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AN6000-17 Optical Line Terminal Equipment Hardware Description

3.1

Card Structure

Card Structure

The figure below illustrates the card structure, using the GX8A card as an example.

Figure 3-1

Card Structure

No.

Name

Function

①

Card Name

Identifies the card.

②

Indicator LED

area

Contains various indicator LEDs, such as the interface status

indicator LED and the card operating status indicator LED.

③

Card panel

Provides card-related identifiers; protects and secures the card.

④

Interface

Connects to different devices to implement the card functions.

⑤

Latch

Facilitates plugging or unplugging a card.

Card Dimensions

The figure below shows how the card dimensions are measured.

Version: A

Summary of Contents for AN6000-17

Page 1: ...AN6000 17 Optical Line Terminal Equipment Hardware Description Version A Code MN000003536 FiberHome Telecommunication Technologies Co Ltd December 2018...

Page 2: ......

Page 3: ...ocal sales representative service representative or distributor for any help needed at the contact information shown below Fiberhome Telecommunication Technologies Co Ltd Address No 67 Guanggu Chuangy...

Page 4: ......

Page 5: ...nt are used for identification purposes only and are trademarks or registered trademarks of their respective holders All rights reserved No part of this document including the electronic version may b...

Page 6: ......

Page 7: ...Card Structure 10 3 2 Card Overview 11 3 3 Core Switch Card 12 3 3 1 HSCA 12 3 4 Uplink Card 17 3 4 1 KU1A 17 3 4 2 HU8A 21 3 5 Power Card 24 3 5 1 PIBA 24 3 6 10G EPON Service Card 25 3 6 1 EX8A 25...

Page 8: ...r Cable 55 5 3 Protection Earth Ground Cable 56 5 3 1 PDP Protection Earth Ground Cable 57 5 3 2 Subrack Protection Earth Ground Cable 58 5 4 Alarm Cable 59 5 4 1 Alarm Cable for the Head of Row Cabin...

Page 9: ...ers u Operation and maintenance engineers Version Information Version Version Information A Initial version Content Chapter Summary Subrack u Subrack model and specifications u Subrack structure u Fan...

Page 10: ...ntation Document Applied to AN6000 17 Optical Line Terminal Equipment Product Description Network planning phase AN6000 17 Optical Line Terminal Equipment Quick Installation Guide Network deployment p...

Page 11: ...2 Subrack Subrack Model and Specifications Subrack Structure Fan Unit Slot Distribution and Cards Supported Version A 3...

Page 12: ...ication Weight of an empty subrack excluding the fan unit 14 kg Weight of an empty subrack including the fan unit 19 kg Operating Environment Item Specification Working temperature Long term 0 to 45 S...

Page 13: ...536 W 2 HSCA 16 GM8A 2 PIBA HU8A FAN CIOA 1087 W 1332 W 1632 W 2 HSCA 16 GPOA 2 PIBA HU8A FAN CIOA 1071 W 1140 W 1296 W 2 HSCA 8 GPOA 8 GX8A 2 PIBA HU8A FAN CIOA 1095 W 1212 W 1416 W 2 2 Subrack Struc...

Page 14: ...AN6000 17 is not designed with an anti dust screen The cabinet is used for dust prevention 2 3 Fan Unit Model The model number of the fan unit for the AN6000 17 is 405000320 Appearance Working Princip...

Page 15: ...des the manual mode and the intelligent mode 4 In the manual mode the fan unit operates at the speed set in the network management system 4 In the intelligent mode the core switch card of the equipmen...

Page 16: ...fan unit is operating at speed level 7 270 W 2 4 Slot Distribution and Cards Supported Slot Distribution The AN6000 17 subrack has 22 vertical slots and one horizontal slot Card Supported The slots ca...

Page 17: ...3 Cards Card Structure Card Overview Core Switch Card Uplink Card Power Card 10G EPON Service Card GPON XG PON Service Card Other Cards Version A 9...

Page 18: ...ifies the card Indicator LED area Contains various indicator LEDs such as the interface status indicator LED and the card operating status indicator LED Card panel Provides card related identifiers pr...

Page 19: ...e Dimensions H W D Core switch card HSCA 392 mm 29 7 mm 230 6 mm Uplink card KU1A HU8A 392 mm 23 mm 230 6 mm Power card PIBA 98 mm 25 1 mm 255 5 mm Service card EX8A GX8A GM8A and GPOA 392 mm 23 mm 23...

Page 20: ...e Card Name Card Number Static Power Consumption Typical Power Consumption Maximum Power Consumption Core switch card HSCA 2202093 58 W 74 W 90 W Uplink card KU1A 2202598 16 W 23 W 30 W HU8A 2202094 1...

Page 21: ...t system SFP 1 to 4 10GE optical port Connects to the upper layer device Table 3 2 Indicator LEDs Identifier Meaning Color Status Description ACT Working indicator LED Green ON The card is working nor...

Page 22: ...e and forward Capacity of the core switch card 960 Gbit s Supported MAC address quantity 128 k Switching time 50 ms Interface Specifications Item Specification CONSOLE port Interface type RJ 45 Interf...

Page 23: ...wo fiber Bidirectional Optical Module 10G 10km 1310nm SFP Single channel Two fiber Bidirectional Optical Module 10G 40km 1550nm SFP Single channel Two fiber Bidirectional Optical Module 10G 80km 1550n...

Page 24: ...s the DHCP Server Relay Snooping function Supports the IPv6 protocol Supports uplink based on the routing protocols such as OSPF QoS function Supports flow control Supports priority queues and process...

Page 25: ...es processing protocols and providing the USB interface local commissioning serial port monitoring serial port and out of band management network port u The switch module is used for service data swit...

Page 26: ...from the core switch card OFF The card is not powered on normally ALM Alarm indicator LED Red ON The card has an urgent alarm OFF The card has no alarms LINK1 5 Port status indicator LED Green ON The...

Page 27: ...dule 1 25G 80km 1490nm 1570nm eSFP Single channel Single fiber Bidirectional Optical Module GE electrical module 1000M 100m SFP 1000Base T 10GE optical module 10G 0 3km 850nm SFP Single channel Two fi...

Page 28: ...t to connect with a network management computer u Each uplink interface can be used as a cascade interface allowing multiple equipment sets to be cascaded to the IP network via a single IP port Workin...

Page 29: ...uickly The card is receiving configuration data from the core switch card OFF The card is not powered on normally ALM Alarm indicator LED Red ON The card has an urgent alarm OFF The card has no alarms...

Page 30: ...km 1310nm 1490nm eSFP Single channel Single fiber Bidirectional Optical Module 1 25G 40km 1490nm 1310nm eSFP Single channel Single fiber Bidirectional Optical Module 1 25G 80km 1570nm 1490nm eSFP Sing...

Page 31: ...ifications Function u Provides the uplink ports u Each uplink port can be used as the network management port to connect with a network management computer u Each uplink interface can be used as a cas...

Page 32: ...3 7 Interfaces Identifier Meaning Description 0 V 48 V DC power interface Inputs the 48 V DC power supply 0 V corresponds to the high potential of the DC power supply while 48 V the low potential of...

Page 33: ...ervice ports to access 10G EPON services by working together with ONUs 3 6 1 EX8A Basic Information Card Overview describes the number and power consumption of the card Panel Description Figure 3 6 EX...

Page 34: ...tandby cards is interrupted OFF The card is working normally LINK1 8 Register status indicator LED Green ON A remote ONU is successfully registered via the port OFF Registration of the remote ONU via...

Page 35: ...data voice and IPTV Multicast function Supports the IGMP proxy snooping multicast and the controlled multicast QoS function Supports real time DBA Provides the selective QoS and SLA functions Mainten...

Page 36: ...ule loads the card software controls the card operation and manages the card u The power module supplies power to each functional module of the card u The clock module provides the working clock signa...

Page 37: ...cator LED Red ON The card has alarms or the communication between the active and standby cards is interrupted OFF The card has no alarms LINK1 8 Port status indicator LED Green ON The port is connecte...

Page 38: ...s real time DBA Provides the selective QoS and SLA functions Maintenance and management function Supports local and remote loopback tests Supports remote upgrade of the card software Supports automati...

Page 39: ...rfaces Identifier Meaning Description 1 to 8 GPON XG PON Combo port Connects to a remote ONU via the ODN Table 3 14 Indicator LEDs Identifier Meaning Color Status Description ACT Working indicator LED...

Page 40: ...ed MAC address quantity 250 k Maximum split ratio 1 256 Maximum quantity of T CONTs 2048 Bandwidth allocation granularity 64 kbit s Optical fiber connector SC PC Matching Module Module Type Module Cod...

Page 41: ...lity function Provides the FEC function Provides OAM functions Working Principle Figure 3 9 Working Principle of the GM8A Card u The interface module provides the GPON XG PON Combo ports and enables c...

Page 42: ...ing slowly The card is being initialized Blinking quickly The card is receiving a configuration command OFF The card is not powered on ALM Alarm indicator LED Red ON The card is being reset or has ala...

Page 43: ...including data voice and IPTV Multicast function Supports the IGMP proxy snooping multicast and the controlled multicast QoS function Supports real time DBA Provides the selective QoS and SLA functio...

Page 44: ...oads the card software controls the card operation and manages the card u The power module supplies power to each functional module of the card u The clock module provides the working clock signal for...

Page 45: ...onnects to an out of band network management computer ALM Alarm interface Outputs the equipment alarms to the PDP the top of the cabinet or the head of row cabinet DC1 7 Dry contact interface Connects...

Page 46: ...provides the dry contact interface external clock interface out of band management network port and alarm interface u The control module loads the card software controls the card operation and manages...

Page 47: ...4 Modules Mappings Between Modules and Cards PON Module Ethernet Module Version A 39...

Page 48: ...ported 10G EPON optical module 10G 1G BASEPRX30 10 1 25G 20km 10G EPON OLT asymmetric XFP 10G 1G BASE PRX30 EX8A 10G BASE PR30 10 1 25G 20km 10G EPON OLT symmetric XFP 10G BASE PR30 EX8A GPON optical...

Page 49: ...dule 1 25G 10km 1310nm 1490nm eSFP Single channel Single fiber Bidirectional Optical Module KU1A HU8A HSCA 1 25G 10km 1490nm 1310nm eSFP Single channel Single fiber Bidirectional Optical Module 1 25G...

Page 50: ...HSCA 10G 20km 1330nm 1270nm SFP Single channel Single fiber Bidirectional Optical Module 10G 10km 1270nm 1330nm SFP Single channel Single fiber Bidirectional Optical Module 10G 10km 1330nm 1270nm SFP...

Page 51: ...nm 2 dBm to 7 dBm 1577 nm 2 dBm to 5 dBm Optical fiber connector type SC PC SC PC Transmission distance 20 km 20 km Receiving sensitivity 29 78 dBm 1270 nm 28 dBm 1310 nm 29 78 dBm Overload optical p...

Page 52: ...cal Module Item Specification Module code 10 2 5G 20km XG PON OLT SFP N1 ODN CLASS Optical module type N1 ODN CLASS Wavelength range Tx 1575 nm to 1580 nm Rx 1260 nm to 1280 nm Encapsulation mode SFP...

Page 53: ...2 Gbit s XG PON Tx 9 95328 Gbit s Rx 2 48832 Gbit s Output optical power GPON 1490 nm 1 5 dBm to 5 dBm GPON 1490 nm 3 dBm to 7 dBm XG PON 1577 nm 1 dBm to 6 dBm XG PON 1577 nm 5 dBm to 8 dBm Optical f...

Page 54: ...iber Bidirectional Optical Module Optical module type Single channel two fiber bidirectional optical module Operating wavelength 850 nm 1310 nm 1310 nm 1550 nm 1550 nm Encapsulation mode eSFP eSFP eSF...

Page 55: ...dule type Single channel single fiber bidirectional optical module Operating wavelength Tx 1310 nm Rx 1490 nm Tx 1490 nm Rx 1310 nm Tx 1310 nm Rx 1490 nm Tx 1490 nm Rx 1310 nm Tx 1570 nm Rx 1490 nm Tx...

Page 56: ...ctional Optical Module 10G 40km 1550nm SFP Single channel Two fiber Bidirectional Optical Module 10G 80km 1550nm SFP Single channel Two fiber Bidirectional Optical Module Optical module type Single ch...

Page 57: ...Single fiber Bidirectional Optical Module Optical module type Single channel single fiber bidirectional optical module Operating wavelength Tx 1270 nm Rx 1330 nm Tx 1330 nm Rx 1270 nm Tx 1270 nm Rx 1...

Page 58: ...km OLT CFP4 100G Ethernet Optical module type 100G Ethernet Wavelength range 1294 53 nm to 1310 19 nm Encapsulation mode CFP4 Rate 100 Gbit s Output optical power 10 5 dBm Optical fiber connector type...

Page 59: ...es and Cables Cable Overview Power Cable Protection Earth Ground Cable Alarm Cable Fiber Jumper Network Cable Time Synchronization Cable Coaxial Clock Cable Serial Port Line Dry Contact Cable Version...

Page 60: ...ection Earth Ground Cable 3696084 The AN6000 17 subrack Alarm Cable for the Head of Row Cabinet 3695135 PDP850A 3000064 Subrack Alarm Cable 3695095 PDP850A 3000064 Fiber Jumper SC PC type optical fibe...

Page 61: ...d by the distance for cable connection in the project u The 16 mm2 power cable is used by default u When the cable connection distance between the head of row cabinet and the PDP is within 25 m the 16...

Page 62: ...ne of the connectors among 48V_1 to 48V_4 in Area A active Select one of the connectors among 48V_1 to 48V_4 in Area B standby External 48 V DC power supply Do not use the bus bar and select the activ...

Page 63: ...PDP to the subrack Model The model numbers of the DC power cables for the AN6000 17 subrack are 408000363 48 V power cable and 408000364 0 V power cable Structure As shown in Figure 5 1 the 48 V powe...

Page 64: ...408000364 Single wire cord end terminal Connected to the 0 V output connector of the PDP M6 ring terminal Connected to the 0 V interface of the PIBA card Technical Specifications Cable Model Cable Ty...

Page 65: ...iption Appearance 408000007 Comprises a cord end terminal at the PDP side and an M6 uninsulated ring terminal at the cabinet side with a yellow green cable between them Connection PDP Model Cable Mode...

Page 66: ...rotection earth ground cable is used to connect the subrack and the protection earth ground terminal of the cabinet to provide ground protection for the subrack Model The model number of the subrack p...

Page 67: ...cable Color Yellow green Maximum current 32 A Cross sectional area of the conductor 4 mm2 5 4 Alarm Cable The alarm cables include the subrack alarm cable and the alarm cable for the head of row cabin...

Page 68: ...ductor D type connector 2 CALL brown 3 NUA black 4 UA blue Figure 5 4 Alarm Cable for the Head of Row Cabinet Connection Cable Connector Connection Description Alarm cable for the head of row cabinet...

Page 69: ...ion Cable Connector Connection Description RJ 45 connector at the subrack side Connected to the alarm interface ALM on the CIOA card RJ 45 connector at the PDP side PDP850A 3000064 Connects to one of...

Page 70: ...20 Structure Classification Connector LC PC type optical fiber connector SC PC type fiber connector Connection Table 5 4 Connection of the Optical Fiber Jumper Cable Connector Card Connected Interface...

Page 71: ...equipment is mounted in a 300 mm deep cabinet it is advisable to use the 39 mm optical fiber connectors short connectors u Among the LC PC optical fiber connectors the 48 mm long and 31 mm long ones...

Page 72: ...1 2 Orange 2 3 White green 3 4 Blue 4 5 White blue 5 6 Green 6 7 White brown 7 8 Brown 8 Connection Cable Cable Connector Card Connected Interface Connected Connection at the Opposite End Network cabl...

Page 73: ...Breakdown voltage 2000 V 5 7 Time Synchronization Cable Function The time synchronization cable is used to connect the 1PPS TOD interface of the equipment and the external clock device Model The mode...

Page 74: ...GND 6 422_1_P 1PPS 7 422_2_N TOD time information 8 422_2_P TOD time information 5 8 Coaxial Clock Cable Function The coaxial clock cable is used to transmit the clock signals and connect the BITS clo...

Page 75: ...e Technical Specifications Table 5 7 Technical Specifications of the Coaxial Clock Cable Item Specification Cable type SYV 75 2 2 Connector type SAA type coaxial connector Characteristic impedance 75...

Page 76: ...or Pin Transmitted signal of the equipment 3 2 GND 4 5 5 Received signal of the equipment 6 3 Connection Cable Cable Connector Connection Description Serial port line RJ 45 connector Connected to the...

Page 77: ...erature fans shake door access control etc Model The model number of the dry contact cable is 3695452 Structure Connection Cable Cable Connector Connection Description Dry contact cable RJ 45 connecto...

Page 78: ...6 Cabinet The following introduces the cabinets used by the AN6000 17 Cabinet Overview Detailed Dimensions of the Cabinet Equipment Layout 70 Version A...

Page 79: ...When the equipment is mounted in a 300 mm deep cabinet it is advisable to use the 39 mm optical fiber connectors short connectors u Among the LC PC optical fiber connectors the 48 mm long and 31 mm l...

Page 80: ...00 mm deep cabinet with anti dust screen 4102584 1600 600 600 79 4102583 2000 600 600 89 4102582 2200 600 600 99 4102581 2600 600 600 109 Note 1 The AN6000 17 uses the 404000070 cabinet by default In...

Page 81: ...6 Cabinet 6 3 Equipment Layout Guide When multiple AN6000 17 subracks are to be installed in a cabinet arrange them from the top down 21 inch Cabinet Note 1 Unit mm Version A 73...

Page 82: ...7 PDP PDP Overview PDP850A 3000064 74 Version A...

Page 83: ...rrent of a single channel is 63 A Range of output voltage 38 V to 60 V Output channels Eight channels of output power Output current The maximum current of a single channel is 63 A 7 2 PDP850A 3000064...

Page 84: ...Subrack alarm aggregation connector 11 Alarm cascade terminal 12 Branch power rail 48V output connector A 13 Branch power rail 0V output connector A 14 Branch power rail 0V output connector B 15 Bran...

Page 85: ...rmation from the equipment inside the cabinet Alarm cascade terminal 11 XP1 to XP4 XP1 to XP4 correspond to XS1 to XS4 one by one When two PDPs are installed in the cabinet the alarm cables of the fro...

Page 86: ...tead of indicating the working status of the PDP Note Pin2 and pin3 of JP1 have been shorted by default before delivery of the PDP Lightning Protection Module The lightning protection module is insert...

Page 87: ...en do you use the documentation Frequently Rarely Never Other please specify 2 When do you use the documentation in starting up a project in installing the product in daily maintenance in trouble shoo...

Page 88: ...inion on the Figures in the documentation Beautiful Unbeautiful your advice Practical Unpractical your advice 10 What is your opinion on the layout of the documentation Beautiful Unbeautiful your advi...

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