single fan fails the system can still work normally for a short period of time at ambient temperature of 40ºC 104ºF Figure 4 13 shows the appearance of a fan module NOTE Short term operation means that the continuous working time does not exceed 96 hours and the accumulated time per year does not exceed 15 days HUAWEI CX600 8 16 X...

Page 109: ...4 9 lists the technical parameters of the fan module Table 4 9 Technical parameters of the fan module Item Technical Parameter Dimensions H x W x D 243 7 mm x 210 4 mm x 100 mm 9 59 in x 8 28 in x 3 94 in Number of fans CX600 X16 4CX600 X8 2 Weight of a fan 3 4 kg 7 50 lb Power consumption of a fan typical value 250 W Maximum noise of a fan 74 dB HUAWEI CX600 8 16 X3 X8 X16 Metro Service Platform ...

Page 110: ...ors on the LPUs SFUs and MPUs serve as the basis for fan speed adjustment Table 4 10 lists general principles Table 4 10 Fan Speed Adjustment Principles Ambient Temperat ure Rotational Speed Noise and Dissipation Standards 5 C 27 C 23 F 80 6 F Low speed 50 rotational speed When fans rotate at a constantly low speed the noises meet the NEBS standard and the fans meet heat dissipation requirements o...

Page 111: ...switching network 1 Data packets enter the LPU through physical interfaces and are fragmented into cells of a fixed length These cells are then sent to the level 1 switching chips After being buffered and scheduled the cells enter the crossbar switching chips on the SFU The level 1 switching chip on the LPU is fully connected to all of the level 2 switching chips on SFUs As a result the same numbe...

Page 112: ... C SFUI 200 C Appearance The Switch Fabric Unit C SFUI 200 C is the new generation switch board It supports 200G full duplex capacity per slot The Switch Fabric Unit C SFUI 200 C switches data for the entire system at line speed of 2 36 Tbit s This ensures a non blocked switching network The CX600 X8 has three SFUs working in 2 1 load balancing mode The entire system provides a switching capacity ...

Page 113: ...h second 2 Hz the system is in the alarm state After the registration of the SFU If the green indicator blinks once every two seconds 0 5 Hz the system is running normally ACT If the green indicator is on it indicates that the SFU is working normally if the green indicator is off it indicates that the SFU is faulty OFFLINE When the SFU is working normally the OFL indicator is off After the OFL but...

Page 114: ...h Fabric Unit D SFUI 100 D is the new generation switch board It supports 100G full duplex capacity per slot The Switch Fabric Unit D SFUI 100 D switches data for the entire system at line speed of 1 18 Tbit s This ensures a non blocked switching network The CX600 X8 has three SFUs working in 2 1 load balancing mode The entire system provides a switching capacity at line speed of 3 54 Tbit s The t...

Page 115: ... the green indicator is on it indicates that the SFU is working normally if the green indicator is off it indicates that the SFU is faulty OFFLINE When the SFU is working normally the OFL indicator is off After the OFL button is pressed to power off the SFU the OFL indicator is on NOTE The SFUI 100 D can be used only on the CX600 X8 The 100G switch fabric unit can be used only together with the 10...

Page 116: ...he CX600 X8 switches data for the entire system at line speed of 480 Gbit s 240 Gbit s for the upstream traffic and 240 Gbit s for the downstream traffic This ensures a non blocked switching network The CX600 X8 has three SFUs working in 2 1 load balancing mode The entire system provides a switching capacity at line speed of 1 44 Tbit s The three SFUs load balance services at the same time When on...

Page 117: ... ACT If the green indicator is on it indicates that the SFU is working normally if the green indicator is off it indicates that the SFU is faulty OFFLINE When the SFU is working normally the OFL indicator is off After the OFL button is pressed to power off the SFU the OFL indicator is on NOTE The CX6DSFUI401C can be used only on the CX600 X8 The 40G switch fabric unit cannot be used together with ...

Page 118: ... The 200G switch and route processing unit cannot be used together with 40G switch and route processing unit for long term working 4 5 1 Introduction to the Control Plane This section describes the functions of the control plane The control plane of the CX600 is separated from the data plane and the monitoring plane The SRU is used by the CX600 X8 The SRU integrates an SFU used for data switching ...

Page 119: ...interface can input time information in multiple formats by selecting specific software System Maintenance Unit As the system maintenance unit the SRU collects system monitoring information to test system units locally or remotely or implement in service upgrading of system units The SRU periodically collects information about the operation of system units through the MonitorBus The SRU then gener...

Page 120: ...tive standby indicator 20 MGMT ETH LINK indicator 21 MGMT ETH ACT indicator Table 4 17 describes the buttons and indicators on the SRU panel Table 4 17 Buttons and indicators on the panel of the SRU Indicator Button Description OFL button To remove a board you must press and hold the button for six seconds until the OFL indicator turns on This button takes effect only on the slave SRU HUAWEI CX600...

Page 121: ...ion If the indicator is blinking data is being read or written If the indicator is off the CF is not in position or can be removed CF OFL button If you press the CF OFL button all operations on the CF card will be ended and the CF card will be powered off SFP LINK ACT indicator green If the indicator is steady on the link is normal If the indicator is blinking data is being transmitted MGMT ETH LI...

Page 122: ...ignals CLK TOD1 RJ45 Bits1 It is used to input or output 2 Mbit s clock signals 2 MHz clock signals 1pps ASCII clock signals or 2 channel DCLS clock signals CLK 1PPS SMB Bits2 It is used to input or output 2 Mbit s clock signals 2 MHz clock signals or 1 PPS signals CLK Serial SMB Bits2 It is used to input or output 2 Mbit s clock signals 2 MHz clock signals or RS232 signals NOTE Bits2 includes 2 S...

Page 123: ...n Category 5 unshielded twisted pair UTP cables recommended when the interface rate is 10 Mbit s or 100 Mbit s super category 5 Shielded Twisted Pair STP cables recommended when the interface rate is 1000 Mbit s Table 4 21 lists the console interface attributes Table 4 21 Console interface attributes Attribute Description Connector type RJ45 Operation mode Duplex Universal Asynchronous Receiver Tr...

Page 124: ...ication 8 core shielded cable Table 4 23 lists the attributes of the external clock interface Table 4 23 External clock interface attributes Attribute Description Connector type RJ45 Cable specification 120 ohm clock cable Standard compliance G 703 Table 4 24 lists the external clock interface attributes Table 4 24 External clock interface attributes Attribute Description Connector type SMB HUAWEI...

Page 125: ... Switch and Route Processing Unit A7 Item Specifications Silkscreen of the board name SRUA Power consumpti on typical value 125 W Heat dissipation 405 55 BTU hour Board weight 4 8 kg 10 58 lb Dimensio ns H x W x D 35 mm x 398 5 mm x 554 mm 1 38 in x 15 69 in x 21 81 in Lowest Software Version V600R006C00 4 5 3 Switch and Route Processing Unit A5 NOTE Switch and Route Processing Unit A5 is the 200G...

Page 126: ...K Serial 3 CLK 1PPS 4 CLK TOD 5 AUX 6 Console 7 MGMT ETH 8 CTL ETH SFP 9 LINK ACT 10 CF OFL button 11 CF card 12 CF indicator 13 USB 14 RESET 15 ALM indicator 16 OFL button 17 OFL indicator 18 RUN indicator 19 ACT active standby indicator 20 MGMT ETH LINK indicator 21 MGMT ETH ACT indicator Table 4 26 describes the buttons and indicators on the SRU panel HUAWEI CX600 8 16 X3 X8 X16 Metro Service P...

Page 127: ...u can reset the main control unit on the SRU CF ACT indicator green If the indicator is on the CF is in position If the indicator is blinking data is being read or written If the indicator is off the CF is not in position or can be removed CF OFL button If you press the CF OFL button all operations on the CF card will be ended and the CF card will be powered off SFP LINK ACT indicator green If the...

Page 128: ...ignals CLK TOD1 RJ45 Bits1 It is used to input or output 2 Mbit s clock signals 2 MHz clock signals 1pps ASCII clock signals or 2 channel DCLS clock signals CLK 1PPS SMB Bits2 It is used to input or output 2 Mbit s clock signals 2 MHz clock signals or 1 PPS signals CLK Serial SMB Bits2 It is used to input or output 2 Mbit s clock signals 2 MHz clock signals or RS232 signals NOTE Bits2 includes 2 S...

Page 129: ...n Category 5 unshielded twisted pair UTP cables recommended when the interface rate is 10 Mbit s or 100 Mbit s super category 5 Shielded Twisted Pair STP cables recommended when the interface rate is 1000 Mbit s Table 4 30 lists the console interface attributes Table 4 30 Console interface attributes Attribute Description Connector type RJ45 Operation mode Duplex Universal Asynchronous Receiver Tr...

Page 130: ...ication 8 core shielded cable Table 4 32 lists the attributes of the external clock interface Table 4 32 External clock interface attributes Attribute Description Connector type RJ45 Cable specification 120 ohm clock cable Standard compliance G 703 Table 4 33 lists the external clock interface attributes Table 4 33 External clock interface attributes Attribute Description Connector type SMB HUAWEI...

Page 131: ...e Switch and Route Processing Unit A5 Item Specifications Silkscreen of the board name SRUA Power consumpti on typical value 149 W Heat dissipation 483 42 BTU hour Board weight 4 8 kg 10 58 lb Dimensio ns H x W x D 35 mm x 398 5 mm x 554 mm 1 38 in x 15 69 in x 21 81 in Lowest Software Version V600R003C00 4 5 4 Switch and Route Processing Unit A4 NOTE Switch and Route Processing Unit A4 is the 40G...

Page 132: ...Ejector lever 2 CLK Serial 3 CLK 1PPS 4 CLK TOD 5 AUX 6 Console 7 MGMT ETH 8 CTL ETH SFP 9 LINK ACT 10 CF OFL button 11 CF card 12 CF indicator 13 USB 14 RESET 15 ALM indicator 16 OFL button 17 OFL indicator 18 RUN indicator 19 ACT active standby indicator 20 MGMT ETH LINK indicator 21 MGMT ETH ACT indicator Table 4 35 describes the buttons and indicators on the SRU panel HUAWEI CX600 8 16 X3 X8 X...

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