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E8000E-X8 Chassis Overview

About This Chapter

This chapter describes the components, system configuration, physical specification, power
supply and heat dissipation system of the E8000E-X8.

3.1 System Overview

This section describes the system architecture and features.

3.2 Components of the E8000E-X8

This section describes the components of the E8000E-X8.

3.3 Slots Layout and Supported Boards

This section describes slots layout and supported boards of the E8000E-X8.

3.4 System Configuration

This section describes the system configuration of the E8000E-X8.

3.5 Physical Specification

This section describes the physical parameters of the E8000E-X8.

3.6 Power Supply System

This chapter describes the power supply system of the E8000E-X8.

3.7 Heat Dissipation System

This section describes the appearance, functions, and specifications of the heat dissipation
system.

3.8 Switching Network

This chapter describes the features and functions of a switching network.

3.9 Control Plane

This chapter describes the control plane of the E8000E-X8.

HUAWEI Eudemon8000E Firewall
Hardware Description

3 E8000E-X8 Chassis Overview

Issue 01 (2012-11-07)

Huawei Proprietary and Confidential

Summary of Contents for E8000E-X16

Page 1: ...HUAWEI Eudemon8000E Firewall V200R001C01 Hardware Description Issue 01 Date 2012 11 07 HUAWEI TECHNOLOGIES CO LTD ...

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

Page 3: ...s document is l Commissioning Engineer l Data Configuration Engineer l Network Monitoring Engineer l System Maintenance Engineer Symbol Conventions The symbols used in this document are described in the following table They are defined as follows Symbol Description Indicates a hazard with a high level of risk which if not avoided will result in death or serious injury HUAWEI Eudemon8000E Firewall ...

Page 4: ...ormal paragraphs are in Times New Roman Boldface Names of files directories folders and users are in boldface For example log in as user root Italic Book titles are in italics Courier New Examples of information displayed on the screen are in Courier New Command Conventions The command conventions that may be found in this document are defined as follows Convention Description Boldface The keyword...

Page 5: ...ameters tabs window and dialog titles are in boldface For example click OK Multi level menus are in boldface and separated by the signs For example choose File Create Folder Keyboard Operation The keyboard operations that may be found in this document are defined as follows Format Description Key Press the key For example press Enter and press Tab Key 1 Key 2 Press the keys concurrently For exampl...

Page 6: ...quickly without moving the pointer Drag Press and hold the primary mouse button and move the pointer to a certain position Change History Changes in Issue 01 2012 11 07 The initial commercial release HUAWEI Eudemon8000E Firewall Hardware Description About This Document Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd v ...

Page 7: ...e 17 2 7 3 Air Filter 19 2 7 4 PFU 20 2 8 Switching Network System 21 2 8 1 Introduction to the Switching Network System 21 2 8 2 SFUI 40 B 22 2 9 Control Plane 24 2 9 1 Introduction to the Control Plane 24 2 9 2 MPUB 25 2 9 3 CMU 31 3 E8000E X8 Chassis Overview 35 3 1 System Overview 36 3 2 Components of the E8000E X8 37 3 3 Slots Layout and Supported Boards 39 3 4 System Configuration 41 3 5 Phy...

Page 8: ...eatures and Diagram of the Power Supply System 74 4 6 2 DC Power Supply Module 74 4 6 3 AC Power Supply Module 76 4 7 Heat Dissipation System 78 4 7 1 System Air Channel 78 4 7 2 Fan Module 79 4 7 3 Air Filter 81 4 8 Control Plane 82 4 8 1 Introduction to the Control Plane 82 4 8 2 MPUD 83 5 Boards 87 5 1 SPUA 88 5 2 LPUF 40 A and FPIC 90 5 2 1 LPUF 40 A 90 5 2 2 20 Port 100 1000Base X SFP Flexibl...

Page 9: ... 6 3 2 Structure 129 6 3 3 Technical Specifications 130 6 4 Console Port Cable 130 6 4 1 Introduction 130 6 4 2 Structure 130 6 4 3 Technical Specifications 131 6 5 Auxiliary Port Cable 132 6 5 1 Introduction 132 6 5 2 Structure 132 6 5 3 Technical Specifications 133 6 6 Ethernet Cable 134 6 6 1 Introduction 134 6 6 2 Structure 134 6 6 3 Technical Specifications 136 6 7 Optical Fiber 136 6 7 1 Int...

Page 10: ...e Attributes 153 C 1 Interface Attributes of 10Base T 100Base TX 1000Base T RJ45 154 C 2 Interface Attributes of 100Base FX 154 C 3 Interface Attributes of 1000Base X SFP 155 C 4 Interface Attributes of 10GBase LAN WAN XFP 156 C 5 Interface Attributes of OC 192c STM 64c POS XFP 157 D Optical Module 159 D 1 1 Gbit s Electrical Transceiver 160 D 2 1 25 Gbit s SFP eSFP Optical Module 161 D 3 10 Gbit ...

Page 11: ...old the OFL button for six seconds till the OFL indicator becomes on Then you can plug out the board safely The Eudemon8000E provides a powerful monitoring system The main control module on the Main Processing Unit MPU of the Eudemon8000E can manage and maintain the entire system The main control module can manage monitor and maintain the boards fan modules power modules and clock modules The Eude...

Page 12: ... describes the system configuration of the E8000E X16 2 5 Physical Specification This section describes the physical parameters of the E8000E X16 2 6 Power Supply System This chapter describes the power supply system used by the E8000E X16 2 7 Heat Dissipation System This section describes the appearance functions and specifications of the heat dissipation system 2 8 Switching Network System This ...

Page 13: ...S through NMS interface The diagram of functional host is shown in Figure 2 1 Figure 2 1 Diagram of functional host POS Ethernet Monitoring bus Management bus Serial link group 1 The link connects to the managment bus switching unit of another Monitoring unit Management unit Forwarding unit Physical interface unit Monitoring bus Management bus Serial link group Monitoring unit Management unit Forw...

Page 14: ...ped air channels to improve system heat dissipation l Distributed power supply to enhance power supply capability for a single chassis l 200 mm fans with a power filter module l MPUs in 1 1 backup mode l SFUs in load balancing mode l Backup for key components such as power modules fan modules clocks and management buses l Protection against incorrect of boards l Queries about alarm prompts alarm i...

Page 15: ...rance and main components of the E8000E X16 HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 5 ...

Page 16: ...anagement interface 11 CMU 12 PGND terminal M6 2 3 Slots Layout and Supported Boards This section describes slots layout and supported boards of the E8000E X16 HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 6 ...

Page 17: ... hold LPUs LPUF 40 A or LPUF 21 or SPUA MPU 17 to 18 2 41 mm 1 6 inches These slots hold MPUs that work in 1 1 backup mode SFU 19 to 22 4 41 mm 1 6 inches These slots are used to hold SFUs Supported Boards Table 2 2 lists the specifications of boards supported by the E8000E X16 Table 2 2 Supported boards by the E8000E X16 Type Description Hot Swap MPU MPUB Yes HUAWEI Eudemon8000E Firewall Hardware...

Page 18: ...E X16 supports the SFU models SFUI 40 B and SFUI 200 B but does not support the mixed use of the two models 2 4 System Configuration This section describes the system configuration of the E8000E X16 Table 2 3 System configuration list of the E8000E X16 Item Description Remarks Processing unit of the MPU Main frequency 1 5 GHz BootROM capacity of the MPU 8 MB SDRAM capacity of the MPU 2 GB NVRAM ca...

Page 19: ...th is 770 mm covering the dust filter and cabling rack Installation position N68E cabinet or a standard 19 inch cabinet Weight Empty chassis 94 4 kg Full configuratio n If six LPUF 40 As 40G and ten SPUAs 20G are configured 196 4kg Typical power consumption If six LPUF 40 As 40G and ten SPUAs 20G are configured 5970W Heat dissipation 19350 BTU hour DC input voltage Rated voltage 48 V Maximum volta...

Page 20: ...es not exceed 15 days Otherwise it is called long term operation 2 6 Power Supply System This chapter describes the power supply system used by the E8000E X16 2 6 1 Features and Distributed Architecture of the Power Supply System This section describes the features distributed architecture and the PEM of the power supply system If DC power source is used connect the DC power cables to the PEM inpu...

Page 21: ...U L P U S P U L P U S P U L P U S P U L P U S P U L P U S P U L P U S P U L P U S P U L P U S P U L P U S P U The E8000E X16 can hold eight 70 A Power Entry Modules PEMs to provide 4 4 redundancy Figure 2 5 shows the appearance of the PEM Figure 2 5 Appearance of the E8000E X16 s PEM HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis Overview Issue 01 2012 11 07 Huawei Propriet...

Page 22: ...x 115mm x 220mm Weight 1 1 kg Number of power inputs 1 Input voltage range 72 V DC to 38 V DC Input rated voltage 48 V 60 V Maximum input current 70 A Output voltage 72 V DC to 38 V DC Output current 70 A Rated current of the air break 70 A Each PEM is controlled by an air switch 2 6 2 DC Power Supply System This section describes the architecture of the DC power supply system If the E8000E X16 ha...

Page 23: ... DC power by an AC DC converter The resulting DC power output is connected to the PEMs through external cables to supply power for all boards and fan modules Two 48V power inputs are joined on the board After the low frequency filtering the two 48 V power inputs for fans are joined inside the fan module In Figure 2 7 each DC power input contains one 48 V power input and one RTN input Two separated...

Page 24: ...d to the cabling Two AC power modules work in 1 1 backup mode Each power module provides four circuit breakers and eight AC power inputs Each circuit breaker is 20 A Figure 2 8 and Figure 2 9 show the appearance of the AC rectifier module Figure 2 8 Front view of the AC rectifier module 1 Power running indicator 2 Protection indicator 3 Fault indicator HUAWEI Eudemon8000E Firewall Hardware Descrip...

Page 25: ...put or under voltage AC input and no output by the power module Protection indicator Yellow Off On Temperature alarm When the ambient temperature exceeds 65 C the device is powered off Dormant When the device is in dormant state the protection indicator of the module is on but the module does not report alarms HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis Overview Issue 01...

Page 26: ...put power 2900 W single module 2 7 Heat Dissipation System This section describes the appearance functions and specifications of the heat dissipation system 2 7 1 System Air Channel This section describes the E8000E X16 s system air channel The E8000E X16 has three air channels The upper and lower chassis have separate air channels that draw air from the front and exhausts air from the rear The ai...

Page 27: ...ve separate heat dissipation systems The middle area of the E8000E 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 chassis Two lower SFU slots in the area also draw in air from the left When flowing to the right the air joins the air f...

Page 28: ...9 describes the indicators on the fan module Table 2 9 Description of the indicators on the fan module Indicator Color Description STATUS Green If the indicator blinks once every two seconds 0 5 Hz the fan module is working normally Red If the indicator is steady on the fan module PEM or PFU is faulty Table 2 10 lists the technical parameters of the fan module HUAWEI Eudemon8000E Firewall Hardware...

Page 29: ...at dissipation requirement l When the ambient temperature is between 27 C and 50 C the speed of fans is adjusted smoothly in linear mode and there are slight changes in noise levels 2 7 3 Air Filter This section describes the appearance of the air filter The E8000E X16 draws in air from the front and exhausts air from the rear The two air filters on the upper and lower chassis are identical To max...

Page 30: ...cations of the PFU The Power Filtering Unit PFU filters the power supply for the fan frame of the device The PFU performs functions such as reporting a signal that the PFU is in position e label reading and writing and indicators Appearance of the PFU Figure 2 14 shows the appearance of the PFU Figure 2 14 Appearance of the PFU HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis...

Page 31: ...d writing function The PFU supports EEPROM extension allowing you to read and write the e label Specifications Table 2 12 shows the specifications of the PFU Table 2 12 Specifications Parameter Value Typical power consumption 2 W Heat dissipation 6 5 BTU hour Weight 0 7 kg 2 8 Switching Network System This section describes the functions of the SFU 2 8 1 Introduction to the Switching Network Syste...

Page 32: ...fully connected with all of the level 2 switching chips As a result the same number of cells can be distributed to each level 2 switching plane This implements load balancing on switching planes and facilitates fault tolerance 2 After the cells reach the crossbar switching chips the crossbar switching chips schedule the cells to the corresponding outbound interfaces according to the destination in...

Page 33: ... ACT OFL RUN SFUI 40 B ACT OFL RUN 1 Ejector lever 2 OFL indicator 3 OFL button 4 RUN indicator 5 ACT indicator Table 2 13 describes the buttons and indicators on the panel HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 23 ...

Page 34: ...cal specifications of the SFUI 40 B Item Description Silkscreen of the board name SFUI 40 B Dimensions W x D x H 410 mm x 553 5 mm x 40 5 mm Power consumption typical value 50 W Board weight 3 5 kg 2 9 Control Plane This chapter describes the control plane of the E8000E X16 2 9 1 Introduction to the Control Plane This section describes the functions of the control plane The control plane on the E8...

Page 35: ...enance unit the MPUB collects monitored information to test system units locally or remotely or implement in service upgrading of system units The MPUB periodically collects information about the operation of system units through the Monitorbus The MPUB then generates related control information based on the collected information for example the detection of board installations and adjustments to ...

Page 36: ...MPUB Panel Figure 2 19 shows the appearance of the panel HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 26 ...

Page 37: ... the circuitry board 12 CF ACT indicator 13 USB 14 RESET 15 ALM indicator 16 OFL button 17 OFL indicator 18 RUN indicator 19 ACT active standby indicator 20 MGMT ETH LINK indicator 21 MGMT ETH ACT indicator Table 2 15 lists the buttons and indicators on the panel of the MPUB HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and C...

Page 38: ... indicator green If the indicator is on the CF is in position If the indicator is blinking data is being read or written If the indicator is off the CF is not in position or can be removed CF OFL button If you press the CF OFL button all operations on the CF card will be ended and the CF card will be powered off SFP LINK ACT indicator green If the indicator is steady on the link is normal If the i...

Page 39: ...utes Attribute Description Connector type SFP Operation mode 1000M fiber Standard compliance IEEE 802 3 2002 Cable specification Single mode or multi mode fibers Table 2 18 lists the attributes of the 10Base T 100Base TX 1000Base T RJ45 interfaces Table 2 18 10Base T 100Base TX 1000Base T RJ45 interface attributes Attribute Description Connector type RJ45 Operation mode 10M 100M 1000M auto sensing...

Page 40: ...le Table 2 20 lists the AUX interface attributes Table 2 20 AUX interface attributes Attribute Description Connector Type RJ45 Operation mode Duplex UART Electrical attribute RS 232 Baud rate 9600 bit s default value which can be changed as required Data equipment type Data Terminal Equipments DTE Cable specification 8 core shielded cable Technical Specifications Table 2 21 shows the technical spe...

Page 41: ...nce of the CMU Figure 2 20 CMU appearance Functions l Detecting the alarms of the fog sensor A certain interface on the panel of the CMU can be connected to the fog sensor in the cabinet or equipment room In this manner the CMU can detect the alarms of the fog sensor When detecting an alarm from the fog sensor the device management IC on the CMU sends the alarm to the device l Detecting the ambien...

Page 42: ...de the chassis are normal l One RS 232 port and one RS 485 port The CMU provides an RS 232 serial port for you to search information about the CMU In addition the CMU provides an RS 485 serial port to connect required devices The RS 485 port provided by the CMU can work in full duplex mode Panel Description Figure 2 21 shows the appearance of the panel Figure 2 21 Panel appearance Table 2 22 lists...

Page 43: ...ower supply voltage of the fog sensor is 12 V FOG_IN This port can be connected to the end of the fog sensor ANA1 Input of analog values from a sensor current input 0 to 25 mA voltage input 0 to 2 5 V AN12V Voltage of the power supply for a sensor 12 V ANA2 Input of analog values from a sensor current input 0 to 25 mA voltage input 0 to 2 5 V AN12V Voltage of the power supply for a sensor 12 V OPE...

Page 44: ...fications of the CMU Table 2 24 Specifications Parameter Value Typical power consumption 3 W Heat dissipation 10 British Thermal Units BTUs hour Weight 0 7 kg HUAWEI Eudemon8000E Firewall Hardware Description 2 E8000E X16 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 34 ...

Page 45: ...n describes the system configuration of the E8000E X8 3 5 Physical Specification This section describes the physical parameters of the E8000E X8 3 6 Power Supply System This chapter describes the power supply system of the E8000E X8 3 7 Heat Dissipation System This section describes the appearance functions and specifications of the heat dissipation system 3 8 Switching Network This chapter descri...

Page 46: ...ink group 1 The link connects to the managment bus switching unit of another Monitoring unit Management unit Forwarding unit Physical interface unit Monitoring bus Management bus Serial link group Monitoring unit Management unit Forwarding unit System monitoring unit Management bus switching unit System contorlling unit Monitoring bus Management bus 1 System monitoring unit Management bus switchin...

Page 47: ...em heat dissipation l Distributed power supply to enhance power supply capabilities for a single chassis l 200 mm fans with a PFU l SRUAs in 1 1 backup mode l SFUs in load balancing mode l Backup for key components such as power modules fan modules clocks and management buses l Protection against incorrect insertion of boards l Queries about alarm prompts alarm indications running status and alarm...

Page 48: ...rance and main components of the E8000E X8 HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 38 ...

Page 49: ...odule 12 CMU 3 3 Slots Layout and Supported Boards This section describes slots layout and supported boards of the E8000E X8 Slots Layout Figure 3 3 shows the slot layout on the E8000E X8 HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 39 ...

Page 50: ...ches The slot is used to hold an SFU Supported Boards Table 3 2 lists the specifications of boards supported by the E8000E X8 Table 3 2 Supported boards by the E8000E X8 Type Description Hot Swap SRUa SRUA Yes SRU 200 A Yes SFUb SFUI 40 C Yes SFUI 200 C Yes SPU SPUA Yes LPUF 40 A and FPIC LPUF 40 A Yes 20 port 100 1000Base X SFP FPIC No 2 port 10GBase LAN WAN XFP FPIC No 4 Port 10GBase LAN WAN XFP...

Page 51: ...U 200 A the SFUI 200 C is used 3 4 System Configuration This section describes the system configuration of the E8000E X8 Table 3 3 System configuration list of the E8000E X8 Item Typical Configuration Remarks Processing unit of the SRUA Main frequency 1 5 GHz BootROM capacity of the SRUA 8 MB SDRAM capacity of the SRUA 2 GB NVRAM capacity of the SRUA 4 MB Flash capacity of the SRUA 32 MB CF card 2...

Page 52: ...r a standard 19 inch cabinet Weight Empty chassis 43 2 kg Full configuratio n If three LPUF 40 As 40G and five SPUAs 20G are configured 96 7 kg Typical power consumption If three LPUF 40 As 40G and five SPUAs 20G are configured 3110W Heat dissipation 10081 BTU hour DC input voltage Rated voltage 48 V Maximum voltage range 72 V to 38 V AC input voltage Rated voltage 200 V AC to 240 V AC 50 60 Hz Ma...

Page 53: ...on exceeds either of these conditions it is called a long term operation 3 6 Power Supply System This chapter describes the power supply system of the E8000E X8 3 6 1 Features and Distributed Architecture of the Power Supply System This section describes the features distributed architecture and PEM of the power supply system If DC power source is used connect the DC power cables to the PEM input ...

Page 54: ...X8 s PEM The LED indicators on the PEM of theE8000E X8 are described in Table 3 5 Table 3 5 Description of the indicators of the PEM Indicator Color Description RUN Green Indicates normal power output If the indicator is steady on it implies a normal output HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyrig...

Page 55: ...Rated current of the air break 70 A Each PEM corresponds to an air switch 3 6 2 DC Power Supply System This section describes the architecture of the DC power supply system The E8000E X8 has a DC power supply system four 70 A PEMs work in 2 2 backup mode Figure 3 6 shows details of the DC power supply system Two 48 V power inputs are joined on the board After the low frequency filtering the two 48...

Page 56: ...erter The resulting DC power output is connected to the PEMs through external cables to supply power for all boards and fan modules Two 48V power inputs are joined on the board After the low frequency filtering the two 48 V power inputs for fans are joined inside the fan module NOTE In Figure 3 7 each DC power input contains one 48 V power input and one RTN input Two separated RTN inputs are joine...

Page 57: ...on needs to be paid to the cabling There is an AC power module providing four circuit breakers and for AC power inputs Each circuit breaker is 20 A Figure 3 8 and Figure 3 9 show the appearance of the AC rectifier module Figure 3 8 Front view of the AC rectifier module 1 Power running indicator 2 Protection indicator 3 Fault indicator HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 C...

Page 58: ...put or under voltage AC input and no output by the power module Protection indicator Yellow Off On Temperature alarm When the ambient temperature exceeds 65 C the device is powered off Dormant When the device is in dormant state the protection indicator of the module is on but the module does not report alarms HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 Chassis Overview Issue 01 ...

Page 59: ... W single module 3 7 Heat Dissipation System This section describes the appearance functions and specifications of the heat dissipation system 3 7 1 System Air Channel This section describes the E8000E X8 s system air channel The E8000E X8 draws in air from the front and exhausts air from the rear The air intake vent is located above the board area on the front chassis the air exhaust vent is loca...

Page 60: ...ers and fan speed adjustment of the fan module Appearance and Technical Parameters Two 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 for a short period of time at ambient temperature of 40 C Figure 3 11 shows the appearance of a fan module HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 Ch...

Page 61: ...ator is steady on the fan module PEM or PFU is faulty Table 3 10 lists the technical parameters of the fan module Table 3 10 Technical parameters of the fan module Item Technical Parameter Dimensions Width x Depth x Height 210 4 mm x 100 mm x 243 7 mm Weight 3 4 kg Power consumption typical value 30 W Maximum noise 74 dB HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 Chassis Overvie...

Page 62: ...r from the front top and exhausts air from the rear top There is a 3 U space in the upper part of the chassis and an air filter on the front of the chassis To maximize air intake the filter is fully perforated The air filter is fixed to the chassis by a fastener to facilitate filter removal and replacement Figure 3 12 shows the appearance of an air filter Figure 3 12 An air filter NOTE Placing a b...

Page 63: ...ot swap The I2C port of the IC makes the PFU hot swappable l The PFU provides indicators The PFU provides an indicator red green to indicate the working status of the PFU l The PFU provides the e label reading and writing function The PFU supports EEPROM extension allowing you to read and write the e label Specifications Table 3 12 shows the specifications of the PFU Table 3 12 Specifications Para...

Page 64: ...he E8000E X8 Figure 3 14 Switching network of the E8000E X8 The level 1 switching chip on one LPU is fully connected to all the level 2 switching chips on the SFUs The level 2 switching chips on the SFUs are also fully connected to the level 3 switching chip on another LPU In addition the level 2 crossbar switching chips work in load balancing mode across multiple switching planes The entire switc...

Page 65: ...el 2 switching chips is completed 3 After the cells reach the level 3 switching chips on another LPU the system searches for the destination interfaces Once found the cells are reassembled and sent out through physical interfaces At this point the switching of the data packets is completed 3 8 2 SFUI 40 C This section describes the appearance panel and indicators of SFUI 40 C Appearance As shown i...

Page 66: ...een indicator blinks once every two seconds 0 5 Hz the system is running normally ACT If the green indicator is on it indicates that the SFUI 40 C is working normally if the green indicator is off it indicates that the SFUI 40 C is faulty OFL When the SFUI 40 C is working normally the OFL indicator is off After the OFL button is pressed to power off the SFUI 40 C the OFL indicator is on NOTE The S...

Page 67: ...an be controlled maintained and exchanged between the boards l Device management and maintenance Devices can be managed and maintained through the management interfaces serial interfaces provided by the SRUA l Data configuration The SRUA stores configuration data startup files charging information upgrade software and system logs l Data storage The SRUA provides two interfaces for CF cards which s...

Page 68: ...SRUA This section describes the appearance panel and interfaces of the SRUA The MPU of the E8000E X8 system is SRUA The SRUA integrates the MPU as well as an SRU for data switching Appearance SRUA is used by the E8000E X8 Figure 3 17 shows appearance of the SRUA Figure 3 17 Appearance of the SRUA Panel Figure 3 18 shows the appearance of the panel HUAWEI Eudemon8000E Firewall Hardware Description ...

Page 69: ...s on the circuitry board 12 CF indicator 13 USB 14 RESET 15 ALM indicator 16 OFL button 17 OFL indicator 18 RUN indicator 19 ACT active standby indicator 20 MGMT ETH LINK indicator 21 MGMT ETH ACT indicator Table 3 15 describes the buttons and indicators on the SRUA panel HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confi...

Page 70: ... you can reset the main control unit on the SRUA CF ACT indicator green If the indicator is on the CF is in position If the indicator is blinking data is being read or written If the indicator is off the CF is not in position or can be removed CF OFL button If you press the CF OFL button all operations on the CF card will be ended and the CF card will be powered off SFP LINK ACT indicator green If...

Page 71: ...cts to the Modem for remote maintenance through dialing Interface Attributes Table 3 17 lists the 1000MBase X SFP interface attributes Table 3 17 1000MBase X SFP interface attributes Attribute Description Connector type SFP Operation mode 1000 M fiber Standard compliance IEEE 802 3 2002 Cable specification Single mode or multi mode fibers Table 3 18 lists the 10Base T 100Base TX 1000Base T RJ45 in...

Page 72: ...al attribute RS 232 Baud rate 9600 bit s default value which can be changed as required Data equipment type DCE Data Circuit terminating Equipment Cable specification 8 core shielded cable Table 3 20 lists the AUX interface attributes Table 3 20 AUX interface attributes Attribute Description Connector type RJ45 Operation mode Duplex UART Electrical attribute RS 232 Baud rate 9600 bit s default val...

Page 73: ...s composed of a sensor management module a system control module and a communications module CMU Appearance Figure 3 19 shows the appearance of the CMU Figure 3 19 CMU appearance Functions l Detecting the alarms of the fog sensor A certain interface on the panel of the CMU can be connected to the fog sensor in the cabinet or equipment room In this manner the CMU can detect the alarms of the fog se...

Page 74: ... input of alarm detection signals from up to six major nodes to detect whether the devices outside the chassis are normal l One RS 232 port and one RS 485 port The CMU provides an RS 232 serial port for you to search information about the CMU In addition the CMU provides an RS 485 serial port to connect required devices The RS 485 port provided by the CMU can work in full duplex mode Panel Descrip...

Page 75: ...power supply voltage of the fog sensor is 12 V FOG_IN This port can be connected to the end of the fog sensor ANA1 Input of analog values from a sensor current input 0 to 25 mA voltage input 0 to 2 5 V AN12V Voltage of the power supply for a sensor 12 V ANA2 Input of analog values from a sensor current input 0 to 25 mA voltage input 0 to 2 5 V AN12V Voltage of the power supply for a sensor 12 V OP...

Page 76: ...ifications of the CMU Table 3 24 Specifications Parameter Value Typical power consumption 3 W Heat dissipation 10 British Thermal Units BTUs hour Weight 0 7 kg HUAWEI Eudemon8000E Firewall Hardware Description 3 E8000E X8 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 66 ...

Page 77: ...X3 4 4 System Configuration This section describes the system configuration of the E8000E X3 4 5 Physical Specifications This section describes the physical parameters of the E8000E X3 4 6 Power Supply System This chapter describes the power supply system of the E8000E X3 4 7 Heat Dissipation System This section describes the appearance functions and specifications of the heat dissipation system 4...

Page 78: ...up mode l Backup for key components such as power modules fan modules clocks and management buses l Protection against incorrect insertion of boards l Queries about alarm prompts alarm indications running status and alarm status of the power supply l Queries about alarm prompts alarm indications running status and alarm status of the voltage and ambient temperature 4 2 Components of the E8000E X3 ...

Page 79: ...U cage 4 MPU cage 5 Cabling rack 6 Air intake vent 7 Fan 8 PEM module 9 PGND terminal M6 10 Air filter 11 Handle HUAWEI Eudemon8000E Firewall Hardware Description 4 E8000E X3 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 69 ...

Page 80: ...AC power module 4 ESD jack 5 LPU cage 6 MPU cage 7 Cabling rack 8 Air intake vent 9 Fan 10 PGND terminal M6 11 Air filter 12 Handle HUAWEI Eudemon8000E Firewall Hardware Description 4 E8000E X3 Chassis Overview Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 70 ...

Page 81: ...hese slots are used to hold SPUAs or LPUs MPU 4 to 5 2 41 mm 1 6 inches These slots hold MPUs that work in 1 1 backup mode Supported Boards Table 4 2 lists the specifications of boards supported by the E8000E X3 Table 4 2 Supported boards by the E8000E X3 Type Description Hot Swap MPU MPUD Yes SPU SPUA Yes LPUF 40 A and FPIC LPUF 40 A Yes 20 port 100 1000Base X SFP FPIC No 2 port 10GBase LAN WAN X...

Page 82: ...ssing unit of the MPU Dominant frequency 1 GHz BootROM capacity of the MPU 1 MB SDRAM capacity of the MPU 2 GB NVRAM capacity of the MPU 512 KB Flash capacity of the MPU 32 MB CF card 2 GB Two 1 GB CF cards Switching capacity 1 08 Tbit s Interface capacity 80 Gbit s Bidirectional One LPUF 40 A 40G and two SPUAs 20G are configured Number of LPU slots 3 Number of MPU slots 2 4 5 Physical Specificati...

Page 83: ...15 kg AC chassis 25 kg Full configuration If one LPUF 40 A 40G and two SPUAs 20G are configured l DC chassis 34 kg l AC chassis 42 kg DC input voltage Rated voltage 48 V Maximum voltage range 72 V to 38 V AC input voltage Rated voltage 200 V AC to 240 V AC 50 60 Hz Maximum voltage range 180 V AC to 264 V AC 50 60 Hz System reliability MTBF year 25 MTTR hour 0 5 Ambient temperatureb Long termc 0 C ...

Page 84: ...supply Power modules convert the input voltage into 48 V DC voltage to supply power for the entire system The power supply system has the following features l The power supply system consists of two AC power modules or two DC power modules working in 1 1 backup mode l Both AC power modules and DC power modules support alarm functions DC power modules support I2C communications and AC power modules...

Page 85: ...n the power module become faulty l One of the power modules does not have input power The following is the introduction to the PEM The PEM of the E8000E X3 has one straight through power input that provides the following functions l Surge protection filtering and short circuit protection l Alarm function Table 4 6 lists the technical parameters of the PEM Table 4 6 Technical parameters of the DC P...

Page 86: ...is controlled by an air switch 4 6 3 AC Power Supply Module This section describes the appearance functions and the technical parameters of the AC power supply module The AC power module of the E8000E X3 is 1 U high as shown in Figure 4 6 Figure 4 6 Appearance of the AC power module Table 4 7 describes the indicators on the AC power module HUAWEI Eudemon8000E Firewall Hardware Description 4 E8000E...

Page 87: ...uited The AC power module provides the following functions l Protection against overcurrent of output power l Protection against overvoltage of output power l Protection against short circuit l Alarm functions Table 4 8 lists the technical parameters of the AC power module Table 4 8 Technical parameters of the AC power supply module Item Technical Parameter Type EPW30B 48A Dimensions width x depth...

Page 88: ...ter is installed over the air intake vent of the E8000E X3 The air filter has a curved face large area and small windage resistance These features help to improve heat dissipation efficiency The two fan modules of the E8000E X3 are located back to back at the air exhaust vent with each module containing two fans The system draws in air for heat dissipation as shown in Figure 4 7 and Figure 4 8 Fig...

Page 89: ...chnical Parameters The fan modules which are located at the rear of the E8000E X3 performs heat dissipation and ventilation for the entire system The fan module of the E8000E X3 consists of a fan frame two fans and a Fan Control Board FCB as shown in Figure 4 9 When a single fan fails the system can still work normally for a short period of time at ambient temperature of 40 C HUAWEI Eudemon8000E F...

Page 90: ...d If the indicator is steady on the fan module or PEM is faulty Table 4 10 lists the technical parameters of the fan module Table 4 10 Technical parameters of the fan module Item Technical Parameter Dimensions width x depth x height 160 mm x 108 mm x 213 mm Weight 1 5 kg Maximum wind pressure 700 Pa Maximum wind rate 850 m3 h Maximum noise 78 dB HUAWEI Eudemon8000E Firewall Hardware Description 4 ...

Page 91: ...w speed which meets the ETSI noise requirement and the heat dissipation requirement When the ambient temperature is between 27 C and 45 C the speed of fans is adjusted smoothly in linear mode and there are slight changes in noise levels When the ambient temperature is above 45 C fans rotate at a high speed meeting the heat dissipation requirements 4 7 3 Air Filter This section describes the appear...

Page 92: ... managed and maintained through the management interfaces serial interfaces provided by the MPU l Data configuration The MPU stores configuration data startup files charging information upgrade software and system logs l Data storage The MPU provides two interfaces for CF cards which serve as mass storage devices to store data files System Maintenance Unit As the system maintenance unit the MPU co...

Page 93: ...e Figure 4 12 Appearance of the panel 1 Ejector lever 2 BITS0 not in use currently 3 BITS1 not in use currently 4 ETH0 5 CF OFL button 6 CF indicator 7 CF card slot the other CF card slot is on the circuitry board 8 Reset button 9 OFL button 10 OFL indicator 11 ACT indicator 12 ALM indicator HUAWEI Eudemon8000E Firewall Hardware Description 4 E8000E X3 Chassis Overview Issue 01 2012 11 07 Huawei P...

Page 94: ...tive standby indicator green If the indicator is on the MPUD is in the active state If the indicator is off the MPUD is in the standby state Reset button The button is used for resetting the MPUD Press the Reset button and you can reset the MPUD CF ACT indicator green If the indicator is on the CF is in position If the indicator is blinking data is being read or written If the indicator is off the...

Page 95: ...le 4 13 10Base T 100Base TX 1000Base T RJ45 interface attributes Attribute Description Connector type RJ45 Operation mode 10M 100M 1000M auto sensing interfaces supporting full duplex mode Standard compliance IEEE 802 3 2002 Cable specification Category 5 unshielded twisted pair UTP cables recommended when the interface rate is 10 Mbit s or 100 Mbit s super category 5 Shielded Twisted Pair STP cab...

Page 96: ...9600 bit s default value which can be changed as required Data equipment type Data Terminal Equipments DTE Cable specification 8 core shielded cable Technical Specifications Table 4 16 shows the technical specifications of the MPUD Table 4 16 Technical specifications of the MPUD Item Description Silkscreen of the board name MPUD Dimensions W x D x H 198 5 mm x 551 mm x 40 mm Power consumption typi...

Page 97: ...structure and specifications of the Flexible Card Line Processing Unit LPUF 40 A 2 sub slots and FPIC 5 3 LPUF 21 and FPIC This chapter describes the structure and specifications of the Flexible Card Line Processing Unit LPUF 21 2 sub slots and FPIC HUAWEI Eudemon8000E Firewall Hardware Description 5 Boards Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Lt...

Page 98: ... different data processing capacities The SPUA01 provides 10 Gbit s processing capability The SPUA02 provides 20 Gbit s processing capability The SPUA01 can be upgraded to the SPUA02 by inserting a service processing card SPC into it The SPUA can be inserted in LPU SPU slot of the Eudemon8000E Figure 5 1 shows the appearance of the SPUA01 10G Figure 5 1 Appearance of the SPUA01 10G Panel l Figure ...

Page 99: ...e removing a board you need to press and hold the OFL button for about 6s till the OFL indicator is on OFL indicator Red If the indicator is on you can remove the board RUN indicator Green If the indicator blinks once every 2s 0 5 Hz it indicates that the board is normal If the indicator blinks twice every 1s 2 Hz it indicates that the board is in alarm mode Table 5 2 shows the indicators on the S...

Page 100: ... x D x H 400 mm x 520 mm x 41 mm Power consumption typical value 199 W SPUA01 10G with no SPC 335 W SPUA02 20G with an SPC Board weight 5 3 kg SPUA01 10G with no SPC 8 0 kg SPUA02 20G with an SPC Maximum DC input voltage 72 V to 38 V CPU dominant frequency 1 GHz 5 2 LPUF 40 A and FPIC This chapter describes the structure and specifications of the Flexible Card Line Processing Unit LPUF 40 A 2 sub ...

Page 101: ... of the LPUF 40 A Indicator Button Description OFL button It is a button to send a application signal to the device when removing a board Before removing a board you need to press and hold the OFL button for about 6s till the OFL indicator is on OFL indicator red If the indicator is on you can remove the board RUN indicator green If the indicator blinks once every 2s 0 5 Hz the LPU is in the norma...

Page 102: ... conditions Long term ambient temperature 0 C to 45 C Short term ambient temperature 5 C to 55 C Long term relative humidity 5 to 85 Short term relative humidity 5 to 95 Storage conditions Storage temperature 40 C to 70 C Storage humidity 0 to 95 5 2 2 20 Port 100 1000Base X SFP Flexible Card Overview Figure 5 6 shows 20 port 100 1000Base X SFP Flexible Card l Provides GE optical modules supportin...

Page 103: ...r is on the link is Up If the indicator is blinking the data is being read or written If the indicator is off the link is Down Interface Attributes Table 5 8 lists the interface attributes of the 20 port 100 1000Base X SFP flexible card Table 5 8 Interface attributes of the 20 port 100 1000Base X SFP flexible card Attributes Description Connector type LC PC Optical interface attributes Compliant w...

Page 104: ...optical modules Attributes Description Maximum transmission distance 0 55 km 10 km 40 km 40 km 80 km 100 km Center wavelength 850 nm 1310 nm 1310 nm 1550 nm 1550 nm 1550 nm Minimum transmitting power 9 5 dBm 9 5 dBm 4 5 dBm 4 0 dBm 2 0 dBm 0 dBm Maximum transmitting power 2 5 dBm 3 0 dBm 3 0 dBm 1 0 dBm 5 0 dBm 5 0 dBm Receiving sensitivity 17 0 dBm 20 0 dBm 22 5 dBm 21 0 dBm 23 0 dBm 30 0 dBm Ove...

Page 105: ...of the 20 port 100 1000Base X SFP flexible card Item Specifications Supported protocol and service IEEE 802 3ab IEEE 802 3z IEEE 802 3x stream control IEEE802 1q VLAN and Jumbo frames IEEE802 3ad Link aggregation IEEE 802 1p Label Interface type SFP NMS Enhanced command line interface SNMP and MIB support Operating conditions Long term ambient temperature 0 C to 45 C Short term ambient temperature...

Page 106: ...ndicator blinks twice every 1s 2 Hz the LPU is in the alarm state LINK ACT indicator green If the indicator is on the link is Up If the indicator is blinking the data is being read or written If the indicator is off the link is Down Interface Attributes Table 5 14 lists the interface attributes of the 2 port 10GBase LAN WAN XFP FPIC CAUTION If you configure 10 GE interface to work in WAN mode use ...

Page 107: ...ity 7 5 dBm 11 0 dBm 15 0 dBm 24 0 dBm Overload optical power 1 0 dBm 0 5 dBm 1 0 dBm 7 0 dBm Optical fiber type Multi mode Single mode Single mode Single mode The 10G XFP multi mode optical module supports two types of multi mode optical fibers with different cores Table 5 16 shows the relationship between the core the modal bandwidth and the transmission distance During configuration the length ...

Page 108: ... 12 W Heat dissipation 39 BTU hour Board weight 0 5 kg Dimensions width x depth x height 180 mm x 145 mm x 40 mm 5 2 4 4 port 10GBase LAN WAN XFP FPIC Overview The 4 port 10GBase WAN LAN XFP FPIC supports two working modes LAN and WAN NOTE The 4 port 10GBase WAN LAN XFP FPIC is convergence Panel Figure 5 8 shows the panel appearance of the 4 port 10GBase WAN LAN XFP FPIC Table 5 18 describes the i...

Page 109: ...AN WAN XFP FPIC CAUTION If you configure 10 GE interface to work in WAN mode use single mode optical fibers to connect devices Table 5 19 Interface attributes of the 4 port 10GBase LAN WAN XFP FPIC Attributes Description Connector type LC PC Optical interface attributes Compliant with the selected XFP optical module for the attributes of XFP modules see Table 5 20 Frame format Ethernet_II Ethernet...

Page 110: ...is restricted by the transmission distance In addition the optical fiber with the 50 um core and 2000 MHz km modal bandwidth is a special type which is not delivered by Huawei If this type of optical fiber is required you need to purchase it additionally Table 5 21 Transmission distance of 10G XFP optical modules Core µm Modal Bandwidth Mhz km Transmission Distance m 50 2000 2 300 50 500 2 82 62 5...

Page 111: ... 5 3 1 LPUF 21 Overview The LPUF 21 backplane has two slots each of which can be inserted with a half high FPIC The LPUF 21 backplane supports a maximum bandwidth of 20 Gbit s and the intermixing of FPICs CAUTION The LPUF 21 backplane does not support the hot swap of FPICs Figure 5 9 shows the appearance of the LPUF 21 Figure 5 9 Appearance of the LPUF 21 HUAWEI Eudemon8000E Firewall Hardware Desc...

Page 112: ...L button for about 6s till the OFL indicator is on OFL indicator Red If the indicator is on you can remove the board RUN indicator Green If the indicator blinks once every 2s 0 5 Hz the system is normal If the indicator blinks twice every 1s 2 Hz the system is in alarm mode or the device is starting and not registered Technical Specifications Table 5 24 shows the technical specifications of the fl...

Page 113: ...Enhanced command line interface SNMP and MIB support Operating conditions Long term ambient temperature 0 C to 45 C Short term ambient temperature 5 C to 55 C Long term relative humidity 5 to 85 Short term relative humidity 5 to 95 Storage conditions Storage temperature 40 C to 70 C Storage humidity 0 to 95 5 3 2 1 port 10GBase LAN WAN XFP FPIC Panel Appearance Figure 5 11 shows the panel appearan...

Page 114: ...r is on it indicates that the link is connected If the indicator is blinking data is being transmitted When the indicator is off it indicates that the link is disconnected Interface Attributes Table 5 27 shows the interface attributes of the 1 port 10GBase LAN WAN XFP optical interface flexible card CAUTION If you configure 10 GE interface to work in WAN mode use single mode optical fibers to conn...

Page 115: ... 1 0 dBm 2 0 dBm 4 0 dBm Receiving sensitivity 7 5 dBm 11 0 dBm 15 0 dBm 24 0 dBm Overload optical power 1 0 dBm 0 5 dBm 1 0 dBm 7 0 dBm Optical fiber type Multi mode Single mode Single mode Single mode The 10G XFP multi mode optical module supports two types of multi mode optical fibers Table 5 29 shows the relationship among the fiber core module bandwidth and transmission distance During the co...

Page 116: ...n value 58 BTU hour Board weight 0 5 kg Dimensions W x D x H 180 mm x 145 mm x 40 mm 5 3 3 12 port 100Base FX 1000Base X SFP FPIC Overview The 12 port 100Base FX 1000Base X SFP Optical Interface FPIC can l Provide GE optical interfaces through the GE optical module l Provide FE optical interfaces through the FE optical module l Provide 10 M 100 M 1000 M auto sensing electrical interfaces through t...

Page 117: ...If the indicator is blinking data is being transmitted When the indicator is off it indicates that the link is disconnected Interface Attributes Table 5 32 shows the interface attributes of the 12 port 100Base FX 1000Base X SFP FPIC Table 5 32 Interface attributes of the 12 port 100Base FX 1000Base X SFP FPIC Attribute Description Connector type LC PC Interface attributes Complies with the selecte...

Page 118: ...0 dBm 8 0 dBm 10 0 dBm 10 0 dBm Optical fiber type Single mode Single mode Single mode Single mode Table 5 34 Attributes of 1000M SFP optical modules Attribute Description Transmission distance 0 5 km 10 km 40 km 40 km 80 km 100 km Center wavelength 850 nm 1310 nm 1310 nm 1550 nm 1550 nm 1550 nm Minimum transmitting optical power 9 5 dBm 9 5 dBm 4 5 dBm 4 0 dBm 2 0 dBm 0 dBm Maximum transmitting o...

Page 119: ...X SFP FPIC Item Description Silk screen board name 12x100 1000Base SFP Power consumption typical value 14 W Heat dissipation value 45 BTU hour Board weight 0 50 kg Dimensions W x D x H 180 mm x 145mm x 40 mm 5 3 4 12 port 10Base T 100Base TX 1000Base T RJ45 FPIC Panel Appearance Figure 5 13 shows the panel appearance of the 12 port 10Base T 100Base TX 1000Base T RJ45 FPIC Table 5 36 shows the indi...

Page 120: ...link is connected If the indicator is blinking data is being transmitted When the indicator is off it indicates that the link is disconnected Interface Attributes Table 5 37 shows the interface attributes of the 12 port 10Base T 100Base TX 1000Base T RJ45 FPIC Table 5 37 Interface attributes of the 12 port 10Base T 100Base TX 1000Base T RJ45 FPIC Attribute Description Connector type RJ45 Working m...

Page 121: ...ase TX 1000Base T RJ45 FPIC Table 5 38 Technical specifications of the 12 port 10Base T 100Base TX 1000Base T RJ45 FPIC Item Description Silk screen board name 12x10 100 1000Base TX RJ45 Power consumption typical value 11 W Heat dissipation value 36 BTU hour Board weight 0 50 kg Dimensions W x D x H 180 mm x 145 mm x 40 mm 5 3 5 1 port OC 192c STM 64c POS XFP FPIC Panel Description Figure 5 14 sho...

Page 122: ... When the indicator is off it indicates that the link is disconnected Interface Attributes Table 5 40 shows the interface attributes of the 1 port OC 192c STM 64c POS XFP FPIC Table 5 40 Interface attributes of the 1 port OC 192c STM 64c POS XFP FPIC Attribute Description Connector type LC PC Optical interface attributes Complies with the selected XFP optical module For the attributes of XFP modul...

Page 123: ...bers Table 5 42 shows the relationship among the fiber core module bandwidth and transmission distance During the configuration the length of the optical fiber cannot exceed the restriction on the transmission distance The optical fibers whose core diameter is 50 μm and module bandwidth is 2000 Mhz x km are special are not delivered with the product You can purchase the fibers as required Table 5 ...

Page 124: ...0 mm 5 3 6 4 Port 10GBase WAN LAN XFP FPIC The 4 port 10GBase WAN LAN XFP FPIC supports two working modes LAN and WAN NOTE l The 4 port 10GBase WAN LAN XFP FPIC is convergence l The 4 port 10GBase WAN LAN XFP FPIC needs two FPIC slots Panel Figure 5 15 shows the panel appearance of the 4 port 10GBase WAN LAN XFP FPIC Table 5 44 describes the indicators on the panel Figure 5 15 Panel appearance of ...

Page 125: ...FPIC Table 5 45 Interface attributes of the 4 port 10GBase LAN WAN XFP FPIC Attributes Description Connector type LC PC Optical interface attributes Compliant with the selected XFP optical module for the attributes of XFP modules see Table 5 46 Working mode Full duplex Frame format Ethernet_II Ethernet_SAP and Ethernet_SNAP Network protocol IP Table 5 46 Attributes of 10G XFP optical modules Attri...

Page 126: ...e 50 um core and 2000 MHz km modal bandwidth is a special type If this type of optical fiber is required you need to purchase it additionally Table 5 47 The transmission distance of 10G XFP optical modules Core μm Modal Bandwidth Mhz km Transmission Distance km 50 2000 2 to 300 50 500 2 to 82 62 5 200 2 to 33 Technical Specifications Table 5 48 lists the technical specifications of the 4 port 10GB...

Page 127: ...sions width x depth x height 340 mm x 180 mm x 40 mm Connector type LC HUAWEI Eudemon8000E Firewall Hardware Description 5 Boards Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 117 ...

Page 128: ...of the grounding cable 6 4 Console Port Cable This section describes the structure and technical specifications of the console interface cable 6 5 Auxiliary Port Cable This section describes the structure and technical specifications of the AUX interface cable 6 6 Ethernet Cable Ethernet cables are classigied into two types straight through cables and crossover cables 6 7 Optical Fiber This sectio...

Page 129: ...ables of the Eudemon8000E are delivered in an integrated way Cut the cables and make the power cables according to the actual requirements on the site Figure 6 1 and Figure 6 2 show the power cables Figure 6 1 NEG Figure 6 2 RTN 6 1 2 Structure The terminals on DC cables vary with the devices to which the cables are connected Two commonly used terminals are OT bare crimping terminal and JG2 double...

Page 130: ...al to 15 m You need to prepare suitable cables according to the surveyed power supply distance between the E8000E X16 and the power distribution cabinet Power Supply Distance Shorter Than or Equal to 15 m If the power supply distance is shorter than or equal to 15 m use the 16 mm2 power cable to connect the E8000E X16 and the power distribution cabinet Table 6 1 lists the cable terminals and cable...

Page 131: ...27 IEC 02 RV 25mm2 blue 110A RTN power cable Wire 450 750V 227 IEC 02 RV 25mm2 black 110A Terminal E8000E X16 Naked Crimping Connector JG2 25mm2 M6 150A Tin Plating For OEM DC Power distribution cabinet Naked Crimping Terminal OT 25mm2 M8 Tin Plating Naked Ring Terminal Power Supply Distance Longer Than 25 m and Shorter Than or Equal to 35 m If the power supply distance is longer than 25 m and sho...

Page 132: ...emon8000E and the DC power distribution cabinet Power Supply Distance Shorter Than or Equal to 15 m If the power supply distance is shorter than or equal to 15 m use the 16 mm2 power cable to connect the Eudemon8000E and the power distribution cabinet Table 6 4 lists the cable terminals and cable types Table 6 4 Cables used when the power supply distance is shorter than or equal to 15 m Item Descr...

Page 133: ...nd Shorter Than or Equal to 35 m If the power supply distance is longer than 25 m and shorter than or equal to 35 m use the 35 mm2 power cable to connect the Eudemon8000E and the power distribution cabinet Table 6 6 lists the cable terminals and cable types Table 6 6 Cables used when the power supply distance is longer than 25 m and shorter than or equal to 35 m Item Description Cable type NEG pow...

Page 134: ... RV 16mm2 blue 85A RTN power cable Wire 450 750V 60227 IEC 02 RV 16mm2 black 85A Terminal E8000E X3 Naked Crimping Terminal JG2 16mm2 M6 95A Tin Plated for OEM DC Power distribution cabinet Naked Crimping Terminal OT 16mm2 M8 Tin Plating Naked Ring Terminal Power Supply Distance Longer Than 15 m and Shorter Than or Equal to 35 m If the power supply distance is longer than 15 m and shorter than or ...

Page 135: ...of the AC input power cable 6 2 1 Introduction The AC power cable consists of the live line neutral line and protection grounding cable Choose external AC cable suite or fixed length electric and electronic cables as appropriate Figure 6 5 External AC cable suite Figure 6 6 Fixed length electric and electronic cable 6 2 2 Structure HUAWEI Eudemon8000E Firewall Hardware Description 6 Cables Issue 0...

Page 136: ...nvertors and the E8000E X16 Place the AC DC convertors as near to the device as possible If the distance between the AC DC convertors and the device is longer than 3 m the cabling scheme is shown in E8000E X16 DC Input Power Cable If the distance is shorter than and equal to 3 m the cabling scheme is shown in Table 6 9 Table 6 9 Cable types and cable terminals of the AC input power cable Item Desc...

Page 137: ...inal OT 6mm2 M6 Tin Plating Insulated Ring Terminal 12 10AWG yellow DC power distribution cabinet Naked Crimping Terminal OT 6mm2 M8 Tin Plating Insulated Ring Terminal 12 10AWG yellow 6 2 4 E8000E X8 AC input Power Cable If the E8000E X8 uses AC power source power cables include l Cables between the AC DC convertor and the E8000E X8 l Cables between the AC DC convertor and the AC power distributi...

Page 138: ... AC power cable shown in Table 6 12 Table 6 12 Cable types and cable terminals of the AC input power cable Item Description Cable Type Two wire AC power cable Power Cable 300 500V 60227 IEC 10 BVV 6mm2 Black Jacket Cores Blue Brown 43A 2 Equivalent Cores Terminal AC DC convertor Naked Crimping Terminal OT 6mm2 M6 Tin Plating Insulated Ring Terminal 12 10AWG yellow DC power distribution cabinet Nak...

Page 139: ...t installed in a cabinet connect the ground cable of the chassis to the ground terminal on the ground block of the equipment room Figure 6 9 shows the ground cables Figure 6 9 Ground cable 6 3 2 Structure The terminals on ground cables vary with the devices to which the cables are connected Two commonly used terminals are OT bare crimping terminal and JG2 double hole bare crimping terminal Figure ...

Page 140: ...ture and technical specifications of the console interface cable 6 4 1 Introduction The console interface cable is used to connect the console interface on the Eudemon8000E to the serial interface of the console to transmit configuration data of the Eudemon8000E The console interface cable is an 8 core shielded cable One end of the cable is an RJ45 connector connected to the console interface on t...

Page 141: ...7 20 4 DTR Data Terminal Ready 8 4 7 RTS Request to Send 6 4 3 Technical Specifications Table 6 16 lists the technical specifications of the console interface cable Table 6 16 Technical specifications of the console interface cable Item Description Connector X1 Network interface connector crystal connector 8PIN 8bit shielded plug Connector X2 Cable connector D style 25PIN male Connector X3 Cable c...

Page 142: ...e configuration data of the Eudemon8000E The AUX interface cable is an 8 core shielded cable One end of the cable is an RJ45 connector connected to the AUX interface on the MPU The other end has DB9 and DB25 connectors either of which is connected to the serial interface on a computer 6 5 2 Structure As shown in Figure 6 13 the structure of the AUX interface cable is the same as that of the consol...

Page 143: ...able Item Description Connector X1 Network interface connector crystal connector 8PIN 8bit shielded plug Connector X2 Cable connector D type 25PIN male Connector X3 Cable connector D type 9PIN male Cable type Symmetrical twisted cable 120 ohm SEYVPV 0 5mm 24AWG 8core PANTONE 430U Symmetrical twisted cable 100 ohm SEYVP 0 48mm 26AWG 8core black Number of cores 8 Fireproof class CM Available length ...

Page 144: ...able The crossover cable is used to connect the Ethernet interfaces between the following devices l A Eudemon8000E device and a Eudemon8000E device l A Eudemon8000E device and a computer l A hub and a hub l A hub and a switch l A switch and a switch l A computer and a computer 6 6 2 Structure As shown in Figure 6 14 the straight through cable and the crossover cable are standard shielded network c...

Page 145: ...te green X1 4 X2 4 Blue Twisted X1 5 X2 5 White blue X1 8 X2 8 Brown Twisted X1 7 X2 7 White brown Table 6 20 Pin assignments of the crossover cable Connector X1 Connector X2 Color Relationship X1 6 X2 2 Orange Twisted X1 3 X2 1 White orange X1 2 X2 6 Green Twisted X1 1 X2 3 White green X1 4 X2 4 Blue Twisted X1 5 X2 5 White blue X1 8 X2 8 Brown Twisted X1 7 X2 7 White brown HUAWEI Eudemon8000E Fi...

Page 146: ...m and 30 m Table 6 22 Technical specifications of the crossover cable Item Description Connector X1 X2 Network port connector crystal connector 8PIN 8bit shield plug 24 26AWG CAT 6 SFTP network cable Cable type Communication cable 100 15ohm shielded enhanced 5 types CAT5E SFTP 24AWG 8 core PANTONE 646U Number of cores 8 Fireproof class CM Available length 5 m and 30 m 6 7 Optical Fiber This sectio...

Page 147: ...ngitudinal mode or multi longitudinal mode needs to be connected to the single mode fiber 6 7 2 Optical Connectors The Eudemon8000E uses the following types of optical connectors l LC PC optical connector l SC PC optical connector l FC PC optical connector The appearance and operations of the connectors and the precautions that you should take when plugging and unplugging the connectors are descri...

Page 148: ...l connector Figure 6 18 FC PC optical connector The operation procedures and precautions are as follows l Cautiously align the FC PC optical connector with the optical interface on the optical board and push in the fiber with proper strength to avoid damaging the ceramic pipe of the optical interface After completely pushing in the fiber clockwise rotate the screw cap on the outer ring to fasten t...

Page 149: ...ransmission mode Single mode Multi mode Local Connector LC PC Remote Connector LC PC SC PC and FC PC Fiber outer diameter 2 mm HUAWEI Eudemon8000E Firewall Hardware Description 6 Cables Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 139 ...

Page 150: ...000E X8 This chapter presents the indicators of E8000E X8 A 3 Indicators of E8000E X3 This chapter presents the indicators of E8000E X3 A 4 LPU Indicators This chapter presents the indicators of LPU HUAWEI Eudemon8000E Firewall Hardware Description A List of Indicators Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 140 ...

Page 151: ...cators Table A 2 shows the status and meaning of the indicators of the PEM Table A 2 Description of the indicators of the PEM Indicator Color Description RUN Green Indicates normal power output If the indicator is on it implies a normal output ALM Red Power failure indicator If the indicator is constantly on it indicates the following l The lightning protection link of the PEM failed l The PEM doe...

Page 152: ...PUB If you press the Reset button you can reset the MPUB CF ACT indicator green If the indicator is on it indicates that the CF is in position If the indicator is blinking it indicates that data is being read or written If the indicator is off it indicates that the CF is not in position or can be removed CF OFL button If you press the CF OFL button all operations on the CF card will be ended and t...

Page 153: ...tor is off After the OFL button is pressed to power off the SFU the OFL indicator is on A 2 Indicators of E8000E X8 This chapter presents the indicators of E8000E X8 A 2 1 Fan Module Indicators Table A 5 shows the status and descriptions of the indicators Table A 5 Description of the indicators on the fan module Indicator Color Description STATUS Green If the indicator blinks once every two second...

Page 154: ...ds 0 5 Hz the system is in the normal state If the indicator blinks twice each second 2 Hz the system is in the alarm state ALM indicator red If the indicator is steady on it indicates that the system is in the alarm state If the indicator is steady off it indicates that the system is in the normal state ACT active standby indicator green If the indicator is steady on it indicates that the SRUA is...

Page 155: ...SFU indicators Table A 8 Buttons and indicators on the panel of the SFU LED Description RUN green Before the registration of the SFU If the indicator blinks twice every second 2 Hz it indicates that the system is in the alarm state After the registration of the SFU If the indicator blinks once every two seconds 0 5 Hz it indicates that the system runs normally ACT green If the indicator is on it i...

Page 156: ... Red It indicates power failure If it is steady on it indicates l Lightning proof circuits on the power module become faulty l One of the power modules does not have input power Table A 11 shows the indicators of the AC input power module Table A 11 Description of the indicators on the AC power module Indicator Color Description RUN Green It indicates the running status If it is steady on it indic...

Page 157: ...te ALM indicator red If the indicator is steady on it indicates that the system is in the alarm state If the indicator is steady off it indicates that the system is in the normal state ACT active standby indicator green If the indicator is on it indicates that the MPUD is in the active state If the indicator is off it indicates that the MPUD is in the standby state Reset button The button is used ...

Page 158: ...scription OFL indicator Red If the indicator is on you can remove the board RUN indicator Green l If the indicator blinks once every 2s 0 5 Hz the LPU is in the normal state l If the indicator blinks twice every 1s 2 Hz the LPU is in the alarm state Link ACT indicator Green l If the indicator is off the link is Down l If the indicator is on the link is Up l If the indicator is blinking data is bei...

Page 159: ...esents the list of boards B 1 Boards B 2 Power Consumption and Weight HUAWEI Eudemon8000E Firewall Hardware Description B List of Boards Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 149 ...

Page 160: ...Components E8000E X3 Integrated AC Chassis Components MPUD Table B 2 Boards supported by the Eudemon8000E Product Name Type Description Eudemon8000E SPU SPUA LPUF 40 A and FPIC LPUF 40 A 20 port 100 1000Base X SFP FPIC 2 port 10GBase LAN WAN XFP FPIC 4 Port 10GBase LAN WAN XFP FPIC LPUF 21 and FPIC LPUF 21 1 port 10GBase LAN WAN XFP FPIC 12 port 100Base FX 1000Base X SFP FPIC 12 port 10Base T 100B...

Page 161: ...4 68kg SFUI 40 C 40 W 130 BTU hour 3 5 kg SFUI 200 C 77W 250BTU hour 3 82kg MPUD 41 W 133 BTU hour 1 5 kg SPUA SPUA01 10G with no SPC 199 W 645 BTU hour 5 3 kg SPUA02 20G with an SPC 335 W 1086 BTU hour 8 0 kg LPUF 40 A 280 W 908 BTU hour 6 6 kg 20 Port 100 1000Base X SFP FPIC 37 W 120 BTU hour 0 60 kg 2 Port 10GBase LAN WAN XFP FPIC 12 W 39 BTU hour 0 50 kg 4 Port 10GBase LAN WAN XFP FPIC 25 W 85...

Page 162: ...X SFP FPIC 14 W 45 BTU hour 0 50 kg 12 Port 10Base T 100Base TX 1000Base T RJ45 FPIC 11 W 36 BTU hour 0 50 kg 1 Port OC 192c STM 64c POS XFP FPIC 18 W 58 BTU hour 0 50 kg 4 Por 10GBase LAN WAN XFP FPIC 34 W 110 BTU hour 1 2 kg HUAWEI Eudemon8000E Firewall Hardware Description B List of Boards Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 152 ...

Page 163: ...Interface Attributes of 100Base FX C 3 Interface Attributes of 1000Base X SFP C 4 Interface Attributes of 10GBase LAN WAN XFP C 5 Interface Attributes of OC 192c STM 64c POS XFP HUAWEI Eudemon8000E Firewall Hardware Description C List of Interface Attributes Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 153 ...

Page 164: ...thernet_SAP and Ethernet_SNAP Network protocol IP C 2 Interface Attributes of 100Base FX Table C 2 lists the interface attributes of 100Base FX Table C 2 Attributes of 100M SFP optical modules Attributes Description Transmission distance 2 km 15 km 40 km 80 km Center wavelength 1310 nm 1310 nm 1310 nm 1550 nm Minimum transmitting power 19 0 dBm 15 0 dBm 5 0 dBm 5 0 dBm Maximum transmitting power 1...

Page 165: ...s Description Transmission distance 0 5 km 10 km 40 km 40 km 80 km 100 km Center wavelength 850 nm 1310 nm 1310 nm 1550 nm 1550 nm 1550 nm Minimum transmitting power 9 5 dBm 9 5 dBm 4 5 dBm 4 0 dBm 2 0 dBm 0 dBm Maximum transmitting power 2 5 dBm 3 0 dBm 3 0 dBm 1 0 dBm 5 0 dBm 5 0 dBm Receiving sensitivity 17 0 dBm 20 0 dBm 22 5 dBm 21 0 dBm 23 0 dBm 30 0 dBm Overload power 0 dBm 3 0 dBm 3 0 dBm ...

Page 166: ...Bm 0 dBm Optical fiber type Single mode Single mode Single mode Single mode Single mode Single mode Singl e mode Single mode C 4 Interface Attributes of 10GBase LAN WAN XFP The interface attributes of 10GBase LAN WAN XFP see Table C 6 Table C 6 Interface attributes of the 10GBase LAN WAN XFP Attributes Description Connector type LC PC Interface attributes Compliant with the selected XFP optical mo...

Page 167: ... of OC 192c STM 64c POS XFP Table C 8 lists the interface attributes of OC 192c STM 64c POS XFP Table C 8 Interface attributes of the OC 192c STM 64c POS XFP Attributes Description Connector type LC PC Interface attributes Compliant with the selected XFP optical module For the attributes of XFP modules see Table C 9 Working mode Full duplex Link protocol PPP and HDLC Network protocol IP Table C 9 ...

Page 168: ...dwidth and the transmission distance During configuration the length of optical fibers is restricted by the transmission distance In addition the optical fiber with the 50 um core and 2000 MHz km modal bandwidth is a special type which is not delivered by Huawei If this type of optical fibers are required you need to purchase it additionally Table C 10 The transmission distance of 10G XFP optical ...

Page 169: ...bit s Electrical Transceiver D 2 1 25 Gbit s SFP eSFP Optical Module D 3 10 Gbit s XFP Optical Module HUAWEI Eudemon8000E Firewall Hardware Description D Optical Module Issue 01 2012 11 07 Huawei Proprietary and Confidential Copyright Huawei Technologies Co Ltd 159 ...

Page 170: ...ds Item Description Remarks Interface standard IEEE Std 802 3z IEEE Std 802 3ab SFP MSA 34100052 34100080 Temperature 0 75 C Digital diagnosis N A Environment standard RoHS exempted Security standard FCC class B IEC 61000 4 3 ESD 500V Human body model Table D 3 Specifications of 1 Gbit s Electrical Transceivers Parameter Unit Value Remarks Interface standard 1000BASE T Transmission rate Mbit s 10 ...

Page 171: ...Gbit s SFP eSFP optical modules Table D 5 1 25 Gbit s SFP eSFP optical modules Product Model BOM Number Interface Standard Transmis sion Distance km Mode Wavelen gth nm Remarks eSFP GE MM850 5 00m 34060286 1000BAS E SX 0 5 Multimod e 850 Preferred eSFP GE SM1310 1 0Km 34060473 1000BAS E LX 10 Single mode 1310 Preferred eSFP GE SM1310 4 0Km 34060298 1000BAS E LX 40 Single mode 1310 Preferred When p...

Page 172: ...t Value Interface standard 1000BASE SX Transmission rate Mbit s 1 25 G Interface type LC Transmission distance m 500 50 125 um MMF m 200 62 5 125 um MMF Optical transmitter Optical source type VCSEL Center wavelength nm 850 Operating wavelength range nm 830 860 Spectral characteristics Maximum root mean square RMS Spectral Width nm 0 85 Maximum spectral width 20dB nm N A Minimum side mode suppress...

Page 173: ...X Transmission rate Mbit s 1 25 G Interface type LC Transmission distance km 10 Optical transmitter Optical source type FP Laser Center wavelength nm 1310 Operating wavelength range nm 1270 1355 Spectral characteristics Maximum root mean square RMS Spectral Width nm 4 Maximum spectral width 20dB nm N A Minimum side mode suppression ratio SMSR dB N A Average transmit optical power Maximum transmit ...

Page 174: ...sion rate Mbit s 1 25 G Interface type LC Transmission distance km 40 Optical transmitter Optical source type DFB LD Center wavelength nm 1310 Operating wavelength range nm 1275 1335 Spectral characteristics Maximum root mean square RMS Spectral Width nm N A Maximum spectral width 20dB nm 1 0 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical pow...

Page 175: ...1000BASE ZX Transmission rate Mbit s 1 25 G Interface type LC Transmission distance km 80 Optical transmitter Optical source type DFB LD Center wavelength nm 1550 Operating wavelength range nm 1540 1570 Spectral characteristics Maximum root mean square RMS Spectral Width nm N A Maximum spectral width 20dB nm 1 0 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum ...

Page 176: ...l Other optical transmission systems eSFP GE SM1310 40Km 34060298 l Gigabit Ethernet l Fiber Channel eSFP GE SM1550 80Km 34060360 l Gigabit Ethernet 1000Base ZX l Gigabit Fiber Channel l Switch to switch interface l Switched backplane applications D 3 10 Gbit s XFP Optical Module The 10 Gbit s XFP optical modules of different levels can be applied to the OC 192 STM 64 POS interface and 10 GE inter...

Page 177: ...le mode 1550 When performin g a self loop test use an optical attenuator Table D 13 Basic features of 10 Gbit s XFP optical modules and the compliant standards Item Description Remarks Interface standard IEEE802 3ae 10GE SONET OC 192 SDH STM 64 XFP MSA XFP 10G MM850 300 do not support SONET OC 192 SDH STM 64 Bit Error Ratio BER 1 x 10E 12 Temperature 0 70 C Digital diagnosis XFP MSA INF8077i Envir...

Page 178: ...t mean square RMS Spectral Width nm 0 45 Maximum spectral width 20dB nm N A Minimum side mode suppression ratio SMSR dB N A Average transmit optical power Maximum transmit optical power dBm 1 3 Minimum transmit optical power dBm 7 3 Minimum extinction ratio dB 3 0 Optical receiver Operating wavelength range nm 840 860 Receiver sensitivity dBm 7 5 Overload power dBm 1 Maximum optical channel cost d...

Page 179: ...oot mean square RMS Spectral Width nm N A Maximum spectral width 20dB nm 1 0 Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 1 Minimum transmit optical power dBm 6 Minimum extinction ratio dB 6 Optical receiver Operating wavelength range nm 1270 1565 Receiver sensitivity dBm 14 4 Overload power dBm 0 5 Maximum optical channel cost dB...

Page 180: ...oot mean square RMS Spectral Width nm 1 0 Maximum spectral width 20dB nm N A Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 2 Minimum transmit optical power dBm 1 Minimum extinction ratio dB 8 2 Optical receiver Operating wavelength range nm 1270 1565 Receiver sensitivity dBm 15 Overload power dBm 1 Maximum optical channel cost dB 2...

Page 181: ...root mean square RMS Spectral Width nm 1 0 Maximum spectral width 20dB nm N A Minimum side mode suppression ratio SMSR dB 30 Average transmit optical power Maximum transmit optical power dBm 4 Minimum transmit optical power dBm 0 Minimum extinction ratio dB 9 Optical receiver Operating wavelength range nm 1270 1600 Receiver sensitivity dBm 24 Overload power dBm 7 Maximum optical channel cost dB 2 ...

Page 182: ...E LR LW with FEC l 1200 SM LL L 10G Fibre Channel with FEC XFP 10G SM1550 40Km 34060322 l SONET OC 192 IR 2 SDH STM S 64 2b SONET OC 192 IR 3 SDH STM S 64 3b ITU T G 709 l 10GBASE ER EW l 40km 10G Fibre Channel XFP 10G SM1550 80Km 34060361 l SONET OC 192 SDH STM 64 ITU T G 959 1 P1L1 2D2 l 10GBASE ZR ZW 80km 10G Ethernet l Extended 80km 10G Fibre Channel HUAWEI Eudemon8000E Firewall Hardware Descr...

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