Fiber Optic Terminal Equipment Original MA5608T GPON or PON OLT equipment

Huawei 19 Inch Mini OLT MA5608T EPON GPON OLT Equipment

Product Positioning

The SmartAX MA5600T/MA5603T/MA5608T is a multi-service access module launched by Huawei.

MA5600T/MA5603T/MA5608T Positioning

The MA5600T/MA5603T/MA5608T, functioning as an integrated optical-copper access equipment, provides the integrated broadband and narrowband access and FTTx optical access services that feature high rate, high bandwidth, and high quality. It can function as an OLT, MSAN, or IP DSLAM. The MA5600T is a large-capacity device, the MA5603T is a medium-capacity device and the MA5608T is a small-capacity device.

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  Supports the 10G GPON/GPON access service. All the three can function as an optical line terminal (OLT) in the GPON system, working with the optical network terminal (ONT) or other optical network units (ONUs).
  

  
  


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  Supports the point-to-point (P2P) FE/GE optical access. The P2P board is mainly used for cascading, and it can also provide users with P2P FTTH access by cooperating with ONTs.
  

  
  


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  Provides the voice service solution based on the Session Initiation Protocol (SIP) and H.248, supports the POTS port to implement the voice service, fax service, narrowband modem service, and various supplementary services.
  

  
  


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  Provides the E1/N*64k private line service through the TDM SHDSL board. And H802EDTB board supports the TDM SHDSL feature.
  

  
  


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  Supports broadband access services such as ADSL2+, VDSL2, and SHDSL, enhancing the xDSL function.
  

  
  

In the upstream direction, the device is generally connected to the IP/MPLS network through the Ethernet (GE/10GE) port.

Figure 1 shows the position of the device in a network.

Figure 1 Typical network of the MA5600T/MA5603T/MA5608T(OLT)

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CPE: customer premise equipment	MDU: multi-dwelling unit
ONT: optical network terminal	P2P: point to point
STM: synchronous transfer mode	VoIP: voice over IP
NGN: next generation network	IMS: IP multimedia core network subsystem

MA5608T Positioning

The MA5608T has a strong adaptability to the environment and can be deployed quickly. In FTTx networks, the OLT is moved closer to the user side, which can save backbone optical cable resources. This solves the problem of a few users, when FTTx services are applied in an area with a low population density.

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  Deployed at the remote end, including the base stations (BSs) and outdoor environments
  

  
  


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  2 U high, and supports a maximum of two service boards
  

  
  


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  Connected to ONUs or ONTs and used in FTTB/C and FTTH scenarios
  

  
  


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  Connected to xDSL terminals and phones and used in the MSAN/DSLAM scenario
  

  
  

MA5603T(functioning as MDU) Positioning

Furthermore, the MA5603T can also be cascaded to other OLT in the upstream direction in the GPON mode, functioning as an MDU in the network.

The difference between the MA5603T as the OLT and the MDU in the network:

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  As the MDU, the upstream with the P2CA board.
  

  
  


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  As the OLT, the upstream with the GIU boards but P2CA.
  

  
  

Figure 2 Typical network of the MA5603T (functioning as MDU)

Appearance

The MA5608T is 2 U high.

Figure 1 Appearance of the MA5608T chassis(xDSL)

Figure 2 Appearance of the MA5608T chassis(GPON)

Specifications

This topic provides the dimensions, weight, and power consumption of the MA5608T chassis.

Table 1 Dimensions and weight of the MA5608T

Item	Specification
Dimensions (W x D x H, excluding mounting brackets)	442mm×244.5mm×88.1mm
Dimensions (W x D x H, including mounting brackets of IEC standard)	482.6mm×244.5mm×88.1mm
Dimensions (W x D x H, including mounting brackets of ETSI standard) NOTE: ETSI standard dimension is to add the ETSI mounting bracket on the IEC mounting bracket.	535mm×244.5mm×88.1mm
Weight (empty chassis)	3.55kg

Table 2 Power parameters of the MA5608T

Parameter	Specification
Power supply mode	DC or AC
Rated voltage	DC power supply: -48 V / -60 V AC power supply: 110 V / 220 V
Working voltage range	DC power supply: -38.4 V to -72 V AC power supply: 100 V to 240 V
Maximum input current	DC power supply: 10 A AC power supply: 6 A

Table 3 Power consumption of the MA5608T chassis (Unit: W)

Typical Configuration	Static Power Consumption	Maximum Power Consumption	Typical Power Consumption	Board Configuration
ADSL2+	78.5	225.5	152	H801MCUD*2+H801MPWC+ H831FCBB+H805ADPD*2
VDSL2	104.5	257.5	181	H801MCUD*2+H801MPWC+ H831FCBB+H80BVDPM(17a)*2
POTS	86.5	-(1)	121	H801MCUD*2+H801MPWC+ H831FCBB+H808ASPB*2
P2P	194.5	293.5	244	H801MCUD*2+H801MPWC+ H831FCBB+H802OPGD*2
GPON (H805GPBD)	140.5	191.5	166(2)	H801MCUD*2+H801MPWC+ H831FCBB+H805GPBD*2
GPON (H806GPBH)	118.5	185.5	152(2)	H801MCUD*2+H801MPWC+ H831FCBB+H806GPBH*2
GPON (H802GPFD)	144.5	239.5	192(2)	H801MCUD*2+H801MPWC+ H831FCBB+H802GPFD*2

NOTE:

The maximum power consumption of the subrack is tested in the following conditions:

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  -53.5 V DC
  

  
  


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  Ambient temperature of 25°C
  

  
  


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  Static power consumption: power consumption of the powered-on equipment with no load (all user ports are deactivated)
  

  
  


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  Maximum power consumption: power consumption of the powered-on equipment with full services
  

  
  


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  Typical power consumption: power consumption of a device when 50% of its users are online
  

  
  


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  (1)In the typical application of voice services, the convergence ration is 25%. The maximum power consumption of an H808ASPB board is calculated based on the 25% convergence ratio. Therefore, the typical power consumption (instead of maximum power consumption) is obtained for an H808ASPB in voice service configurations. The maximum power consumption of the other service board is calculated based on the 100% convergence ratio.
  

  
  


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  (2)The PON port that are not connected to any users should be disabled when you calculate the typical power consumption.
  

  
  


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  You can calculate the power consumption based on the formula with the boards supported by the product version when the upper boards is not supported.
  

  
  

Configuration

This topic provides the configuration of the boards in the MA5608T chassis, and lists the type of the boards. Table 1 shows the configuration of boards in the MA5608T chassis.

Figure 1 Configuration of boards in the MA5608T chassis

Table 1 Boards in the MA5608T chassis

Slot Type	Slot	Supported Board	Remarks
Control board slot	2, 3	Control board	Two slots must be configured with the same control board.
Power board slot	4	Power board	-
Service board slot	0, 1	Service board	Mixed configuration of service boards is supported.

Boards

This topic describes the type, name, slot and mapping of the boards supported by the MA5608T.

Table 1 describes the boards supported by the MA5608T.

NOTE:

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  In the table, "Yes" indicates "supported" and "No" indicates "not supported".
  

  
  


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  This manual describes the supply of boards supported by the product. However, the availability of the boards is subject to the PCNs. For the availability of the boards, contact product mangers at Huawei representative offices.
  

  
  

Table 1 Boards supported by the MA5608T

Board Name	Board Mapping
	H801MCUD	H801MCUD1	H801MCUE
Control board
H801MCUD	-	-	-
H801MCUD1	-	-	-
H801MCUE	-	-	-
Power interface board
H801MPWC	Yes	Yes	Yes
H801MPWD	Yes	Yes	Yes
ADSL2+ service access board
H808ADPM	Yes	Yes	No
H805ADPD	Yes	Yes	No
H80BADPE	Yes	Yes	No
Combo board
H80BCAME	Yes	Yes	No
H80BCVME	Yes	Yes	No
Voice board
H802DSRD	Yes	Yes	No
H802DSRE	Yes	Yes	No
H808ASPB	Yes	Yes	No
H809ASPB	Yes	Yes	No
H802EDTB	Yes	Yes	No
VDSL2 service access board
H80AVDPD	Yes	Yes	No
H80BVDQM	Yes	Yes	No
H80BVDPM	Yes	Yes	No
H80BVDPE	Yes	Yes	No
SHDSL service access board
H80ASHLM	Yes	Yes	No
H802SHGM	Yes	Yes	No
GPON service access board
H805GPBD	Yes	Yes	No
H802GPFD	Yes	Yes	Yes
H806GPBH	Yes	Yes	Yes
H801GPMD	No	No	Yes
10G GPON service access board
H802XGBC	Yes	Yes	No
Ethernet service access board
H801ETHB	Yes	Yes	Yes
SPU board
H801SPUB	Yes	Yes	Yes
H801SPUF	Yes	Yes	Yes
TDM service process board
H801TOPA	Yes	Yes	Yes
P2P interface board
H802OPGD	Yes	Yes	Yes
H802OPGE	Yes	Yes	Yes

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