Page 1 AN6000 Series Optical Line Terminal Equipment Hardware Description Version: B Code: MN000004289 FiberHome Telecommunication Technologies Co., Ltd. March 2021...
Page 3 Please contact your local 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 Chuangye Jie, Wuhan, Hubei, China Zip code: 430073...
Page 5 Legal Notice are trademarks of FiberHome Telecommunication Technologies Co., Ltd. (Hereinafter referred to as FiberHome) All brand names and product names used in this document are used for identification purposes only and are trademarks or registered trademarks of their respective holders.
Page 7: Table Of Contents
Contents Documentation Guide ..................1 The AN6000-17 Subrack.................3 Appearance and Structure ..............4 Physical Parameters.................4 Slot Configuration ................6 Fan Unit....................7 The AN6000-15 Subrack................10 Appearance and Structure .............. 11 Physical Parameters............... 11 Slot Configuration ................13 Fan Unit..................14 The AN6000-7 Subrack ................17 Appearance and Structure ..............18 Physical Parameters...............18 Slot Configuration ................20 Fan Unit..................21...
Page 8 5.6.1 GPOA................40 10G EPON Interface Card...............43 5.7.1 Comparison Between 10G EPON Interface Cards .....43 5.7.2 EX8A................45 5.7.3 EXOA ................47 XG-PON Interface Card ..............49 5.8.1 GX8A ................49 PON Combo Interface Card ............52 5.9.1 Comparison Between PON Combo Interface Cards...53 5.9.2 GM8A................58 5.9.3 GM8B................60 5.9.4...
Page 9 7.2.1 Subrack DC Power Cables for the PDP850A (3000064) ..84 7.2.2 Subrack DC Power Cables for the PDP260B (3000063) / PDP296B (3000068)............85 Protection Earth Ground Cable ............86 7.3.1 Subrack Protection Earth Ground Cable ......86 7.3.2 Cabinet Protection Earth Ground Cable......87 7.3.3 Cabinet Protection Earth Ground Cable......88 Alarm Cable..................89...
Page 10 PDP850A (3000064)..............117 9.3.1 Appearance ..............117 9.3.2 Specification ..............117 9.3.3 Panel Terminals .............. 119 9.3.4 Connection ..............121 9.3.5 Lightning Protection Module..........121 9.3.6 PDP Power Cable............122 9.3.7 PDP Earth Ground Cable ..........123 PDP296B (3000068)..............124 9.4.1 Appearance ..............124 9.4.2 Specification ..............124 9.4.3 Connectors on the Panel..........126 9.4.4...
Page 11: Documentation Guide
Document Orientation Hardware Description gives a detailed introduction to the hardware components of the AN6000 Series. This manual is designed for readers who want to have a detailed knowledge about the hardware of the equipment or need the hardware information to guide them in O&M.
Page 12 AN6000 Series Optical Line Terminal Equipment Hardware Description Chapter Summary Cabinet overview Appearances and detailed dimensions of cabinets Cabinets Equipment layout PDP overview Appearances and specifications of PDPs PDPs Panel connectors, connections, power cables and earth ground cables of PDPs...
Page 13: The An6000-17 Subrack
The AN6000-17 Subrack This chapter introduces the appearance, structure, physical parameters, slot configuration and fan unit of the AN6000-17 subrack. Appearance and Structure Physical Parameters Slot Configuration Fan Unit Version: B...
Page 14: Appearance And Structure
AN6000 Series Optical Line Terminal Equipment Hardware Description Appearance and Structure Name Function Horizontal card slot Houses a fan unit. Accommodate cards to implement various Vertical card slots functions of the equipment. ESD protection earth ground fastener Connects with an ESD protection unit.
Page 15 2 The AN6000-17 Subrack Weight Item Specification Weight of an empty subrack (excluding the fan unit) 14 kg Weight of an empty subrack (including the fan unit) 19 kg Operating Environment Specification Item Operating temperature to 65 Operating relative humidity 5% to 95% (non-condensing) Storage temperature to 70...
Page 16: Slot Configuration
AN6000 Series Optical Line Terminal Equipment Hardware Description Static Power Typical Power Maximum Power Typical Configuration Consumption Consumption Consumption 2 × HSCA + 17 × GNOA + 2 × 1211 W 2093 W 2449 W PIBA + FAN + CIOA Note 1: The equipment can only be used together with a PDP with a rated current of 63 A.
Page 17: Fan Unit
2 The AN6000-17 Subrack Type Card Supported Slot 9, 10 Core switch card slot HSCA Fan unit slot 24, 25 Power card slot PIBA Common interface card slot CIOA Note 1: The PXNA card can be applied to any service card slot and used as an uplink card. Fan Unit Model The model number of the fan unit for the AN6000-17 subrack is 405000320.
Page 18 AN6000 Series Optical Line Terminal Equipment Hardware Description The fan unit is configured with a fan monitoring board, which can detect the working status of fans. The monitoring board provides interfaces for communication with the core switch card of the equipment, and sends the monitoring information to the core switch card regularly.
Page 19 2 The AN6000-17 Subrack Meaning Description Identifier Color Status The fan unit is faulty. The fan has its speed regulated Blinking Alarm indicator automatically. The fan unit is functioning properly. Technical Specifications Specification Item Dimensions (H × W × D) 60 mm ×...
Page 20: The An6000-15 Subrack
The AN6000-15 Subrack This chapter introduces the appearance, structure, physical parameters, slot configuration and fan unit of the AN6000-15 subrack. Appearance and Structure Physical Parameters Slot Configuration Fan Unit Version: B...
Page 21: Appearance And Structure
3 The AN6000-15 Subrack Appearance and Structure Name Function Horizontal card slot Houses a fan unit. Accommodate cards to implement various Vertical card slots functions of the equipment. ESD protection earth ground fastener Connects with an ESD protection unit. Mounting ears Secure the subrack in a cabinet.
Page 22 AN6000 Series Optical Line Terminal Equipment Hardware Description Dimensions Item Specification Dimensions of a subrack with mounting ears for 19-inch 486 mm × 480 mm × 282 mm Note 1 cabinets (H × W × D) Dimensions of a subrack with mounting ears for 21-inch 486 mm ×...
Page 23: Slot Configuration
3 The AN6000-15 Subrack Room temperature: 25 (static power consumption and typical power consumption) or 55 (maximum power consumption) Static power consumption: All the broadband ports are deactivated. Typical power consumption: 50% of the broadband ports are concurrently activated. Maximum power consumption: 100% of the broadband ports are concurrently activated.
Page 24: Fan Unit
AN6000 Series Optical Line Terminal Equipment Hardware Description Card Supported The slots can be classified as follows according to the cards they house: Type Card Supported Slot GPOA, EX8A, EXOA, GX8A, GM8A, Service card slot 1-7 and 10-17 Note 1...
Page 25 3 The AN6000-15 Subrack The fan unit is configured with a fan monitoring board, which can detect the working status of fans. The monitoring board provides interfaces for communication with the core switch card of the equipment, and sends the monitoring information to the core switch card regularly.
Page 26 AN6000 Series Optical Line Terminal Equipment Hardware Description Meaning Description Identifier Color Status The fan unit is functioning properly. Technical Specifications Specification Item 60 mm × 446.8 mm × 266.5 Dimensions (H × W × D) Note 1 Weight 4.5 kg...
Page 27: The An6000-7 Subrack
The AN6000-7 Subrack This chapter introduces the appearance, structure, physical parameters, slot configuration and fan unit of the AN6000-7 subrack. Appearance and Structure Physical Parameters Slot Configuration Fan Unit Version: B...
Page 28: Appearance And Structure
AN6000 Series Optical Line Terminal Equipment Hardware Description Appearance and Structure Name Function Vertical card slot Houses the fan unit. Accommodates cards to implement various Horizontal card slot functions of the equipment. ESD protection earth ground Connects to the ESD protection device.
Page 29 4 The AN6000-7 Subrack Dimensions Item Specification Dimensions of a subrack with mounting ears for 19- 266 mm × 480 mm × 253.8 mm Note 1 inch cabinets (H × W × D) (excluding the fiber passage unit) Dimensions of a subrack with mounting ears for 21- 266 mm ×...
Page 30: Slot Configuration
AN6000 Series Optical Line Terminal Equipment Hardware Description Static power consumption: All the broadband ports are deactivated. Typical power consumption: 50% of the broadband ports are concurrently activated. Maximum power consumption: 100% of the broadband ports are concurrently activated. Static Power...
Page 31: Fan Unit
4 The AN6000-7 Subrack Type Card Supported Slot GPOA, EX8A, EXOA, GX8A, GM8A, Service card slot Note 1 GM8B, GMOA, GNOA, GFOA, PXNA Uplink card slots 6, 7 HU8A, KU1B 8, 9 Core switch card slot HSCA Fan unit slot 24, 25 Power card slot PIBA...
Page 32 AN6000 Series Optical Line Terminal Equipment Hardware Description The fan unit is configured with a fan monitoring board, which can detect the working status of fans. The monitoring board provides interfaces for communication with the core switch card of the equipment, and sends the monitoring information to the core switch card regularly.
Page 33 4 The AN6000-7 Subrack Specification Item Static / typical power consumption (when the fan unit is 59 W operating at speed level 3) Maximum power consumption (when the fan unit is 262 W operating at speed level 7) Version: B...
Page 34: Cards
Cards This chapter introduces the basic information, panels, technical parameters, modules supported, functions and working principles of the cards for the AN6000 Series. Card Structure Card Overview Core Switch Card Uplink Card Power Card GPON Interface Card 10G EPON Interface Card XG-PON Interface Card PON Combo Interface Card Ethernet Interface Card...
Page 35: Card Structure
5 Cards Card Structure Card Structure Figure 5-1 illustrates card structure, using the GX8A card as an example. Figure 5-1 Card Structure Name Function Card name Identifies the card. Contains various indicator LEDs, such as the working Indicator LED area status indicator and the port status indicator.
Page 36 AN6000 Series Optical Line Terminal Equipment Hardware Description Width: The height of the Depth: The maximum distance between the panel and the reed is not counted. connector. Figure 5-2 Card Dimensions Table 5-1 describes card dimensions. Table 5-1 Card Dimensions Card Type Dimensions (H ×...
Page 37: Card Overview
5 Cards Card Overview Cards can be categorized as follows according to their functions: A core switch card aggregates, switches and controls traffic flow, processes Layer 2 protocols, and manages faults, performance and configurations of the equipment. An uplink card provides uplink ports for connection to upper-layer devices. A power card leads in DC power for the equipment.
Page 38 AN6000 Series Optical Line Terminal Equipment Hardware Description Static Typical Max. Max. Power Card Card Power Power Card Type Frame Weight Consump- Name Number Consump- Consump- Length tion tion tion 9600 bytes 1.1 kg GPON & GM8A 2202648 42 W...
Page 39: Core Switch Card
5 Cards The normal working temperature for cards ranges from -40 to 65 . The overall power consumption is measured under the following conditions: Working voltage: -53.5 V DC Room temperature: 25 (static power consumption and typical power consumption) or 55 (maximum power consumption) Static power consumption: All the broadband ports are deactivated.
Page 40 AN6000 Series Optical Line Terminal Equipment Hardware Description Panel Description Table 5-2 Interfaces and Buttons Meaning Description Identifier Reset button Reserved for future use. Connects with a USB interface storage USB interface device. GE out-of-band management Connects to an out-of-band network network port management computer.
Page 41 5 Cards Table 5-3 Description (Continued) Meaning Description Identifier Color Status The port is connected to an upper-layer device. Port status The port is transmitting or Blinking LINK 1 to 4 indicator Green receiving data. The port is not connected to an upper-layer device.
Page 42 AN6000 Series Optical Line Terminal Equipment Hardware Description Specification Item Baud rate 9600 Bd Modules Specification Item 1.25G-0.55km-TDM-SFP (1000BASE-SX) 1.25G-15km-TDM-SFP (1000BASE-LX) GE optical module 1.25G-40km-TDM-SFP (1000BASE-EX) 1.25G-80km-TDM-SFP (1000BASE-ZX1) 1.25G-100m-TDM-SFP (10/100/1000BASE-T) GE electrical module 10G-0.3km-TDM-SFP+ (10GBASE-SR/SW) 10G-10km-TDM-SFP+ (10GBASE-LR/LW) 10GE optical module...
Page 43 5 Cards Function Description Classification Supports IPv6. Supports uplink based on routing protocols such as OSPF. Supports flow control. Supports priority queues and processes user services on the basis of priority. Supports uplink port mirroring. Supports remote in-service software upgrade for all cards. Maintenance and Supports multiple management VLANs and multiple management IP management...
Page 44: Uplink Card
AN6000 Series Optical Line Terminal Equipment Hardware Description The control module enables configuration of the entire system, collects and reports statuses, processes protocols, and provides the environment monitoring serial port, local debugging serial port, out-of-band management network port, and USB port.
Page 45 5 Cards Table 5-5 Description (Continued) Meaning Description Identifier Color Status The card is not powered on as expected. The card has an urgent alarm. Alarm indicator The card has no urgent alarms. The port is connected to an upper-layer device. The port is transmitting or Port status Blinking...
Page 46: Ku1B
AN6000 Series Optical Line Terminal Equipment Hardware Description Each uplink port can serve as a network management port for connection to a network management computer. Working Principle Figure 5-4 Working Principle of the HU8A Card The conversion module provides uplink ports and transmits data transparently.
Page 47 5 Cards Table 5-7 Description Meaning Description Identifier Color Status The card is functioning properly. Blinking The card is being started. slowly Working indicator Green Blinking The card has received configuration quickly data from the core switch card. The card is not powered on as expected.
Page 48: Power Card
AN6000 Series Optical Line Terminal Equipment Hardware Description Functions Provides uplink ports. Each uplink port can serve as a network management port for connection to a network management computer. Each uplink port can serve as a cascade port, allowing multiple devices to be cascaded to an IP network via a single IP port.
Page 49: Gpon Interface Card
5 Cards Panel Description Table 5-8 Interfaces Meaning Description Identifier Input a -48 V DC power supply. 0 V corresponds to 0V, -48V DC power interfaces the high potential of the DC power supply while -48 V the low potential. Table 5-9 Indicator LEDs Meaning...
Page 50: Gpoa
AN6000 Series Optical Line Terminal Equipment Hardware Description 5.6.1 GPOA Basic Information Refer to Card Overview for the number, power consumptions, maximum frame length and weight of the card. Panel Description Table 5-10 Interfaces Meaning Description Identifier GPON ports 1 to 16 Connect to ONUs via an ODN.
Page 51 5 Cards Specification Item Uplink: 1.244 Gbit/s Port rate Downlink: 2.488 Gbit/s Maximum split ratio 1:128 Maximum number of T-CONTs per PON port 1024 Maximum number of MAC addresses 32768 Maximum differential fiber distance (maximum difference in ONU-to-PON port distance 40 km between two ONUs under the same PON port)
Page 52 AN6000 Series Optical Line Terminal Equipment Hardware Description Classification Functions Local and remote loopback tests Remote upgrade of card software Automatic discovery and detection of ONUs Pre-authorization and pre-configuration of ONUs Maintenance and management ONU configuration in a batch manner...
Page 53: 10G Epon Interface Card
5 Cards 10G EPON Interface Card The 10G EPON interface card provides service interfaces to receive 10G EPON services by working together with ONUs. 5.7.1 Comparison Between 10G EPON Interface Cards Table 5-12 and Table 5-13 describe the comparison between 10G EPON interface cards on technical specifications and functions respectively.
Page 54 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-12 Comparison Between 10G EPON Interface Cards on Technical Specifications (Continued) Item EX8A EXOA 10G / 10G (downlink rate / uplink 10G / 10G (downlink rate / uplink rate) rate) 10G / 1G (downlink rate / uplink...
Page 55: Ex8A
5 Cards Table 5-13 Comparison Between 10G EPON Interface Cards on Functions (Continued) Classification Function EX8A EXOA ONU configuration in a batch manner Automatic upgrade of the ONU software Variable-length OMCI × × Light emission control for optical modules Temperature query and high temperature alarm Type B, Type C and Type C dual-homing protections Reliability function...
Page 56 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-15 Indicator LEDs (Continued) Meaning Description Identifier Color Status The card is receiving a configuration command from the Blinking core switch card or the quickly communication between the active and standby cards is being set up.
Page 57: Exoa
5 Cards Working Principle Figure 5-7 Working Principle of the EX8A Card The interface module provides 10G EPON ports, and enables conversion between 10G EPON packets and Ethernet packets. The switch module aggregates signals from eight ports. The control module loads the card software, controls the card operation, and manages the card.
Page 58 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-17 Indicator LEDs Meaning Description Identifier Color Status The card is working normally. Blinking The card is being initialized. slowly Working The card is receiving a configuration indicator Green Blinking command from the core switch card or...
Page 59: Xg-Pon Interface Card
5 Cards Working Principle Figure 5-8 Working Principle of the EXOA Card The interface module provides 10G EPON ports, and enables conversion between 10G EPON packets and Ethernet packets. The switch module aggregates signals from 16 ports. The control module loads the card software, controls the card operation, and manages the card.
Page 60 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-18 Interfaces Meaning Description Identifier XG-PON ports 1 to 8 Connect to ONUs via an ODN. Table 5-19 Indicator LEDs Meaning Description Identifier Color Status The card is working normally. Blinking The card is being initialized.
Page 61 5 Cards Specification Item Maximum number of ONUs supported by each PON port Bandwidth allocation granularity of DBA 256 kbit/s Minimum bandwidth of each T-CONT 1024 kbit/s Number of GEM ports supported by each card 32768 Switching mode Store-and-forward IEEE 802.3, IEEE 802.3u, IEEE 802.3x, IEEE 802.3z, IEEE 802.1d, IEEE 802.1p, Network standards IEEE 802.1q, etc.
Page 62: Pon Combo Interface Card
AN6000 Series Optical Line Terminal Equipment Hardware Description Classification Function Type B, Type C and Type C dual-homing protections Detection and isolation of rogue ONUs 9K Jumbo frames Time and clock 1588v2 clock synchronization function Working Principle Figure 5-9 Working Principle of the GX8A Card The interface module provides XG-PON ports, and enables conversion between XG-PON packets and Ethernet packets.
Page 63: Comparison Between Pon Combo Interface Cards
5 Cards 5.9.1 Comparison Between PON Combo Interface Cards Table 5-20 and Table 5-21 describe the comparison between PON Combo interface cards on technical specifications and functions respectively. Table 5-20 Comparison Between PON Combo Interface Cards on Technical Specifications Item GM8A GM8B GMOA...
Page 64 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-20 Comparison Between PON Combo Interface Cards on Technical Specifications (Continued) Item GM8A GM8B GMOA GNOA GFOA Maximum number of T- CONTs 2048 2048 2048 2048 2048 supported by each PON port...
Page 65 5 Cards Table 5-20 Comparison Between PON Combo Interface Cards on Technical Specifications (Continued) Item GM8A GM8B GMOA GNOA GFOA Maximum number of ONUs supported by each PON port GPON channel: 64 GPON GPON GPON GPON kbit/s Bandwidth channel: 64 channel: 64 channel: 64 channel: 64...
Page 66 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-20 Comparison Between PON Combo Interface Cards on Technical Specifications (Continued) Item GM8A GM8B GMOA GNOA GFOA Switching Store-and- Store-and- Store-and- Store-and- Store-and- mode forward forward forward forward forward IEEE 802.3, IEEE 802.3,...
Page 67 5 Cards Table 5-21 Comparison Between PON Combo Interface Cards on Functions (Continued) Classification Function GM8A GM8B GMOA GNOA GFOA Selective QoS and SLA Service rate control HQoS Queue shaping based on ONUs or queues Local and remote loopback tests Remote upgrade of card software Automatic discovery and detection of ONUs...
Page 68: Gm8A
AN6000 Series Optical Line Terminal Equipment Hardware Description 5.9.2 GM8A Basic Information Refer to Card Overview for the number, power consumptions, maximum frame length and weight of the card. Panel Description Table 5-22 Interfaces Meaning Description Identifier GPON & XG-PON Combo ports 1 to 8 Connect to ONUs via an ODN.
Page 69 5 Cards Matching Module Module Type Module Code 10/2.5G: 2.5/1.25G-20km-XG-PON: GPON OLT-XFP (C+ ODN CLASS) GPON & XG-PON Combo optical module 10/2.5G: 2.5/1.25G-20km-XG-PON: GPON OLT-XFP (C+'/N2a ODN CLASS) Note 1: For specifications of the modules, see Combo PON Optical Module. Function For functions of the card, see Comparison Between PON Combo Interface...
Page 70: Gm8B
AN6000 Series Optical Line Terminal Equipment Hardware Description 5.9.3 GM8B Basic Information Refer to Card Overview for the number, power consumptions, maximum frame length and weight of the card. Panel Description Table 5-24 Interfaces Meaning Description Identifier GPON & XG-PON Combo ports 1 to 8 Connect to ONUs via an ODN.
Page 71: Gmoa
5 Cards Matching Module Module Type Module Code GPON & XG-PON Combo 10/2.5G: 2.5/1.25G-20km-XG-PON: GPON OLT-SFP+ (C+ optical module ODN CLASS) Note 1: For specifications of the modules, see Combo PON Optical Module. Function For functions of the card, see Comparison Between PON Combo Interface Cards.
Page 72 AN6000 Series Optical Line Terminal Equipment Hardware Description Panel Description Table 5-26 Interfaces Meaning Description Identifier GPON & XG-PON Combo ports 1 to 16 Connect to ONUs via an ODN. Table 5-27 Indicator LEDs Meaning Description Identifier Color Status The card is working normally.
Page 73: Gnoa
5 Cards Function Comparison Between PON Combo Interface Cards describes the functions. Working Principle Figure 5-12 Working Principle of the GMOA Card The interface module provides GPON & XG-PON Combo ports, and enables conversion between GPON / XG-PON packets and Ethernet packets. The switch module aggregates signals from 16 ports.
Page 74 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-28 Interfaces Meaning Description Identifier GPON & XGS-PON Combo ports 1 to 16 Connect to ONUs via an ODN. Table 5-29 Indicator LEDs Meaning Description Identifier Color Status The card is working normally.
Page 75: Gfoa
5 Cards Working Principle Figure 5-13 Working Principle of the GNOA Card The interface module provides GPON & XGS-PON Combo ports, and enables conversion between GPON / XGS-PON packets and Ethernet packets. The switch module aggregates signals from 16 ports. The control module loads the card software, controls the card operation, and manages the card.
Page 76 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-31 Indicator LEDs Meaning Description Identifier Color Status The card is working normally. Blinking The card is being initialized. slowly Working The card is receiving a configuration indicator Green Blinking command from the core switch card or the...
Page 77: Ethernet Interface Card
5 Cards Working Principle Figure 5-14 Working Principle of the GFOA Card The interface module provides Agile-PON ports, and enables conversion between GPON / XG-PON / XGS-PON packets and Ethernet packets. The switch module aggregates signals from 16 ports. The control module loads the card software, controls the card operation, and manages the card.
Page 78 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 5-32 Interfaces Meaning Description Identifier 10GE / GE ports 1 to 24 Connect to an IP network. Table 5-33 Description Meaning Description Identifier Color Status The card is functioning properly. Blinking slowly The card is being initialized.
Page 79 5 Cards Specification Item 1.25G-40km-TDM-SFP (1000BASE-EX) 1.25G-80km-TDM-SFP (1000BASE-ZX1) 1.25G-100m-TDM-SFP (10/100/1000BASE-T) GE electrical module 10G-0.3km-TDM-SFP+ (10GBASE-SR/SW) 10G-10km-TDM-SFP+ (10GBASE-LR/LW) 10GE optical module 10G-40km-TDM-SFP+ (10GBASE-ER/EW) 10G-80km-TDM-SFP+ (10GBASE-ZR/ZW) Note 1: GE Module 10GE Optical Module describe the module specifications. Functions Provides 24 Ethernet ports, which can be configured as 10GE or 1GE ports. In uplink mode, the PXNA card can serve as an uplink card.
Page 80: Common Interface Card
AN6000 Series Optical Line Terminal Equipment Hardware Description The control module loads the card software, controls the card operation, and manages the card. The power module supplies power to each functional module of the card. The clock module provides working clock signals for each functional module of the card.
Page 81 5 Cards Table 5-34 Interfaces (Continued) Identifier Meaning Description Outputs equipment alarms to the PDP, the top Alarm port of the cabinet, or the head of row cabinet. Dry contact interface Connects to dry contact signals. DC1-7 Table 5-35 Indicator LEDs Meaning Description Identifier...
Page 82 AN6000 Series Optical Line Terminal Equipment Hardware Description The control module loads the card software, controls the card operation, and manages the card. The power module supplies power to each functional module of the card. The clock module provides working clock signals for each functional module of the card.
Page 83: Modules
Modules This chapter introduces the types and specifications of the optical / electrical modules for the AN6000 Series. Mappings Between Modules and Cards PON Module Ethernet Module Version: B...
Page 84: Mappings Between Modules And Cards
Mappings Between Modules and Cards Being hot-swappable, the optical / electrical modules are applied to an optical communication system to enable optical / electrical conversion of signals. The AN6000 Series support encapsulation formats including SFP+, XFP, SFP and QSFP28 for pluggable modules. Caution: Avoid exposure of the modules to strong light, which may cause damage to them.
Page 85: Pon Module
6 Modules Table 6-1 Mappings Between Modules and Cards (Continued) Card Module Type Application Code Module Code Supported 10/2.5G-20km-XG-PON OLT-SFP+ (N1 ODN XG-PON optical N1 ODN CLASS GX8A CLASS) module 10/2.5G: 2.5/1.25G-20km-XG-PON: GPON GM8A OLT-XFP (C+ ODN CLASS) C+ ODN CLASS GPON &...
Page 86: Gpon Optical Module
AN6000 Series Optical Line Terminal Equipment Hardware Description 6.2.1 GPON Optical Module Specification Item 2.5/1.25G-20km-GPON OLT-SFP 2.5/1.25G-20km-GPON OLT-SFP Module code (CLASS C+) (CLASS C++) Optical module type CLASS C+ CLASS C++ Tx: 1480 nm to 1500 nm Tx: 1480 nm to 1500 nm...
Page 87: Xg-Pon Optical Module
6 Modules Specification Item 1270 nm: -6 dBm Overload optical power 1310 nm: -9.38 dBm 1490 nm: 9 dB Extinction ratio 1577 nm: 6 dB 6.2.3 XG-PON Optical Module Specification Item 10/2.5G-20km-XG-PON OLT-SFP+ (N1 ODN CLASS) Module code Optical module type N1 ODN CLASS Tx: 1575 nm to 1580 nm Wavelength range...
Page 88 AN6000 Series Optical Line Terminal Equipment Hardware Description Specification Item XG-PON XG-PON Tx: 1577 nm (1575 nm to Tx: 1577 nm (1575 nm to 1580 nm) 1580 nm) Rx: 1270 nm (1260 nm to 1280 nm) Rx: 1270 nm (1260 nm to...
Page 89: Ethernet Module
6 Modules Specification Item GPON Tx: 2.488 Gbit/s Rx: 1.244 Gbit/s Rate XGS-PON Tx: 9.953 Gbit/s Rx: 9.953 Gbit/s or 2.488 Gbit/s (in TDM mode) GPON: 3 to 7 dBm Output optical power XGS-PON: 5 to 8 dBm Optical fiber connector type SC/PC or SC/UPC Transmission distance 20 km...
Page 90: 10Ge Optical Module
AN6000 Series Optical Line Terminal Equipment Hardware Description Specification Item Optical fiber connector type Transmission Note 1 0.55 km 15 km 40 km 80 km distance Receiving sensitivity -17 dBm -23 dBm -23 dBm -25 dBm Overload optical 0 dBm...
Page 91: 100Ge Optical Module
6 Modules Specification Item Transmission 0.3 km 10 km 40 km 80 km distance Receiving -11.1 dBm OMA -14.4 dBm -15.8 dBm -24 dBm sensitivity Overload optical -1 dBm 0.5 dBm -1 dBm -7 dBm power Extinction ratio 3 dB to 6 dB 3.5 dB to 6.5 dB 3 dB 9 dB...
Page 92: Wires And Cables
Wires and Cables This chapter introduces the applications, model numbers, structures and technical specifications of the wires and cables for the AN6000 Series. Cable Overview Power Cable Protection Earth Ground Cable Alarm Cable Fiber Jumper Straight-Through Cable Time Cable Clock Cable...
Page 93: Cable Overview
7 Wires and Cables Cable Overview Applied to Cable Model -48 V power cable: 408000363 Subrack DC power cables for The PIBA card connecting to the the PDP850A (3000064) PDP850A (3000064) 0 V power cable: 408000364 Subrack DC power cables for -48 V power cable: 408000436 The PIBA card connecting to the the PDP260B (3000063) /...
Page 94: Subrack Dc Power Cables For The Pdp850A (3000064)
AN6000 Series Optical Line Terminal Equipment Hardware Description 7.2.1 Subrack DC Power Cables for the PDP850A (3000064) Subrack DC power cables are used to induct DC power to subracks. Model 408000363 (blue) 408000364 (black) Structure Figure 7-1 shows the appearance and structure of the subrack DC power cables.
Page 95: Subrack Dc Power Cables For The Pdp260B
7 Wires and Cables 7.2.2 Subrack DC Power Cables for the PDP260B (3000063) / PDP296B (3000068) Subrack DC power cables are used to induct DC power to subracks. Model 408000436 (blue) 408000437 (black) Structure Figure 7-2 shows the appearance and structure of the subrack DC power cables. Figure 7-2 Subrack DC Power Cable Technical Specifications...
Page 96: Protection Earth Ground Cable
AN6000 Series Optical Line Terminal Equipment Hardware Description Protection Earth Ground Cable This section introduces the applications, model numbers, structures and technical specifications of the protection earth ground cables. 7.3.1 Subrack Protection Earth Ground Cable The subrack protection earth ground cable connects the grounding hole on the subrack to a mounting hole on a vertical mounting flange of the cabinet to ground the subrack.
Page 97: Cabinet Protection Earth Ground Cable
7 Wires and Cables Table 7-3 Technical Specifications of the Subrack Protection Earth Ground Cable Specification Item Cable RV1 × 4 mm (yellow- / green) Cable model M6 ring terminal Terminal X1 / X2 Cross-sectional area of the conductor 4 mm 7.3.2 Cabinet Protection Earth Ground Cable The cabinet protection earth ground cable is used for connecting the PDP to the PE...
Page 98: Cabinet Protection Earth Ground Cable
AN6000 Series Optical Line Terminal Equipment Hardware Description Table 7-4 Technical Specifications of the Cabinet Protection Earth Ground Cable Specification Item ZR-RVV-105-1 × 16 mm / yellow- / green Cable model Bare wire Terminal X2 Cord end terminal 7.3.3 Cabinet Protection Earth Ground Cable...
Page 99: Alarm Cable
7 Wires and Cables Table 7-5 Technical Specifications of the Cabinet Protection Earth Ground Cable Specification Item Cable type ZR-RVV-105-1×25 mm (yellow- / green) M6 ring terminal Terminal X1 Terminal X2 Bare wire Alarm Cable This section introduces the applications, model numbers, structures and technical specifications of the alarm cables.
Page 100: Subrack Alarm Cable
AN6000 Series Optical Line Terminal Equipment Hardware Description Structure Figure 7-6 shows the appearance and structure of the alarm cable for the head of row cabinet. Figure 7-6 Alarm Cable for the Head of Row Cabinet Technical Specifications Table 7-6 describes technical specifications of the alarm cable for the head of row cabinet.
Page 101: Fiber Jumper
7 Wires and Cables Material Number 3695095 Structure Figure 7-7 shows the appearance and structure of the subrack alarm cable. Figure 7-7 Subrack Alarm Cable Technical Specifications Table 7-7 describes the technical specifications of the subrack alarm cable. Table 7-7 Technical Specifications of the Subrack Alarm Cable Specification Item...
Page 102 AN6000 Series Optical Line Terminal Equipment Hardware Description Table 7-8 Optical Fiber Connectors Model Illustration LC/PC connector SC/PC connector Technical Specifications The technical specifications of the optical fiber jumper are shown in Table 7-9. Table 7-9 Technical Specifications of the Optical Fiber Jumper...
Page 103: Straight-Through Cable
7 Wires and Cables Straight-Through Cable The straight-through cable connects the equipment to a network management host to transfer monitoring signals and enable inter-Ethernet communications and equipment software debugging. Material Number 3695095 Structure Figure 7-8 shows the appearance and structure of the straight-through cable. Figure 7-8 Straight-Through Network Cable The straight-through cable has RJ-45 connectors on both ends, as shown in...
Page 104: Time Cable
AN6000 Series Optical Line Terminal Equipment Hardware Description Table 7-11 Pinout and Wiring of the Straight-Through Cable Opposite-End Connector Pin Local Connector Pin Wire Color White- / orange Orange White- / green Blue White- / blue Green White- / brown...
Page 105: Clock Cable
7 Wires and Cables Figure 7-10 Time Cable Technical Specifications Table 7-13 describes the technical specifications of the time cable. Table 7-13 Technical Specifications of the Time Cable Specification Item Cable type Cat5e network cable 4×2×24 AWG Connector X1 RJ-45 connector Bare wire Clock Cable The clock cable connects the clock interface of the subrack to the interface of an...
Page 106: Serial Port Line
AN6000 Series Optical Line Terminal Equipment Hardware Description Structure Figure 7-11 shows the appearance and structure of the clock cable. Figure 7-11 Clock Cable Technical Specifications Table 7-14 describes the technical specifications of the coaxial clock cable. Table 7-14 Technical Specifications of the Clock Cable...
Page 107: Dry Contact Cable
7 Wires and Cables Figure 7-12 Serial Port Line Table 7-15 describes the pin assignment for the serial port line. Table 7-15 Pin Assignment for the Serial Port Line Connected Signal DE-9 Connector Pin RJ-45 Connector Pin Signals transmitted by the equipment 4 / 5 Signals received by the equipment Technical Specifications...
Page 108: Environment Monitoring Unit Connection Cable
AN6000 Series Optical Line Terminal Equipment Hardware Description Structure Figure 7-13 shows the appearance and structure of the dry contact cable. Figure 7-13 Dry Contact Cable Technical Specifications Table 7-17 shows the technical specifications of the dry contact cable. Table 7-17...
Page 109 7 Wires and Cables Structure Figure 7-14 shows the appearance and structure of the environment monitoring unit connection cable. Figure 7-14 Environment Monitoring Unit Connection Cable Technical Specifications Table 7-18 describes the technical specifications of the environment monitoring unit connection cable. Table 7-18 Technical Specifications of the Environment Monitoring Unit Connection Cable Specification...
Page 110: Cabinets
Cabinets This chapter introduces the cabinets used by the AN6000 Series. Cabinet Overview Detailed Dimensions of the Cabinets Equipment Layout for the AN6000-17 Equipment Layout for the AN6000-15 Equipment Layout for the AN6000-7 Version: B...
Page 111: Cabinet Overview
8 Cabinets Cabinet Overview Table 8-1 shows the models and appearances of the cabinets for the AN6000 Series, and Table 8-2 describes the dimensions and weight of the cabinets. Table 8-1 Models and Appearances of the Cabinets Cabinet 404000068 to 404000596 to 4102596 to 4102599 4102581 to 4102584...
Page 112: Detailed Dimensions Of The Cabinets
AN6000 Series Optical Line Terminal Equipment Hardware Description Table 8-2 Dimensions and Weight of the Cabinets (Continued) Cabinet Type Dimensions (H × W × D) (mm) Weight (kg) Cabinet Model 404000599 1600 × 600 × 340 21-inch 340 mm-deep 404000598 2000 ×...
Page 113 8 Cabinets Detailed Dimensions of the 19-inch Cabinet Table 8-3 Detailed Dimensions of the 19-inch Cabinet Item Specification Distance between holes on the mounting flange 1U = 44.45 mm Angle opening width 450 mm Subrack mounting dimensions (central distance 465 mm between mounting holes) Version: B...
Page 114: Equipment Layout For The An6000-17
AN6000 Series Optical Line Terminal Equipment Hardware Description Detailed Dimensions of the 21-inch Cabinet Table 8-4 Detailed Dimensions of the 21-inch Cabinet Item Specification Distance between holes on the mounting flange 1SU = 25 mm Angle opening width 500 mm...
Page 115: Equipment Layout For The An6000-15
8 Cabinets 21-inch Cabinet Note 1: Unit: mm Equipment Layout for the AN6000-15 Guide When multiple AN6000-15 subracks are to be installed in a cabinet, arrange them from the top down. Version: B...
Page 116 AN6000 Series Optical Line Terminal Equipment Hardware Description 19-inch Cabinet Note 1: Unit: U, 1U = 44.45 mm Version: B...
Page 117: Equipment Layout For The An6000-7
8 Cabinets 21-inch Cabinet Note 1: Unit: mm Equipment Layout for the AN6000-7 Guide When multiple AN6000-7 subracks are to be installed in a cabinet, arrange them from the top down. Version: B...
Page 118 AN6000 Series Optical Line Terminal Equipment Hardware Description 19-inch Cabinet Note 1: Unit: U, 1U = 44.45 mm Version: B...
Page 119 8 Cabinets 21-inch Cabinet Note 1: Unit: mm Version: B...
Page 120: Pdps
PDPs This chapter introduces the appearances, specifications, panel connectors, connections and cables of the PDPs for the AN6000 Series. PDP Overview PDP260B (3000063) PDP850A (3000064) PDP296B (3000068) Version: B...
Page 121: Pdp Overview
9 PDPs PDP Overview Subracks Supported PDP Model AN6000-17 AN6000-15 AN6000-7 × × 3000063-1FA PDP260B × × 3000063-2FA × 3000064-1FH PDP850A 3000064-2FH × × 3000068-1FA PDP296B × × 3000068-2FA Note 1: indicates "supported"; × indicates "not supported". PDP260B (3000063) The PDP260B (3000063) is mounted in the upper part of a cabinet to supply power for the subracks in the cabinet.
Page 122: Specification
AN6000 Series Optical Line Terminal Equipment Hardware Description 9.2.2 Specification Functions and Specifications Specifications Item Branch switch quantity Six (three active and three standby) Standard working voltage -48 V Voltage range -38 V to -60 V Receives alarm signals from the connected...
Page 123: Connectors On The Panel
9 PDPs Standard Compliance Item Standard Radiated emission Complies with EN55022 Class (RE) Electromagnetic interference (EMI) Conducted Complies with EN55022 Class emission (CE) Electrostatic discharge (ESD) Complies with IEC61000-4-2. Radiated Electromagnet- Complies with IEC61000-4-3. susceptibility (RS) ic compatibility (EMC) Electrical fast Complies with IEC61000-4-4.
Page 124: Connection
AN6000 Series Optical Line Terminal Equipment Hardware Description Table 9-1 Components on the PDP (3000063) Connector Panel Connector & Jumper Description Branch power rail output connectors on P1 side, with -48V1 to -48V3 (on P1 the outer connector serving as the -48 V output...
Page 125: Pdp Power Cable
9 PDPs 9.2.5 PDP Power Cable The PDP power cables are used to introduce an external -48 V power supply to the PDP inside the cabinet. One end of the cables is connected to the power distribution cabinet in the equipment room and the other end is connected to the PDP at the top of the cabinet.
Page 126: Pdp Protection Earth Ground Cable
AN6000 Series Optical Line Terminal Equipment Hardware Description Table 9-3 Connections of the PDP (3000063) Power Cables (Continued) Cable Category Cable Connector Connected to Standby external power -48 V input 1. Uninsulated ring Cable (blue) connecting to connector (-48V_B) of the PDP...
Page 127: Pdp850A (3000064)
9 PDPs PDP850A (3000064) The PDP850A (3000064) is mounted in the upper part of a cabinet to supply power for the subracks in the cabinet. It can provide up to 8 channels of 63 A power supplies. 9.3.1 Appearance Figure 9-5 Appearance of the PDP (3000064) with Indicators - Eight Branch Switches 9.3.2 Specification...
Page 128 AN6000 Series Optical Line Terminal Equipment Hardware Description Specification Item Outputs lightning protection failure alarm signals Alarm reporting of the (which will be reported to the EMS via the lightning protection equipment connected to the PDP) when the module lightning protection module fails.
Page 129: Panel Terminals
9 PDPs Item Standard Electrical fast transient Complies with IEC61000-4-4. (EFT) Surge Complies with IEC61000-4-5. Conducted susceptibility Complies with IEC61000-4-6. (CS) Voltage dip (DIP) Complies with IEC61000-4-29. Safety standard Complies with IEC60950. 9.3.3 Panel Terminals Front Panel Figure 9-6 shows the appearance of the PDP (3000064) with the extended sub- model 1FH or 2FH.
Page 130 AN6000 Series Optical Line Terminal Equipment Hardware Description Figure 9-7 Connectors of the PDP (3000064) with the Extended Sub-Model 1FH or 2FH Table 9-5 describes the components of the PDP (3000064) with the extended sub- model 1FH or 2FH. Table 9-5 Components of the PDP (3000064) with the Extended Sub-Model 1FH or 2FH Connector &...
Page 131: Connection
9 PDPs Table 9-5 Components of the PDP (3000064) with the Extended Sub-Model 1FH or 2FH (Continued) Connector & Jumper Pin Description XP1 to XP4 Alarm cascade connectors Alarm connector for the head of row cabinet Alarm connector for indicator LEDs on the top of cabinet Power supply lightning protection module sockets XS15, XS16...
Page 132: Pdp Power Cable
AN6000 Series Optical Line Terminal Equipment Hardware Description Precautions for Replacing the Lightning Protection Module Avoid replacing the module when it is powered as much as possible. However, when you have to do so, use a screwdriver wrapped with insulating tapes.
Page 133: Pdp Earth Ground Cable
9 PDPs Connection Table 9-7 Connections of the PDP (3000064) Power Cables Cable Classification Cable Connector Connected to -48 V active external power input Cable (blue) connecting to 1. Cord end terminal connector (-48V_A) of the PDP the active -48 V power supply in the equipment -48 V connector of the active power 2.
Page 134: Pdp296B (3000068)
AN6000 Series Optical Line Terminal Equipment Hardware Description Connection Table 9-8 Connection of the PDP (3000064) Earth Ground Cable Cable Connector Connected to 1. Cord end terminal PE connector 2. Uninsulated copper cord end Ground terminal of the cabinet protection earth ground cable...
Page 135 9 PDPs Specifications Item Receives alarm signals from the connected equipment, provides audio alarms for the Alarm signal processing signals, illuminates the cabinet-top indicators, and outputs alarm signals to an upper-layer device (such as the head of row cabinet). Alarm function Outputs lightning protection failure alarm signals Alarm reporting of the (which will be reported to the EMS via the...
Page 136: Connectors On The Panel
AN6000 Series Optical Line Terminal Equipment Hardware Description Standard Compliance Item Standard Radiated emission (RE) Complies with EN55022 Class B. Electromagnetic interference (EMI) Conducted emission (CE) Complies with EN55022 Class B. Electrostatic discharge (ESD) Complies with IEC61000-4-2. Radiated susceptibility Complies with IEC61000-4-3.
Page 137 9 PDPs Figure 9-12 Connector Panel of the PDP (3000068) Table 9-9 Components on the PDP (3000068) Connector Panel Connector & Jumper Pin Description External -48 V power input connectors, which can back up -48V_A, -48V_B each other External 0 V power input connectors, which can back up 0V_A, 0V_B each other Protection earth ground cable connector...
Page 138: Connection
AN6000 Series Optical Line Terminal Equipment Hardware Description Table 9-9 Components on the PDP (3000068) Connector Panel (Continued) Connector & Jumper Pin Description JP1 is the jumper pin for selecting the working status indicator LED of the PDP. It can be set in either of the...
Page 139: Pdp Power Cable
9 PDPs Failure Indicator The lightning protection module is equipped with a failure indicator LED. OFF indicates normal status and solid red indicates failure. Precautions for Replacing the Lightning Protection Module Avoid replacing the module when it is powered as much as possible. However, when you have to do so, use a screwdriver wrapped with insulating tapes.
Page 140: Pdp Protection Earth Ground Cable
AN6000 Series Optical Line Terminal Equipment Hardware Description Connection Table 9-11 Connections of the PDP (3000068) Power Cables Cable Category Cable Connector Connected to Active external power -48 V input 1. Uninsulated ring Cable (blue) connecting to connector (-48V_A) of the PDP...
Page 141 9 PDPs Figure 9-14 Protection Earth Ground Cable for the PDP (3000068) Connection Table 9-12 Connections of the PDP (3000068) Protection Earth Ground Cable Cable Connector Connected to 1. Uninsulated copper cord Inner PE connector of the PDP end terminal Ground terminal of the cabinet protection earth ground 2.
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