Huawei ME60 Series Hardware Description Download

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ME60
Hardware Description

Contents

Issue 01 (2018-05-07)

1.9.5 Heat Dissipation System of the ME60-X16A ........................................................................................................ 137

1.9.5.1 System Air Channel ............................................................................................................................................ 137

1.9.5.2 Fan Speed Adjustment ........................................................................................................................................ 138

1.9.5.3 Fan Module ......................................................................................................................................................... 139

1.9.5.4 Air Filter ............................................................................................................................................................. 140

1.10 Boards ..................................................................................................................................................................... 142

1.10.1 Overview ............................................................................................................................................................. 143

1.10.1.1 Board Structure ................................................................................................................................................. 143

1.10.1.2 Board and Subcard Specifications .................................................................................................................... 145

1.10.1.3 Filler Panel ........................................................................................................................................................ 149

1.10.1.4 Rules for Numbering Slots and Interfaces ........................................................................................................ 150

1.10.1.5 Bar Code for Boards ......................................................................................................................................... 154

1.10.2 Control Plane ....................................................................................................................................................... 155

1.10.2.1 Introduction to the Control Plane ...................................................................................................................... 155

1.10.2.2 Main Processing Unit D2 .................................................................................................................................. 156

1.10.2.3 Main Processing Unit D3 .................................................................................................................................. 159

1.10.2.4 Switch and Route Processing Unit A5 .............................................................................................................. 163

1.10.2.5 Switch and Route Processing Unit A7 .............................................................................................................. 167

1.10.2.6 Switch and Route Processing Unit B5 .............................................................................................................. 171

1.10.2.7 Switch and Route Processing Unit A8(16G Memory) ...................................................................................... 175

1.10.2.8 Switch and Route Processing Unit A9(16G Memory) ...................................................................................... 179

1.10.2.9 ME60-X16 Main Processing Unit B4 ............................................................................................................... 183

1.10.2.10 ME60-X16 Main Processing Unit B5(16G Memory) ..................................................................................... 187

1.10.2.11 Main Processing Unit B6 ................................................................................................................................ 191

1.10.3 Switching Network .............................................................................................................................................. 195

1.10.3.1 Introduction to the Switching Network ............................................................................................................. 195

1.10.3.2 200Gbps Switch Fabric Unit C(SFUI-200-C) .................................................................................................. 196

1.10.3.3 100Gbps Switch Fabric Unit D(SFUI-100-D) .................................................................................................. 198

1.10.3.4 480Gbps Switch Fabric Unit C(SFUI-480-C) .................................................................................................. 200

1.10.3.5 1Tbps Switch Fabric Unit C(SFUI-1T-C) ......................................................................................................... 202

1.10.3.6 200Gbps Switch Fabric Unit B(SFUI-200-B) .................................................................................................. 204

1.10.3.7 100Gbps Switch Fabric Unit E(SFUI-100-E) ................................................................................................... 206

1.10.3.8 480Gbps Switch Fabric Unit B(SFUI-480-B) .................................................................................................. 208

1.10.3.9 1Tbps Switch Fabric Unit B(SFUI-1T-B) ......................................................................................................... 210

1.10.4 VSUF ................................................................................................................................................................... 212

1.10.4.1 Flexible Card Versatile Service Unit 80(VSUF-80) .......................................................................................... 212

1.10.4.2 Flexible Card Versatile Service Unit 160(VSUF-160) ...................................................................................... 214

1.10.4.3 Versatile Service Unit Sub Card(SP80)............................................................................................................. 216

1.10.4.4 Versatile Service Unit Sub Card(SP160)........................................................................................................... 218

1.10.4.5 Integrated Versatile Service Unit(VSUI-160-E) ............................................................................................... 221

1.10.5 BSUF-51/MSUF-51 ............................................................................................................................................. 223

1.10.5.1 Flexible Card Broadband Service Unit(BSUF-51,2 sub-slots) ......................................................................... 223

Summary of Contents for ME60 Series

Page 1: ...ME60 V800R009C10SPC200 Hardware Description Issue 01 Date 2018 05 07 ...

Page 2: ...Flow on the Monitoring Plane 30 1 7 Chassis 31 1 7 1 ME60 X3 31 1 7 2 ME60 X8 37 1 7 3 ME60 X8A 42 1 7 4 ME60 X16 48 1 7 5 ME60 X16A 53 1 8 Power 60 1 8 1 ME60 X3 Power Supply System 60 1 8 1 1 Architecture of the Power Supply System 60 1 8 1 2 PEM 60 1 8 1 3 AC Power Box 62 1 8 2 ME60 X8 Power Supply System 64 1 8 2 1 Architecture of the Power Supply System 64 1 8 2 2 70A PEM 66 1 8 2 3 EPS200 48...

Page 3: ...PEM 116 1 8 5 8 Switch 117 1 8 5 9 PMU 118 1 8 5 10 Power System Technical Specifications 119 1 9 Fan 120 1 9 1 Heat Dissipation System of the ME60 X3 120 1 9 1 1 System Air Channel 120 1 9 1 2 Fan Speed Adjustment 121 1 9 1 3 Fan Module 122 1 9 1 4 Air Filter 124 1 9 2 Heat Dissipation System of the ME60 X8 125 1 9 2 1 System Air Channel 125 1 9 2 2 Fan Speed Adjustment 125 1 9 2 3 Fan Module 126...

Page 4: ...Memory 179 1 10 2 9 ME60 X16 Main Processing Unit B4 183 1 10 2 10 ME60 X16 Main Processing Unit B5 16G Memory 187 1 10 2 11 Main Processing Unit B6 191 1 10 3 Switching Network 195 1 10 3 1 Introduction to the Switching Network 195 1 10 3 2 200Gbps Switch Fabric Unit C SFUI 200 C 196 1 10 3 3 100Gbps Switch Fabric Unit D SFUI 100 D 198 1 10 3 4 480Gbps Switch Fabric Unit C SFUI 480 C 200 1 10 3 5...

Page 5: ...rvice Unit BSUF 100 2 sub slots 268 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots 270 1 10 7 3 6 Port 10GBase LAN WAN SFP Flexible Card BP100 272 1 10 7 4 5 Port 10GBase LAN WAN SFP Flexible Card BP100 275 1 10 7 5 5 Port 10GBase LAN WAN SFP Flexible Card E BP100 E 278 1 10 7 6 1 Port 100GBase CFP Flexible Card BP100 281 1 10 7 7 1 Port 100GBase CFP2 Flexible Card BP100 284 1 10 7...

Page 6: ...ptical Module 359 1 11 2 Configuring an Optical Attenuator 366 1 11 3 155Mbps eSFP Optical Module 368 1 11 3 1 155Mbps eSFP MMF 1310nm 2km commercial 368 1 11 3 2 155Mbps eSFP SMF 1310nm 15km commercial 369 1 11 3 3 155Mbps eSFP SMF 1310nm 40km commercial 370 1 11 3 4 155Mbps eSFP SMF 1550nm 80km commercial 372 1 11 4 155Mbps eSFP BIDI Optical Module 373 1 11 4 1 155Mbps eSFP SM 1310nm 15km commer...

Page 7: ... 120km commercial 408 1 11 10 5 125M 2 67Gbps eSFP SMF 1557 36nm 120km commercial 409 1 11 10 6 125M 2 67Gbps eSFP SMF 1556 55nm 120km commercial 411 1 11 10 7 125M 2 67Gbps eSFP SMF 1555 75nm 120km commercial 412 1 11 10 8 125M 2 67Gbps eSFP SMF 1554 94nm 120km commercial 413 1 11 10 9 125M 2 67Gbps eSFP SMF 1554 13nm 120km commercial 414 1 11 10 10 125M 2 67Gbps eSFP SMF 1553 33nm 120km commerci...

Page 8: ... MMF 850nm 0 3km commercial 449 1 11 11 2 10Gbps SFP SMF 1310nm 10km commercial 450 1 11 11 3 10Gbps SFP SMF 1550nm 40km commercial 451 1 11 11 4 10Gbps SFP SMF 1550nm 80km commercial 452 1 11 12 10Gbps SFP CWDM Optical Module 454 1 11 12 1 10Gbps SFP SMF 1511nm 70km commercial 454 1 11 12 2 10Gbps SFP SMF 1471nm 70km commercial 455 1 11 12 3 10Gbps SFP SMF 1491nm 70km commercial 456 1 11 12 4 10G...

Page 9: ...6 1309 14nm 40km commercial 482 1 11 17 3 100Gbps 10 10 3 CFP SMF 1523 1595nm 10km commercial 483 1 11 17 4 100Gbps 10 10 3 CFP MMF 850nm 0 1km commercial 485 1 11 17 5 100Gbps 4 25 7 CFP SMF 1295 56 1309 14nm 80km commercial 486 1 11 18 100Gbps CFP2 Optical Module 487 1 11 18 1 100Gbps 4 25 7 CFP2 SMF 1295 56 1309 14nm 10km commercial 487 1 11 18 2 100Gbps 4 25 7 CFP2 SMF 1295 56 1309 14nm 40km c...

Page 10: ...its on a device process and forward signal flows This section demonstrates how data packets enter a device and how the device forwards the data packets 1 7 Chassis 1 8 Power 1 9 Fan This section describes the appearance functions and technical specifications of the fan module 1 10 Boards This chapter describes the boards of the device 1 11 Optical Module This chapter presents the optical module 1 ...

Page 11: ...rs System maintenance engineers Security Declaration Encryption algorithm declaration The encryption algorithms DES 3DES SKIPJACK RC2 RSA RSA 1024 or lower MD2 MD4 MD5 in digital signature scenarios and password encryption SHA1 in digital signature scenarios have a low security which may bring security risks If protocols allowed using more secure encryption algorithms such as AES RSA RSA 2048 or h...

Page 12: ...ion Device level protection includes planning principles of dual network and inter board dual link to avoid single point or single link of failure Solution level protection refers to a fast convergence mechanism such as FRR and VRRP Special Declaration This document serves only as a guide The content is written based on device information gathered under lab conditions The content provided by this ...

Page 13: ...n Change History Updates between document issues are cumulative Therefore the latest document issue contains all updates made in previous issues Changes in Issue 03 2017 09 20 This issue is the third official release The software version of this issue is V800R009C10SPC200 Changes in Issue 02 2017 07 30 This issue is the second official release The software version of this issue is V800R009C10SPC10...

Page 14: ...and hierarchical IP network solutions Based on the powerful Versatile Routing Platform VRP the ME60 features the following Rich services Large capacity High performance High availability 1 4 Technical Specifications Item ME60 X3 ME60 X8 ME60 X16 ME60 X8A ME60 X16A Dimens ions H x W x D DC 4 U 175 mm x 442 mm x 650 mm 6 89 in x 17 40 in x 25 59 in AC 5 U 220 mm x 442 mm x 650 mm 14 U 620 mm x 442 m...

Page 15: ...ack attachmen ts 40 U 1778 mm x 442 mm x 750 mm 70 00 in x 17 40 in x 29 53 in Dimensio ns of the chassis body together with cable trays and front and back attachmen ts Weight empty DC 12 kg 26 46 lb AC 20 kg 44 1 lb 25 8 kg 56 89 lb without filler panels 69 6 kg 153 47 lb without filler panels DC 68 1 kg 150 16 lb without filler panels HVDC A C 63 7 kg 140 46 lb without filler panels DC 120 5 kg ...

Page 16: ... in a standard 19 800 mm deep cabinet A Huawei 2 2 m high N68E cabinet is used by default Typical power consum ption DC 800 W fully configured with BSUF 51s AC 950 W fully configured with BSUF 51s DC 920 W fully configured with BSUF 100 s AC 1070 W fully configured with BSUF 100 s 3220 W fully configured with BSUF 240s 6210 W fully configured with BSUF 240s 4110 W fully configured with BSUF 240 s ...

Page 17: ... V input rated voltage 48 V 60 V input voltage range 38 4 V to 72 V input rated voltage 48 V 60 V input voltage range 38 4 V to 72 V input rated voltage 48 V 60 V input voltage range 40 V to 72 V input rated voltage 48 V 60 V input voltage range 40 V to 72 V input rated voltage 48 V 60 V AC input voltage input voltage range 180 V to 264 V input rated voltage 200 V to 240 V input voltage range 180 ...

Page 18: ...e for a short period at 40 C 104 F 2 partitions 2 assemblies partition each partition in support for proper fan operation in case of a single fan failure for a short period at 40 C 104 F 400G bundle 2 assemblies in support for proper fan operation in case of a single fan failure for a short period at 40 C 104 F 1T bundle 3 assemblies in support for proper fan operation in case of a single fan fail...

Page 19: ...50 32 Tbps SFUI 1T Operati ng temper ature Long term 0 C to 45 C 32 F to 113 F Short term 5 C to 55 C 23 F to131 F Remark Restrictio n on the temperatur e variation rate 30 C hour 86 F h Long term 0 C to 45 C 32 F to 113 F Short term 5 C to 55 C 23 F to131 F Remark Restrictio n on the temperatur e variation rate 30 C hour 86 F h Long term 0 C to 45 C 32 F to 113 F Short term 5 C to 55 C 23 F to131...

Page 20: ...000 m 13123 2 ft For the altitude in the range of 1800 m to 4000 m 5905 44 ft to 13123 2 ft the operating temperature of the NEU100 must decrease by 1 C 33 8 F for every 220 m 721 78 ft 4000 m 13123 2 ft For the altitude in the range of 1800 m to 4000 m 5905 44 ft to 13123 2 ft the operating temperature of the NEU100 must decrease by 1 C 33 8 F for every 220 m 721 78 ft 4000 m 13123 2 ft For the a...

Page 21: ...15 days If the working time exceeds either of these values it is considered nominal or long term 1 5 Product Compatibility The supported items of boards list in the Table 1 1 indicates supported items indicates unsupported items Table 1 1 Mapping products and versions BO M Module Descript ion ME60 X 3 ME60 X 8 ME60 X 16 ME60 X 8A ME60 X 16A 030 572 47 ME0D0 MPUB57 1 1 10 2 10 ME60 X 16 Main Proces...

Page 22: ... and Route Processin g Unit A7 030 570 58 ME0D0S RUB570 1 10 2 6 Switch and Route Processin g Unit B5 030 542 28 ME0D00 MPUD71 1 10 2 2 Main Processin g Unit D2 030 557 15 ME0D00 MPUD72 1 10 2 3 Main Processin g Unit D3 030 573 67 ME0DM PUX867 0 1 10 2 11 Main Processin g Unit B6 030 565 14 ME0DSF UIM07B 1 10 3 8 480Gbps Switch Fabric Unit B SFUI 480 B 030 565 10 ME0DSF UIU07B 1 10 3 9 1Tbps Switc...

Page 23: ...C 030 565 13 ME0DSF UIU07C 1 10 3 5 1Tbps Switch Fabric Unit C SFUI 1T C 030 539 25 ME0DSF UIE07B 1 10 3 6 200Gbps Switch Fabric Unit B SFUI 200 B 030 549 00 ME0DSF UIE07D 1 10 3 7 100Gbps Switch Fabric Unit E SFUI 100 E 030 539 27 ME0DSF UIE07C 1 10 3 2 200Gbps Switch Fabric Unit C SFUI 200 C 030 547 02 ME0DSF UIA07D 1 10 3 3 100Gbps Switch Fabric Unit D SFUI 100 D 030 546 29 ME0DBS UF5170 1 10 5...

Page 24: ...1 10 5 2 Flexible Card Multi Service Unit MS UF 51 2 sub slots 030 30P YJ ME0D0E FGFB7H 1 10 5 3 24 Port 100 1000 Base X S FP Flexible Card BP 51 030 30P YK ME0D0L 5XXB7F 1 10 5 4 5 Port 10GBase LAN W AN SFP Flexible Card BP 51 occup y 2 sub slot 030 30P YM ME0D0L 2XXB7H 1 10 5 5 2 Port 10GBase LAN W AN SFP Flexible Card BP 51 030 30P YN ME0D0E FGFE7H 1 10 5 6 24 Port 1000Bas e X SFP Flexible Card...

Page 25: ...s e X SFP Flexible Card E BP52 E 030 30P YP ME0D0L 5XXE7F 1 10 5 8 5 Port 10GBase LAN W AN SFP Flexible Card E BP51 E occupy 2 sub slot 030 31X PX ME0D0L 5XXE7E 1 10 5 9 5 Port 10GBase LAN W AN SFP Flexible Card E BP52 E occupy 2 sub slot 030 30P YQ ME0D0L 2XXE7H 1 10 5 10 2 Port 10GBase LAN W AN SFP Flexible Card E BP51 E 030 31X QF ME0D0L 2XXE7E 1 10 5 11 2 Port 10GBase LAN W AN SFP Flexible ...

Page 26: ...XFH7H 1 10 5 12 2 Port 10GBase LAN W AN SFP Flexible Card H BP51 H 030 546 30 ME0DL2 XEFG7E 1 10 6 1 2 Port 10GBase LAN W AN SFP 24 Por t 1000Bas e SFP Broadban d Service Unit Integrate d E BSUI 51 E 030 570 89 ME0D0L 5XXE71 1 10 6 2 5 Port 10GBase LAN W AN SFP Broadban d Service Unit Integrate d E BSUI 52 E 030 570 88 ME0DL2 XEFG8E 1 10 6 3 2 Port 10GBase LAN W AN SFP 24 Por t ...

Page 27: ...30 546 35 ME0DBS UFA070 1 10 7 1 Flexible Card Broadban d Service Unit BS UF 100 2 sub slots 030 546 37 ME0DM SUFA07 0 1 10 7 2 Flexible Card Multi Service Unit MS UF 100 2 sub slots 030 30Q DG ME0D0L 6XXB7H 1 10 7 3 6 Port 10GBase LAN W AN SFP Flexible Card BP 100 030 30P YR ME0D0L 5XXB7H 1 10 7 4 5 Port 10GBase LAN W AN SFP Flexible Card BP 100 030 30P YS ME0D0L 5XXE7H 1 10 7 5 5 Port 10GBase LA...

Page 28: ...10 7 6 1 Port 100GBas e CFP Flexible Card BP 100 030 31X QA ME0D0L 5XXE8E 1 10 7 10 5 Port 10GBase LAN W AN SFP Flexible Card E BP120 E 030 31E AU ME0D0L 5XFH7H 1 10 7 11 5 Port 10GBase LAN W AN SFP Flexible Card H BP100 H 030 32G LB ME0D0E 1NCB70 1 10 7 7 1 Port 100GBas e CFP2 Flexible Card BP 100 030 570 90 ME0D0L AXXH71 1 10 8 1 10 Port 10GBase LAN W AN SFP Broadban d Service Unit Integrate d ...

Page 29: ...ervice Unit Integrate d BSUI 200 030 547 01 ME0DBS UFF070 1 10 10 1 Flexible Card Broadban d Service Unit BS UF 240 2 sub slots 030 557 14 ME0DM SUFF070 1 10 10 2 Flexible Card Multi Service Unit MS UF 240 2 sub slots 030 30Q DJ ME0D0L BXXB7 H 1 10 10 3 12 Port 10GBase LAN W AN SFP Flexible Card BP 240 030 30U VT ME0D0L AXFB7H 1 10 10 4 10 Port 10GBase LAN W AN SFP Flexible Card BP 240 030 30U ME0...

Page 30: ...0D2L 1NXB7H 1 10 10 6 1 Port 100GBas e CFP Flexible Card BP 240 030 31E AR ME0D0L AXFH7H 1 10 10 9 10 Port 10GBase LAN W AN SFP Flexible Card H BP240 H 030 32G LC ME0D0E 1NCB71 1 10 10 7 1 Port 100GBas e CFP2 Flexible Card BP 240 030 576 48 ME0D0L FXFA70 1 10 11 1 24 Port 10GBase LAN W AN SFP Multi Service Unit Integrate d MSUI 240 030 576 45 ME0D0L 4NCB70 1 10 12 1 4 Port 100GBas e CFP2 Broadban ...

Page 31: ...Multi Service Unit Integrate d MSUI 400 030 573 21 ME0DBS UFM070 1 10 13 1 Flexible Card Broadban d Service Unit BS UF 480 2 sub slots 030 573 22 ME0DM SUFM07 0 1 10 13 2 Flexible Card Multi Service Unit MS UF 480 2 sub slots 030 32D JX ME0M0 LEXFB7 0 1 10 13 3 20 Port 10GBase LAN W AN SFP Flexible Card BP 480 030 32D JU ME0M0 E2NCB7 0 1 10 13 4 2 Port 100GBas e CFP2 Flexible Card BP 480 030 576 M...

Page 32: ...44 ME0D0L 8NCA70 1 10 15 1 8 Port 100GBas e CFP2 Multi Service Unit Integrate d MSUI 1T 030 544 96 ME0DV SUF8070 1 10 4 1 Flexible Card Versatile Service Unit 80 VSUF 80 030 544 23 ME0DV SUFD07 0 1 10 4 2 Flexible Card Versatile Service Unit 160 VSU F 160 030 30P TE ME0D00 SP8070 1 10 4 3 Versatile Service Unit Sub Card SP8 0 030 30P SS ME0D00 SPD070 1 10 4 4 Versatile Service Unit Sub Card SP1 60...

Page 33: ...a plane on a router delivers mails A mail query and distribution center similar to the control plane on the router searches for paths and forwards mails along the paths to various addresses Logical Architecture A router consists of the data and control planes which implements addressing and forwarding In addition the router has a monitoring plane which helps ensure stable addressing and forwarding...

Page 34: ...re The physical architectures of the data control and monitoring planes on a router are as follows The data plane s forwarding function is implemented by the uplink and downlink line processing units LPUs and a switch fabric unit SFU on the router Control and monitoring plane functions are implemented by control units on the main processing units MPUs and LPUs 1 6 2 Signal Flow on the Control Plan...

Page 35: ...Clock signal flow processed by the system clock unit The signal flow on the control plane is bidirectional Signal flow contains host packets carrying signals for example routing protocols Board to MPU signal flow calculates data Therefore a board sends these packets to the MPU and the management and control unit on the MPU parses these packets Then the MPU delivers signaling to the data plane so t...

Page 36: ...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 runs the power off slot 1 command to power off a board in slot 1 The control plane parses the command and delivers the command through an outband interface to the board in slot 1 Clock signal...

Page 37: ...ectrical signals transmitted along a physical link enter the uplink PIC The PIC obtains the physical layer clock frequency and performs data layer link protocol negotiation Then the PIC encapsulates packets into Ethernet frames and sends the frames to the uplink NP A PIC can receive high speed services such as packet over synchronous digital hierarchy SDH synchronous optical network SONET POS and ...

Page 38: ...ink TM monitors network resource usage If traffic congestion worsens the uplink TM discards packets and adjusts traffic to relieve network overload Traffic shaping If traffic congestion occurs the uplink TM caches packets in queues and uses a specific scheduling algorithm to prioritize packets before forwarding them After the uplink TM processes packets using QoS functions it sends them to the upl...

Page 39: ... an MPU and packets to be forwarded are sent to the outbound interface specific processing modules Due to limited CPU processing capability on an MPU the limit on packets destined for the CPU must be configured This prevents attack or defective packets from being sent to the MPU and causing high CPU usage which improves device security The packets are verified and only valid packets are sent to th...

Page 40: ...stem units and generates control information based on the unit specific operating status LPU to board signal flow implements control An LPU delivers control information to modules to monitor board information such as the installation and operating status and fan speed The LPU also loads a bus to locally or remotely test or upgrade system units 1 7 Chassis 1 7 1 ME60 X3 Overview Table 1 2 Device at...

Page 41: ...sue 01 2018 05 07 32 Product Type Description BOM Model Earliest Software Version ME60 X3 AC ME60 X3 Integrated AC Chassis Components Including Dual AC Power 02355493 ME0B0BKPA3 31 V800R008C10 Appearance Figure 1 6 Appearance DC Figure 1 7 Appearance AC ...

Page 42: ...on 1 Hardware Description Issue 01 2018 05 07 33 Components Figure 1 8 Components front view 1 MPU 2 BSU MSU 3 Cable tray 4 Rack mounting ear 5 Air intake vent 6 Handle 7 DC Power module 8 Air filter 9 Ground terminal 10 Fan ...

Page 43: ...ear view 1 MPU 2 BSU MSU 3 Cable tray 4 AC Power module 5 Rack mounting ear 6 Air intake vent 7 Handle 8 Air filter 9 Ground terminal 10 Fan Slot Layout Figure 1 10 Slot layout Table 1 3 Description of slot layout Slot Name Slot Quantity Slot ID Remarks BSU MSU 3 1 to 3 These slots hold BSU MSUs ...

Page 44: ...umber The ports of BSU MSUs are numbered from top to bottom and from right to left beginning with 0 Technical Specifications Item Specification Dimensions H x W x D DC 4 U 175 mm x 442 mm x 650 mm 6 89 in x 17 40 in x 25 59 in AC 5 U 220 mm x 442 mm x 650 mm 8 66 in x 17 40 in x 25 59 in Weight empty DC 12 kg 26 46 lb AC 20 kg 44 1 lb Weight full configuration DC 42 kg 92 61 lb AC 52 kg 114 66 lb ...

Page 45: ...9998358 Slot quantity 5 Redundant MPUs 1 1 Redundant Switch fabrics N A Redundant fans Support for proper fan operation in case of a single fan failure for a short period at 40 C 104 F Redundant power supply 1 1 Forwarding performance 225 Mpps BSUF 51 360 Mpps BSUF 100 Switching capacity 1 08 Tbps Operating temperature Long term 0 C to 45 C 32 F to 113 F Short term 5 C to 55 C 23 F to131 F Remark ...

Page 46: ...4000 m 5905 44 ft to 13123 2 ft the operating temperature of the NEU100 must decrease by 1 C 33 8 F for every 220 m 721 78 ft Storage altitude Less than 5000 m 16404 ft 1 7 2 ME60 X8 Overview Table 1 4 Device attributes Product Type Description BOM Model Earliest Software Version ME60 X8 ME60 X8 Integrated Chassis Components Including 4 DC Power 02352021 ME0B0BKP08 30 V800R008C10 ...

Page 47: ...ME60 Hardware Description 1 Hardware Description Issue 01 2018 05 07 38 Appearance Figure 1 11 Appearance ...

Page 48: ...ents Figure 1 12 Components front view 1 Air intake vent 2 SRU 3 SFU 4 BSU MSU 5 Cable tray Figure 1 13 Components rear view 6 Fan 7 Filler Panel 8 Ground terminal 9 Rear cable trough 10 Power management interface 11 DC power module 12 Handle 13 Central monitoring module Optional ...

Page 49: ... An interface is numbered in the format of Slot number card number Port number Slot number The slots of BSU MSUs are numbered from 1 to 8 The slot number increases from left to right facing the front panel of the ME60 there are corresponding marks on the panel Card number The cards of BSU MSUs are numbered from top to bottom and from right to left beginning with 0 If there is no card on a board th...

Page 50: ...et is used by default Typical power consumption 3220 W fully configured with BSUF 240s Typical heat dissipation 10447 BTU hour fully configured with BSUF 240s DC input voltage input voltage range 38 4 V to 72 V input rated voltage 48 V 60 V AC input voltage input voltage range 180 V to 264 V input rated voltage 200 V to 240 V MTBF 33 89 years MTTR 0 5 hours Availability 0 999998316 Slot quantity 1...

Page 51: ...nge of 1800 m to 4000 m 5905 44 ft to 13123 2 ft the operating temperature of the NEU100 must decrease by 1 C 33 8 F for every 220 m 721 78 ft Storage altitude Less than 5000 m 16404 ft 1 7 3 ME60 X8A Overview Table 1 6 Device attributes Product Type Description BOM Model Earliest Software Version ME60 X8A DC ME60 X8A Integrated Chassis DC Components In cluding 2 Fan Tray 02350RGX ME0B0BKP08 71 V8...

Page 52: ...ME60 Hardware Description 1 Hardware Description Issue 01 2018 05 07 43 Appearance Figure 1 15 Appearance ...

Page 53: ...8 05 07 44 Components Figure 1 16 Components front view 1 Rack mounting ear 2 ESD jack 3 Lifting handle 4 Air intake frame With air filter 5 BSU MSU 6 SRU 7 SFU 8 Switch module 9 Power monitoring module PMU 10 Power module PM 11 Cabling tray 12 Power module cover ...

Page 54: ...re 1 17 Components rear view 13 Fan module 14 ESD jack 15 Ground terminal 16 Power entry module PEM 17 Non lifting handle Slot Layout Figure 1 18 Slot layout Table 1 7 Description of slot layout Slot Name Slot Quantity Slot ID Remarks BSU MSU 8 1 to 8 These slots hold BSU MSUs ...

Page 55: ...om top to bottom and from left to right starting from 0 Technical Specifications Item Specification Dimensions H x W x D 21 U 930 mm x 442 mm x 650 mm 36 61 in x 17 40 in x 25 59 in Chassis main body 21 U 930 mm x 442 mm x 750 mm 36 61 in x 17 40 in x 29 53 in Dimensions of the chassis body together with cable trays and front and back attachments Weight empty DC 68 1 kg 150 16 lb without filler pa...

Page 56: ...4 V input rated voltage 200 V to 240 V MTBF 36 23 years MTTR 0 5 hours Availability 0 999998425 Slot quantity 12 Redundant MPUs 1 1 Redundant Switch fabrics 3 1 Redundant fans 400G bundle 2 assemblies in support for proper fan operation in case of a single fan failure for a short period at 40 C 104 F 1T bundle 3 assemblies in support for proper fan operation in case of a single fan failure for a s...

Page 57: ...ondensing Relative storage humidity 5 to 95 RH non condensing Long term operating altitude 4000 m 13123 2 ft For the altitude in the range of 1800 m to 4000 m 5905 44 ft to 13123 2 ft the operating temperature of the NEU100 must decrease by 1 C 33 8 F for every 220 m 721 78 ft Storage altitude Less than 5000 m 16404 ft 1 7 4 ME60 X16 Overview Table 1 8 Device attributes Product Type Description BO...

Page 58: ...ME60 Hardware Description 1 Hardware Description Issue 01 2018 05 07 49 Appearance Figure 1 19 Appearance ...

Page 59: ... 1 Air intake frame 2 MPU 3 Front cable trough 4 SFU 5 BSU MSU 6 Handle 7 Mounting ear 8 Fan module 9 Filler Panel 10 Power entry module PEM NOTE A DC PEM is used as an example here 11 Rear cable trough 12 Power management interface 13 Ground terminal 14 ESD jack rear 15 Central monitoring module Optional ...

Page 60: ... slots hold BSU MSUs MPU 2 17 to 18 These slots hold MPUs SFU 4 19 to 22 These slots hold SFUs Interface Numbering An interface is numbered in the format of slot number card number port number Slot number The slots of BSU MSUs are numbered from 1 to 16 The slot number increases from left to right and from top to bottom facing the front panel of the ME60 there are corresponding marks on the panel C...

Page 61: ...fications Item Specification Dimensions H x W x D 32 U 1420 mm x 442 mm x 650 mm 55 91 in x 17 40 in x 25 59 in Chassis main body 32 U 1420 mm x 442 mm x 770 mm 55 91 in x 17 40 in x 30 31 in Dimensions of the chassis body together with cable trays and front and back attachments Weight empty 69 6 kg 153 47 lb without filler panels Weight full configuration 279 kg 615 2 lb Cabinet installation stan...

Page 62: ...5 C 32 F to 113 F Short term 5 C to 55 C 23 F to131 F Remark Restriction on the temperature variation rate 30 C hour 86 F h Storage temperature 40 C to 70 C 40 F to 158 F Relative operating humidity Long term 5 to 85 RH non condensing Short term 5 to 95 RH non condensing Relative storage humidity 5 to 95 RH non condensing Long term operating altitude 4000 m 13123 2 ft For the altitude in the range...

Page 63: ... X16A DC ME60 X16A Integrated DC Chassis Components In cluding 4 Fan Tray 02350RHA ME0B0BKP16 71 V800R008C10 ME60 X16A AC ME60 X16A Integrated AC Chassis Components In cluding 4 Fan Tray 02350RHB ME0B0BKP16 72 V800R008C10 ME60 X16A HVDC ME60 X16A Integrated HVDC Chassis Components In cluding 4 Fan Tray 02351CBN ME0B0BKP16 73 V800R009C10 ...

Page 64: ...ME60 Hardware Description 1 Hardware Description Issue 01 2018 05 07 55 Appearance Figure 1 22 Appearance ...

Page 65: ...ent in the SFU area 5 Handle 6 Power module cover 7 Power module PM 8 Power monitoring module PMU 9 Switch module 10 MPU 11 Cable tray 12 Cable guide for switch and fabric units SFUs 13 SFU 14 BSU MSU 15 Power entry module PEM NOTE An AC PEM is used as an example here The DC PEM is also supported 16 Fan Module 17 Air filter 18 Ground terminal 19 Non lifting handle 20 ESD jack rear ...

Page 66: ...y Slot ID Remarks BSU MSU 16 1 to 16 These slots hold BSU MSUs MPU 2 17 to 18 These slots hold MPUs SFU 4 19 to 22 These slots hold SFUs Technical Specifications Item Specification Dimensions H x W x D 40 U 1778 mm x 442 mm x 650 mm 70 00 in x 17 40 in x 25 59 in Chassis main body 40 U 1778 mm x 442 mm x 750 mm 70 00 in x 17 40 in x 29 53 in Dimensions of the chassis ...

Page 67: ...ard 19 800 mm deep cabinet A Huawei 2 2 m high N68E cabinet is used by default Typical power consumption 7720 W fully configured with BSUF 240s 9040 W fully configured with BSUF 480s 12390 W fully configured with SFUI 1Ts Typical heat dissipation 25046 9 BTU hour fully configured with BSUF 240s 29329 6 BTU hour fully configured with BSUF 480s 40198 4 BTU hour fully configured with SFUI 1Ts DC inpu...

Page 68: ...undle HVDC AC 7 7 Forwarding performance 5760 Mpps BSUF 240 Switching capacity 50 32 Tbps SFUI 1T Operating temperature Long term 0 C to 45 C 32 F to 113 F Short term 5 C to 50 C 23 F to 122 F Remark Restriction on the temperature variation rate 30 C hour 86 F h Storage temperature 40 C to 70 C 40 F to 158 F Relative operating humidity Long term 5 to 85 RH non condensing Short term 5 to 95 RH non ...

Page 69: ...n 1 1 backup mode Both AC power modules and DC power modules support alarm functions DC power modules support I2 C communications and AC power modules support RS485 communications Two AC power modules or two DC power modules work in 1 1 backup mode to improve the reliability of power supply Figure 1 25 shows the power supply system Figure 1 25 Diagram of the DC power supply system 1 8 1 2 PEM The ...

Page 70: ...ection link of the power module failed The power modules do not have input power Function The PEM of the has one straight through power input that provides the following functions Surge protection filtering and short circuit protection Alarm function Technical Specifications Item Specification Dimensions H x W x D 60 mm x 220 mm x 90 mm 2 36 in x 8 66 in x 3 54 in Weight 0 7 kg 1 54 lb Rated volta...

Page 71: ...6 Mapping products and versions Product Earliest Software Version ME60 X3 V800R008C10 Appearance Figure 1 26 Appearance of theAC power box Panel Table 1 17 Indicators Indicat or Color Statu s Description Measures Power indicato r Green Stead y on The rectifier is supplied with alternating current AC input power The rectifier runs properly and no measure is required Off The rectifier is not supplie...

Page 72: ...e protection Check that the air vent is not blocked and the ambient temperature is within a normal range The rectifier generates an alarm due to AC input overvoltage or undervoltage protection Check that the electrical grid voltage is within a normal range The rectifier is hibernated No measure is required Blinki ng at 0 5 Hz The rectifier communication is interrupted Replace the rectifier or moni...

Page 73: ...issipation AC power box 3 2 BTU hour AC power box 417 9 BTU hour The AC power system supports 200 240 V AC power It supports 110 V dual live wire inputs but not 110 V AC single phase inputs If 110 V dual live wire inputs are used the voltage must range from 180 V to 264 V 1 8 2 ME60 X8 Power Supply System 1 8 2 1 Architecture of the Power Supply System The ME60 X8 supports either DC or AC power su...

Page 74: ...he DC PEMs to supply power for the system In short an external AC power frame is added to the DC power supply system to constitute an AC power supply system Figure 1 28 shows the AC power supply system of the ME60 X8 Figure 1 28 Architecture of the ME60 X8 AC power supply system Installing the AC power module in the same cabinet as the chassis is recommended If the AC power module cannot be instal...

Page 75: ...EM The PEM is a 48V DC power entry module Overview Table 1 18 Power attributes Attribute Description Description 48V DC Power Entry Module BOM 02120560 Model CR5M000PEM60 Table 1 19 Mapping products and versions Product Earliest Software Version ME60 X8 V800R008C10 ME60 X16 V800R008C10 ...

Page 76: ...dicates normal power output If the indicator is steady on the power output is normal ALM Red Power failure indicator If the indicator is steady on it indicates the following The lightning protection link of the power module failed The power modules do not have input power Table 1 21 Interfaces Interface Name Description NEG 48 V power input interface ...

Page 77: ...nsions H x W x D 220 mm x 105 mm x 58 mm 8 66 in x 4 13 in x 2 83 in Weight 1 1 kg 2 43 lb Rated voltage 48 V 60 V Voltage range 38 4 VDC to 72 VDC Maximum current 70 A Typical power consumption 1 0 W Typical heat dissipation 3 2 BTU hour 1 8 2 3 EPS200 4850A AC power input is converted into regulated DC power by an AC DC converter Overview Table 1 23 Power attributes Attribute Description Descrip...

Page 78: ...arance of the EPS200 4850A Panel Table 1 25 Indicators Indicator Color Normal Status Abnormal Status Reason Operation indicator Green On Off Mains is faulty no AC input or overvoltage und ervoltage of the AC input or the power module does not have AC output Protection indicator Yellow Off On A temperature alarm is generated If the temperature exceeds 65 C 149 F the device will be powered off due t...

Page 79: ...echnical Specifications Item Specification Dimensions H x W x D Power distribution cabinet 86 1 mm x 442 mm x 580 mm 3 39 in x 17 40 in x 22 83 in Power module 89 mm x 103 mm x 243 mm 3 50 in x 4 06 in x 9 57 in Weight EPS200 4850A 10 kg 22 1 lb Power module 2 8 kg 6 17 lb Number of AC power input channels 4 Rated AC input voltage 200 V AC to 240 V AC AC input voltage range 180 V AC to 264 V AC Ma...

Page 80: ... 180 V to 264 V 1 8 2 4 EPS200 4850B AC power input is converted into regulated DC power by an AC DC converter Overview Table 1 26 Power attributes Attribute Description Description Embedded Power EPS200 220Vac Single Phase 200A Back Cabling Width 19inch Height 2U BOM 02400739 Model CR5B0PWRBX62 Table 1 27 Mapping products and versions Product Earliest Software Version ME60 X8 V800R008C10 ME60 X16...

Page 81: ...ave AC output Protection indicator Yellow Off On A temperature alarm is generated If the temperature exceeds 65 C 149 F the device will be powered off due to overtemperatur e The device is in the dormant state only the indicator is On and no alarm is generated Fault indicator Red Off On The device is powered off due to over output vol tage or overtemperatur e or fans are faulty or the power module...

Page 82: ... output channels 4 DC output voltage 53 5 VDC Maximum DC output current 55 A module Typical power consumption 138 W module Typical heat dissipation 447 7 BTU hour The AC power system supports 200 240 V AC power It supports 110 V dual live wire inputs but not 110 V AC single phase inputs If 110 V dual live wire inputs are used the voltage must range from 180 V to 264 V 1 8 3 ME60 X8A Power Supply S...

Page 83: ...anage the power module and the power access module monitor their working status and report the status to the host 3 PM Converts the power supplied to the PEM and supplies power to the entire device through the backplane 4 PEM Connects to the external power supply system and supplies power to the ME60 X8A The right and left parts of the PEM correspond to power supply areas A and B respectively Powe...

Page 84: ...and 380 V HVDC power supply systems supports N N N indicates the number of working modules PMs power module backup The power supply system supports the backup of power supply areas A and B on the user side ensuring that the entire system can work properly if any power supply area fails N 1 48 V DC The ME60 X8A has two PEMs Each PEM has eight inputs There are altogether 16 inputs 8 inputs in each o...

Page 85: ...puts The two inputs are from power supply areas A and B respectively In this manner power supply areas A and B back up each other A maximum of 8 PMs can achieve a maximum of 4 4 backup Figure 1 33 and Table 1 32 show the mappings between PEMs and PMs Figure 1 33 Connections between PEMs and PMs Table 1 32 Mappings between PEMs and PMs Power Supply Area Name Location A PEM A1 A2 A3 A4 PM A1 A2 A3 A...

Page 86: ...kup P 2200W 1 2 A1 B1 A2 B2 1 1 2200W P 4400W 1 2 3 A1 B1 A2 B2 A3 B3 2 1 4400W P 6600W 1 2 3 4 A1 B1 A2 B2 A3 B3 A4 B4 3 1 13200W P 15400 W 1 2 3 4 5 6 7 8 A1 B1 A2 B2 A8 B8 7 1 N N AC HVDC A DC PM has output power of 3000 W PMs are configured based on the N N backup mechanism To be specific N N 1 PMs are configured for each of area A and area B on the user side The value of N x 3000 W must be gr...

Page 87: ...3 4 4 380 V HVDC power supply 3 3 4 4 1 8 3 2 System Power Supply Architecture ME60 X8A uses the non partitioned power supply architecture ME60 X8A backplane has one area which houses two power inputs converged on backplane 48 V DC Power Supply As shown in Figure 1 34 the ME60 X8A has two PEMs Each PEM has eight inputs There are altogether 16 inputs 8 inputs on each of area A and area B Each PM ha...

Page 88: ...ert power and output the power to the power supply backplane Each PEM provides four channels of power inputs with two partitioned into area A and two partitioned into area B for four PMs There are 8 PMs on the device Figure 1 35 HVDC andAC power supply 1 8 3 3 DC PM The external power is input to PMs through PEMs the PMs perform current equalization and regulation and output the power to the power...

Page 89: ...Attribute Description Description PM2200W DC Power Supply BOM 02311CNP Model PDC 2200WB Table 1 37 Mapping products and versions Product Earliest Software Version ME60 X8A V800R008C10 ME60 X16A V800R008C10 Appearance Figure 1 36 shows the appearance of a DC PM module Figure 1 36 Appearance of the DC PM module ...

Page 90: ...al Status Abnormal Status Abnormal Reason Input Green On Blinking The input voltage exceeds the preset operating voltage range Off No DC input Output Green On off The power module does not have DC output Alarm Red Off On Fans are faulty The device is powered off due to overtempera ture The device is powered off due to over output voltage The device is powered ...

Page 91: ...ltage range 40 VDC to 72 VDC Maximum input current 63 A Maximum output power 2200 W Typical power consumption 148 5 W Typical heat dissipation 481 8 BTU hour 1 8 3 4 DC PEM The DC PEM is used to connect the DC power supply Each PEM provides eight power inputs The four terminals on the right side are connected to the power supply plane on the client side and the four terminals on the left are conne...

Page 92: ...t be provided for PDFs to ensure that the rated current of each channel is not less than 63 A Note the derating requirements of protection components when using protection components such as fuses and circuit breakers If the current of a PDF is less than 63 A it cannot supply power to the ME60 X8A In this case reconstruct power supply in the equipment room If the front end PDF does not provide eno...

Page 93: ... AC HVDC Power Module BOM 02310VMA Model PHD 3000WA Table 1 41 Mapping products and versions Product Earliest Software Version ME60 X8A V800R008C10 ME60 X16A V800R008C10 Appearance Figure 1 39 shows the appearance of a PM module Figure 1 39 Appearance of the PM module Panel Figure 1 40 Front panel of a PM module ...

Page 94: ...due to overtempera ture The device is powered off due to over output voltage The device is powered off due to overcurrent or short circuit The current of modules is seriously imbalanced Technical Specifications Item Specification Dimensions H x W x D 41 5 mm x 107 mm x 437 mm 1 63 in x 4 21 in x 17 2 in Weight 2 0 kg 4 41 lb Rated input voltage 200 V AC to 240 V AC 220V 240V DC 380V DC Input volta...

Page 95: ...he AC PEM is used to connect the AC power supply Each PEM provides four power inputs The two terminals on the right side are connected to the power supply plane on the client side and the two terminals on the left are connected to the power supply plane on the client side The AC PEM is fully configured with the entire system The system has two PEMs Appearance Figure 1 41 shows the appearance of an...

Page 96: ...rovide enough power inputs configure a PDB that meets the following requirements The current of each output of the AC PDB is not less than 18 5A The PDB must support dual channel backup The input current of the PDB is not less than the sum of the current of the output line 1 8 3 7 HVDC PEM The HVDC PEM is used to access the HVDC power supply Each PEM provides four power inputs The two terminals on...

Page 97: ... circuit breakers The input circuit breakers of a PDF must match the output circuit breakers In HVDC application scenarios ensure that the protection components meet HVDC certification and the fuses and circuit breakers meet positive and negative pole protection If the front end PDF does not provide enough power inputs configure a PDB that meets the following requirements The current of each chann...

Page 98: ...itch Description Switch Name Description OFF ON Controls the device power connectivity Function When one or both switches are turned on the PMs output power and the device is powered on When both switches are turned off the PMs do not output power and the device is powered off Ensure that both switches are turned on when the device is running for reliability purposes ...

Page 99: ... the board fails to communicate with the main control board ALM If the indicator is steady red the PM or PMU is not working properly If the indicator is off no alarms are reported ACT If the indicator is steady green the board is in the active state If the indicator is off the board is in the standby state Function Supporting flexible configuration dynamic management and voltage and current detect...

Page 100: ...ion Number of power modules 16 full configuration Input channels 16 full configuration Maximum input diameter Standard C19 cable Input voltage 180 V to 264 V rated voltage 200 V to 240 V Input current 16 A per module Front end circuit breaker fuse 16 A per module Output voltage 53 5 V HVDC Table 1 49 HVDC power system specifications Item Description Number of power modules 16 full configuration In...

Page 101: ...C power supply system eight 70 A Power Entry Modules PEMs are inserted at the rear of the chassis working in 4 4 backup mode Figure 1 46 shows details of the DC power supply system In Figure 1 46 each DC power input contains one 48 V power input and one RTN input Two separated RTN inputs are joined on the board PEM A1 and PEM B1 work in 1 1 backup mode PEM A2 and PEM B2 work in 1 1 backup mode PEM...

Page 102: ... 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 Figure 1 47 shows the AC power supply system of the ME60 X16 ...

Page 103: ...mmended If the AC power module cannot be installed in the same cabinet as the chassis place it near the cabinet and ensure correct cabling Two AC power modules work in 1 1 backup mode Each power module provides four circuit breakers and eight AC power inputs 1 8 4 2 70A PEM The PEM is a 48V DC power entry module Overview Table 1 50 Power attributes Attribute Description Description 48V DC Power En...

Page 104: ...e 01 2018 05 07 95 Attribute Description BOM 02120560 Model CR5M000PEM60 Table 1 51 Mapping products and versions Product Earliest Software Version ME60 X8 V800R008C10 ME60 X16 V800R008C10 Appearance Panel Table 1 52 Indicators Indicator Color Description ...

Page 105: ...Interfaces Interface Name Description NEG 48 V power input interface RTN BGND power input interface Table 1 54 Switches Switch Name Description ON OFF Rated current of the air break 60A Used to control AC power input Technical Specifications Item Specification Dimensions H x W x D 220 mm x 105 mm x 58 mm 8 66 in x 4 13 in x 2 83 in Weight 1 1 kg 2 43 lb Rated voltage 48 V 60 V Voltage range 38 4 V...

Page 106: ... 4850A BOM 02400376 Model CR5B0PWRBX60 Table 1 56 Mapping products and versions Product Earliest Software Version ME60 X8 V800R008C10 ME60 X16 V800R008C10 Appearance Figure 1 48 Appearance of the EPS200 4850A Panel Table 1 57 Indicators Indicator Color Normal Status Abnormal Status Reason Operation indicator Green On Off Mains is faulty no AC input or overvoltage und ervoltage of the AC input or ...

Page 107: ...t state only the indicator is On and no alarm is generated Fault indicator Red Off On The device is powered off due to over output vol tage or overtemperatur e or fans are faulty or the power module does not output power due to an internal fault Technical Specifications Item Specification Dimensions H x W x D Power distribution cabinet 86 1 mm x 442 mm x 580 mm 3 39 in x 17 40 in x 22 83 in Power ...

Page 108: ...wer system supports 200 240 V AC power It supports 110 V dual live wire inputs but not 110 V AC single phase inputs If 110 V dual live wire inputs are used the voltage must range from 180 V to 264 V 1 8 4 4 EPS200 4850B AC power input is converted into regulated DC power by an AC DC converter Overview Table 1 58 Power attributes Attribute Description Description Embedded Power EPS200 220Vac Single...

Page 109: ...en On Off Mains is faulty no AC input or overvoltage und ervoltage of the AC input or the power module does not have AC output Protection indicator Yellow Off On A temperature alarm is generated If the temperature exceeds 65 C 149 F the device will be powered off due to overtemperatur e The device is in the dormant state only the indicator is On and no alarm is generated Fault indicator Red Off On...

Page 110: ...3 50 in x 4 06 in x 9 57 in Weight Power distribution cabinet 10 kg 22 1 lb Power module 2 8 kg 6 17 lb Number of AC power input channels 4 Rated AC input voltage 200 V AC to 240 V AC AC input voltage range 180 V AC to 264 V AC Maximum AC input current 16 A Number of DC output channels 4 DC output voltage 53 5 VDC Maximum DC output current 55 A module Typical power consumption 138 W module Typical...

Page 111: ... power supplied to the PEM and supplies power to the entire device through the backplane 2 PMU The PMU is used to manage the power module and the power access module monitor their working status and report the status to the host 3 Switch Controls the power output of PMs The two switches back up each other When one or two switches are in the ON state the power output of PMs is enabled 4 PEM Connect...

Page 112: ...r supply systems supports N N N indicates the number of working modules PMs power module backup The power supply system supports the backup of power supply areas A and B on the user side ensuring that the entire system can work properly if any power supply area fails N 1 48 V DC The ME60 X16A has four PEMs Each PEM has eight inputs There are altogether 32 inputs 16 inputs in each of area A and are...

Page 113: ...m can work properly if any power supply area fails The ME60 X16A has four PEMs Each PEM has four inputs There are altogether 16 inputs 8 inputs in each of area A and area B Each PM has two inputs The two inputs are from power supply areas A and B respectively In this manner power supply areas A and B back up each other A maximum of 16 PMs can achieve a maximum of 8 8 backup Figure 1 52 and Table 1...

Page 114: ...e power consumption of the entire device The value of N x 2200 W must be greater than the overall power consumption of the entire device Table 1 65 shows the details If PMs are not fully configured power cables are routed only for the PEM interfaces whose corresponding PMs are installed To facilitate the deployment of new power cables during capacity expansion of PMs you are advised to configure t...

Page 115: ... position where no PM is not installed Table 1 66 Power supply examples Overall Power Consumption PM Configuration PEM Cabling N N Backup P 3000W A1 B1 A1 B1 1 1 3000W P 6000W A1 B1 A2 B2 A1 B1 A2 B2 2 2 6000W P 9000W A1 B1 A2 B2 A3 B3 A1 B1 A2 B2 A3 B3 3 3 2100W P 24000W A1 B1 A2 B2 A3 B3 A8 B8 A1 B1 A2 B2 A3 B3 A8 B8 8 8 Table 1 67 describes recommended power supply configurations You can choose...

Page 116: ...power and outputs the power to the power supply backplane In this manner power supply areas A and B back up each other A maximum of 16 PMs can be configured based on the N 1 backup mechanism Figure 1 53 DC power supply AC and HVDC Power Supply As shown in Figure 1 54 after the external power is input to PMs through PEMs the PMs convert power and output the power to the power supply backplane Each ...

Page 117: ...power is input to PMs through PEMs the PMs perform current equalization and regulation and output the power to the power supply backplane Overview Table 1 68 Power attributes Attribute Description Description PM2200W DC Power Supply BOM 02311CNP Model PDC 2200WB Table 1 69 Mapping products and versions Product Earliest Software Version ...

Page 118: ...0 ME60 X16A V800R008C10 Appearance Figure 1 55 shows the appearance of a DC PM module Figure 1 55 Appearance of the DC PM module Panel Figure 1 56 Front panel of a PM module Table 1 70 Indicators Indicator Color Normal Status Abnormal Status Abnormal Reason Input Green On Blinking The input voltage exceeds the preset operating ...

Page 119: ...f due to overtempera ture The device is powered off due to over output voltage The device is powered off due to overcurrent or short circuit The current of modules is seriously imbalanced Technical Specifications Item Specification Dimensions H x W x D 41 mm x 106 5 mm x 485 mm 1 61 in x 4 19 in x 19 09 in Weight 2 4 kg 5 29 lb Rated input voltage 48 V 60 V Input voltage range 40 VDC to 72 VDC Max...

Page 120: ...shows the appearance of a DC PEM Figure 1 57 DC PEM Panel Table 1 71 Interface Description Interface Name Description Applicable power cable terminals NEG 48 V power input port JG2 25mm2 M6 150A applicable to 25 mm 2 power cables JG2 34 3mm2 M6 1 4 134AIt is applicable to the 35 mm 2 power cable RTN BGND power input port Input upstream requirements Power cables are routed onsite When the distance ...

Page 121: ...urrent of each channel output by the DC PDB is not less than 63 A Double channel backup is used The input current is not less than the sum of current of its connected output lines 1 8 5 5 3000 W AC HVDC PM The external power is input to PMs through PEMs the PMs convert AC power into regulated DC power and output the power to the power supply backplane Overview Table 1 72 Power attributes Attribute...

Page 122: ...dule Table 1 74 Indicators Indicator Color Normal Status Abnormal Status Abnormal Reason Input Green On Off No input Output Green On Off The power module does not have output Alarm Red Off On Fans are faulty The device is powered off due to overtempera ture The device is powered off due to over output voltage The device is powered off due to overcurrent ...

Page 123: ...ypical heat dissipation 590 5 BTU hour The AC power system supports 200 240 V AC power It supports 110 V dual live wire inputs but not 110 V AC single phase inputs If 110 V dual live wire inputs are used the voltage must range from 180 V to 264 V 240V HVDC power system the input voltage range from 192 V to 288 V DC 380V HVDC power system the input voltage range from 260 V to 400 V 1 8 5 6 AC PEM T...

Page 124: ...le power cable terminals C20 AC socket Input interface for 220 V AC power supply C19 Input upstream requirements Supports 220 V AC input In 110 V AC scenario the dual live wire input mode can be used as Figure 1 61 shown in Figure 1 61 110 V dual live wire connection Users are required to provide protective components for the upstream PDF or the power cabinet The rated current of each channel is n...

Page 125: ... of the PDB is not less than the sum of the current of the output line 1 8 5 7 HVDC PEM The HVDC PEM is used to access the HVDC power supply Each PEM provides four power inputs The two terminals on the right side are connected to the power supply plane on the client side and the two terminals on the left are connected to the power supply plane on the client side The HVDC PEM is fully configured wi...

Page 126: ...C certification and the fuses and circuit breakers meet positive and negative pole protection If the front end PDF does not provide enough power inputs configure a PDB that meets the following requirements The current of each channel output by the HVDC PDB is not less than 14A Double channel backup is used The input current is not less than the sum of current of its connected output lines 1 8 5 8 ...

Page 127: ...are turned off the PMs do not output power and the device is powered off Ensure that both switches are turned on when the device is running for reliability purposes 1 8 5 9 PMU Appearance The PMU is used to manage the power module and the power access module monitor their working status and report the status to the host Figure 1 64 PMU power monitoring module Panel Table 1 78 PMU Panel Indicator S...

Page 128: ...ion Supporting flexible configuration dynamic management and voltage and current detection functions Providing power alarms and supporting 485 communication 1 8 5 10 Power System Technical Specifications 48 V DC Table 1 79 48 V DC power system specifications Item Description Number of power modules 16 full configuration Input channels 32 full configuration Maximum input diameter 35mm 2 per input I...

Page 129: ... 16 full configuration Maximum input diameter 2 5mm 2 Input voltage 200 V AC to 240 V AC 220V 240 V DC 380 V DC Input current 14 A per module Front end circuit breaker fuse 14 A per module Output voltage 53 5 V 1 9 Fan This section describes the appearance functions and technical specifications of the fan module 1 9 1 Heat Dissipation System of the ME60 X3 1 9 1 1 System Air Channel The ME60 X3 su...

Page 130: ... chassis The heat dissipation system consists of the following components One fan module An air intake vent and an air exhaust vent An air filter Fans on power modules 1 9 1 2 Fan Speed Adjustment When the system is fully configured temperatures reported by the temperature sensors on the Interface boards and MPUs serve as the basis for fan speed adjustment Table 1 82 lists general principles Table...

Page 131: ...t a sharp increase in noises Over 45 C 113 F High speed 100 rotational speed Fans rotate at high speed to meet heat dissipation requirements 1 9 1 3 Fan Module The fan module is located in the rear of the chassis used for ventilation and heat dissipation of boards The fan module consists of a fan tray two fans and a fan control board FCB If a single fan fails the system can still work for a short ...

Page 132: ...60 X3 Figure 1 68 shows the panel of the fan module on the ME60 X3 Figure 1 68 Panel of the fan module on the ME60 X3 Indicators Table 1 85 Description of indicators on the fan module Item Status Description STATUS Green If the indicator blinks the fan module is working properly Red If the indicator blinks the fan module or PEM fails ...

Page 133: ...g 3 30 lb Fan quantity 2 Power consumption 55 C Ambient temperature 210W 25 C Ambient temperature 55W Noise Meets the ETSI requirements 72dBA 23 C 1 9 1 4 Air Filter The air filter of the ME60 X3 is located on the left rear of the chassis as shown in Figure 1 69 Figure 1 69 Air filter on the ME60 X3 air intake frame The air filter of the ME60 X3 can be bent which facilitates the maintenance within...

Page 134: ...an The entire system dissipates heat by drawing in air as shown in Figure 1 70 Figure 1 70 Air flow in the ME60 X8 1 9 2 2 Fan Speed Adjustment When the system is fully configured temperatures reported by the temperature sensors on the Interface boards SFUs and MPUs serve as the basis for fan speed adjustment Table 1 87 lists general principles Table 1 87 Fan SpeedAdjustment Principles Ambient Tem...

Page 135: ...ts 1 9 2 3 Fan Module The fan modules each containing one fan are located side by side at the air exhaust vent If a single fan fails the system can still work normally at an ambient temperature of 40 C 104 F for a short period of time Overview Table 1 88 Fan attributes Attribute Description Description Fan Box BOM 02120562 Model CR5M000FBX60 Table 1 89 Mapping products and versions Product Earlies...

Page 136: ... If the indicator blinks the fan module is working properly Red If the indicator blinks the fan module or PEM fails Technical Specifications Table 1 91 Technical specifications Item Specification Dimensions H x W x D 270 7 mm x 212 2 mm x 105 mm 10 65 in x 8 35 in x 4 13 in Weight 3 3kg 7 27 lb Fan quantity 1 Power consumption 55 C Ambient temperature 200W 25 C Ambient temperature 30W ...

Page 137: ...Figure 1 71 shows the appearance of an air filter Figure 1 71 An air filter Placing a black sponge air filter on the air intake vent helps to prevent dust from entering the system Cleaning the air filter once every three months is recommended 1 9 3 Heat Dissipation System of the ME60 X8A 1 9 3 1 System Air Channel The ME60 X8A supports a maximum of three fan modules For a platform with forwarding ...

Page 138: ...he back The air intake vent resides above the board area on the front chassis the air exhaust vent resides above the board area on the rear chassis The system draws air for heat dissipation Figure 1 73 shows air flows The air filters on the air intake vents are vertically installed and featured with the curved face large area and small windage resistance helping to improve the heat dissipation eff...

Page 139: ...d low speed which meets the noise requirement and the heat dissipation requirement 27 C 40 C 75 2 F 104 F Linear speed adjustment When the ambient temperature is between 27 C 75 2 F and 40 C 104 F the fan rotation speeds are adjusted smoothly in linear mode and the fan noise does not change violently Above 40 C 104 F High rotation speed 100 When the ambient temperature is above 45 C 104 F fans rot...

Page 140: ...V800R008C10 X16A V800R008C10 Appearance Indicators Table 1 94 Description of indicators on the fan module Item Status Description STATUS Green If the indicator blinks once every two seconds 0 5 Hz the fan module is working properly If the indicator blinks four times every second 4 Hz the fan module is registering Red If the indicator blinks once every two seconds 0 5 Hz the fan module is faulty Or...

Page 141: ...72 in Weight 5 4 kg 11 90 lb Fan quantity 6 Power consumption 55 C Ambient temperature 500W 25 C Ambient temperature 48W Noise Meets the NEBS requirements 78dBA 27 C 1 9 3 4 Air filter Figure 1 74 Shows the appearance of the air filter Figure 1 74 Air filter The black sponge air filteron the air intake vent is used to prevent dust from getting into the system Cleaning the air filter once every thr...

Page 142: ... the rear chassis The lower chassis and the upper chassis are opposites The upper chassis and the lower chassis also have separate heat dissipation systems The middle area of the ME60 X16 is for SFU slots The air intake vent of this area is located on the left of the chassis Two upper SFU slots in the area draw in air from the left When flowing to the right the air joins the air from the upper cha...

Page 143: ...nts of a fully configured system 27 C 40 C 80 6 F 104 F Linear variation The fan speed is adjusted smoothly in linear mode without a sharp increase in noises Over 40 C 104 F High speed 100 Fans rotate at high speed to meet heat dissipation requirements 1 9 4 3 Fan Module The fan modules each containing one fan are located side by side at the air exhaust vent If a single fan fails the system can st...

Page 144: ... If the indicator blinks the fan module is working properly Red If the indicator blinks the fan module or PEM fails Technical Specifications Table 1 100 Technical specifications Item Specification Dimensions H x W x D 270 7 mm x 212 2 mm x 105 mm 10 65 in x 8 35 in x 4 13 in Weight 3 3kg 7 27 lb Fan quantity 1 Power consumption 55 C Ambient temperature 200W 25 C Ambient temperature 30W ...

Page 145: ...take the filters are fully perforated Air filters are fixed to the chassis by fasteners to facilitate filter removal and replacement Figure 1 76 shows the appearance of an air filter Figure 1 76 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 height of the air...

Page 146: ...n module consists of six fans Figure 1 78 shows the locations of the fan module and the air intake vent Figure 1 78 Locations of the fan module and the air channel 1 Upper air intake vent 2 Lower air intake vent 3 Air intake vent in the SFU area 4 Fan module The ME60 X16A provides three air channels Each of the upper board cage and the lower board cage has an air channel Both air channels draw air...

Page 147: ...the fan tray assembly is 500 W When the system is in full configuration the temperatures reported by the temperature sensors on the LPUs SFUs and MPUs serve as the basis for fan speed adjustment The 1T or lower device complies with the following principles Ambient Temperat ure Rotational Speed Noise and Dissipation Standards 5 C 27 C 23 F Low rotation speed 35 When fans rotate at a constantly low ...

Page 148: ... Fans rotate at high speed to meet heat dissipation requirements 1 9 5 3 Fan Module The fan module is located on the air exhaust vent When a single fan fails the heat dissipation system enables the system to work for a short period of time at an ambient temperature of 40 C 104 F Overview Table 1 101 Fan attributes Attribute Description Description Fan Box BOM 02120866 Model E000FBX08 Table 1 102 M...

Page 149: ...tor is steady on the fan module is faulty Technical Specifications Table 1 104 Technical specifications Item Specification Dimensions H x W x D 131 mm x 440 mm x 120 mm 5 16 in x 17 32 in x 4 72 in Weight 5 4 kg 11 90 lb Fan quantity 6 Power consumption 55 C Ambient temperature 500W 25 C Ambient temperature 48W Noise Meets the NEBS requirements 78dBA 27 C 1 9 5 4 Air Filter A black sponge air filt...

Page 150: ...escription 1 Hardware Description Issue 01 2018 05 07 141 Figure 1 80 Location of air filters 1 Upper air filter 2 Lower air filter 3 Air filter in the SFU area The appearance of the air filter is shown in Figure 1 81 ...

Page 151: ...1 2018 05 07 142 Figure 1 81 Appearance of the air filter The appearance of the air filter in the SFU slot area is shown in Figure 1 82 Figure 1 82 Appearance of the air filter in the SFU slot area 1 10 Boards This chapter describes the boards of the device ...

Page 152: ... The integrated board on the ME60 is a plug in board and consists of the circuit board connector heat sinks interface panel ejector lever and captive screws as shown in Figure 1 83 Figure 1 83 Structure of the integrated board 1 Captive screw 2 Interfaces 3 Ejector lever 4 Protection cover Structure of the flexible board A flexible board consists of two parts Motherboard Flexible subcard Structure...

Page 153: ...4 Structure of the flexible board 1 Captive screw 2 Subcard slots 3 Ejector lever 4 Protection cover Flexible subcard The flexible subcard is a plug in board and consists of the circuit board connector heat sinks interface panel ejector lever and captive screws as shown in Figure 1 85 ...

Page 154: ... of the flexible subcard 1 Captive screw 2 Ejector lever 3 Interfaces 4 Heat sinks 5 Connector 6 Circuit board 1 10 1 2 Board and Subcard Specifications This section describes the board and subcard specifications Height Width and Depth Figure 1 86 and Figure 1 87 show the height width and depth ...

Page 155: ...ME60 Hardware Description 1 Hardware Description Issue 01 2018 05 07 146 Figure 1 86 Board ...

Page 156: ...ption Issue 01 2018 05 07 147 Figure 1 87 Subcard Subcard Specifications There are three subcard specifications Full dimensional subcard 1H 1W Only one full dimensional subcard 1H 1W can be installed on an LPU motherboard as shown in Figure 1 88 ...

Page 157: ...f width subcard 1H 1 2W Two full height half width subcards 1H 1 2W can be installed on an LPU motherboard as shown in Figure 1 89 Figure 1 89 Full height half width subcard 1H 1 2W Half height half width subcard 1 2H 1 2W Four half height half width subcards 1 2H 1 2W can be installed on an LPU motherboard as shown in Figure 1 90 ...

Page 158: ... Panel The filler panel can be used to fill the idle board or subcard slots to ensure normal device operations Filler Panel Appearance A filler panel does not house any indicators interfaces circuit boards heat sinks or connectors Figure 1 91 shows the appearance of various board and subcard filler panels Figure 1 91 Filler panel appearance ...

Page 159: ...the LPU slots on the chassis are equipped with filler panels by default One filler panel is removed only when a board is to be installed in the slot Use the ME60 X8 as an example Figure 1 92 shows how filler panels are installed on the chassis Figure 1 92 Filler panels on the ME60 X8 1 10 1 4 Rules for Numbering Slots and Interfaces This section describes the rules for numbering slots and interfac...

Page 160: ...iption Issue 01 2018 05 07 151 Figure 1 93 Slot layout on the ME60 X8 Slot numbers The slot numbers start from 0 Figure 1 94 Figure 1 95 and Figure 1 96 show the numbering rules Figure 1 94 Numbering rules for the full dimensional subcard 1H 1W ...

Page 161: ...for the full height half width subcard 1H 1 2W Figure 1 96 Numbering rules for the half height half width subcard 1 2H 1 2W Interface number Interfaces are numbered from 0 in left right and top down order Interfaces are arranged in a single row or two rows Figure 1 97 shows how interfaces are numbered ...

Page 162: ...lot interface number Use the ME60 X8 as an example As shown in Figure 1 98 the LPU slot number is 7 the FPIC slot number is 1 and the interface number is 2 Therefore the interface is named 7 1 2 Figure 1 98 Interface numbers If the LPU is a fixed interface board the FPIC slot number is considered 0 If the LPU slot number is special use the actual board information to name the interface ...

Page 163: ...ther a board is a manufactured or finished board 02 indicates a manufactured board and 03 indicates a finished board BOM Code Indicates the last four digits of the BOM code of a board Vendor Indicates the vendor of a board 10 indicates Huawei Manufacture Year Indicates the last digit of the year when a board is manufactured For example 4 indicates 2004 From 2010 onwards a letter is used to indicat...

Page 164: ...s Device management and maintenance Devices can be managed and maintained through the management interfaces serial interfaces provided by the MPU Data configuration The MPU stores configuration data startup files charging information upgrade software and system logs System Clock Unit As the system clock unit the MPU provides accurate and reliable SDH clock signals for LPUs The MPU can provide thre...

Page 165: ...Each MPU monitors the status of the other If the master MPU is faulty the slave MPU automatically becomes the master MPU 1 10 2 2 Main Processing Unit D2 Overview Table 1 106 Board attributes Attribute Description Board name silkscreen MPUD Description Main Processing Unit D2 BOM 03054228 Model ME0D00MPUD71 Table 1 107 Mapping products and versions Product Earliest Software Version ME60 X3 V800R00...

Page 166: ...ing properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no alarm is generated ACT green If this indicator is steady on the board functions as the master one If this indicator is off the board functions as the slave one MGMT ETH LINK green If this indicator is steady on the link is Up If this indicator is off the link is Down MGMT ETH ACT yellow If this in...

Page 167: ...is configurable Currently the device cannot be maN Aged through the AUX interface The AUX interface is reserved for further expansion 8 core shielded cable CLK ExterN A l synchroni zation interface RJ45 Used to input or output exterN Al synchronization clock signals 120 ohm clock cable TOD ExterN A l synchroni zation interface RJ45 Used to input or output exterN Al synchronization time signals 120...

Page 168: ...8 BTU hour Weight 1 7 kg 3 75 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F Processing unit Single core 1 2GHZ SDRAM 2 GB 9 2Gb Flash 16 MB Storage eUSB 2 GB 1 10 2 3 Main Processing Unit D3 Overview Table 1 113 Board attributes Attribute Description Board name silkscreen MPUD Description Main Processing Unit D3 BOM 03055715 Model ME0D00MPUD72 Ta...

Page 169: ...emove the board RUN green Before the board is powered on and registers this indicator status changes in the following sequence off blinks quickly steady on blinks quickly steady on blinks slowly 0 5 Hz After the board is powered on and registers if this indicator blinks at 0 5 Hz the system is working properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no...

Page 170: ...onnects to an NMS and can work in half duplex or full duplex mode Super category 5 shielded twisted pair Console RS 232 serial interface RJ45 It connects to the console for on site system configuration Baud rate 9600 bit s default value which is configurable 8 core shielded cable AUX RS 232 serial interface RJ45 It connects to the modem for remote mainteN Ance by means of dial up Baud rate 9600 bi...

Page 171: ... functions are uN Available and reserved Functional Specifications Table 1 118 Functions and features Functions and Features Remarks Reliability and availability 1 1 backup mode Technical Specifications Table 1 119 Board specifications Item Specification Dimensions H x W x D 40 1 mm x 199 2 mm x 535 6 mm 1 58 in x 7 84 in x 21 09 in Typical power consumption 33 0 W Typical heat dissipation 107 1 B...

Page 172: ...Table 1 120 Board attributes Attribute Description Board name silkscreen SRUA Description Switch and Route Processing Unit A5 BOM 03053926 Model ME0D0SRUA570 Table 1 121 Mapping products and versions Product Earliest Software Version ME60 X8 V800R008C10 Appearance Panel Table 1 122 Buttons Name Description OFL Before removing a board press and hold the OFL button for about 6 ...

Page 173: ...dicator blinks at 0 5 Hz the system is working properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no alarm is generated ACT green If this indicator is steady on the board functions as the master one If this indicator is off the board functions as the slave one CF ACT green If this indicator is steady on the CF card is properly installed If this indicator...

Page 174: ...ace 10M 100 M 1000 M Base TX autonegot iation RJ45 It connects to an NMS and can work in half duplex or full duplex mode Super category 5 shielded twisted pair Console RS 232 serial interface RJ45 It connects to the console for on site system configuration Baud rate 9600 bit s default value which is configurable 8 core shielded cable AUX RS 232 serial interface RJ45 It connects to the modem for re...

Page 175: ... signals 120 ohm clock cable CLK 1PPS ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or 1 PPS signals 75 ohm clock cable CLK Serial ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or RS 232 signals 75 ohm clock cable Functional Specifications Table 1 125 Functions and features...

Page 176: ...perature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F Processing unit Dual core 1 5GHz SDRAM 2 GB x 2 Flash 16 MB x 2 Storage CF card 4 GB 2GB x2 1 10 2 5 Switch and Route Processing Unit A7 Overview Table 1 127 Board attributes Attribute Description Board name silkscreen SRUA Description Switch and Route Processing Unit A7 BOM 03054638 Model ME0D0SRUA770 Table 1 128 ...

Page 177: ... the board RUN green Before the board is powered on and registers this indicator status changes in the following sequence off blinks quickly steady on blinks quickly steady on blinks slowly 0 5 Hz After the board is powered on and registers if this indicator blinks at 0 5 Hz the system is working properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no alar...

Page 178: ...ype A The USB interface functions are uN Available and reserved CF SLOT CF card TYPE II standard compati ble with TYPE I standard It is used to hold a CF card as a mass storage device CTL ETH SFP0 CTL ETH SFP1 GE SFP Reserved cascading interface MGMT E TH Ethernet interface 10M 100 M 1000 M Base TX autonegot iation RJ45 It connects to an NMS and can work in half duplex or full duplex mode Super ca...

Page 179: ...for further expansion CLK TOD 0 CLK TOD 1 ExterN A l synchroni zation interface RJ45 Used to input or output 2 Mbit s clock signals 2 MHz clock signals 1pps ASCII time signals or two channels of DCLS time signals 120 ohm clock cable CLK 1PPS ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or 1 PPS signals 75 ohm clock cable CLK Serial Ex...

Page 180: ...mm x 535 6 mm 1 38 in x 15 72 in x 21 09 in Typical power consumption 125 0 W Typical heat dissipation 405 6 BTU hour Weight 4 8 kg 10 58 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F Processing unit Dual core 1 5GHz SDRAM 2 GB x 2 Flash 16 MB x 2 Storage CF card 4 GB 2GB x2 1 10 2 6 Switch and Route Processing Unit B5 Overview Table 1 134 Board ...

Page 181: ...ard This button takes effect only on the slave MPU RST When this button is pressed the board is reset Table 1 137 Indicators Name Description OFL red If this indicator is on you can remove the board RUN green Before the board is powered on and registers this indicator status changes in the following sequence off blinks quickly steady on blinks quickly steady on blinks slowly 0 5 Hz After the board...

Page 182: ... 138 Management interfaces Interface Name Interfac e Type Connec tor Type Description Cable FSP0 FSP1 Serial interface RJ45 Reserved It functions as an interface for fast chassis switchovers GE 10GE GE 10GE SFP S FP Reserved cascading interface MGMT E TH Ethernet interface 10M 100 M 1000 M Base TX autonegot iation RJ45 It connects to an NMS and can work in half duplex or full duplex mode Super cat...

Page 183: ...rface RJ45 Used to input or output 2 Mbit s clock signals 2 MHz clock signals 1pps ASCII time signals or two channels of DCLS time signals 120 ohm clock cable CLK 1PPS ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or 1 PPS signals 75 ohm clock cable CLK Serial ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s c...

Page 184: ...pical power consumption 177 0 W Typical heat dissipation 574 3 BTU hour Weight 5 1 kg 11 25 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F Processing unit Quad core 2 0GHz SDRAM 8 GB x 2 Flash 16 MB Storage SSD card 8 GB 1 10 2 7 Switch and Route Processing Unit A8 16G Memory Overview Table 1 141 Board attributes Attribute Description Board name s...

Page 185: ... on blinks slowly 0 5 Hz After the board is powered on and registers if this indicator blinks at 0 5 Hz the system is working properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no alarm is generated ACT green If this indicator is steady on the board functions as the master one If this indicator is off the board functions as the slave one Optical interfac...

Page 186: ... can work in half duplex or full duplex mode Super category 5 shielded twisted pair Console RS 232 serial interface RJ45 It connects to the console for on site system configuration Baud rate 9600 bit s default value which is configurable 8 core shielded cable AUX RS 232 serial interface RJ45 It connects to the modem for remote mainteN Ance by means of dial up Baud rate 9600 bit s default value whi...

Page 187: ...bit s clock signals 2 MHz clock signals or 1 PPS signals 75 ohm clock cable CLK Serial ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or RS 232 signals 75 ohm clock cable Functional Specifications Table 1 146 Functions and features Functions and Features Remarks Reliability and availability 1 1 backup mode Technical Specifications Table...

Page 188: ... C 23 F to 131 F Processing unit Quad core 2 0GHz SDRAM 8 GB x 2 Flash 16 MB Storage SSD card 8 GB 1 10 2 8 Switch and Route Processing Unit A9 16G Memory Overview Table 1 148 Board attributes Attribute Description Board name silkscreen SRUA 1T A Description Switch and Route Processing Unit A9 16G Memory BOM 03057264 Model ME0D0SRUA971 Table 1 149 Mapping products and versions Product Earliest Sof...

Page 189: ... 5 Hz the system is working properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no alarm is generated ACT green If this indicator is steady on the board functions as the master one If this indicator is off the board functions as the slave one Optical interface L A Reserved MGMT ETH LINK green If this indicator is steady on the link is Up If this indicator...

Page 190: ...uplex mode Super category 5 shielded twisted pair Console RS 232 serial interface RJ45 It connects to the console for on site system configuration Baud rate 9600 bit s default value which is configurable 8 core shielded cable AUX RS 232 serial interface RJ45 It connects to the modem for remote mainteN Ance by means of dial up Baud rate 9600 bit s default value which is configurable Currently the d...

Page 191: ...ls or 1 PPS signals 75 ohm clock cable CLK Serial ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or RS 232 signals 75 ohm clock cable Functional Specifications Table 1 153 Functions and features Functions and Features Remarks Reliability and availability 1 1 backup mode Technical Specifications Table 1 154 Board specifications Item Spec...

Page 192: ...o 131 F Processing unit Quad core 2 0GHz SDRAM 8 GB x 2 Flash 16 MB Storage SSD card 8 GB 1 10 2 9 ME60 X16 Main Processing Unit B4 Overview Table 1 155 Board attributes Attribute Description Board name silkscreen MPUB Description ME60 X16 Main Processing Unit B4 BOM 03053131 Model ME0D0MPUB470 Table 1 156 Mapping products and versions Product Earliest Software Version ME60 X16 V800R008C10 Appeara...

Page 193: ...steady on blinks quickly steady on blinks slowly 0 5 Hz After the board is powered on and registers if this indicator blinks at 0 5 Hz the system is working properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no alarm is generated ACT green If this indicator is steady on the board functions as the master one If this indicator is off the board functions as...

Page 194: ...d cascading interface MGMT E TH Ethernet interface 10M 100 M 1000 M Base TX autonegot iation RJ45 It connects to an NMS and can work in half duplex or full duplex mode Super category 5 shielded twisted pair Console RS 232 serial interface RJ45 It connects to the console for on site system configuration Baud rate 9600 bit s default value which is configurable 8 core shielded cable AUX RS 232 serial...

Page 195: ...als 1pps ASCII time signals or two channels of DCLS time signals 120 ohm clock cable CLK 1PPS ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or 1 PPS signals 75 ohm clock cable CLK Serial ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or RS 232 signals 75 ohm clock cable Func...

Page 196: ...ient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F Processing unit Dual core 1 5GHz SDRAM 2 GB x 2 Flash 16 MB x 2 Storage CF card 4 GB 2GB x2 1 10 2 10 ME60 X16 Main Processing Unit B5 16G Memory Overview Table 1 162 Board attributes Attribute Description Board name silkscreen MPUB5 Description ME60 X16 Main Processing Unit B5 16G Memory BOM 03057247 Model...

Page 197: ... the following sequence off blinks quickly steady on blinks quickly steady on blinks slowly 0 5 Hz After the board is powered on and registers if this indicator blinks at 0 5 Hz the system is working properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no alarm is generated ACT green If this indicator is steady on the board functions as the master one If t...

Page 198: ... can work in half duplex or full duplex mode Super category 5 shielded twisted pair Console RS 232 serial interface RJ45 It connects to the console for on site system configuration Baud rate 9600 bit s default value which is configurable 8 core shielded cable AUX RS 232 serial interface RJ45 It connects to the modem for remote mainteN Ance by means of dial up Baud rate 9600 bit s default value whi...

Page 199: ...it s clock signals 2 MHz clock signals or 1 PPS signals 75 ohm clock cable CLK Serial ExterN A l synchroni zation interface SMB Used to input or output 2 Mbit s clock signals 2 MHz clock signals or RS 232 signals 75 ohm clock cable Functional Specifications Table 1 167 Functions and features Functions and Features Remarks Reliability and availability 1 1 backup mode Technical Specifications Table ...

Page 200: ...rt terms 5 C to 55 C 23 F to 131 F Processing unit Quad core 2 0GHz SDRAM 8 GB x 2 Flash 16 MB Storage SSD card 8 GB 1 10 2 11 Main Processing Unit B6 Overview Table 1 169 Board attributes Attribute Description Board name silkscreen MPUB6 Description Main Processing Unit B6 BOM 03057367 Model ME0DMPUX8670 Table 1 170 Mapping products and versions Product Earliest Software Version ME60 X16A V800R00...

Page 201: ...nd registers if this indicator blinks at 0 5 Hz the system is working properly ALM red If this indicator is steady on an alarm is generated If this indicator is off no alarm is generated ACT green If this indicator is steady on the board functions as the master one If this indicator is off the board functions as the slave one Optical interface L A If this indicator is steady on the link is Up If t...

Page 202: ...cts to an NMS and can work in half duplex or full duplex mode Super category 5 shielded twisted pair CON RS 232 serial interface RJ45 It connects to the console for on site system configuration Baud rate 9600 bit s default value which is configurable 8 core shielded cable AUX RS 232 serial interface RJ45 It connects to the modem for remote mainteN Ance by means of dial up Baud rate 9600 bit s defa...

Page 203: ...e signals 120 ohm clock cable CLK INT ExterN A l synchroni zation interface RJ45 Used to input or output 2 Mbit s clock signals 2 MHz clock signals 1pps ASCII time signals or two channels of DCLS time signals 120 ohm clock cable SMB ExterN A l synchroni zation interface SMB Used to exterN Al synchronization interface 75 ohm clock cable USB Reserved for further expansio n USB USB Type A Functional ...

Page 204: ...is fully connected to the level 2 switching chips on SFUs The level 2 switching chips on the SFUs are also fully connected to the level 3 switching chip on another BSU In addition the level 2 crossbar switching chips work in load balancing mode on multiple switching planes The entire switching network is unblocked The following describes how data packets are transmitted across the switching networ...

Page 205: ...tching network of the ME60 Reliability The device has four SFUs that work in 3 1 load balancing mode The four SFUs load balance services at the same time When one SFU is faulty or being replaced the other three SFUs automatically take over the services on the faulty one to prevent service interruption thus improving system reliability 1 10 3 2 200Gbps Switch Fabric Unit C SFUI 200 C Overview Table...

Page 206: ...e OFL indicator turns on Then you can remove the board Table 1 179 Indicators Name Description RUN Before the board is powered on and registers this indicator blinks slowly 2 Hz After the board is powered on and registers if this indicator blinks at 0 5 Hz the system is working properly ACT If this indicator is steady green the board is working properly if this indicator is off the board is faulty...

Page 207: ...ent service interruptions Technical Specifications Table 1 181 Board specifications Item Specification Dimensions H x W x D 35 1 mm x 399 2 mm x 535 6 mm 1 38 in x 15 72 in x 21 09 in Typical power consumption 77 0 W Typical heat dissipation 249 8 BTU hour Weight 3 8 kg 8 38 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 3 3 100Gbps Switch Fa...

Page 208: ...turns on Then you can remove the board Table 1 185 Indicators Name Description RUN Before the board is powered on and registers this indicator blinks slowly 2 Hz After the board is powered on and registers if this indicator blinks at 0 5 Hz the system is working properly ACT If this indicator is steady green the board is working properly if this indicator is off the board is faulty OFL When the bo...

Page 209: ...ent service interruptions Technical Specifications Table 1 187 Board specifications Item Specification Dimensions H x W x D 35 1 mm x 399 2 mm x 535 6 mm 1 38 in x 15 72 in x 21 09 in Typical power consumption 46 0 W Typical heat dissipation 149 2 BTU hour Weight 3 8 kg 8 42 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 3 4 480Gbps Switch Fa...

Page 210: ...d registration The green indicator blinks twice every second 2 Hz After the registration of the board If the green indicator blinks once every two seconds 0 5 Hz the system is working properly OFL If the red indicator is off the board is working properly If the red indicator is on the board is powered off Functional Specifications Table 1 192 Functions and features Functions and Features Remarks R...

Page 211: ...cal power consumption 120 0 W Typical heat dissipation 389 3 BTU hour Weight 5 kg 11 02 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 3 5 1Tbps Switch Fabric Unit C SFUI 1T C Overview Table 1 194 Board attributes Attribute Description Board name silkscreen SFUI 1T C Description 1Tbps Switch Fabric Unit C SFUI 1T C BOM 03056513 Model ME0DSFUI...

Page 212: ... After the registration of the board If the green indicator blinks once every two seconds 0 5 Hz the system is working properly OFL If the red indicator is off the board is working properly If the red indicator is on the board is powered off Functional Specifications Table 1 198 Functions and features Functions and Features Remarks Reliability and availability The 3 1 backup mode is used The four ...

Page 213: ...l heat dissipation 519 1 BTU hour Weight 5 kg 11 02 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 3 6 200Gbps Switch Fabric Unit B SFUI 200 B Overview Table 1 200 Board attributes Attribute Description Board name silkscreen SFUI 200 B Description 200Gbps Switch Fabric Unit B SFUI 200 B BOM 03053925 Model ME0DSFUIE07B Table 1 201 Mapping prod...

Page 214: ... indicator blinks at 0 5 Hz the system is working properly ACT If this indicator is steady green the board is working properly if this indicator is off the board is faulty OFL When the board is working properly the OFL red indicator is off After the OFL button is pressed to power off the board the OFL red indicator is on Functional Specifications Table 1 204 Functions and features Functions and Fe...

Page 215: ...heat dissipation 292 0 BTU hour Weight 4 3 kg 9 48 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 3 7 100Gbps Switch Fabric Unit E SFUI 100 E Overview Table 1 206 Board attributes Attribute Description Board name silkscreen SFUI 100 E Description 100Gbps Switch Fabric Unit E SFUI 100 E BOM 03054900 Model ME0DSFUIE07D Table 1 207 Mapping produ...

Page 216: ... indicator blinks at 0 5 Hz the system is working properly ACT If this indicator is steady green the board is working properly if this indicator is off the board is faulty OFL When the board is working properly the OFL red indicator is off After the OFL button is pressed to power off the board the OFL red indicator is on Functional Specifications Table 1 210 Functions and features Functions and Fe...

Page 217: ...heat dissipation 292 0 BTU hour Weight 4 3 kg 9 48 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 3 8 480Gbps Switch Fabric Unit B SFUI 480 B Overview Table 1 212 Board attributes Attribute Description Board name silkscreen SFUI 480 B Description 480Gbps Switch Fabric Unit B SFUI 480 B BOM 03056514 Model ME0DSFUIM07B Table 1 213 Mapping produ...

Page 218: ...very second 2 Hz After the registration of the board If the green indicator blinks once every two seconds 0 5 Hz the system is working properly OFL If the red indicator is off the board is working properly If the red indicator is on the board is powered off Functional Specifications Table 1 216 Functions and features Functions and Features Remarks Reliability and availability The 3 1 backup mode i...

Page 219: ...cal heat dissipation 616 4 BTU hour Weight 9 5 kg 20 95 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 3 9 1Tbps Switch Fabric Unit B SFUI 1T B Overview Table 1 218 Board attributes Attribute Description Board name silkscreen SFUI 1T B Description 1Tbps Switch Fabric Unit B SFUI 1T B BOM 03056510 Model ME0DSFUIU07B Table 1 219 Mapping product...

Page 220: ...very second 2 Hz After the registration of the board If the green indicator blinks once every two seconds 0 5 Hz the system is working properly OFL If the red indicator is off the board is working properly If the red indicator is on the board is powered off Functional Specifications Table 1 222 Functions and features Functions and Features Remarks Reliability and availability The 3 1 backup mode i...

Page 221: ...b Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 4 VSUF 1 10 4 1 Flexible Card Versatile Service Unit 80 VSUF 80 Overview Table 1 224 Board attributes Attribute Description Board name silkscreen VSUF 80 Description Flexible Card Versatile Service Unit 80 VSUF 80 BOM 03054496 Model ME0DVSUF8070 Table 1 225 Mapping products and versions Product Ea...

Page 222: ... every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration Functional Specifications Table 1 228 Functions and features Functions and Features Remarks Line Rate capability Supports 80G line rate processing of universal services Slot information The board provides one card slot and the slot can hold one un...

Page 223: ... consumption 182 0 W Typical heat dissipation 590 5 BTU hour Weight 7 4 kg 16 43 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 4 2 Flexible Card Versatile Service Unit 160 VSUF 160 Overview Table 1 230 Board attributes Attribute Description Board name silkscreen VSUF 160 Description Flexible Card Versatile Service Unit 160 VSUF 160 BOM 03054...

Page 224: ...ors Name Description OFL red If the indicator is steady on the board can be removed RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration Functional Specifications Table 1 234 Functions and features Functions and Features Remarks Line Rate capability Supports 160...

Page 225: ...chnical Specifications Table 1 235 Board specifications Item Specification Dimensions H x W x D 40 1 mm x 399 2 mm x 535 6 mm 1 58 in x 15 72 in x 21 09 in Typical power consumption 312 0 W Typical heat dissipation 1012 3 BTU hour Weight 7 4 kg 16 43 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 4 3 Versatile Service Unit Sub Card SP80 Overv...

Page 226: ...60 X8A 1 10 4 1 Flexible Card Versatile Service Unit 80 VSUF 80 V800R008C10 ME60 X16A 1 10 4 1 Flexible Card Versatile Service Unit 80 VSUF 80 V800R008C10 Appearance Panel Table 1 238 Buttons Name Description OFL Board removal button To remove a board hold down the OFL button for about 6s until the OFL indicator turns on and then remove the board Table 1 239 Indicators Name Description OFL red If ...

Page 227: ...ne SP80 can be installed on each VSUF 80 Reliability and availability Hot swappable Technical Specifications Table 1 241 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in x 7 61 in Typical power consumption 81 0 W Typical heat dissipation 262 8 BTU hour Weight 1 kg 2 2 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms...

Page 228: ... 2 Flexible Card Versatile Service Unit 160 VSUF 160 V800R008C10 ME60 X16 1 10 4 2 Flexible Card Versatile Service Unit 160 VSUF 160 V800R008C10 ME60 X8A 1 10 4 2 Flexible Card Versatile Service Unit 160 VSUF 160 V800R008C10 ME60 X16A 1 10 4 2 Flexible Card Versatile Service Unit 160 VSUF 160 V800R008C10 Appearance Panel Table 1 244 Buttons Name Description OFL Board removal button To remove a boa...

Page 229: ... 246 Functions and features Functions and Features Remarks Line Rate capability The SP160 is used for VSUF 160 capacity expansion The capacity of an SP160 is 40G Slot information A maximum of two SP160s can be installed on each VSUF 160 Reliability and availability Hot swappable Technical Specifications Table 1 247 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 1...

Page 230: ...n Integrated Versatile Service Unit VSUI 160 E BOM 03056534 Model ME0DVSUID070 Table 1 249 Mapping products and versions Product Earliest Software Version ME60 X8 V800R008C10 ME60 X16 V800R008C10 ME60 X8A V800R008C10 ME60 X16A V800R008C10 Appearance Panel Table 1 250 Buttons Name Description OFL Board removal button To remove a board hold down the OFL button for about 6s until the OFL indicator tu...

Page 231: ...onal Specifications Table 1 252 Functions and features Functions and Features Remarks Line Rate capability Provides a maximum of 160 Gbit s value added service processing capability Reliability and availability Hot swappable Technical Specifications Table 1 253 Board specifications Item Specification Dimensions H x W x D 40 1 mm x 399 2 mm x 535 6 mm 1 58 in x 15 72 in x 21 09 in Typical power con...

Page 232: ...ributes Attribute Description Board name silkscreen BSUF 51 Description Flexible Card Broadband Service Unit BSUF 51 2 sub slots BOM 03054629 Model ME0DBSUF5170 Table 1 255 Mapping products and versions Product Earliest Software Version ME60 X3 V800R008C10 ME60 X8 V800R008C10 ME60 X16 V800R008C10 ME60 X8A V800R008C10 ME60 X16A V800R008C10 Appearance Panel Table 1 256 Buttons Name Description ...

Page 233: ...s not completed registration Functional Specifications Table 1 258 Functions and features Functions and Features Remarks Line Rate capability Supports 50G line rate processing of broadband services Slot information The board provides a maximum of two half width slots and each slot can hold one FPIC card Reliability and availability Hot swappable Technical Specifications Table 1 259 Board specifica...

Page 234: ...ilkscreen MSUF 51 Description Flexible Card Multi Service Unit MSUF 51 2 sub slots BOM 03054700 Model ME0DMSUF5170 Table 1 261 Mapping products and versions Product Earliest Software Version ME60 X3 V800R008C10 ME60 X8 V800R008C10 ME60 X16 V800R008C10 ME60 X8A V800R008C10 ME60 X16A V800R008C10 Appearance Panel Table 1 262 Buttons Name Description OFL Board removal button To remove a board hold dow...

Page 235: ...Functional Specifications Table 1 264 Functions and features Functions and Features Remarks Line Rate capability Supports 50G line rate processing of multi services Slot information The board provides a maximum of two half width slots and each slot can hold one FPIC card Reliability and availability Hot swappable Technical Specifications Table 1 265 Board specifications Item Specification Dimensio...

Page 236: ...lexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X8 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X16 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X8A 1 10 5 1 Flexible Card Broadba...

Page 237: ...ible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X16A 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X8 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R008C10 ME60 X16 1 10 10 1 Flexible Card B...

Page 238: ...e indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 269 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 23 FE GE SFP Interface for inputting and outputting FE GE optical signals Optical fiber and twisted pair Functional Specifications Table 1 270 Functions an...

Page 239: ...ectrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 272 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm...

Page 240: ...dband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X8 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X16 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V8...

Page 241: ...nks data is being transmitted or received If the indicator is off the link is Down Table 1 276 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 4 10G LAN WA N or GE SFP SF P Interface for inputting and outputting 10G LAN WAN or GE optical signals Optical fiber and twisted pair Functional Specifications Table 1 277 Functions and features Functions and Feature...

Page 242: ...8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 279 B...

Page 243: ...ME60 X3 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X8 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X16 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi ...

Page 244: ...tem is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 283 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 1 10G LAN W...

Page 245: ...terface specifications Attribute Description Optical type supported 1 11 5 1Gbps Electrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP ...

Page 246: ...24xGE SFP E Description 24 Port 1000Base X SFP Flexible Card E BP51 E BOM 03030PYN Model ME0D0EFGFE7H Table 1 288 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X8 1 10 5 1 Flexible Card Broadband Ser...

Page 247: ...ice Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X8 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X16 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R0...

Page 248: ...k is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 290 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 23 GE SFP Interface for inputting and outputting GE optical signals Optical fiber and twisted pair Functional Specifications Table 1 291 Functions and features Functions and Features Rema...

Page 249: ...Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 293 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in x 7 61 in Typical power...

Page 250: ...ulti Service Unit MSUF 51 2 sub slots V800R009C00 ME60 X16 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R009C00 ME60 X8A 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R009C00 ME60 X16A 1 10 5 1 Flexible Card Broadband Service U...

Page 251: ...X16A 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C00 Appearance Panel Table 1 296 Indicators Name Description STA green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration 0 to ...

Page 252: ...to support line rate transmitting and receiving Slot information Occupies one half width flexible card slot Reliability and availability Hot swappable Technical Specifications Table 1 299 Interface specifications Attribute Description Optical type supported 1 11 5 1Gbps Electrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Opt...

Page 253: ...ub slot Overview Table 1 301 Board attributes Attribute Description Board name silkscreen BP51 5x10GBase LAN WAN SFP E Description 5 Port 10GBase LAN WAN SFP Flexible Card E BP51 E occupy 2 sub slot BOM 03030PYP Model ME0D0L5XXE7F Table 1 302 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2...

Page 254: ...d Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 Appearance Panel Table 1 303 Indicators Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration L A green If the indicator is steady on ...

Page 255: ... two half width flexible card slots Reliability and availability Hot swappable Technical Specifications Table 1 306 Interface specifications Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame fo...

Page 256: ...SFP E Description 5 Port 10GBase LAN WAN SFP Flexible Card E BP52 E occupy 2 sub slot BOM 03031XPX Model ME0D0L5XXE7E Table 1 309 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R009C00 ME60 X8 1 10 5 1 Flexible Ca...

Page 257: ...1 2 sub slots V800R009C00 Appearance Panel Table 1 310 Indicators Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If th...

Page 258: ...unction only as master interfaces Technical Specifications Table 1 313 Interface specifications Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN...

Page 259: ...ducts and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X8 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X16 1 10 5 1 Fle...

Page 260: ...ndicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 318 Service interfaces Interface Name Interfac e Type Connec...

Page 261: ...Table 1 320 Interface specifications Attribute Description Optical type supported 1 11 5 1Gbps Electrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 ...

Page 262: ...lkscreen BP52 2x10GBase LAN WAN SFP E Description 2 Port 10GBase LAN WAN SFP Flexible Card E BP52 E BOM 03031XQF Model ME0D0L2XXE7E Table 1 323 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R009C00 ME60 X8 1 10 5...

Page 263: ...X16A 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R009C00 Appearance Panel Table 1 324 Indicators Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration L A ...

Page 264: ...es for line rate transmitting and receiving Slot information Occupies one half width flexible card slot Reliability and availability Hot swappable Restrictions and remarks The interfaces working in WAN mode can function only as master interfaces Technical Specifications Table 1 327 Interface specifications Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbp...

Page 265: ...Flexible Card H BP51 H Overview Table 1 329 Board attributes Attribute Description Board name silkscreen BP51 2x10GBase LAN WAN SFP H Description 2 Port 10GBase LAN WAN SFP Flexible Card H BP51 H BOM 03031EAX Model ME0D0L2XFH7H Table 1 330 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 su...

Page 266: ...ce Unit MSUF 51 2 sub slots V800R009C00 ME60 X16A 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R009C00 Appearance Panel Table 1 331 Indicators Name Description STA green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starti...

Page 267: ...es for line rate transmitting and receiving Slot information Occupies one half width flexible card slot Reliability and availability Hot swappable Restrictions and remarks The interfaces working in WAN mode can function only as master interfaces Technical Specifications Table 1 334 Interface specifications Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbp...

Page 268: ...5 C to 55 C 23 F to 131 F 1 10 6 BSUI 51 E 1 10 6 1 2 Port 10GBase LAN WAN SFP 24 Port 1000Base SFP Broadband Service Unit Integrated E BSUI 51 E Overview Table 1 336 Board attributes Attribute Description Board name silkscreen BSUI 51 E 2X10GBase LAN WAN SFP 24xGE SFP E Description 2 Port 10GBase LAN WAN SFP 24 Port 1000Base SFP Broadband Service Unit Integrated E BSUI 51 E BOM 03054630 Model ME0...

Page 269: ...y on the board can be removed 0 to 23 green L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration Table ...

Page 270: ...d customized solutions Reliability and availability Hot swappable Technical Specifications Table 1 342 Interface specifications Attribute Description Optical type supported 1 11 5 1Gbps Electrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module 1 11 11 10Gbps SFP Optical...

Page 271: ... 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 6 2 5 Port 10GBase LAN WAN SFP Broadband Service Unit Integrated E BSUI 52 E Overview Table 1 344 Board attributes Attribute Description Board name silkscreen BSUI 52 E 5x10GBase LAN WAN SFP E Description 5 Port 10GBase LAN WAN SFP Broadband Service Unit Integrated E BSUI 52 E BOM 03057089 Model ME0D0L5XXE71 Table 1 345 Mapping products and...

Page 272: ...be removed L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration Table 1 348 Service interfaces Interfac...

Page 273: ...s Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 351 Board specifications Item Specification Dimensions H x W x D 40 1 mm x 399 2 m...

Page 274: ...scription Board name silkscreen BSUI 52 E 2x10GBase LAN WAN SFP 24xGE SFP E Description 2 Port 10GBase LAN WAN SFP 24 Port 1000Base SFP Broadband Service Unit Integrated E BSUI 52 E BOM 03057088 Model ME0DL2XEFG8E Table 1 353 Mapping products and versions Product Earliest Software Version ME60 X8 V800R009C00 ME60 X16 V800R009C00 ME60 X8A V800R009C00 ME60 X16A V800R009C00 Appearance Panel Table 1 3...

Page 275: ...s once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration Table 1 356 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 0 to 0 23 GE SFP Interface for inputting and outputting GE optical signals Optical fiber and twisted pair 1 0 to 1 1 10G LAN WA N SFP Interface...

Page 276: ...cal Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 359 Board specifications Item Specification Dimensions H x W x D 40 1 mm x 399 2 mm x 535 6 mm 1 58 in x 15 72 in x 21 09 in Typical power c...

Page 277: ...ributes Attribute Description Board name silkscreen BSUF 100 Description Flexible Card Broadband Service Unit BSUF 100 2 sub slots BOM 03054635 Model ME0DBSUFA070 Table 1 361 Mapping products and versions Product Earliest Software Version ME60 X3 V800R008C10 ME60 X8 V800R008C10 ME60 X16 V800R008C10 ME60 X8A V800R008C10 ME60 X16A V800R008C10 Appearance Panel Table 1 362 Buttons Name Description ...

Page 278: ...is starting and has not completed registration Functional Specifications Table 1 364 Functions and features Functions and Features Remarks Line Rate capability Supports 100G line rate processing of broadband services Slot information The board provides a maximum of two half width slots Reliability and availability Hot swappable Technical Specifications Table 1 365 Board specifications Item Specifi...

Page 279: ...lkscreen MSUF 100 Description Flexible Card Multi Service Unit MSUF 100 2 sub slots BOM 03054637 Model ME0DMSUFA070 Table 1 367 Mapping products and versions Product Earliest Software Version ME60 X3 V800R008C10 ME60 X8 V800R008C10 ME60 X16 V800R008C10 ME60 X8A V800R008C10 ME60 X16A V800R008C10 Appearance Panel Table 1 368 Buttons Name Description OFL Board removal button To remove a board hold do...

Page 280: ...Functional Specifications Table 1 370 Functions and features Functions and Features Remarks Line Rate capability Supports 100G line rate processing of multi services Slot information The board provides a maximum of two half width slots and each slot can hold one FPIC card Reliability and availability Hot swappable Technical Specifications Table 1 371 Board specifications Item Specification Dimensi...

Page 281: ...F 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X8 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X16 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X...

Page 282: ...leted registration L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 375 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 5 10G LAN WA N or GE SFP SF P Interface for inputting and outputting 10G LAN WAN or GE optical signals Optical fiber and ...

Page 283: ...ble 1 377 Interface specifications Attribute Description Optical type supported 1 11 5 1Gbps Electrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14...

Page 284: ... BOM 03030PYR Model ME0D0L5XXB7H Table 1 380 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X8 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service...

Page 285: ...ors Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 382 Service interf...

Page 286: ...remarks The interfaces working in WAN mode can function only as master interfaces GE 10GE autonegotiation supported The interface supports GE 10GE auto sensing Technical Specifications Table 1 384 Interface specifications Attribute Description Optical type supported 1 11 5 1Gbps Electrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP...

Page 287: ...t temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 7 5 5 Port 10GBase LAN WAN SFP Flexible Card E BP100 E Overview Table 1 386 Board attributes Attribute Description Board name silkscreen BP100 5x10GBase LAN WAN SFP E Description 5 Port 10GBase LAN WAN SFP Flexible Card E BP100 E BOM 03030PYS Model ME0D0L5XXE7H Table 1 387 Mapping products and versions Pr...

Page 288: ...xible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X16A 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 Appearance Panel Table 1 388 Indicators Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the...

Page 289: ...ures Remarks Line Rate capability Provides five 10GE interfaces for line rate transmitting and receiving Slot information Occupies one half width flexible card slot Reliability and availability Hot swappable Technical Specifications Table 1 391 Interface specifications Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gb...

Page 290: ...FP Flexible Card BP100 Overview Table 1 393 Board attributes Attribute Description Board name silkscreen BP100 1x10GBase LAN CFP A Description 1 Port 100GBase CFP Flexible Card BP100 BOM 03030QDH Model ME0D0L1NXB7H Table 1 394 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10...

Page 291: ...e Unit MSUF 100 2 sub slots V800R008C10 ME60 X16A 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 Appearance Panel Table 1 395 Indicators Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is s...

Page 292: ...ability Provides one 100G interface for line rate transmitting and receiving Slot information Occupies one half width flexible card slot Reliability and availability Hot swappable Technical Specifications Table 1 398 Interface specifications Attribute Description Optical type supported 1 11 17 100Gbps CFP Optical Modules Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_...

Page 293: ...escription 1 Port 100GBase CFP2 Flexible Card BP100 BOM 03032GLB Model ME0D0E1NCB70 Table 1 401 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C10 ME60 X8 1 10 7 1 Flexible Card Broadband Service Unit BSUF 1...

Page 294: ... Unit MSUF 100 2 sub slots V800R009C10 Appearance Panel Table 1 402 Indicators Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or r...

Page 295: ...f width flexible card slot Reliability and availability Hot swappable Restrictions and remarks The interface cannot go Up if its FEC does not match its peer s Technical Specifications Table 1 405 Interface specifications Attribute Description Optical type supported 1 11 18 100Gbps CFP2 Optical Module NOTE When optical modules with the BOM number 02311LYG are used 2x40G and 10x10G breakout optical ...

Page 296: ...ributes Attribute Description Board name silkscreen BP51 24xGE SFP E Description 24 Port 1000Base X SFP Flexible Card E BP51 E BOM 03030PYN Model ME0D0EFGFE7H Table 1 408 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X3 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots...

Page 297: ...ard Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X8 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X16 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 ...

Page 298: ...k is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 410 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 23 GE SFP Interface for inputting and outputting GE optical signals Optical fiber and twisted pair Functional Specifications Table 1 411 Functions and features Functions and Features Rema...

Page 299: ...Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 413 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in x 7 61 in Typical power...

Page 300: ... 51 2 sub slots V800R008C10 ME60 X8 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X16 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X8A 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots ...

Page 301: ...00 2 sub slots V800R008C10 ME60 X16A 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X8 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R008C10 ME60 X16 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 su...

Page 302: ...e indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 417 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 23 FE GE SFP Interface for inputting and outputting FE GE optical signals Optical fiber and twisted pair Functional Specifications Table 1 418 Functions an...

Page 303: ...ectrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 420 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm...

Page 304: ...t BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C00 ME60 X8 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C00 ME60 X16 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C00 M...

Page 305: ... If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 424 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 4 10G LAN WA N SFP Interface for inputting and outputting 10G LAN WAN optical signals Optical fiber Functional Specifications Table 1 425 Functions a...

Page 306: ...l type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 427 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in...

Page 307: ...t BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C00 ME60 X8 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C00 ME60 X16 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C00 M...

Page 308: ...If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 431 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 4 10G LAN WA N SFP Interface for inputting and outputting 10G LAN WAN optical signals Optical fiber Functional Specifications Table 1 432 Functions an...

Page 309: ...l type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 434 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in...

Page 310: ...Multi Service Unit MSUF 51 2 sub slots V800R009C00 ME60 X16 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R009C00 ME60 X8A 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R009C00 ME60 X16A 1 10 5 1 Flexible Card Broadband Service ...

Page 311: ...X16A 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R009C00 Appearance Panel Table 1 437 Indicators Name Description STA green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration 0 to ...

Page 312: ...to support line rate transmitting and receiving Slot information Occupies one half width flexible card slot Reliability and availability Hot swappable Technical Specifications Table 1 440 Interface specifications Attribute Description Optical type supported 1 11 5 1Gbps Electrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Opt...

Page 313: ...to 55 C 23 F to 131 F 1 10 8 BSUI 120 E 1 10 8 1 10 Port 10GBase LAN WAN SFP Broadband Service Unit Integrated E BSUI 120 E Overview Table 1 442 Board attributes Attribute Description Board name silkscreen BSUI 120 E 10x10GBase LAN WAN SFP E Description 10 Port 10GBase LAN WAN SFP Broadband Service Unit Integrated E BSUI 120 E BOM 03057090 Model ME0D0LAXXH71 Table 1 443 Mapping products and versio...

Page 314: ...ed L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration Table 1 446 Service interfaces Interface Name I...

Page 315: ...s 5º C to 50º C Technical Specifications Table 1 448 Interface specifications Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 449 Bo...

Page 316: ...butes Attribute Description Board name silkscreen BSUI 200 2x100GBase CFP Description 2 Port 100GBase CFP Broadband Service Unit Integrated BSUI 200 BOM 03057646 Model ME0D0L2NCB70 Table 1 451 Mapping products and versions Product Earliest Software Version ME60 X8 V800R009C00 ME60 X16 V800R009C00 ME60 X8A V800R009C00 ME60 X16A V800R009C00 Appearance Panel Table 1 452 Buttons Name Description ...

Page 317: ...ce every second 2 Hz the board is starting and has not completed registration L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 454 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 0 1 0 100GE CFP Interface for inputting and outputting 100GE opti...

Page 318: ... Item Specification Dimensions H x W x D 40 1 mm x 399 2 mm x 535 6 mm 1 58 in x 15 72 in x 21 09 in Typical power consumption 346 0 W Typical heat dissipation 1122 6 BTU hour Weight 10 5 kg 23 15 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 10 BSUF 240 MSUF 240 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots Overview Ta...

Page 319: ...ance Panel Table 1 460 Buttons Name Description OFL Board removal button To remove a board hold down the OFL button for about 6s until the OFL indicator turns on and then remove the board Table 1 461 Indicators Name Description OFL red If the indicator is steady on the board can be removed RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks...

Page 320: ...ility Hot swappable Technical Specifications Table 1 463 Board specifications Item Specification Dimensions H x W x D 40 1 mm x 399 2 mm x 535 6 mm 1 58 in x 15 72 in x 21 09 in Typical power consumption 244 0 W Typical heat dissipation 791 7 BTU hour Weight 8 5 kg 18 74 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 10 2 Flexible Card Multi ...

Page 321: ...66 Buttons Name Description OFL Board removal button To remove a board hold down the OFL button for about 6s until the OFL indicator turns on and then remove the board Table 1 467 Indicators Name Description OFL red If the indicator is steady on the board can be removed RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second ...

Page 322: ...nical Specifications Table 1 469 Board specifications Item Specification Dimensions H x W x D 40 1 mm x 399 2 mm x 535 6 mm 1 58 in x 15 72 in x 21 09 in Typical power consumption 244 0 W Typical heat dissipation 791 7 BTU hour Weight 8 5 kg 18 74 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 10 3 12 Port 10GBase LAN WAN SFP Flexible Card BP...

Page 323: ... Card Multi Service Unit MSUF 240 2 sub slots V800R008C10 ME60 X16 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R008C10 ME60 X8A 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R008C10 ME60 X16A 1 10 10 1 Flexible Card Br...

Page 324: ...off the link is Down Table 1 473 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 11 10G LAN WA N or GE SFP SF P Interface for inputting and outputting 10G LAN WAN or GE optical signals Optical fiber and twisted pair Functional Specifications Table 1 474 Functions and features Functions and Features Remarks Line Rate capability Provides twelve 10GE interface...

Page 325: ...l Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module NOTE The interface supports GE 10GE auto sensing Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 476 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x ...

Page 326: ...r Flexible Card ME60 X8 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R009C10 ME60 X16 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R009C10 ME60 X8A 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 ...

Page 327: ...icator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 480 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 9 10G LAN WA N or GE SFP SF P Interface for inputting and outputting 10G LAN WAN or GE optical signals Optical fiber and twisted pair Functional Specifications ...

Page 328: ...cription Optical type supported 1 11 5 1Gbps Electrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module NOTE The interfa...

Page 329: ...d name silkscreen BP240 10x10GBase LAN WAN SFP E Description 10 Port 10GBase LAN WAN SFP Flexible Card E BP240 E BOM 03030UVS Model ME0D0LAXFE7H Table 1 485 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X8 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R008C...

Page 330: ...ce Unit MSUF 240 2 sub slots V800R008C10 Appearance Panel Table 1 486 Indicators Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration 0 to 9 green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted...

Page 331: ...e board occupies one half width flexible card slot Restrictions and remarks The interfaces working in WAN mode can function only as master interfaces Technical Specifications Table 1 489 Interface specifications Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical...

Page 332: ...en BP240 1x100GBase LAN CFP A Description 1 Port 100GBase CFP Flexible Card BP240 BOM 03030QDK Model ME0D2L1NXB7H Table 1 492 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X8 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R008C10 ME60 X16 1 10 10 1 Flexible ...

Page 333: ...l Table 1 493 Indicators Name Description STATUS green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table...

Page 334: ...e card slot Technical Specifications Table 1 496 Interface specifications Attribute Description Optical type supported 1 11 17 100Gbps CFP Optical Modules Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 497 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in x 7 61 in Ty...

Page 335: ... Card ME60 X8 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R009C10 ME60 X16 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R009C10 ME60 X8A 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Fl...

Page 336: ...teady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 501 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable None 100GE CFP2 Interface for inputting and outputting 100GE optical signals Optical fiber Functional Specifications Table 1 502 Functions and features Functions and Features R...

Page 337: ...tical Module NOTE When optical modules with the BOM number 02311LYG are used 2x40G and 10x10G breakout optical fibers are not supported Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 504 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in x 7 61 in Typical power consump...

Page 338: ...F 51 2 sub slots V800R008C10 ME60 X8 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X16 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots 1 10 5 2 Flexible Card Multi Service Unit MSUF 51 2 sub slots V800R008C10 ME60 X8A 1 10 5 1 Flexible Card Broadband Service Unit BSUF 51 2 sub slots...

Page 339: ...00 2 sub slots V800R008C10 ME60 X16A 1 10 7 1 Flexible Card Broadband Service Unit BSUF 100 2 sub slots 1 10 7 2 Flexible Card Multi Service Unit MSUF 100 2 sub slots V800R008C10 ME60 X8 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R008C10 ME60 X16 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 su...

Page 340: ...e indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 508 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 23 FE GE SFP Interface for inputting and outputting FE GE optical signals Optical fiber and twisted pair Functional Specifications Table 1 509 Functions an...

Page 341: ...ectrical Transceiver 1 11 6 1 25Gbps eSFP Optical Module 1 11 8 1 25Gbps eSFP CWDM Optical Module 1 11 7 1 25Gbps eSFP BIDI Optical Module 1 11 10 125M 2 67Gbps eSFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 511 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm...

Page 342: ...n for Flexible Card ME60 X8 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R009C00 ME60 X16 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slots 1 10 10 2 Flexible Card Multi Service Unit MSUF 240 2 sub slots V800R009C00 ME60 X8A 1 10 10 1 Flexible Card Broadband Service Unit BSUF 240 2 sub slot...

Page 343: ...y on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 515 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 9 10G LAN WA N SFP Interface for inputting and outputting 10G LAN WAN optical signals Optical fiber Functional Specifications Table 1 516 Functions and features Functions and Fea...

Page 344: ...s SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 518 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in x 7 61 in Typical power consu...

Page 345: ...es Attribute Description Board name silkscreen MSUI 240 24x10GBase LAN WAN SFP Description 24 Port 10GBase LAN WAN SFP Multi Service Unit Integrated MSUI 240 BOM 03057648 Model ME0D0LFXFA70 Table 1 520 Mapping products and versions Product Earliest Software Version ME60 X8 V800R009C00 ME60 X16 V800R009C00 ME60 X8A V800R009C00 ME60 X16A V800R009C00 Appearance Panel Table 1 521 Buttons Name Descript...

Page 346: ...the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 523 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 0 to 0 11 1 0 to 1 11 10G LAN WA N or GE SFP SF P Interface for inputting and outputting 10G LAN WAN or GE optical signals Optical fiber and twisted pair Fu...

Page 347: ...eSFP DWDM Optical Module 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 526 Board specifications Item Specification Dimensions H x W x D 40 1 mm x 399 2 mm x 535 6 mm 1 58 in x...

Page 348: ...creen BSUI 400 4x100GBase CFP2 Description 4 Port 100GBase CFP2 Broadband Service Unit Integrated BSUI 400 BOM 03057645 Model ME0D0L4NCB70 Table 1 528 Mapping products and versions Product Earliest Software Version ME60 X8A V800R009C00 ME60 X16A V800R009C00 Appearance Panel Table 1 529 Buttons Name Description OFL Board removal button To remove a board hold down the OFL button for about 6s until t...

Page 349: ... every second 2 Hz the board is starting and has not completed registration Table 1 531 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 0 to 0 1 1 0 to 1 1 100GE CFP2 Interface for inputting and outputting 100GE optical signals Optical fiber Functional Specifications Table 1 532 Functions and features Functions and Features Remarks Line Rate capability Support...

Page 350: ...n x 15 72 in x 21 09 in Typical power consumption 407 8 W Typical heat dissipation 1323 1 BTU hour Weight 9 4 kg 20 73 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 12 2 4 Port 100GBase CFP2 Multi Service Unit Integrated MSUI 400 Overview Table 1 535 Board attributes Attribute Description Board name silkscreen MSUI 400 4x100GBase CFP2 Descri...

Page 351: ...red If the indicator is steady on the board can be removed L A green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed regi...

Page 352: ...Rate capability Supports 400G line rate forwarding it provides four 100GE interfaces Reliability and availability Hot swappable Technical Specifications Table 1 541 Interface specifications Attribute Description Optical type supported 1 11 18 100Gbps CFP2 Optical Module NOTE Modules with the BOM number 02311LYG are not supported Working mode Full duplex Compliant standard IEEE 802 3 Frame format E...

Page 353: ... 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 13 BSUF 480 MSUF 480 1 10 13 1 Flexible Card Broadband Service Unit BSUF 480 2 sub slots Overview Table 1 543 Board attributes Attribute Description Board name silkscreen BSUF 480 Description Flexible Card Broadband Service Unit BSUF 480 2 sub slots BOM 03057321 Model ME0DBSUFM070 Table 1 544 Mapping products and versions Product Earliest Software ...

Page 354: ...dy on the board can be removed RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration Functional Specifications Table 1 547 Functions and features Functions and Features Remarks Line Rate capability Supports 480G line rate processing of broadband services Slot inf...

Page 355: ...BTU hour Weight 7 6 kg 16 76 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 13 2 Flexible Card Multi Service Unit MSUF 480 2 sub slots Overview Table 1 549 Board attributes Attribute Description Board name silkscreen MSUF 480 Description Flexible Card Multi Service Unit MSUF 480 2 sub slots BOM 03057322 Model ME0DMSUFM070 Table 1 550 Mapping ...

Page 356: ...eady on the board can be removed RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration Functional Specifications Table 1 553 Functions and features Functions and Features Remarks Line Rate capability Supports 480G line rate processing of multi services Slot infor...

Page 357: ... to 131 F 1 10 13 3 20 Port 10GBase LAN WAN SFP Flexible Card BP480 Overview Table 1 555 Board attributes Attribute Description Board name silkscreen BP480 20x10G LAN WAN SFP Description 20 Port 10GBase LAN WAN SFP Flexible Card BP480 BOM 03032DJX Model ME0M0LEXFB70 Table 1 556 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X8A 1 10 13 1 Flexible...

Page 358: ...s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and has not completed registration 0 to 19 green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 558 Service interfaces Interface Name Interfac e Type Connec tor Type Description Ca...

Page 359: ...ifications Table 1 560 Interface specifications Attribute Description Optical type supported 1 11 11 10Gbps SFP Optical Module 1 11 12 10Gbps SFP CWDM Optical Module 1 11 13 10Gbps SFP BIDI Optical Module 1 11 14 10Gbps SFP DWDM Optical Module Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 561 Board specifications Item Specif...

Page 360: ...lexible Card BP480 BOM 03032DJU Model ME0M0E2NCB70 Table 1 563 Mapping products and versions Product Motherboard Earliest Software Version for Flexible Card ME60 X8A 1 10 13 1 Flexible Card Broadband Service Unit BSUF 480 2 sub slots 1 10 13 2 Flexible Card Multi Service Unit MSUF 480 2 sub slots V800R009C00 ME60 X16A 1 10 13 1 Flexible Card Broadband Service Unit BSUF 480 2 sub slots 1 10 13 2 Fl...

Page 361: ... green If the indicator is steady on the link is Up If this indicator blinks data is being transmitted or received If the indicator is off the link is Down Table 1 565 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 1 100GE CFP2 Interface for inputting and outputting 100GE optical signals Optical fiber Functional Specifications Table 1 566 Functions and fea...

Page 362: ...8 100Gbps CFP2 Optical Module NOTE Modules with the BOM number 02311LYG are not supported Working mode Full duplex Compliant standard IEEE 802 3 Frame format Ethernet_II Ethernet_SAP and Ethernet_SN AP Table 1 568 Board specifications Item Specification Dimensions H x W x D 37 2 mm x 178 7 mm x 193 3 mm 1 46 in x 7 04 in x 7 61 in Typical power consumption 85 8 W Typical heat dissipation 278 4 BTU...

Page 363: ...MSUI 400 48x10G LAN WAN SFP Description 48 Port 10GBase LAN WAN SFP Multi Service Unit Integrated MSUI 480 BOM 03057649 Model ME0D0LMXFA70 Table 1 570 Mapping products and versions Product Earliest Software Version ME60 X8A V800R009C00 ME60 X16A V800R009C00 Appearance Panel Table 1 571 Buttons Name Description OFL Board removal button To remove a board hold down the OFL button for about 6s until t...

Page 364: ...transmitted or received If the indicator is off the link is Down Table 1 573 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 0 to 0 23 1 0 to 1 23 10G LAN WA N SFP Interface for inputting and outputting 10G LAN WAN optical signals Optical fiber Functional Specifications Table 1 574 Functions and features Functions and Features Remarks Line Rate capability Supp...

Page 365: ...pecifications Item Specification Dimensions H x W x D 40 1 mm x 399 2 mm x 535 6 mm 1 58 in x 15 72 in x 21 09 in Typical power consumption 429 0 W Typical heat dissipation 1391 9 BTU hour Weight 9 4 kg 20 73 lb Ambient temperature Long terms 0 C to 45 C 32 F to 113 F Short terms 5 C to 55 C 23 F to 131 F 1 10 15 1T board 1 10 15 1 8 Port 100GBase CFP2 Multi Service Unit Integrated MSUI 1T Overvie...

Page 366: ...he Breakout indicators status switches If you do not press the button in 60s the Breakout indicators automatically start status cycling Table 1 580 Indicators Name Description OFL red If the indicator is steady on the board can be removed RUN green If the indicator blinks once every 2s 0 5 Hz the system is running properly If the indicator blinks twice every second 2 Hz the board is starting and h...

Page 367: ...f a specific breakout channel press the Breakout button to switch to your desired indicator For example if you want to check the running status of breakout channel 1 on each interface press the Breakout button to have breakout indicator 1 turns on Table 1 581 Service interfaces Interface Name Interfac e Type Connec tor Type Description Cable 0 to 7 100GE CFP2 Interface for inputting and outputting...

Page 368: ... F Short terms 5 C to 55 C 23 F to 131 F 1 11 Optical Module This chapter presents the optical module 1 11 1 Instructions on How to Use an Optical Module This section describes instructions on how to use an optical module Only optical modules matching Huawei products can be used These optical modules are strictly tested by Huawei If non matching optical modules are used device requirements may fai...

Page 369: ... crush the tail fiber Do not drag the tail fiber or press the coupling point of the tail fiber Figure 1 101 shows how to properly place optical apparatus and fibers Figure 1 101 Methods of placing optical apparatus and fibers Install the fiber in circles with diameter longer than 6 cm 0 20 ft Uninstalling Optical Apparatus Open the buckle and slowly take out the optical apparatus Do not drag the o...

Page 370: ... indicates hold the two sides of the electrical module to remove it Figure 1 102 Removing a 155 Mbit s electrical module Please do not remove the black plastic latch when removing the electrical module If the black plastic latch falls off use an auxiliary tool such as a pair of tweezers to press the cage buckle as shown in the following figure Then hold the two sides of the electrical module to re...

Page 371: ...in 1 automatically unlocks the optical module Then horizontally drag the puller to remove the optical module Figure 1 103 Removing a CFP2 optical module When removing a CFP optical module loosen the two screw rods of the module and then remove the module slowly Do not directly drag the optical fiber to pull out the optical module or forcibly pull out the optical module ...

Page 372: ... out to see if it is installed in position If the optical module cannot be pulled out it is secured If you cannot push the optical module into an optical module cage any longer the optical module is in good contact with the board connector The CFP optical module is in good contact with the board connector By then fasten the captive screws at both ends of the optical module at the same time If you ...

Page 373: ...cal connector horizontally in one direction and then move the connector end to the unused part of the cleaning tissue to continue Generally one cleaning tissue is used for cleaning an optical connector To prevent contamination the optical module should be covered with either a dust cap or an optical connector Cover an optical module with a dust cap Cover an optical module with an optical connector...

Page 374: ... that the pins are clean If necessary use an air gun to remove the residual objects on the pins Cleaning MT Connectors MTP MTRJ That Have Guide Pins 1 Fold a piece of lint free cotton and dip it in alcohol Then use the cotton to clean the pins 2 Clean the pins again using new piece of lint free cotton without alcohol 3 Use an air gun to remove any residual objects on the pins During the cleaning p...

Page 375: ...optical attenuation is Y dB the receiving optical power is X Y which must be smaller than 7dBm X Y 7 dBm Other precautions The optical connector should be horizontally inserted in the receptacle to avoid damages to the receptacle Mixed use of multi mode and single mode optical fibers is prohibited Otherwise faults such as signal loss may occur Method of distinguishing optical modules in single mod...

Page 376: ...load point The principle for determining whether an attenuator needs to be configured at a transmission point is as follows If P out max S x Attenuation coefficient P in max an attenuator needs to be configured The optical attenuation is calculated in the following formula T P out max S x Attenuation coefficient P in max Table 1 586 Reference for configuring an attenuator BOM Num ber Description P...

Page 377: ...erence only BOM numbers of attenuators vary with configuration documents 1 11 3 155Mbps eSFP Optical Module Figure 1 104 155Mbps eSFP Optical Module 1 11 3 1 155Mbps eSFP MMF 1310nm 2km commercial Table 1 588 Technical specifications Item Specification BOM S4015731 Model SFP FE SX MM1310 Encapsulation mode eSFP Interface standard ITU T G 957 STM 1 Bit Error Ratio BER 1x10E 12 Working case temperat...

Page 378: ...nm 1270 1380 Maximum sending optical power AVG dBm 14 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 19 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1270 1380 Receiving sensitivity AVG dBm 30 Receiving sensitivity OMA dBm Saturated optical power dBm 14 Minimum extinction ratio dB 10 1 11 3 2 155Mbps eSFP SMF 1310nm 15km comm...

Page 379: ...ical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1261 1360 Maximum sending optical power AVG dBm 8 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 15 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1260 1580 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturat...

Page 380: ... Class 1 ESD HBM1 V 500 Transmission rate bit s 155M Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1263 1360 Maximum sending optical power AVG dBm 0 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 5 Minimum sending optical power OMA dBm Working wavelength range of the...

Page 381: ...rd RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1550 Working wavelength range of the optical transmitter nm 1480 1580 Maximum sending optical power AVG dBm 0 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 5 Minimum sending opti...

Page 382: ...G Model OSC015B01 Encapsulation mode eSFP Interface standard IEEE 802 3 100BASE BX10 U Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M Connector type LC Transmission distance km 15 Optical fiber type SMF Center waveleng...

Page 383: ...MA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 5 1 11 4 2 155Mbps eSFP SM 1550nm 15km commercial Table 1 593 Technical specifications Item Specification BOM 02310QNH Model OSC015B02 Encapsulation mode eSFP Interface standard IEEE 802 3 100BASE BX10 D Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard...

Page 384: ... power OMA dBm Minimum sending optical power AVG dBm 14 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1260 1360 Receiving sensitivity AVG dBm 32 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 5 1 11 5 1Gbps Electrical Transceiver Figure 1 106 1Gbps Electrical Transceiver 1 11 5 1 1Gbps SFP 100m industry Table 1 ...

Page 385: ...emperature C 40 C to 85 C 40 F to 185 F Digital diagnosis Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 10M 100M 1000M Connector type RJ45 Transmission distance km 0 1 1 11 6 1 25Gbps eSFP Optical Module Figure 1 107 1 25Gbps eSFP Optical Module 1 11 6 1 1 25Gbps eSFP MMF 850nm 500m extended Table 1 595 Technical specifications I...

Page 386: ... 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 0 5 OM1 Optical fiber type MMF Center wavelength nm 850 Working wavelength range of the optical transmitter nm 770 860 Maximum sending optical power AVG dBm 0 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 9 5 Minimum sending optical power OMA dBm Working wavelength...

Page 387: ...rd RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 10 Optical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1270 1355 Maximum sending optical power AVG dBm 3 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 9 Minimum sending opt...

Page 388: ...ironment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1275 1350 Maximum sending optical power AVG dBm 0 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 5 Mini...

Page 389: ...orking case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1550 Working wavelength range of the optical transmitter nm 1500 1580 Maximum sending optical power AVG dBm 5 ...

Page 390: ...P GE ZX100 SM1550 Encapsulation mode eSFP Interface standard IEEE 802 3 1000BASE ZX Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 100 Optical fiber type SMF Center wavelengt...

Page 391: ...mum extinction ratio dB 9 5 Note The interface standard is Huawei specific 1 11 7 1 25Gbps eSFP BIDI Optical Module Figure 1 108 1 25Gbps eSFP BIDI Optical Module 1 11 7 1 1 25Gbps eSFP SMF 1310nm 10km commercial Table 1 600 Technical specifications Item Specification BOM 34060470 Model SFP GE LX SM1310 BIDI Encapsulation mode eSFP Interface standard IEEE 802 3ah 1000Base BX10 U Bit Error Ratio BE...

Page 392: ...0 1360 Maximum sending optical power AVG dBm 3 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 9 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1480 1500 Receiving sensitivity AVG dBm 19 5 Receiving sensitivity OMA dBm Saturated optical power dBm 3 Minimum extinction ratio dB 6 1 11 7 2 1 25Gbps eSFP SMF 1490nm 10km commercial ...

Page 393: ...ical fiber type SMF Center wavelength nm 1490 Working wavelength range of the optical transmitter nm 1480 1500 Maximum sending optical power AVG dBm 3 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 9 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1260 1360 Receiving sensitivity AVG dBm 19 5 Receiving sensitivity OMA dBm Satura...

Page 394: ...C 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1260 1360 Maximum sending optical power AVG dBm 2 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 3 Minimum sending optical power OMA dBm Working wavelength ra...

Page 395: ...ent standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1550 Working wavelength range of the optical transmitter nm 1530 1580 Maximum sending optical power AVG dBm 2 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 3 Minimum s...

Page 396: ...Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1490 Working wavelength range of the optical transmitter nm 1480 1500 Maximum sending optical power AVG dBm 3 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 2 M...

Page 397: ...Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1260 1360 Maximum sending optical power AVG dBm 3...

Page 398: ...psulation mode eSFP Interface standard IEEE 802 3ah 1000Base BX80 D Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1570 Working...

Page 399: ...fications Item Specification BOM 34060596 Model OGEBIDI81 Encapsulation mode eSFP Interface standard IEEE 802 3ah 1000Base BX80 U Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance ...

Page 400: ...m 1560 1580 Receiving sensitivity AVG dBm 26 Receiving sensitivity OMA dBm Saturated optical power dBm 3 Minimum extinction ratio dB 9 1 11 8 1 25Gbps eSFP CWDM Optical Module Figure 1 109 1 25Gbps eSFP CWDM Optical Module 1 11 8 1 1 25Gbps eSFP SMF 1571nm 80km commercial Table 1 608 Technical specifications Item Specification BOM 34060476 Model eSFP LH80 SM1571 Encapsulation mode eSFP Interface s...

Page 401: ...al fiber type SMF Center wavelength nm 1571 Working wavelength range of the optical transmitter nm 1564 5 1577 5 Maximum sending optical power AVG dBm 5 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1260 1620 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Satura...

Page 402: ...ass 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1591 Working wavelength range of the optical transmitter nm 1584 5 1597 5 Maximum sending optical power AVG dBm 5 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of t...

Page 403: ... RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1551 Working wavelength range of the optical transmitter nm 1544 5 1557 5 Maximum sending optical power AVG dBm 5 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending o...

Page 404: ...ronment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1511 Working wavelength range of the optical transmitter nm 1504 5 1517 5 Maximum sending optical power AVG dBm 5 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 M...

Page 405: ... temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1611 Working wavelength range of the optical transmitter nm 1604 5 1617 5 Maximum sending optical power AVG dBm 5 Maximum...

Page 406: ... Interface standard ITU T G 957 STM 16 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1491 Working wavelength range of the opti...

Page 407: ...cification BOM 34060482 Model eSFP LH80 SM1531 Encapsulation mode eSFP Interface standard ITU T G 957 STM 16 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Connector type LC Transmission distance km 80 Optical fiber t...

Page 408: ...m commercial Table 1 615 Technical specifications Item Specification BOM 34060483 Model eSFP LH80 SM1471 Encapsulation mode eSFP Interface standard ITU T G 957 STM 16 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 1 25G Con...

Page 409: ...ngth range of the optical receiver nm 1260 1620 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 9 Minimum extinction ratio dB 8 5 1 11 9 2 5Gbps eSFP Optical Module Figure 1 110 2 5Gbps eSFP Optical Module 1 11 9 1 2 5Gbps eSFP SMF 1310nm 2km commercial Table 1 616 Technical specifications Item Specification BOM 34060484 Model eSFP 1310nm 155M 2 5G LC SM ...

Page 410: ...mission distance km 2 Optical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1266 1360 Maximum sending optical power AVG dBm 3 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 10 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1200 1650 Receiving sensitivity AVG dBm 18 Receiving se...

Page 411: ...IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 2 5G Connector type LC Transmission distance km 15 Optical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1260 1360 Maximum sending optical power AVG dBm 0 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 5 Minimum sending optical power OMA dBm Working wavelength r...

Page 412: ...ard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 2 5G Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1310 Working wavelength range of the optical transmitter nm 1280 1335 Maximum sending optical power AVG dBm 3 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 2 Minimum sending opt...

Page 413: ...nvironment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 2 5G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1550 Working wavelength range of the optical transmitter nm 1500 1580 Maximum sending optical power AVG dBm 3 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 2 Min...

Page 414: ...20km commercial Table 1 620 Technical specifications Item Specification BOM 34060366 Model eSFP LH120 SM192 10 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission...

Page 415: ... optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 2 125M 2 67Gbps eSFP SMF 1559 79nm 120km commercial Table 1 621 Technical specifications Item Specification BOM 34060372 Model eSFP LH120 SM192 20 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ra...

Page 416: ...l power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 3 125M 2 67Gbps eSFP SMF 1558 98nm 120km commercial Table 1 622 Technical specifications Item Specification BOM 34060373 Model eSFP LH120 SM192 30 En...

Page 417: ...Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 4 125M 2 67Gbps eSFP SMF 1558 17nm 120km commerci...

Page 418: ...ptical fiber type SMF Center wavelength nm 1558 17 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated opt...

Page 419: ...C 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1557 36 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength ran...

Page 420: ...ironment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1556 55 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minim...

Page 421: ...sis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1555 75 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power...

Page 422: ... 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1554 94 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dB...

Page 423: ...P Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1554 13 Working wav...

Page 424: ...ification BOM 34060380 Model eSFP LH120 SM193 00 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance...

Page 425: ... commercial Table 1 630 Technical specifications Item Specification BOM 34060381 Model eSFP LH120 SM193 10 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rat...

Page 426: ...ion ratio dB 8 2 1 11 10 12 125M 2 67Gbps eSFP SMF 1551 72nm 120km commercial Table 1 631 Technical specifications Item Specification BOM 34060382 Model eSFP LH120 SM193 20 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standa...

Page 427: ...AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 13 125M 2 67Gbps eSFP SMF 1550 92nm 120km commercial Table 1 632 Technical specifications Item Specification BOM 34060383 Model eSFP LH120 SM193 30 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 7...

Page 428: ...avelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 14 125M 2 67Gbps eSFP SMF 1550 12nm 120km commercial Table 1 633 Technical specifications Item Specification BOM 34060384 Model eSFP LH120 SM193 40 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabi...

Page 429: ...nimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 15 125M 2 67Gbps eSFP SMF 1549 32nm 120km commercial Table 1 634 Technical specifications Item Specification BOM 34060385 Model e...

Page 430: ...th range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 16 125M 2 ...

Page 431: ...C Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1548 51 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving s...

Page 432: ...s B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1547 72 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working waveleng...

Page 433: ...ironment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1546 92 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minim...

Page 434: ...sis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1546 12 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power...

Page 435: ...E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1545 32 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG d...

Page 436: ...FP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1544 53 Working wa...

Page 437: ...ification BOM 34060392 Model eSFP LH120 SM194 20 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance...

Page 438: ... commercial Table 1 642 Technical specifications Item Specification BOM 34060393 Model eSFP LH120 SM194 30 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rat...

Page 439: ...ion ratio dB 8 2 1 11 10 24 125M 2 67Gbps eSFP SMF 1542 14nm 120km commercial Table 1 643 Technical specifications Item Specification BOM 34060394 Model eSFP LH120 SM194 40 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standa...

Page 440: ...AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 25 125M 2 67Gbps eSFP SMF 1541 35nm 120km commercial Table 1 644 Technical specifications Item Specification BOM 34060395 Model eSFP LH120 SM194 50 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 7...

Page 441: ...avelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 26 125M 2 67Gbps eSFP SMF 1540 56nm 120km commercial Table 1 645 Technical specifications Item Specification BOM 34060396 Model eSFP LH120 SM194 60 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabi...

Page 442: ...nimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 27 125M 2 67Gbps eSFP SMF 1539 77nm 120km commercial Table 1 646 Technical specifications Item Specification BOM 34060397 Model e...

Page 443: ...th range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 28 125M 2 ...

Page 444: ...C Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1538 98 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving s...

Page 445: ...s B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1538 19 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working waveleng...

Page 446: ...vironment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1537 4 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minim...

Page 447: ...sis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1536 61 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power...

Page 448: ...E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1535 82 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG d...

Page 449: ...FP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1535 04 Working wa...

Page 450: ...ification BOM 34060404 Model eSFP LH120 SM195 40 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance...

Page 451: ... commercial Table 1 654 Technical specifications Item Specification BOM 34060405 Model eSFP LH120 SM195 50 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rat...

Page 452: ...ion ratio dB 8 2 1 11 10 36 125M 2 67Gbps eSFP SMF 1532 68nm 120km commercial Table 1 655 Technical specifications Item Specification BOM 34060406 Model eSFP LH120 SM195 60 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standa...

Page 453: ...AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 37 125M 2 67Gbps eSFP SMF 1531 90nm 120km commercial Table 1 656 Technical specifications Item Specification BOM 34060407 Model eSFP LH120 SM195 70 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit Ethernet Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 7...

Page 454: ...velength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 38 125M 2 67Gbps eSFP SMF 1531 12nm 120km commercial Table 1 657 Technical specifications Item Specification BOM 34060408 Model eSFP LH120 SM195 80 Encapsulation mode eSFP Interface standard SONET OC 48 LR 2 Gigabit...

Page 455: ...nimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 39 125M 2 67Gbps eSFP SMF 1530 33nm 120km commercial Table 1 658 Technical specifications Item Specification BOM 34060409 Model e...

Page 456: ...th range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1520 1570 Receiving sensitivity AVG dBm 28 Receiving sensitivity OMA dBm Saturated optical power dBm 8 Minimum extinction ratio dB 8 2 1 11 10 40 125M 2 ...

Page 457: ...1 V 500 Transmission rate bit s 155M 2 67G Connector type LC Transmission distance km 120 Optical fiber type SMF Center wavelength nm 1529 55 Working wavelength range of the optical transmitter nm Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receive...

Page 458: ...0N03 Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE SR SW Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 0 3 OM3 Optical fiber type MMF Center wavel...

Page 459: ...11 1 Saturated optical power dBm 1 Minimum extinction ratio dB 3 1 11 11 2 10Gbps SFP SMF 1310nm 10km commercial Table 1 661 Technical specifications Item Specification BOM S4017483 Model OSX001002 Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE LR LW Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoH...

Page 460: ...er nm 1260 1355 Receiving sensitivity AVG dBm 14 4 Receiving sensitivity OMA dBm 12 6 Saturated optical power dBm 0 5 Minimum extinction ratio dB 3 5 1 11 11 3 10Gbps SFP SMF 1550nm 40km commercial Table 1 662 Technical specifications Item Specification BOM S4017484 Model OMXD30002 Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE ER EW Bit Error Ratio BER 1x10E 12 Working case temper...

Page 461: ...optical power OMA dBm Working wavelength range of the optical receiver nm 1530 1565 Receiving sensitivity AVG dBm 15 8 Receiving sensitivity OMA dBm 14 1 Saturated optical power dBm 1 Minimum extinction ratio dB 3 Note Self loop is not supported An optical attenuator must be added if self loop is required 1 11 11 4 10Gbps SFP SMF 1550nm 80km commercial Table 1 663 Technical specifications Item Spe...

Page 462: ...50 Working wavelength range of the optical transmitter nm 1530 1565 Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1260 1565 Receiving sensitivity AVG dBm 24 Receiving sensitivity OMA dBm Saturated optical power dBm 7 Minimum extinction ra...

Page 463: ... OSX070001 Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE X Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 70 Optical fiber type SMF Center waveleng...

Page 464: ...Bm Saturated optical power dBm 7 Minimum extinction ratio dB 8 2 1 11 12 2 10Gbps SFP SMF 1471nm 70km commercial Table 1 665 Technical specifications Item Specification BOM 34060687 Model OSX070002 Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE X Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Se...

Page 465: ...receiver nm 1460 1620 Receiving sensitivity AVG dBm 23 Receiving sensitivity OMA dBm Saturated optical power dBm 7 Minimum extinction ratio dB 8 2 1 11 12 3 10Gbps SFP SMF 1491nm 70km commercial Table 1 666 Technical specifications Item Specification BOM 34060688 Model OSX070003 Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE X Bit Error Ratio BER 1x10E 12 Working case temperature C...

Page 466: ...VG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1460 1620 Receiving sensitivity AVG dBm 23 Receiving sensitivity OMA dBm Saturated optical power dBm 7 Minimum extinction ratio dB 8 2 1 11 12 4 10Gbps SFP SMF 1531nm 70km commercial Table 1 667 Technical specifications Item Specification BOM 34060689 Model OSX070004 Encapsulation mode SFP Interface ...

Page 467: ...imum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1460 1620 Receiving sensitivity AVG dBm 23 Receiving sensitivity OMA dBm Saturated optical power dBm 7 Minimum extinction ratio dB 8 2 1 11 12 5 10Gbps SFP SMF 1551nm 70km commercial Table 1 668 ...

Page 468: ...F Center wavelength nm 1551 Working wavelength range of the optical transmitter nm 1544 5 1557 5 Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1460 1620 Receiving sensitivity AVG dBm 23 Receiving sensitivity OMA dBm Saturated optical powe...

Page 469: ...V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 70 Optical fiber type SMF Center wavelength nm 1571 Working wavelength range of the optical transmitter nm 1564 5 1577 5 Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the op...

Page 470: ...curity standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 70 Optical fiber type SMF Center wavelength nm 1591 Working wavelength range of the optical transmitter nm 1584 5 1597 5 Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending...

Page 471: ...standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 70 Optical fiber type SMF Center wavelength nm 1611 Working wavelength range of the optical transmitter nm 1604 5 1617 4 Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0...

Page 472: ... 672 Technical specifications Item Specification BOM 34060544 002 Model OSX010B10 Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE BX10 U Bit Error Ratio BER 1x10E 12 Working case temperature C 40 C to 85 C 40 F to 185 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connect...

Page 473: ...er nm 1320 1340 Receiving sensitivity AVG dBm 14 4 Receiving sensitivity OMA dBm 10 3 Saturated optical power dBm 0 5 Minimum extinction ratio dB 3 5 1 11 13 2 10Gbps SFP SMF 1330nm 10km industry Table 1 673 Technical specifications Item Specification BOM 34060546 002 Model OSX010B11 Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE BX10 D Bit Error Ratio BER 1x10E 12 Working case tem...

Page 474: ...Minimum sending optical power OMA dBm 5 2 Working wavelength range of the optical receiver nm 1260 1280 Receiving sensitivity AVG dBm 14 4 Receiving sensitivity OMA dBm 12 6 Saturated optical power dBm 0 5 Minimum extinction ratio dB 3 5 1 11 13 3 10Gbps SFP SMF 1330nm 40km commercial Table 1 674 Technical specifications Item Specification BOM 34060917 Model OSX040B02 Encapsulation mode SFP Interf...

Page 475: ... sending optical power AVG dBm 5 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1260 1280 Receiving sensitivity AVG dBm 18 Receiving sensitivity OMA dBm Saturated optical power dBm 9 Minimum extinction ratio dB 3 5 1 11 13 4 10Gbps SFP SMF 1270nm 40km commercial Table 1 675 Tech...

Page 476: ... Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1270 Working wavelength range of the optical transmitter nm 1260 1280 Maximum sending optical power AVG dBm 5 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1320 1340 Receiving sensitivity...

Page 477: ...Encapsulation mode SFP Interface standard IEEE 802 3ae 10GBASE ZR ZW ITUT G 709 Bit Error Ratio BER 1x10E 12 10GE 1x10E 4 OTU2 OTU2e Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF 8472 Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G 11 1G Connector type LC Transmission distance km 80 Opti...

Page 478: ...A dBm Working wavelength range of the optical receiver nm 1260 1600 Receiving sensitivity AVG dBm 24 10GE 1e 12 26 OTU2 OTU2e 1e 4 Receiving sensitivity OMA dBm Saturated optical power dBm 7 Minimum extinction ratio dB 9 Note The interface standard is Huawei specific 1 11 15 10Gbps SFP OTN Optical Module Figure 1 116 10Gbps SFP OTN Optical Module 1 11 15 1 10Gbps SFP SMF 1528nm 1568nm 80km commerc...

Page 479: ... Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G 11 1G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm Working wavelength range of the optical transmitter nm 1529 163 1560 606 Maximum sending optical power AVG dBm 3 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 1 Minimum sending optical power OMA dBm Working wav...

Page 480: ...SMF 1611nm 70km commercial Table 1 678 Technical specifications Item Specification BOM 34060554 Model XFP LH70 SM1611 Encapsulation mode XFP Interface standard IEEE 802 3ae 10GBASE ZR ZW STM64 OC 192 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF INF 8077i Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V...

Page 481: ...um sending optical power OMA dBm Working wavelength range of the optical receiver nm 1460 1620 Receiving sensitivity AVG dBm 21 Receiving sensitivity OMA dBm Saturated optical power dBm 7 Minimum extinction ratio dB 8 2 1 11 16 2 10Gbps XFP SMF 1591nm 70km commercial Table 1 679 Technical specifications Item Specification BOM 34060553 Model XFP LH70 SM1591 Encapsulation mode XFP Interface standard...

Page 482: ... optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1460 1620 Receiving sensitivity AVG dBm 21 Receiving sensitivity OMA dBm Saturated optical power dBm 7 Minimum extinction ratio dB 8 2 1 11 16 3 10Gbps XFP SMF 1571nm 70km commercial Table 1 680 Technical sp...

Page 483: ... Center wavelength nm 1571 Working wavelength range of the optical transmitter nm 1564 5 1577 5 Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength range of the optical receiver nm 1460 1620 Receiving sensitivity AVG dBm 21 Receiving sensitivity OMA dBm Saturated optical power...

Page 484: ...1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 70 Optical fiber type SMF Center wavelength nm 1551 Working wavelength range of the optical transmitter nm 1544 5 1557 5 Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical power AVG dBm 0 Minimum sending optical power OMA dBm Working wavelength rang...

Page 485: ...i Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 70 Optical fiber type SMF Center wavelength nm 1531 Working wavelength range of the optical transmitter nm 1524 5 1537 5 Maximum sending optical power AVG dBm 4 Maximum sending optical power OMA dBm Minimum sending optical p...

Page 486: ...erature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF INF 8077i Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 70 Optical fiber type SMF Center wavelength nm 1511 Working wavelength range of the optical transmitter nm 1504 5 1517 5 Maximum sending optical power AVG dBm...

Page 487: ...terface standard IEEE 802 3ae 10GBASE ZR ZW STM64 OC 192 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF INF 8077i Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector type LC Transmission distance km 70 Optical fiber type SMF Center wavelength nm 1491 Wor...

Page 488: ...fications Item Specification BOM 34060547 Model XFP LH70 SM1471 Encapsulation mode XFP Interface standard IEEE 802 3ae 10GBASE ZR ZW STM64 OC 192 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis SFF INF 8077i Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 9 953G 10 3125G Connector...

Page 489: ... 1460 1620 Receiving sensitivity AVG dBm 23 Receiving sensitivity OMA dBm Saturated optical power dBm 7 Minimum extinction ratio dB 8 2 1 11 17 100Gbps CFP Optical Modules Figure 1 118 100Gbps CFP Optical Modules 1 11 17 1 100Gbps 4 25 7 CFP SMF 1295 56 1309 14nm 10km commercial Table 1 686 Technical specifications Item Specification BOM S4017456 Model OSN010N04 Encapsulation mode CFP Interface st...

Page 490: ...295 56 1300 05 1304 58 1309 14 Working wavelength range of the optical transmitter nm 1294 53 1296 59 1299 02 1301 09 1303 54 1305 63 1308 09 1310 19 Maximum sending optical power AVG dBm Maximum sending optical power OMA dBm per lane 4 5 Minimum sending optical power AVG dBm Minimum sending optical power OMA dBm per lane 1 3 Working wavelength range of the optical receiver nm 1294 53 1296 59 1299...

Page 491: ... Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 103 125G Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1295 56 1300 05 1304 58 1309 14 Working wavelength range of the optical transmitter nm 1294 53 1296 59 1299 02 1301 09 1303 54 1305 63 1308 09 1310 19 Maximum sending optical power AVG dBm per lane 2 9 Maximum s...

Page 492: ...10 10 3 CFP SMF 1523 1595nm 10km commercial Table 1 688 Technical specifications Item Specification BOM S4017458 Model OSN010N05 Encapsulation mode CFP Interface standard IEEE 802 3ba 100GBASE LR10 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis CFP MSA Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1M ESD HBM1 V 500 Tr...

Page 493: ...imum sending optical power AVG dBm Maximum sending optical power OMA dBm per lane 3 5 Minimum sending optical power AVG dBm Minimum sending optical power OMA dBm per lane 2 8 Working wavelength range of the optical receiver nm 1521 1525 1529 1533 1537 1541 1545 1549 1553 1557 1561 1565 1569 1573 1577 1581 1585 1589 1593 1597 Receiving sensitivity AVG dBm Receiving sensitivity OMA dBm per lane 8 8 ...

Page 494: ...d FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 103 125G Connector type MPO 24 Transmission distance km 0 1 OM3 0 15 OM4 Optical fiber type MMF Center wavelength nm 850 Working wavelength range of the optical transmitter nm 840 860 Maximum sending optical power AVG dBm Maximum sending optical power OMA dBm per lane 3 Minimum sending optical power AVG dBm Minimum sending op...

Page 495: ...BASE ZR4 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis CFP MSA Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1M ESD HBM1 V 500 Transmission rate bit s 103 125G Connector type LC Transmission distance km 80 Optical fiber type SMF Center wavelength nm 1295 56 1300 05 1304 58 1309 14 Working wavelength range of the opti...

Page 496: ...1301 09 1303 54 1305 63 1308 09 1310 19 Receiving sensitivity AVG dBm per lane 30 Receiving sensitivity OMA dBm Saturated optical power dBm per lane 7 Minimum extinction ratio dB 8 Note The interface standard is Huawei specific 1 11 18 100Gbps CFP2 Optical Module Figure 1 119 100Gbps CFP2 Optical Module 1 11 18 1 100Gbps 4 25 7 CFP2 SMF 1295 56 1309 14nm 10km commercial Table 1 691 Technical speci...

Page 497: ...ransmission distance km 10 Optical fiber type SMF Center wavelength nm 1295 56 1300 05 1304 58 1309 14 Working wavelength range of the optical transmitter nm 1294 53 1296 59 1299 02 1301 09 1303 54 1305 63 1308 09 1310 19 Maximum sending optical power AVG dBm per lane 4 5 Maximum sending optical power OMA dBm per lane 4 5 Minimum sending optical power AVG dBm per lane 4 3 Minimum sending optical p...

Page 498: ...lation mode CFP2 Interface standard IEEE 802 3ba 100GBASE ER4 Bit Error Ratio BER 1x10E 12 Working case temperature C 0 C to 70 C 32 F to 158 F Digital diagnosis CFP MSA Environment standard RoHS Security standard FCC class B IEC 60825 1 Class 1 ESD HBM1 V 500 Transmission rate bit s 103 125G Connector type LC Transmission distance km 40 Optical fiber type SMF Center wavelength nm 1295 56 1300 05 ...

Page 499: ...ceiving sensitivity OMA dBm per lane 21 4 Saturated optical power dBm per lane 4 5 Minimum extinction ratio dB 8 Note The optical power calculation is based on the OMA value 1 11 19 AE 905S Module Description Existing core network devices which do not support 1588 cannot obtain clock signals from BITS servers Upgrading core network devices to support 1588 is both complex and costly To address this...

Page 500: ...5 07 491 Figure 1 120 AE 905S module front view Figure 1 121 AE 905S module back view An AE 905S module must be inserted into a GE optical interface of SFP type The AE 905S module has a STAT indicator under the HUAWEI logo Table 1 693 describes STAT indicator states ...

Page 501: ... meets industrial grade requirements Table 1 694 lists its interface specifications Table 1 694 AE 905S module interface specifications Item Specification BOM Number 03031TUX Board Name for Order ANPM000GPS01 Interface type SMA Encapsulation type SFP Input signal An AE 905S module uses the SMA interface to receive GPS satellite signals Output signal An AE 905S module uses the GE interface to provi...

Page 502: ...PS surge protector can protect a device against the lightning strikes inducted by the antenna feeder Without the protection of a surge protector a device may be damaged by surge currents or voltage in a lightning weather The GPS feeder transmits GPS signals The image shown here is indicative only If there is any inconsistency between the image and the actual product the actual product shall govern...

Page 503: ...re For details about how to install the GPS satellite antenna system see the GPS quick installation guide 1 Connect a two sided female connector to the Protect interface of the surge protector 2 Connect one end of the coaxial cable to the Protect interface of the surge protector and fasten the joint with a wrench ...

Page 504: ...2018 05 07 495 3 Implement 1 3 3 waterproof protection where the coaxial cable and the Protect interface of the surge protector are connected and fasten cable ties at both ends 4 Fasten the surge protector to the GPS antenna support and use screws to secure it ...

Page 505: ... the ME60 with the latch of the AE 905S module locked 9 Connect one end of the GPS feeder to the Surge interface of the surge protector and the other end of the GPS feeder to the GPS antenna Fasten each connector with a wrench 10 Implement 1 3 3 waterproof protection where the coaxial cable and the Protect interface of the surge protector are connected and fasten cable ties at both ends Implement ...

Page 506: ... the equipment room can meet power requirement Therefore this product increases power distribution flexibility Benefits This product is a 6 U 263 9 mm power distribution box that complies with the IEC297 standard It can convert 4 DC input lines into 12 DC output lines It includes A and B power distribution areas Each area has 2 DC input lines and each DC input line is converted into 3 output lines...

Page 507: ... power the Huawei ME60 X16 that is equipped with 8 PEM modules Main Components Figure 1 125 DPD300 4 12 components Table 1 695 list the DPD300 4 12 components and quantities Table 1 695 Components and Quantities No Component Quantity 1 Plastic panel 1 2 Circuit breaker 12 3 Handle 2 4 Mounting ear 2 5 Grounding terminal for connecting the cabinet grounding terminal 1 ...

Page 508: ...form Huawei N68E cabinet Weight 30 kg 60 15 lb DC input voltage Rated voltage 48 V Maximum voltage range 72V 40V Input Maximum current 300A Output Maximum current 12 100A The default configuration of 80A circuit breaker Air breaker Changeable 20A 100A Ambient temperature Long term 0 C 40 C Short term 5 C 50 C Storage temperature 40 C 70 C Ambient humidity Long term 5 RH to 85 RH no condensing Shor...

Page 509: ...s shorted circuited to NEG B2 the power distribution box will provide two input lines and 12 output lines The changed output power must be larger than or equal to the rated power of the device that is powered by the power distribution box Figure 1 126 Circuit principle 1 12 2 X3 Power Distribution Instance This section describes some power distribution instances This document describes the example...

Page 510: ...ng between input lines and output lines in the power distribution box Figure 1 127 Mapping between input lines and output lines in the power distribution box Scenario Where a Huawei ME60 X3 Is Equipped with 2 PWR Modules PWR 1 is connected to any power output in OUTPUT A area of the power distribution box PWR 2 is connected to any power output in OUTPUT B area of the power distribution box Figure ...

Page 511: ...a in the power distribution box and connect PEM Bs to the OUTPUT B area in the power distribution box Mapping between input lines and output lines in the power distribution box Figure 1 129 Mapping between input lines and output lines in the power distribution box Scenario Where a Huawei ME60 X8 Is Equipped with 4 PEM Modules PEM A1 and PEM A2 are connected to A1 1 and A1 2 in the power distributi...

Page 512: ...ower distribution instances This document describes the examples for installing ME60 X series products The number of each PEM module can be determined based on a product silkscreen and the primary and secondary power supply diagram To ensure power supply backup connect PEM As to the OUTPUT A area in the power distribution box and connect PEM Bs to the OUTPUT B area in the power distribution box ...

Page 513: ...nario Where a Huawei ME60 X16 Is Equipped with 8 PEM Modules PEM A1 and PEM A2 are connected to A1 1 and A1 2 in the power distribution box and PEM A3 and PEM A4 are connected to A2 1 and A2 2 in the power distribution box PEM B1 and PEM B2 are connected to B1 1 and B1 2 in the power distribution box and PEM B3 and PEM B4 are connected to B2 1 and B2 2 in the power distribution box Figure 1 132 Po...

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