Zte ZXR10 1800-2E Hardware Description Download Page 4

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5.2.2 DC Power Module .................................................................................... 5-6

Chapter 6 ZXR10 1800-2E Chassis ........................................................... 6-1

6.1 Structure............................................................................................................ 6-1

6.1.1 Overview and Structure ............................................................................ 6-1

6.1.2 Slots........................................................................................................ 6-3

6.1.3 System Parameters .................................................................................. 6-4

6.2 Power Supplies .................................................................................................. 6-4

6.2.1 AC Power Module .................................................................................... 6-5

6.2.2 DC Power Module .................................................................................... 6-6

Chapter 7 MPFU.......................................................................................... 7-1

7.1 RAC-2838-MPFU-A............................................................................................ 7-1

7.2 RAC-2838-MPFU-B/RAC-2838-MPFU-C ............................................................. 7-3

Chapter 8 General Processing Boards..................................................... 8-1

8.1 RAC-DPIU-OSU-A1 ........................................................................................... 8-1

8.2 RAC-DPIU-OSU-A2 ........................................................................................... 8-3

8.3 RAC-DPIU-FW-A ............................................................................................... 8-4

Chapter 9 Line Interface Boards ............................................................... 9-1

9.1 RAC-SPIU-02CE1-75 ......................................................................................... 9-2

9.2 RAC-SPIU-02UE1-75 ......................................................................................... 9-3

9.3 RAC-SPIU-02CE1-120 ....................................................................................... 9-5

9.4 RAC-SPIU-02UE1-120 ....................................................................................... 9-6

9.5 RAC-SPIU-02HS................................................................................................ 9-8

9.6 RAC-SPIU-04GE................................................................................................ 9-9

9.7 RAC-PIU-LTE ...................................................................................................9-11

9.8 RAC-PIU-01DSLB ............................................................................................ 9-13

9.9 RAC-PIU-04SHDSL ......................................................................................... 9-15

9.10 RAC-PIU-04HS ............................................................................................. 9-16

9.11 RAC-PIU-04CE1-75........................................................................................ 9-18

9.12 RAC-PIU-04CE1-120...................................................................................... 9-19

9.13 RAC-PIU-04UE1-75 ....................................................................................... 9-21

9.14 RAC-PIU-04UE1-120...................................................................................... 9-22

9.15 RAC-PIU-16CE1 ............................................................................................ 9-23

9.16 RAC-PIU-16CE1-CES .................................................................................... 9-25

9.17 RAC-PIU-01P12-SFP ..................................................................................... 9-26

9.18 RAC-PIU-02P3-SFP ....................................................................................... 9-28

9.19 RAC-PIU-04P3-SFP ....................................................................................... 9-29

9.20 RAC-PIU-02CP3-SFP..................................................................................... 9-31

SJ-20150204153047-004|2015-03-30 (R1.0)

ZTE Proprietary and Confidential

Summary of Contents for ZXR10 1800-2E

Page 1: ...ated Multi Service Router Hardware Description Version 2 00 20 ZTE CORPORATION No 55 Hi tech Road South ShenZhen P R China Postcode 518057 Tel 86 755 26771900 Fax 86 755 26770801 URL http support zte com cn E mail support zte com cn ...

Page 2: ... infringement ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on the information contained herein ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subject matter of this document Except as expressly provided in any written license between ZTE CORPORATION and its licensee th...

Page 3: ...ucture 3 1 3 1 2 Slot Layout 3 2 3 1 3 System Parameters 3 3 3 2 Power Supply 3 3 3 2 1 AC Power Supply Module 3 4 3 2 2 DC Power Supply Module 3 5 3 3 Fan 3 6 Chapter 4 ZXR10 1800 2S Chassis 4 1 4 1 Structure 4 1 4 1 1 Overview and Structure 4 1 4 1 2 Slot Layout 4 4 4 1 3 System Parameters 4 5 4 2 Power Supply 4 6 Chapter 5 ZXR10 2800 3E Chassis 5 1 5 1 Structure 5 1 5 1 1 Overview and Structure...

Page 4: ... Chapter 9 Line Interface Boards 9 1 9 1 RAC SPIU 02CE1 75 9 2 9 2 RAC SPIU 02UE1 75 9 3 9 3 RAC SPIU 02CE1 120 9 5 9 4 RAC SPIU 02UE1 120 9 6 9 5 RAC SPIU 02HS 9 8 9 6 RAC SPIU 04GE 9 9 9 7 RAC PIU LTE 9 11 9 8 RAC PIU 01DSLB 9 13 9 9 RAC PIU 04SHDSL 9 15 9 10 RAC PIU 04HS 9 16 9 11 RAC PIU 04CE1 75 9 18 9 12 RAC PIU 04CE1 120 9 19 9 13 RAC PIU 04UE1 75 9 21 9 14 RAC PIU 04UE1 120 9 22 9 15 RAC P...

Page 5: ...r Cables 10 1 10 1 2 AC Power Cables 10 3 10 1 3 Grounding Cables 10 4 10 2 Signal Cables 10 4 10 2 1 AUX Cables 10 4 10 2 2 Console Cables 10 5 10 2 3 Ethernet Cables 10 6 10 2 4 Optical Fibers 10 7 10 2 5 SHDSL Cables 10 9 10 2 6 Synchronous Asynchronous Serial Cable 10 10 10 2 7 E1 Trunk Cable 10 13 Appendix A Board Quick Table Weight and Power Consumption A 1 Appendix B Optical Modules Quick T...

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Page 7: ... 3 ZXR10 2800 4 Chassis Describes the structure components slot layout system parameters power supplies and the heat dissipation sys tem of the ZXR10 2800 4 chassis Chapter 4 ZXR10 1800 2S Chassis Describes the structure components slot layout system parameters power supplies and the heat dissipation sys tem of the ZXR10 1800 2S chassis Chapter 5 ZXR10 2800 3E Chassis Describes the structure slot ...

Page 8: ...lso refer to other related manuals and documents Bold Menus menu options function names input fields option button names check boxes drop down lists dialog box names window names parameters and commands Constant width Text that you type program codes filenames directory names and function names Optional parameters Mandatory parameters Separates individual parameters in a series of parameters Warni...

Page 9: ... can be installed in an IEC297 standard cabinet or ETSI standard cabinet Shelf ZXR10 3800 8 Chassis ZXR10 2800 4 Chassis ZXR10 1800 2S Chassis Contains chassis structure power supply module fan and dust screen module and LCD module MPFU Refer to Chapter 7 MPFU Contains MPFU General processing boards Refer to Chapter 8 General Processing Boards General processing boards that the ZXR10 ZSR V2 series...

Page 10: ...ZXR10 ZSR V2 Hardware Description This page intentionally left blank 1 2 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 11: ...s used The width of the ZXR10 3800 8 chassis complies with the 19 inch standard and can be installed in IEC297 or ETSI standard cabinets Table of Contents Structure 2 1 Power Supply 2 4 FAN Module 2 6 2 1 Structure 2 1 1 Overview and Structure The height of the ZXR10 3800 8 chassis is 3U 1U 1 75 in 44 45 mm and the dimensions width height depth are 17 41 in 5 20 in 7 88 in 442 mm 132 mm 200 mm For...

Page 12: ...XR10 3800 8 provides one slot for the main control forwarding board and at most eight slots for line interfaces Power supply module The ZXR10 3800 8 provides two slots for power modules You can configure one or two power modules Fan module The ZXR10 3800 8 provides one vertically installed fan module 2 1 2 Slot Layout For a front view of the ZXR10 3800 8 chassis see Figure 2 3 Figure 2 3 Front Vie...

Page 13: ... configuration 25 4 lb 11 5 kg Physical parameter Maximum power consumption 240 W Memory 2 GB Storage capacity FLASH 4 GB Total number of slots 9 Slot Number of PIU slots 8 Redundancy mode 1 1 redundancy supporting AC and DC mixed power supply Maximum output power 250 W Rated input voltage 60 V DC to 48 V DC DC power single Input voltage range 72 V DC to 38 V DC Redundancy mode 1 1 redundancy supp...

Page 14: ...e alarm and overheating protection Caution Please disconnect all power supply before servicing 2 2 1 AC Power Supply Module Panel For the front view of the AC power supply module of the ZXR10 3800 8 see Figure 2 4 Figure 2 4 Panel of the AC Power Supply Module Indicators For a description of the ZXR10 3800 8 AC power supply indicators refer to Table 2 3 Table 2 3 Indicator Descriptions for the ZXR...

Page 15: ... to Table 2 5 Table 2 5 Technical Parameters of the AC Power Rectifier of the ZXR10 3800 8 Parameter Specification Dimensions height width depth 3 15 in 1 57 in 6 89 in 80 mm 40 mm 175 mm Weight 0 68 kg Input voltage range 100 V AC to 240 V AC AC input frequency 50 Hz to 60 Hz Rated output power 250 W 2 2 2 DC Power Supply Module Panel For the front view of the DC power supply module of the ZXR10 ...

Page 16: ...XR10 3800 8 refer to Table 2 8 Table 2 8 Technical Parameters of the DC Power Supply Module of the ZXR10 3800 8 Parameter Specification Dimensions height width depth 3 15 in 1 57 in 6 89 in 80 mm 40 mm 175 mm Weight 1 45 lb 0 52 kg Input voltage range 72 V DC to 48 V DC Maximum output power 250 W Rated input current 8 5 A 2 3 FAN Module There is a vertical fan module in the ZXR10 3800 8 chassis wh...

Page 17: ...ons Parameter Specification Size W H D 40 8 mm 125 7 mm 186 mm Weight 0 62 kg Power consumption 45 W Maximum wind pressure 23 mmH2O Maximum wind 287 CFM Maximum noise 60 dBA Operation voltage 12 V 2 7 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 18: ...ZXR10 ZSR V2 Hardware Description This page intentionally left blank 2 8 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 19: ...es is used The width of the ZXR10 2800 4 chassis complies with the 19 inch standard and can be installed in IEC297 or ETSI standard cabinets Table of Contents Structure 3 1 Power Supply 3 3 Fan 3 6 3 1 Structure 3 1 1 Overview and Structure The height of the ZXR10 2800 4 chassis is 2U 1U 1 75 in 44 45 mm and the dimensions width height depth are 17 41 in 3 46 in 7 88 in 442 mm 88 mm 200 mm For the...

Page 20: ...The ZXR10 2800 4 provides two slots for power modules You can configure one or two power modules Fan module The ZXR10 2800 4 provides one vertically installed fan module 3 1 2 Slot Layout For a front view of the ZXR10 2800 4 chassis see Figure 3 3 Figure 3 3 Front View of the ZXR10 2800 4 Chassis The ZXR10 2800 4 chassis provides five service slots and boards are horizontally installed in the chas...

Page 21: ...W Rated input voltage 60 V DC to 48 V DC DC power single Input voltage range 72 V DC to 38 V DC Redundancy mode 1 1 redundancy supporting AC and DC mixed power supply Rated input voltage 100 V AC to 240 V AC Input frequency range 50 Hz to 60 Hz AC power single Rated output power per module 250 W Heat dissipation system Number of fan modules 1 Grounding resistance Resistance of joint grounding 5 Ω ...

Page 22: ...ors For a description of the ZXR10 2800 4 AC power supply indicators refer to Table 3 3 Table 3 3 Indicator Descriptions for the ZXR10 2800 4 AC Power Supply Module Indicator Number Color Description RUN 1 Green Indicates that the power supply module operates properly ALM 1 Red Indicates that the power supply module has an alarm Buttons There is one power button on the ZXR10 2800 4 AC power supply...

Page 23: ...AC input frequency 50 Hz to 60 Hz Rated output power 250 W 3 2 2 DC Power Supply Module Panel For the front view of the DC power supply module of the ZXR10 2800 4 see Figure 3 5 Figure 3 5 Panel of the DC Power Supply Module Indicators For a description of the ZXR10 2800 4 DC power supply indicators refer to Table 3 6 Table 3 6 Indicator Descriptions for the ZXR10 2800 4 DC Power Supply Module Ind...

Page 24: ...ght 1 45 lb 0 52 kg Input voltage range 72 V DC to 38 V DC Maximum output power 250 W Rated input current 8 5 A 3 3 Fan There is a vertical fan module in the ZXR10 2800 4 chassis which consists of two fans The cool air enters the chassis from its lateral side flows to the boards and power supply modules and then is blown out from the other side The fan module can automatically adjust the fan speed...

Page 25: ...Chapter 3 ZXR10 2800 4 Chassis Parameter Specification Maximum noise 58 dBA Operation voltage 12 V 3 7 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 26: ...ZXR10 ZSR V2 Hardware Description This page intentionally left blank 3 8 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 27: ...CDMA or LTE networks l The ZXR10 1800 2S W has a built in WiFi module for supporting the WiFi function Table of Contents Structure 4 1 Power Supply 4 6 4 1 Structure 4 1 1 Overview and Structure Overview The height of the ZXR10 1800 2S chassis excluding the antenna is 1U 1U 44 45 mm and the dimension width height depth 380 mm 43 6 mm 200 mm For a description of the main components of the ZXR10 180...

Page 28: ...e is configured the chassis has no antenna Figure 4 2 shows the panel view of the ZXR10 1800 2S Figure 4 2 ZXR10 1800 2S Front Panel For a description of the ZXR10 1800 2S front panel refer to Table 4 2 Table 4 2 ZXR10 1800 2S Front Panel Descriptions Component Silk Screen Name Description USB1 USB interfaces USB2 USB 2 0 interface used for storing installation packages and other data supporting 3...

Page 29: ...s displayed on the indicator label This indicator indicates whether the LTE function operates properly RST Reset button WIFI WiFi function button which is available only on the chassis of the ZXR10 1800 2S W Buttons WPS WiFi connection reestablishment button which is available only on the chassis of the ZXR10 1800 2S W Note The ZXR10 1800 2S without any wireless module does not have the WIFI indic...

Page 30: ...rface The functions are the same as those of the RJ45 CON AUX interface Either of the Micro USB console interface or the RJ45 CON AUX interface is used The priority is high CON AUX Serial port RJ45 Debugging port for system management and configuration GE1 4 GE electrical interface 4 GE electrical interfaces COMBO GE5 6 Combo interface 2 electrical optical combo interfaces SIM CARD SIM card interf...

Page 31: ...tion 6 83 lb 3 10 kg Physical parameter Maximum power consumption 55 W Supported frequency band 2 4 G WiFi function Supported system standard IEEE 802 11b g n Memory 2 GB Storage capacity FLASH 1 GB Total number of slots 2 Slot Number of PIU slots 2 Maximum output power 60 W Rated input voltage 60 V DC to 48 V DC DC power single Input voltage range 72 V DC to 38 V DC Rated input voltage 100 V AC t...

Page 32: ...r supply module see Figure 4 5 For a description of the button refer to Table 4 5 Figure 4 5 Power Button Table 4 5 Power Button Description for the ZXR10 1800 2S AC Power Supply Module Button Description ON Powers on the power supply module OFF Powers off the power supply module Technical Parameters For the technical parameters of the AC power rectifier of the ZXR10 1800 2S refer to Table 4 6 Tab...

Page 33: ...le 4 7 Technical Parameters of the DC Power Rectifier of the ZXR10 1800 2S Parameter Specification Input voltage range 72 V DC to 38 V DC Rated output power 60 W 4 7 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 34: ...ZXR10 ZSR V2 Hardware Description This page intentionally left blank 4 8 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 35: ... ZXR10 2800 3E G submodel can be derived from a ZXR10 2800 3E chassis by expanding the wireless function module The ZXR10 2800 3E G submodel has a 3G or LTE module inside and a slot for a SIM card on the panel supporting a GSM WCDMA TD SCDMA or LTE network Table of Contents Structure 5 1 Power Supplies 5 5 5 1 Structure 5 1 1 Overview and Structure Overview A chassis of a ZXR10 2800 3E router has ...

Page 36: ...l of a ZXR10 2800 3E chassis Figure 5 2 Front Panel of a ZXR10 2800 3E Chassis For a description of the front panel refer to Table 5 2 Table 5 2 Descriptions of Interfaces on the Front Panel of a ZXR10 2800 3E Chassis Part Type Description Antenna interface Antenna slot GE interface 24 GE electrical interfaces supporting the route switching function COMBO interfaces Two Combo interfaces USB interf...

Page 37: ...I connection Buttons System reset button Green indicators for link status of two Combo interfaces Red indicator for system faults Green indicator for system operation status Indicators Green indicator for the operation status of the 3G or LTE network Back Panel Figure 5 3 shows the back panel of a ZXR10 2800 3E chassis Figure 5 3 Back Panel of a ZXR10 2800 3E Chassis 1 Slot for an interface board ...

Page 38: ...440 mm Weight with full configuration 19 0 lb 8 6 kg Physical Parameters Maximum power consumption 120 W Memory 2 GB Storage capacity Flash 4 GB Number of slots 5 Slot Number of slots for line interface boards 3 Redundancy backup 1 1 redundancy backup supporting both AC and DC powers Rated output power 250 W Rated input voltage From 60 V DC to 48 V DC DC power single Range of the maximum input vol...

Page 39: ...lling and maintaining the ZXR10 ZSR V2 5 2 1 AC Power Module Panel Figure 5 5 shows the panel of the AC power module of a ZXR10 2800 3E chassis Figure 5 5 Panel of the AC Power Module Indicators For functions of the indicators on the AC power module of the ZXR10 2800 3E chassis refer to Table 5 4 Table 5 4 Functions of the Indicators on the Panel of the AC Power Module of the ZXR10 2800 3E Chassis...

Page 40: ...arameters of the AC Power of the ZXR10 2800 3E Chassis Parameter Description Dimension width height depth 3 15 in 1 57 in 6 89 in 80 mm 40 mm 175 mm Weight 0 68 kg Range of the input voltage 100 V AC 240 V AC Input AC frequency 50 Hz 60 Hz Rated output power 250 W 5 2 2 DC Power Module Panel Figure 5 6 shows the panel of the DC power module of a ZXR10 2800 3E chassis Figure 5 6 Panel of the DC Pow...

Page 41: ...er Module of the ZXR10 2800 3E Chassis Button Description ON Dial the button to ON to turn on the module OFF O Dial the button to OFF to turn off the power Technical Parameters For technical parameters of the DC power module of the ZXR10 2800 3E chassis refer to Table 5 9 Table 5 9 Technical Parameters of the DC Power Module of the ZXR10 2800 3E Chassis Parameter Description Dimension width height...

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Page 43: ...assis by expanding the wireless function module A ZXR10 1800 2E G has a 3G or LTE module inside and a slot for a SIM card on the panel supporting a GSM WCDMA TD SCDMA or LTE network Table of Contents Structure 6 1 Power Supplies 6 4 6 1 Structure 6 1 1 Overview and Structure Overview A chassis of a ZXR10 1800 2E router has a height without the antenna of about 1 U 1U 44 45 mm and a dimension of 44...

Page 44: ...ront panel of a ZXR10 1800 2E chassis Figure 6 2 Front Panel of a ZXR10 1800 2E Chassis For a description of the front panel refer to Table 6 2 Table 6 2 Descriptions of Interfaces on the Front Panel of a ZXR10 1800 2E Chassis Component Type Description Antenna interfaces Antenna slots GE interfaces 24 GE electrical interfaces COMBO interfaces Two Combo interfaces USB interfaces USB2 0 interfaces ...

Page 45: ...f two Combo interfaces Red indicator for system faults Green indicator for system operation status Indicators Green indicator for the operation status of a 3G or LTE network Back Panel Figure 6 3 shows the back panel of a ZXR10 1800 2E chassis Figure 6 3 Back Panel of a ZXR10 1800 2E Chassis 1 Slots for SPIU line interface boards 2 Power modules 6 1 2 Slots Figure 6 4 shows slots and slot IDs on t...

Page 46: ...age From 60 V DC to 48 V DC DC power single Range of the maximum input voltage From 72 V DC to 38 V DC Redundancy backup 1 1 redundancy backup supporting both AC and DC Rated input voltage 100 V AC 240 V AC Range of the input frequency 50 Hz 60 Hz AC power single Rated output power 250 W Grounding resistance Grounding resistance with common earthing which is lower than 5 Ω 6 2 Power Supplies ZXR10...

Page 47: ...assis refer to Table 6 4 Table 6 4 Functions of the Indicators on the Panel of the AC Power Module of the ZXR10 1800 2E Chassis Indicator Number Color Description RUN 1 Green The power module is operating properly ALM 1 Red The power module is operating improperly Buttons For functions of the power buttons on the AC power module of the ZXR10 1800 2E chassis refer to Table 6 5 Table 6 5 Functions o...

Page 48: ...odule Panel Figure 6 6 shows the panel of the DC power module of a ZXR10 1800 2E chassis Figure 6 6 Panel of the DC Power Module Indicators For functions of the indicators on the DC power module of the ZXR10 1800 2E chassis refer to Table 6 7 Table 6 7 Functions of the Indicators on the Panel of the DC Power Module of the ZXR10 1800 2E Chassis Indicator Number Color Description RUN 1 Green The pow...

Page 49: ...For technical parameters of the DC power module of the ZXR10 1800 2E chassis refer to Table 6 9 Table 6 9 Technical Parameters of the DC Power Module of the ZXR10 1800 2E Chassis Parameter Description Dimension width height depth 3 15 in 1 57 in 6 89 in 80 mm 40 mm 175 mm Weight 0 52 kg Range of the input voltage From 72 V DC to 38 V DC Rated output power 250 W Rated input current 8 5 A 6 7 SJ 201...

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Page 51: ...manageability à Configures and maintains the system status It provides the system data configuration and upgrade functions and system operation logs It supports two types of management interfaces serial port and RJ45 port l The alarm monitoring module monitors the operation conditions of the boards power supply modules and fan modules and generates alarms when necessary It provides a user friendly...

Page 52: ...ation Serial port RJ45 AUX Debugging serial port of a PIU and Modem convergence port USB1 USB interface USB2 USB2 0 interface which transmits the program data and other data GE electronic interface GE3 6 Four GE electronic interfaces COMBO interface COMBO1 2 GE1 2 Two COMBO interfaces Indicators For a description of the LED indicators on the panel of the RAC 2838 MPFU A refer to Table 7 2 Table 7 ...

Page 53: ...t 2 38 lb 1 08 kg 7 2 RAC 2838 MPFU B RAC 2838 MPFU C Overview The RAC 2838 MPFU B and RAC 2838 MPFU C are MPFU boards of the ZXR10 2800 4 and ZXR10 3800 8 l The RAC 2838 MPFU B and RAC 2838 MPFU C with different forwarding capacity are provided for the ZXR10 2800 4 and ZXR10 3800 8 l Both of them support hot swapping with a modular structure l Both of them support separation of the forwarding pla...

Page 54: ...nic interfaces COMBO interface COMBO1 2 COMBO3 4 GE1 4 Four COMBO interfaces Indicators For a description of the LED indicators on the panel of the RAC 2838 MPFU B RAC 2838 MPFU C refer to Table 7 6 Table 7 6 Description of the Indicators on the Panel of the RAC 2838 MPFU B RAC 2838 MPFU C Indicator Number Color Description RUN 1 Green The indicator is lit when the board is operating properly ALM ...

Page 55: ...ble 7 8 Technical Parameters of the RAC 2838 MPFU B RAC 2838 MPFU C Parameter Specification Silk screen name RAC 2838 MPFU B RAC 2838 MPFU C Dimensions H W D 11 7 in 1 58 in 6 9 in 296 3 mm 40 24 mm 175 mm Power consumption 35 W Weight 2 38 lb 1 08 kg 7 5 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

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Page 57: ... and has the following functions l Classifies monitors filters and transfers received messages depending on applications l Provides four lines of high speed serial interfaces for the internal gigabit Ethernet and one line of electrical interface for the external gigabit Ethernet l GE electrical interfaces support 10BASE T 100BASE TX 1000BASE T Panel For the panel of the RAC DPIU OSU A1 board of th...

Page 58: ...on or flashing the board is faulty RUN Green Indicates that the board is operating properly Buttons The RAC DPIU OSU A1 board provides two buttons on its panel For their functions refer to Table 8 3 Table 8 3 Functions of the Buttons on the Panel of the RAC DPIU OSU A1 Board Button Description RST Board reset button PWR Board power button Technical Parameters For technical parameters of the RAC DP...

Page 59: ...or the panel of the RAC DPIU OSU A2 board of the general processing board see Figure 8 2 Figure 8 2 Panel of an RAC DPIU OSU A2 Board Interfaces For a description of interfaces on the RAC DPIU OSU A2 board refer to Table 8 5 Table 8 5 Description of Interfaces on the RAC DPIU OSU A2 Board Interface Type Description Network interface RJ45 Service network interface a 10 100 1000BASE T electrical int...

Page 60: ...arameter Description Board name silk screen RAC DPIU OSU A2 Dimension width height depth 7 76 in 1 58 in 6 9 in 197 2 mm 40 24 mm 175 mm Power consumption 40 W Weight 2 71 lb 1 23 kg Memory Default capacity byte 4 G or 8 G optional Hard disk Default capacity byte 500 G or 1 T optional 8 3 RAC DPIU FW A Overview As a firewall board of the ZXR10 3800 8 and ZXR10 2800 4 an RAC DPIU FW A board is inst...

Page 61: ...rface USB interfaces USB2 0 interfaces used to install the X86 system Indicators For functions of LED indicators on the panel of a RAC DPIU FW A board refer to Table 8 10 Table 8 10 Functions of Indicators on the Panel of an RAC DPIU FW A Board Indicator Color Description ALM Red If this indicator is solid on or flashing the board is faulty RUN Green Indicates that the board is operating properly ...

Page 62: ...n RAC DPIU FW A Board Parameter Description Board name silk screen RAC DPIU FW A Dimension width height depth 7 76 in 1 58 in 6 9 in 197 2 mm 40 24 mm 175 mm Power consumption 35 W Weight 2 31 lb 1 05 kg Memory Default capacity byte 4 G or 8 G optional Hard disk Default capacity byte 2 G 8 6 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 63: ... combined slots 5 and 7 2800 4 combined slots 1 and 3 DPIU full height 7 76 in 0 79 in 6 9 in 197 2 mm 19 92 mm 175 mm 3800 8 2800 4 2800 3E 3800 8 slot 3 or 7 2800 4 slot 3 2800 3E slots 2 PIU 7 76 in 0 79 in 6 9 in 197 2 mm 19 92 mm 175 mm 3800 8 2800 4 2800 3E 3800 8 slot 1 3 5 or 7 2800 4 slot 1 or 3 2800 3E slot 2 SPIU 3 86 in 0 79 in 6 9 in 98 1 mm 19 92 mm 175 mm 3800 8 2800 4 1800 2S 2800 ...

Page 64: ...SFP 9 39 RAC PIU 08FE1GE 1SFP 9 41 RAC DPIU 16GE 12SFP4E 9 43 RAC DPIU 01XGE SFP 9 45 9 1 RAC SPIU 02CE1 75 Overview RAC SPIU 02CE1 75 board provides the following functions l Provides two channelized unchannelized E1 75 ohm interfaces l Restores the line clock and providing it to an MPFU board for reference l Supports the processing of various services such as PPP and ML PPP l Supports hot swappi...

Page 65: ...Description of the Indicators on the Panel of the RAC SPIU 02CE1 75 Board Indicator Color Description RUN Green The indicator is lit when the board is operating properly LNK1 LNK2 Green The indicator is lit when the link is operating properly and is not lit when the link is idle Technical Parameters For the technical parameters of the RAC SPIU 02CE1 75 board refer to Table 9 4 Table 9 4 Technical ...

Page 66: ...to Table 9 5 Table 9 5 Interface Properties of the RAC SPIU 02UE1 75 Board Property Description Connector type Micro coaxial Operational mode Full duplex Applied standard ITU T G 703 G 704 Supported link protocol PPP ML PPP HDLC FR Supported network protocol IP Indicators For a description of the indicators of the RAC SPIU 02UE1 75 board refer to Table 9 6 Table 9 6 Description of the Indicators o...

Page 67: ...ion query and temperature monitoring l Supports the delayed power on function When the router is powered on all the boards are started up causing a high pressure on the power supply The delayed power on function can reduce the electric current impact caused by the boards and protect components from damage due to the instantaneous surge current Panel For the panel of the RAC SPIU 02CE1 120 board se...

Page 68: ... technical parameters of the RAC SPIU 02CE1 120 board refer to Table 9 10 Table 9 10 Technical Parameters of the RAC SPIU 02CE1 120 Board Parameter Specification Silk screen name RAC SPIU 02CE1 120 Dimensions W H D 3 86 in 0 79 in 6 9 in 98 1 mm 19 92 mm 175 mm Power consumption 6 W Weight 0 53 lb 0 24 kg Rate 2 048 Mbps 2 9 4 RAC SPIU 02UE1 120 Overview RAC SPIU 02UE1 120 board provides the follo...

Page 69: ... For a description of the indicators of the RAC SPIU 02UE1 120 board refer to Table 9 12 Table 9 12 Description of the Indicators on the Panel of the RAC SPIU 02UE1 120 Board Indicator Color Description RUN Green The indicator is lit when the board is operating properly LNK1 LNK2 Green The indicator is lit when the link is operating properly and is not lit when the link is idle Technical Parameter...

Page 70: ... à Asynchronous data transmission mode supports the RS232 interface that supports a maximum rate of 115 2 Kbps l Supports the processing of various services such as PPP and HDLC l Supports hot swapping l Supports board information query and temperature monitoring Panel For the panel of the RAC SPIU 02HS board see Figure 9 5 Figure 9 5 Front Panel of the RAC SPIU 02HS Board Interface Property For a...

Page 71: ...SPIU 02HS board refer to Table 9 16 Table 9 16 Technical Parameters of the RAC SPIU 02HS Board Parameter Specification Silk screen name RAC SPIU 02HS Dimensions W H D 3 86 in 0 79 in 6 9 in 98 1 mm 19 92 mm 175 mm Power consumption 7 W Weight 0 46 lb 0 21 kg Rate Multiple rates up to 4 096 Mbps 9 6 RAC SPIU 04GE Overview An RAC SPIU 04GE board has the following functions l Provides four lines of e...

Page 72: ... the RAC SPIU 04GE Board Indicator Color Description Electrical interface indicator Green and yellow Four groups of link status data communication indicators for GE electrical interfaces l If the link is properly connected the indicator in the top right corner of the interface turns sold green l If data is transmitted on the board the indicator in the top right corner of the interface flashes yell...

Page 73: ...S Quad Band 850 900 1800 and 1900 à TD SCDMA B34 and B39 à WCDMA B1 B2 and B5 à LTE B38 B39 B40 and B41 à LTE FDD B1 B2 B3 B5 and B7 à GPS L1 l Supports different network speeds for different networks à For FDD LTE and TD LTE the board supports network speeds of 100 Mbps and 50 Mbps à For TD SCDMA the board supports network speeds of 2 8 Mbps and 2 2 Mbps à For WCDMA DC HSPA the board supports net...

Page 74: ... has an alarm WWAN Green Radio network access indicator It flashes when the board tries to access a radio network It is on when the board accesses the radio network successfully It is off if the board fails to access the radio network RSSI Green Signal strength indicator l RSSI 100 dbm There is no signal The indicator is off l 99 dbm RSSI 90 dbm The signal is weak The indicator flashes l RSSI 89 d...

Page 75: ...es are used and it is not allowed to use the DSL B interface only l Supports the Dying Gasp function It is a power down alarm function When the input voltage cannot meet the normal operation requirement the board generates an alarm with the last electric energy l Supports hot swapping l Supports board information query and temperature monitoring Panel For the panel of the RAC PIU 01DSLB board see ...

Page 76: ...escription RUN Green The indicator is lit when the board is operating properly ALM Red Alarm indicator which is lit when the board has an alarm LNK ACT Green Yellow Link status data transmission indicator l If the link is normal the indicator is lit in green l If data is being transmitted the indicator flashes in yellow l If there is no data being transmitted or no connection the indicator is not ...

Page 77: ...ch reduces the requirement on copper wire resources SHDSL uses the TC PAM16 32 64 coding mode where a greater number represents a faster transmission speed It can be used for audio video and data transmission l Supports the ATM and EFM protocol encapsulation modes l Supports hot swapping l Supports board information query and temperature monitoring Panel For the panel of the RAC PIU 04SHDSL board ...

Page 78: ...on the indicator is not lit Technical Parameters For the technical parameters of the RAC PIU 04SHDSL board refer to Table 9 27 Table 9 27 Technical Parameters of the RAC PIU 04SHDSL Board Parameter Specification Silk screen name RAC PIU 04SHDSL Dimensions W H D 7 76 in 0 79 in 6 9 in 197 2 mm 19 92 mm 175 mm Power consumption 10 W Weight 1 19 lb 0 54 kg Rate 5 696 Mbit s pair 9 10 RAC PIU 04HS Ove...

Page 79: ...IU 04HS Board Property Description Connector type DB50 Operational mode Asynchronous or synchronous Applied standard V 24 V 35 X 21 or RS232 Supported link protocol PPP HDLC or FR Supported network protocol IP Indicators For a description of the indicators of the RAC PIU 04HS board refer to Table 9 29 Table 9 29 Description of the Indicators on the Panel of the RAC PIU 04HS Board Indicator Color D...

Page 80: ...arious services such as PPP and ML PPP l Supports hot swapping l Supports board information query and temperature monitoring Panel For the panel of the RAC PIU 04CE1 75 board see Figure 9 11 Figure 9 11 Front Panel of the RAC PIU 04CE1 75 Board Interface Property The RAC PIU 04CE1 75 board provides micro coaxial interfaces and it only supports 75 ohm non balanced E1 interfaces For a description of...

Page 81: ...ble 9 33 Table 9 33 Technical Parameters of the RAC PIU 04CE1 75 Board Parameter Specification Silk screen name RAC PIU 04CE1 75 Dimensions W H D 7 76 in 0 79 in 6 9 in 197 2 mm 19 92 mm 175 mm Power consumption 11 W Weight 1 19 lb 0 54 kg Rate 2 048 Mbps 4 9 12 RAC PIU 04CE1 120 Overview RAC PIU 04CE1 120 board provides the following functions l Provides four channelized unchannelized E1 120 ohm ...

Page 82: ...r to Table 9 35 Table 9 35 Description of the Indicators on the Panel of the RAC PIU 04CE1 120 Board Indicator Color Description RUN Green The indicator is lit when the board is operating properly ALM Red The indicator is lit if the board produces an alarm LNK1 LNK4 Green The indicator is lit when the link is operating properly and is not lit when the link is idle Technical Parameters For the tech...

Page 83: ...terfaces and it only supports 75 ohm non balanced E1 interfaces For a description of the interface properties refer to Table 9 37 Table 9 37 Interface Properties of the RAC PIU 04UE1 75 Board Property Description Connector type Micro coaxial Operational mode Full duplex Applied standard ITU T G 703 G 704 Supported link protocol PPP ML PPP HDLC FR Supported network protocol IP Indicators For a desc...

Page 84: ...AC PIU 04UE1 120 board provides the following functions l Provides four unchannelized E1 120 ohm interfaces l Restores the line clock and providing it to an MPFU board for reference l Supports the processing of various services such as PPP and ML PPP l Supports hot swapping l Supports board information query and temperature monitoring l Supports the delayed power on function Panel For the panel of...

Page 85: ...board produces an alarm LNK1 LNK4 Green The indicator is lit when the link is operating properly and is not lit when the link is idle Technical Parameters For the technical parameters of the RAC PIU 04UE1 120 board refer to Table 9 42 Table 9 42 Technical Parameters of the RAC PIU 04UE1 120 Board Parameter Specification Silk screen name RAC PIU 04UE1 120 Dimensions W H D 7 76 in 0 79 in 6 9 in 197...

Page 86: ...rformed by professionals only Panel For the panel of the RAC PIU 16CE1 board see Figure 9 15 Figure 9 15 Front Panel of the RAC PIU 16CE1 Board Interface Properties For the interface properties of the RAC PIU 16CE1 board refer to Table 9 43 Table 9 43 Interface Properties of the RAC PIU 16CE1 Board Property Description Connector type DB50 Operational mode Full duplex Applied standard ITU T G 703 G...

Page 87: ...mm 19 92 mm 175 mm Power consumption 16 W Weight 1 19 lb 0 54 kg Rate 2 048 Mbps 16 9 16 RAC PIU 16CE1 CES Overview RAC PIU 16CE1 CES board provides the following functions l Provides 16 channelized unchannelized E1 interfaces l Supports the processing of various services such as TDM PPP and ML PPP l Supports hot swapping l Supports board information query and temperature monitoring l Supports the...

Page 88: ...al Parameters For the technical parameters of the RAC PIU 16CE1 CES board refer to Table 9 48 Table 9 48 Technical Parameters of the RAC PIU 16CE1 CES Board Parameter Specification Silk screen name RAC PIU 16CE1 CES Dimensions W H D 7 76 in 0 79 in 6 9 in 197 2 mm 19 92 mm 175 mm Power consumption 16 W Weight 1 19 lb 0 54 kg Rate 2 048 Mbps 16 9 17 RAC PIU 01P12 SFP Overview RAC PIU 01P12 SFP boar...

Page 89: ...rs on the Panel of the RAC PIU 01P12 SFP Board Indicator Color Description RUN Green The indicator is lit when the board is operating properly ALM Red The indicator is lit if the board produces an alarm LNK ACT Green Yellow Link status data transmission indicator l If the link is normal the indicator is lit in green l If data is being transmitted the indicator flashes in yellow l If there is no da...

Page 90: ... Figure 9 18 Front Panel of the RAC PIU 02P3 SFP Board Interface Property The RAC PIU 02P3 SFP board uses SFP optical modules For a description of the interface properties refer to Table 9 52 Table 9 52 Interface Properties of the RAC PIU 02P3 SFP Board Property Description Connector type LC type SFP optical module interface Operational mode Full duplex Applied standard SONET GR 253 CORE ITU T G 7...

Page 91: ...PIU 02P3 SFP board refer to Table 9 54 Table 9 54 Technical Parameters of the RAC PIU 02P3 SFP Board Parameter Specification Silk screen name RAC PIU 02P3 SFP Dimensions W H D 7 76 in 0 79 in 6 9 in 197 2 mm 19 92 mm 175 mm Power consumption 16 5 W Weight 1 19 lb 0 54 kg Rate 155 52 Mbps 2 9 19 RAC PIU 04P3 SFP Overview RAC PIU 04P3 SFP board provides the following functions l Provides four OC 3 S...

Page 92: ...Indicator Color Description RUN Green The indicator is lit when the board is operating properly ALM Red The indicator is lit if the board produces an alarm LNK ACT Green Yellow Link status data transmission indicator l If the link is normal the indicator is lit in green l If data is being transmitted the indicator flashes in yellow l If there is no data being transmitted or no connection the indic...

Page 93: ...rd uses SFP optical modules For a description of the interface properties refer to Table 9 58 Table 9 58 Interface Properties of the RAC PIU 02CP3 SFP Board Property Description Connector type LC type SFP optical module interface Operational mode Full duplex Applied standard SONET GR 253 CORE ITU T G 707 Supported link protocol PPP HDLC FR MPPP Supported network protocol IP Indicators For a descri...

Page 94: ...sions W H D 7 76 in 0 79 in 6 9 in 197 2 mm 19 92 mm 175 mm Power consumption 16 5 W Weight 1 19 lb 0 54 kg Rate 155 52 Mbps 2 9 21 RAC PIU 04CP3 SFP Overview RAC PIU 04CP3 SFP board provides the following functions l Provides four channelized OC3 STM 1 interfaces to implement Packet Over SONET SDH applications l Restores the optical channel data clock and provides it to an MPFU board for referenc...

Page 95: ...dicator Color Description RUN Green The indicator is lit when the board is operating properly ALM Red The indicator is lit if the board produces an alarm LNK ACT Green Yellow Link status data transmission indicator l If the link is normal the indicator is lit in green l If data is being transmitted the indicator flashes in yellow l If there is no data being transmitted or no connection the indicat...

Page 96: ...o Table 9 64 Table 9 64 Interface Properties of the RAC PIU 04GE SFP Board Property Description Connector type LC type SFP optical module interface Operational mode Full duplex Applied standard IEEE802 3z Gigabit Ethernet standard Supported link protocol Ethernet Frame Supported network protocol Ethernet Indicators For a description of the indicators of the RAC PIU 04GE SFP board refer to Table 9 ...

Page 97: ...n name RAC PIU 04GE SFP Dimensions W H D 7 76 in 0 79 in 6 9 in 197 2 mm 19 92 mm 175 mm Power consumption 13 W Weight 1 19 lb 0 54 kg Rate 1 GE 4 9 23 RAC PIU 08GE SFP Overview RAC PIU 08GE SFP board provides the following functions l Provides eight GE optical interfaces which support 1000BASE X l Supports hot swapping l Supports board information query and temperature monitoring Panel For the pa...

Page 98: ... The indicator is lit if the board produces an alarm LNK Green Link status data transmission indicator l If the link is normal the indicator is lit in green l If data is being transmitted the indicator flashes in yellow l If there is no data being transmitted or no connection the indicator is not lit Technical Parameters For the technical parameters of the RAC PIU 08GE SFP board refer to Table 9 6...

Page 99: ...cription of the GE electrical interface properties of the RAC PIU 05GE 4E1SFP board refer to Table 9 70 Table 9 70 GE Electrical Interface Properties of the RAC PIU 05GE 4E1SFP Board Property Description Connector type RJ 45 Operational mode Full duplex Half duplex Applied standard IEEE 802 3z Gigabit Ethernet standard Supported frame format Ethernet frame Supported network protocol IP The RAC PIU...

Page 100: ...he left yellow indicator flashes l If there is no data being transmitted or no connection the indicators are not lit LNK ACT Green Yellow Link status data transmission indicators for the GE optical interface l If the link is normal the indicator is lit in green l If data is being transmitted the indicator flashes in yellow l If there is no data being transmitted or no connection the indicator is n...

Page 101: ...istinguished by silk screen name They can be distinguished by the interface overview and indicators For a description of the GE electrical interface properties of the RAC PIU 09GE 8E1SFP board refer to Table 9 74 Table 9 74 GE Electrical Interface Properties of the RAC PIU 09GE 8E1SFP Board Property Description Connector type RJ45 Operational mode Full duplex Half duplex Applied standard IEEE 802 ...

Page 102: ...ight green indicator is lit l If data is being transmitted the left yellow indicator flashes l If there is no data being transmitted or no connection the indicators are not lit LNK ACT Green Yellow Link status data transmission indicators for the GE optical interface l If the link is normal the indicator is lit in green l If data is being transmitted the indicator flashes in yellow l If there is n...

Page 103: ...d by silk screen name They can be also distinguished by the interface overview and indicators For a description of the FE electrical interface properties of the RAC PIU 08FE1GE 1SFP board refer to Table 9 78 Table 9 78 GE Electrical Interface Properties of the RAC PIU 08FE1GE 1SFP Board Property Description Connector type RJ45 Operational mode Full duplex Half duplex Applied standard IEEE 802 3u F...

Page 104: ...t green indicator is lit l If data is being transmitted the left yellow indicator flashes l If there is no data being transmitted or no connection the indicators are not lit LNK ACT Green Yellow Link status data transmission indicators for the GE optical interface l If the link is normal the indicator is lit in green l If data is being transmitted the indicator flashes in yellow l If there is no d...

Page 105: ...12SFP4E board provides electrical and optical interfaces GE1 GE16 which are not distinguished by silk screen name They can be distinguished by the interface overview and indicators For a description of the GE electrical interface properties of the RAC DPIU 16GE 12SFP4E board refer to Table 9 82 Table 9 82 GE Electrical Interface Properties of the RAC DPIU 16GE 12SFP4E Board Property Description Co...

Page 106: ...ndicators for four GE electrical interfaces l If the link is normal the right green indicator is lit l If data is being transmitted the left yellow indicator flashes l If there is no data being transmitted or no connection the indicators are not lit LNK ACT Green Yellow Link status data transmission indicators for 12 GE optical interfaces l If the link is normal the indicator is lit in green l If ...

Page 107: ...nel of the RAC DPIU 01XGE SFP board see Figure 9 28 Figure 9 28 Front Panel of the RAC DPIU 01XGE SFP Board Interface Property The RAC DPIU 01XGE SFP board uses SFP optical modules For a description of the interface properties refer to Table 9 86 Table 9 86 Interface Properties of the RAC DPIU 01XGE SFP Board Property Description Connector type LC Optical interface property Determined by the attri...

Page 108: ...ly ALM Red The indicator is lit if the board produces an alarm LNK ACT Green Yellow Optical port operation indicator The green indicator is lit if the port is in link up status and the yellow indicator flashes if there is traffic Technical Parameters For the technical parameters of the RAC DPIU 01XGE SFP board refer to Table 9 88 Table 9 88 Technical Parameters of the RAC DPIU 01XGE SFP Board Para...

Page 109: ...the serial port of the control console for transmitting device configuration data Ethernet cable Used for Ethernet communication between devices or between a device and a terminal Optical fiber Used for high speed communication between devices SHDSL cable Transmits multiple types of signals including voice data and video signals Synchronous Asyn chronous serial cable Transmits synchronous asynchro...

Page 110: ... 1 D type 3 core straight solder connector hole pin hole with protective edges 2 12 A WG blue multi strand heat resistant cable 3 12 A WG black UL1015 cable 4 Pre insulated tube terminal 10 2 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 111: ... see Figure 10 2 Figure 10 2 AC Power Cable 1 10 A international standard 3 pin flat male plug 2 3 0 75 mm2 power cable with 3C certification 3 10 A international standard T shaped female plug For the models and specifications of the AC power cables of the ZXR10 ZSR V2 refer to Table 10 3 Table 10 3 Technical Parameters of an AC Power Cable Item Description 10 A international standard 3 pin flat m...

Page 112: ...nnects to the computer serial port For an AUX cable connected to the DB9 port see Figure 10 4 Figure 10 4 AUX Cable DB9 1 D type 9 core straight plastic injection mold hole 2 CAT 5e network cable 3 8P8C straight cable crimp shielded plug For the relationship between AUX cable DB9 core wires and pin positions refer to Table 10 4 Table 10 4 Core Wires of an AUX Cable RJ45 Pin PCB AUX Signal Signal D...

Page 113: ...server serial port For the overview of the console cable see Figure 10 5 Figure 10 5 Console Cable Structure 1 D type 9 core plastic injection molded cable plug hole 2 Label self covering winder laser print type II 3 Horizontal twisted pair SBVVP 2 2 4 8P8C straight cable solder connector For the relationship between console cable core wires and pin positions refer to Table 10 5 Table 10 5 Core Wi...

Page 114: ...Ethernet cables are used in the following cases l Ethernet connection between two ZXR10 ZSR V2 devices l Ethernet connection between ZXR10 ZSR V2 and a computer Ethernet card l Ethernet connection between two line concentrators l Ethernet connection between a line concentrator and an Ethernet switch l Ethernet connection between two Ethernet switches l Ethernet card connection between two computer...

Page 115: ...green 3 1 White orange Blue 4 4 Blue White blue 5 5 White blue Green 6 2 Orange White brown 7 7 White brown Brown 8 8 Brown For the technical parameters of the Ethernet cable refer to Table 10 8 Table 10 8 Technical Parameters of the Ethernet Cable Cable connector 8P8C straight cable crimp connector Model E5088 001023 Technical parameter Rated current 1 5 A rated voltage 125 V connected to ASG24 2...

Page 116: ...core are partially different from those of the cladding layer so that the light entering at a specified angle is reflected continuously by the fiber core and cladding layer Therefore light remains in the fiber core during the whole transmission process Optical Fiber Connectors Selection of optical fiber connectors depends on the operating environment and devices The ZXR10 ZSR V2 router uses the fo...

Page 117: ...nterface boards of the ZXR10 ZSR V2 mainly use LC type connectors see Figure 10 8 Figure 10 8 LC type Fiber Connector 10 2 5 SHDSL Cables An SHDSL cable is an eight core CAT5e 100 ohm non shielded twisted pair cable One end is connected to one RJ45 connector and the other end is connected to four RJ11 connectors The SHDSL cables can be used for transmitting multiple types of signals including voic...

Page 118: ...ce 100 ohms Cable type Symmetric CAT5e twisted pair cable Wire gauge inner conductor 24AWG Core 8 10 2 6 Synchronous Asynchronous Serial Cable The ZXR10 ZSR V2 series routers use synchronous or asynchronous serial cables to transmit synchronous or asynchronous signals The serial cables can be divided into the following types l V 35 V 24 DTE cable RA DTE DB50 DB25 A DB25 male connector is used at t...

Page 119: ...overview of the V 35 V 24 DCE cable RA DCE DB50 DB25 see Figure 10 11 Figure 10 11 V 35 V 24 DCE Cable RA DCE DB50 DB25 1 Device end connector DB50 2 Network end connector DB25 female For an overview of the V 35 V 24 DTE cable RA DTE DB50 34pole see Figure 10 12 10 11 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 120: ... overview of the V 35 V 24 DCE cable RA DCE DB50 34pole see Figure 10 13 Figure 10 13 V 35 V 24 DCE Cable RA DCE DB50 34pole 1 Device end connector DB50 2 Network end connector 34pole female For a description of the synchronous asynchronous serial cable types refer to Table 10 12 10 12 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 121: ...16CE1 CES board is configured to 75 Ω the 75 Ω unbalanced coaxial cable is used as the E1 trunk cable l 120 Ω balanced twisted pair cable If the interface resistance of the RAC PIU 16CE1 or RAC PIU 16CE1 CES board is configured to 120 Ω the 120 Ω balanced twisted pair cable is used as the E1 trunk cable For the E1 trunk cable connections refer to Table 10 13 Table 10 13 E1 Trunk Cable Connections ...

Page 122: ...cores of the 75 Ω unbalanced coaxial cable refer to Table 10 14 Table 10 14 Correspondence Relationships Between the End A Pins and End B1 Cores of the 75 Ω Unbalanced Coaxial Cable Pin at End A End B1 Eight Core Micro Coaxial A Signal 25 A 1 core R1 50 A 1 shield R1 24 A 2 core T1 49 A 2 shield T1 23 A 3 core R2 48 A 3 shield R2 22 A 4 core T2 47 A 4 shield T2 21 A 5 core R3 46 A 5 shield R3 20 A...

Page 123: ...End B2 Cores of the 75 Ω Unbalanced Coaxial Cable Pin at End A End B2 Eight Core Micro Coaxial B Signal 17 B 1 core R5 42 B 1 shield R5 16 B 2 core T5 41 B 2 shield T5 15 B 3 core R6 40 B 3 shield R6 14 B 4 core T6 39 B 4 shield T6 13 B 5 core R7 38 B 5 shield R7 12 B 6 core T7 37 B 6 shield T7 11 B 7 core R8 36 B 7 shield R8 10 B 8 core T8 35 B 8 shield T8 120 Ω Balanced Twisted Pair Cable For an...

Page 124: ...twisted pair cable refer to Table 10 16 Table 10 16 Correspondence Relationships Between the End A Pins and End B1 Cores of the 120 Ω Balanced Twisted Pair Cable Pin at End A End B1 16 Core Cable A Signal 25 Blue R1 50 White Twisted pair R1 24 Orange T1 49 White Twisted pair T1 23 Green R2 48 White Twisted pair R2 22 Brown T2 47 White Twisted pair T2 21 Grey R3 46 White Twisted pair R3 20 Blue T3 ...

Page 125: ...een the End A Pins and End B2 Cores of the 120 Ω Balanced Twisted Pair Cable Pin at End A End B2 16 Core Cable B Signal 17 Blue R5 42 White Twisted pair R5 16 Orange T5 41 White Twisted pair T5 15 Green R6 40 White Twisted pair R6 14 Brown T6 39 White Twisted pair T6 13 Grey R7 38 White Twisted pair R7 12 Blue T7 37 Red Twisted pair T7 11 Orange R8 36 Red Twisted pair R8 10 Green T8 35 Red Twisted...

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Page 127: ... FW A 2 31 lb 1 05 kg 35 W RAC SPIU 02CE1 75 0 53 lb 0 24 kg 6 W RAC SPIU 02CE1 120 0 53 lb 0 24 kg 6 W RAC SPIU 02UE1 75 0 53 lb 0 24 kg 6 W RAC SPIU 02UE1 120 0 53 lb 0 24 kg 6 W RAC SPIU 02HS 0 46 lb 0 21 kg 7 W RAC SPIU 04GE 0 22 lb 0 1 kg 7 W RAC PIU LTE 1 23 lb 0 56 kg 7 W RAC PIU 01DSLB 0 88 lb 0 4 kg 16 W RAC PIU 04SHDSL 1 19 lb 0 54 kg 10 W RAC PIU 04HS 1 19 lb 0 54 kg 10 W RAC PIU 04CE1 ...

Page 128: ...16 5 W RAC PIU 04CP3 SFP 1 19 lb 0 54 kg 18 W RAC PIU 04GE SFP 1 19 lb 0 54 kg 13 W RAC PIU 08GE SFP 1 19 lb 0 54 kg 15 W RAC PIU 05GE 4E1SFP 0 88 lb 0 4 kg 11 W RAC PIU 09GE 8E1SFP 1 19 lb 0 54 kg 12 W RAC PIU 08FE1GE 1SFP 1 19 lb 0 54 kg 11 W RAC DPIU 16GE 12SFP4E 1 32 lb 0 6 kg 36 W RAC DPIU 01XGE SFP 1 50 lb 0 68 kg 16 W A 2 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidentia...

Page 129: ...being transmitted this indicator flashes LNK Green Physical connection status indicator of an optical port If the physical connection of the optical port is normal this indicator is on Otherwise this indicator is off SFP Attributes For the attributes of an 155 M SFP optical module refer to Table B 3 Table B 3 155 M SFP Attributes Attribute Parameters Transmission distance km 2 15 40 80 100 Central...

Page 130: ...0 Reference wavelength range nm 1274 1356 1280 1335 1480 1580 Transmitting optical power range dBm 15 8 3 2 3 2 Receiving sensitivity dBm 28 28 28 Overload optical power dBm 8 8 8 Fiber type Single mode Single mode Single mode Interface type LC SFP LC SFP LC SFP For the attributes of an 1 25 G SFP optical module refer to Table B 5 Table B 5 1 25 G SFP Attributes Attribute Parameters Transmission d...

Page 131: ... 5 5 5 0 2 5 0 5 Receiving sensitivity dBm 17 19 22 22 22 30 Overload optical power dBm 0 3 5 3 5 9 Fiber type Multi mode Single mode Single mode Single mode Single mode Single mode Interface type LC SFP LC SFP LC SFP LC SFP LC SFP LC SFP B 3 SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

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Page 133: ...re 4 5 Power Button 4 6 Figure 5 1 Front Structure Graph for a ZXR10 2800 3E Chassis 5 2 Figure 5 2 Front Panel of a ZXR10 2800 3E Chassis 5 2 Figure 5 3 Back Panel of a ZXR10 2800 3E Chassis 5 3 Figure 5 4 Slots on the Back of a ZXR10 2800 3E Chassis 5 3 Figure 5 5 Panel of the AC Power Module 5 5 Figure 5 6 Panel of the DC Power Module 5 6 Figure 6 1 Front View of a ZXR10 1800 2E Chassis 6 2 Fig...

Page 134: ... RAC PIU 16CE1 CES Board 9 25 Figure 9 17 Front Panel of the RAC PIU 01P12 SFP Board 9 27 Figure 9 18 Front Panel of the RAC PIU 02P3 SFP Board 9 28 Figure 9 19 Front Panel of the RAC PIU 04P3 SFP Board 9 29 Figure 9 20 Front Panel of the RAC PIU 02CP3 SFP Board 9 31 Figure 9 21 Front Panel of the RAC PIU 04CP3 SFP Board 9 32 Figure 9 22 Front Panel of the RAC PIU 04GE SFP Board 9 34 Figure 9 23 F...

Page 135: ... 10 11 V 35 V 24 DCE Cable RA DCE DB50 DB25 10 11 Figure 10 12 V 35 V 24 DTE Cable RA DTE DB50 34pole 10 12 Figure 10 13 V 35 V 24 DCE Cable RA DCE DB50 34pole 10 12 Figure 10 14 75 Ω Unbalanced Coaxial Cable 10 14 Figure 10 15 120 Ω Balanced Twisted Pair Cable 10 16 III SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 136: ...Figures This page intentionally left blank IV SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 137: ...e 3 1 Description of the Main Components of the ZXR10 2800 4 Chassis 3 2 Table 3 2 System Parameters of the ZXR10 2800 4 3 3 Table 3 3 Indicator Descriptions for the ZXR10 2800 4 AC Power Supply Module 3 4 Table 3 4 Power Button Description for the ZXR10 2800 4 AC Power Supply Module 3 4 Table 3 5 Technical Parameters of the AC Power Rectifier of the ZXR10 2800 4 3 5 Table 3 6 Indicator Descriptio...

Page 138: ...C Power Module of the ZXR10 2800 3E Chassis 5 7 Table 5 8 Functions of the Power Buttons of the DC Power Module of the ZXR10 2800 3E Chassis 5 7 Table 5 9 Technical Parameters of the DC Power Module of the ZXR10 2800 3E Chassis 5 7 Table 6 1 Main Components of a ZXR10 1800 2E Chassis 6 1 Table 6 2 Descriptions of Interfaces on the Front Panel of a ZXR10 1800 2E Chassis 6 2 Table 6 3 System Paramet...

Page 139: ...iption of Interfaces on the RAC DPIU OSU A2 Board 8 3 Table 8 6 Functions of the Indicators on the Panel of the RAC DPIU OSU A2 Board 8 4 Table 8 7 Functions of the Buttons on the Panel of the RAC DPIU OSU A2 Board 8 4 Table 8 8 Technical Parameters of the RAC DPIU OSU A2 Board 8 4 Table 8 9 Description of Interfaces on an RAC DPIU FW A Board 8 5 Table 8 10 Functions of Indicators on the Panel of ...

Page 140: ...ions 9 12 Table 9 21 RAC PIU LTE Board Technical Specifications 9 13 Table 9 22 Interface Properties of the RAC PIU 01DSLB Board 9 13 Table 9 23 Description of the Indicators on the Panel of the RAC PIU 01DSLB Board 9 14 Table 9 24 Technical Parameters of the RAC PIU 01DSLB Board 9 14 Table 9 25 Interface Properties of the RAC PIU 04SHDSL Board 9 15 Table 9 26 Description of the Indicators on the ...

Page 141: ...face Properties of the RAC PIU 01P12 SFP Board 9 27 Table 9 50 Description of the Indicators on the Panel of the RAC PIU 01P12 SFP Board 9 27 Table 9 51 Technical Parameters of the RAC PIU 01P12 SFP Board 9 27 Table 9 52 Interface Properties of the RAC PIU 02P3 SFP Board 9 28 Table 9 53 Description of the Indicators on the Panel of the RAC PIU 02P3 SFP Board 9 29 Table 9 54 Technical Parameters of...

Page 142: ...terface Properties of the RAC PIU 09GE 8E1SFP Board 9 39 Table 9 76 Description of the Indicators on the Panel of the RAC PIU 09GE 8E1SFP Board 9 40 Table 9 77 Technical Parameters of the RAC PIU 09GE 8E1SFP Board 9 40 Table 9 78 GE Electrical Interface Properties of the RAC PIU 08FE1GE 1SFP Board 9 41 Table 9 79 Optical Interface Properties of the RAC PIU 08FE1GE 1SFP Board 9 41 Table 9 80 Descri...

Page 143: ...us Serial Cable Types 10 13 Table 10 13 E1 Trunk Cable Connections 10 13 Table 10 14 Correspondence Relationships Between the End A Pins and End B1 Cores of the 75 Ω Unbalanced Coaxial Cable 10 14 Table 10 15 Correspondence Relationships Between the End A Pins and End B2 Cores of the 75 Ω Unbalanced Coaxial Cable 10 15 Table 10 16 Correspondence Relationships Between the End A Pins and End B1 Core...

Page 144: ...Tables This page intentionally left blank XII SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

Page 145: ...ommunications Standards Institute FR Frame Relay HDLC High level Data Link Control IEC International Electrotechnical Commission IEEE Institute of Electrical and Electronics Engineers IP Internet Protocol ITU T International Telecommunication Union Telecommunication Standardization Sector ML PPP Multilink Point to Point Protocol ODF Optical Distribution Frame POS Packet Over SONET SDH XIII SJ 2015...

Page 146: ...al Strength Indicator SDH Synchronous Digital Hierarchy SHDSL Single pair High Digital Subscriber Line SNMP Simple Network Management Protocol SONET Synchronous Optical Network TDM Time Division Multiplexing XIV SJ 20150204153047 004 2015 03 30 R1 0 ZTE Proprietary and Confidential ...

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