Boards Summary
The control board converges upstream services and manages devices, and manages services for each interface module.
H831CCMA is a central control unit (CCU) board. It manages broadband and narrowband service boards and interface modules, and is used for upstream service transmission.
H831CCMB is a central control unit (CCU) board. It manages broadband and narrowband service boards and interface modules, and is used for upstream service transmission.
G.fast service access boards provide broadband access services using G.fast ports.
The MA5818 chassis supports access of G.fast services.
H83DFDSH is a 24-channel G.fast service board with no built-in splitter. It is used for access of G.fast services and supports vectoring and metallic line testing (MELT) functions.
H82DFDSD is a 24-channel G.fast service board with no built-in splitter. It is used for access of G.fast services and supports vectoring functions.
H83FFDSH is a 24-channel G.fast service board without a built-in splitter. It is used for access of G.fast services and supports vectoring and metallic line testing (MELT) functions.
VDSL2 service boards provide the VDSL2 access service using broadband ports.
Based on the number of supported users, VDSL2 service boards supported by the MA5818 can be classified into 48-channel VDSL2 service board, and 64-channel VDSL2 service board. These boards support VDSL2 and VDSL2 over POTS/ISDN access services.
H836VDLE is a 32-channel VDSL2 over POTS service board that provides the VDSL2 over POTS access service. It has an embedded splitter with 600-ohm impedance.
H83DVCMM is a 48-channel VDSL2 service board that provides the VDSL2 access service. It does not have an embedded splitter. It supports vectoring and metallic line testing (MELT).
H83DSDMM is a 48-channel SuperVector service board that provides the SuperVector access service. It does not have an embedded splitter. It supports metallic line testing (MELT).
H83DVCPD is a 64-channel VDSL2 service board that provides the VDSL2 access service. It does not have an embedded splitter and supports vectoring.
H83DVCPE is a 64-channel VDSL2 over POTS service board that provides the VDSL2 over POTS access service. It has an embedded splitter with 600-ohm impedance and supports vectoring.
H836VCPE is a 64-channel VDSL2 over POTS service board that provides the VDSL2 over POTS access service. It has an embedded splitter with 600-ohm impedance.
Voice service boards support VoIP POTS service.
H838ASPB and H839ASPB are 64-channel POTS service boards that provide the POTS access service.
The combo board is a broadband and narrowband combo service board and provides three application modes: combo mode, broadband mode, and narrowband mode. In combo mode, the combo board supports both broadband and voice services.
H83DCCME is a 48-channel VDSL2 and POTS combo service board that provides VDSL2 and POTS integrated access services. It has an embedded splitter. It supports vectoring.
H83DCSME is a 48-channel SuperVector and POTS combo service board that provides the SuperVector and POTS integrated access service. It has an embedded splitter. It supports SuperVector.
The centralized vectoring processing board calculates the line crosstalk for the system.
H836VPJA is a centralized vectoring processing board. It supports G.fast port system-level vectoring for calculating the line crosstalk for the systems.
H836VPJB is a centralized vectoring processing board. It supports system level vectoring of VDSL2, SuperVector, and G.fast services and is used for calculating and canceling the line crosstalk of the system.
H836VPQA is a centralized vectoring processing board. It supports VDSL2 service system level vectoring (SLV) for calculating the line crosstalk for the systems.
H838VPDE is a centralized vectoring processing board. It supports VDSL2/SuperVector service system level vectoring (SLV) and nodelevel vectoring (NLV) for calculating the line crosstalk for the systems.
Connected to the external AC or DC power supply, the power board converts the voltage of such power supply into an appropriate voltage using its power module and powers other boards in the chassis.
The MA5818 chassis supports AC and DC power boards.
H831PDMA is a DC power board that passes through and converts the combined single -48 V DC power. It then outputs -48 V DC and +12 V DC power to the backplane. Through the backplane, it passes through power to the service boards, centralized vectoring processing board, control board, and fan monitoring board.
H831PAMA is an AC power board that converts the 220 V AC or 110 V AC power. It then outputs -48 V DC and +12 V DC power to the backplane. Through the backplane, it passes through power to the service boards, centralized vectoring processing board, control board, and fan monitoring board.
H831PDMB is a DC power board that passes through and converts the combined single -48 V DC power. It then outputs -48 V DC and +12 V DC power to the backplane. Through the backplane, it passes through power to the service boards, centralized vectoring processing board, control board, and fan monitoring board.
H831PAMB is an AC power board that converts the 220 V AC or 110 V AC power. It then outputs -48 V DC and +12 V DC power to the backplane. Through the backplane, it passes through power to the service boards, centralized vectoring processing board, control board, and fan monitoring board.
MA5818 Order Items:
| Main Equipment | ||
| MA5818 Cabinet&Frame | ||
| 02350RDH | H82Z1MABM | Multi-service Access Equipment Host Assembly Components |
| Main Control Board and Interface Board | ||
| 03026NTR | H831CCMBD | H831CCMBD,Multi-Service Centralized Control Unit Board(With H836ASDJ Sub-Board) |
| 03025VLS | H831CCMB | Multi-Service Centralized Control Unit Board |
| 03025KVL | H836VPQA | Vector Centralized Processing Board |
| 03025EAJ | H836VPJB | VD&G.FAST Vector Centralized Processing Board |
| 03026WNU | H838VPDE | VD&SV Vector Centralized Processing Board |
| Power Board and Power System | ||
| 03023MQT | H831PDMA | MA5818 DC Power Board |
| 03032CHT | H831PAMA | 550W AC Power Board,NO Power Backup |
| 03033BXE | H831PAMB | 550W AC Power Board,Power Backup |
| 03025WDQ | H831PDMB | MA5818 DC Power Board |
| Service Board | ||
| 03020MWT | H838D0ASPB01 | 64port POTS Subscriber Board |
| 03022WVF | H83DVCMM | 48-port VDSL2 Service Board(with MELT,with Vector) |
| 03023AWH | H83DCCME | 48-port VDSL2 and 48-port POTS Combined Subscriber Line Card(with Splitter,with Vector) |
| 03023AAL | H83DVCPE | 64-port VDSL2 Service Board(with 600 ohm Splitter,with Vector) |
| 03023LTQ | H83DVCPD | 64-port VDSL2 Service Board (with Vector) |
| 03024EMH | H83DCSME | 48-port SuperVector and 48-port POTS Combined Subscriber Line Card(with Splitter) |
| 03025ALC | H83DSDMM1 | 48-port SuperVector Service Board |
| 03023MQU | H83DFDSH | 24 ports G.fast,with Melt function,with Port-Open function |
| Electronic/Optical Module Component | ||
| PON Uplink Optical Module Component | ||
| 34060565 | OSG020002 | PON Transceiver,SFP,1310nm(Tx)/1490nm(Rx),1244M(Tx)/2488M(Rx),0.5~5dBm,-28dBm,SC/UPC Compatible with SC/PC,SM,20km, |
| GE Single Channel Two-fiber Bidirectional Optical Module Component | ||
| 34060473 | eSFP-1310nm-1000Base-Lx SM | Optical transceiver,eSFP,1310nm,1.25Gb/s,-9~-3dBm,-20dBm,LC,Single Mode,10km |
| 34060320 | eSFP-1310nm-Lx-40Km | Optical transceiver,eSFP,1310nm,1.25Gb/s,-5dBm,0dBm,-22.5dBm,LC(-40~85),40km |
| GE Single Channel One-fiber Bidirectional Optical Module Component | ||
| 34060644 | OGEBIDI10 | BiDi Transceiver,SFP,1310(TX)/1490(RX),1.25Gb/s,-9dBm,-3dBm,-19.5dBm,LC(-40~85),SM,10km |
| 10GE Single Channel One-fiber Bidirectional Optical Module Component | ||
| 34060918 | OSX040B03 | BiDi Transceiver,SFP+,TX 1270nm/RX 1330nm,9.95~10.3Gb/s,0dBm,5dBm,-18dBm,LC,SM,40km |
| 34060544-004 | OSX010I01 | BiDi Transceiver-SFP+-1270nm(Tx)/1330nm(Rx)-2.5~11.3Gb/s--8.2dBm-0.5dBm--14.4dBm-LC-SM-10km--40~85degc |
| 10G GPON Optical Module Component | ||
| 34060641 | OSX002004 | PON Transceiver,SFP+,1577nm(RX)/1270nm(TX),9.95G(RX)/2.488G(TX),2dBm,7dBm,-28dBm,SC/UPC Compatible with SC/PC,SM,-40~85 degc |
| Installation Material(Extra charge shall be paid for exceeded length of cables based on actual site information) | ||
| Software | ||
| Software | ||
| 88035FDF | H83SMA581819 | MA5818 V800R019 System Software Package |
| Software | ||
| 88035CTF | H83GFRTU01 | G.Fast Capacity RTU, Based on per Port |
| 88033WRN | LH83GFAST1 | G.Fast Enable License (per port) |
| 82301482 | H83S00POTS01 | POTS Port License,Based on per POTS Port |
| 82301877 | LH83VDSL30 | VDSL 3 Function Port License ,Based on per VDSL3 Port |
| 88031EMT | H83S00VECT02 | Vectoring Capacity RTU,Based on per Port |
| 88035CTD | H83SVRTU01 | SuperVector Capacity RTU, Based on per Port |
| 88035GCT | H80BDAPACK02 | Bandwidth Acceleration Enhanced Software Package (Vector Pro),Based on Per Port |
| 88035GXU | LH83NLV01 | NLV/MOV License (per board) |
| 88035GCU | H8310GERTU01 | 10GE Capacity RTU, Based on per Port |
| 88031JPB | H83S00IPV601 | IPV6 Software Package |
| 88036ETM | LNSDNEMulticastSub01 | Per Multicast Subscriber License |
| 82600600 | NDSS00MELT01 | Per MELT Port License |
| 82301483 | H83S00VDSL01 | VDSL Port License,Based on per VDSL Port |
| 82300842 | H83SBLTFS001 | Broadband Line Test Feature Software,based on per host |
| Software | ||
| 88032QNX | H83SMA5818A1 | MA5818 Upgrade Fee(per PCS)(Rn-Rn+1) |
