Huawei Cable CMC MA5633

~~$4,800.00~~ $3,600.00

Brand: Huawei

Model: MA5633

Detail: Huawei Cable Cable CMC Series MA5633-DD20,MA5633-XD20,MA5633 D3.1,MA5633 D3.0,MA5633-XB10

Condition: 100% New

Availability: IN STOCK

Categories: Huawei OLT MDU, Access Network Tags: Huawei Cable CMC, MA5633, Huawei MA5633, MA5633-DD20, MA5633-XD20, MA5633 D3.1, MA5633 D3.0, MA5633-XB10, DOCSIS3.0, DOCSIS3.1, MA5633 Price

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Huawei Cable Cable CMC Series MA5633-DD20,MA5633-XD20,MA5633 D3.1,MA5633 D3.0,MA5633-XB10,DOCSIS3.0,DOCSIS3.1

Model	SmartAX MA5633
Dimensions (H x W x D)	365 mm x 220 mm x 175 mm
Temperature	-40°C to 55°C The MA5633 can start at a low temperature of -25°C
Humidity	5% RH to 95% RH
Input AC Voltage (typical)	60V AC 220V AC
Protection Level	IP65 (60V AC) IP20 (220V AC)
Uplink Port	10G GPON/GPON/10G GE/GE
User-side Port	4 x RF Ports
Optical Transmitter	1 x Rx 1 x Rx + 2 x Tx

Huawei SmartAX MA5633 based on DOCSIS 3.0 and DOCSIS 3.1, is a coaxial media converter (CMC) dedicated to CATV network digitization and upgrade to a bi-directional network. It supports high-bandwidth multi-service access for MSOs.
Huawei MA5633 series devices include the MA5633(D3.1, Cable Outlets on a Single Side), MA5633-XD20, MA5633-DD20, MA5633(D3.0), and MA5633-XB10.
Huawei MA5633 supports GPON, RF interface.
This page provides the Huawei MA5633 user manuals and user guides, including the product description, configuration guide, and troubleshooting guide.

Hardware Description

This document describes the hardware configurations, internal cable connection, hardware structure and main modules of all the MA5633 devices.

MA5633-DD20 Hardware Configurations

The original software version of MA5633-DD20 is V800R017C10. All the MA5633-DD20 devices support the following hardware configurations:

RF ports: 0 in 4 out
Built-in EQAM
Screw of RF port: 5/8-24

Specific hardware configurations supported by different MA5633-DD20 devices:

**Table 1** Hardward configurations of MA5633-DD20 (High Output)
Standard and frequency division	Power supply	Uplink port	Optical receiver or transmitter configurations	WDM	Integrated System BOM Number	RF Module
European DOCSIS 85/108 MHz	2*60 V AC	2*GPON/GE ports	2*Rx	2*WDM (1310/1490 nm + 1550 nm)	02350YNT	Configuration 1
North American DOCSIS 42/54 MHz	2*60 V AC	2*GPON/GE ports	2*Rx	2*WDM (1310/1490 nm + 1550 nm)	02350YPA	Configuration 1
		1*XG-PON/GPON/10GE/GE port	1Rx+2Tx	1*WDM (1310/1490 nm + 1550 nm)	02350YPC	Configuration 1
		2*GPON/GE ports	2RX+2TX	2*WDM (1310/1490 nm + 1550 nm)	02351VMC	Configuration 2
		1*XG-PON/GPON/10GE/GE port	2RX+2TX	1*WDM (1310/1490 nm + 1550 nm)	02351VME	Configuration 2
	1*60 V AC	1*XG-PON/GPON/10GE/GE port	1Rx+2Tx	1*WDM (1310/1490 nm + 1550 nm)	02350YPB	Configuration 1
North American DOCSIS 85/102 MHz	2*60 V AC	1*XG-PON/GPON/10GE/GE port	2RX+2TX	1*WDM (1270/1577 nm + 1550 nm)	02351VMF	Configuration 2

Standard and frequency division	Power supply	Uplink port	Optical receiver or transmitter configurations	WDM

**Table 2** Hardward configurations of MA5633-DD20 (Standard Output)
Standard and frequency division	Power supply	Uplink port	Optical receiver or transmitter configurations	WDM
European DOCSIS 204/258 MHz	1*60 V AC	1*XG-PON/GPON/10GE/GE port	1Rx+2Tx	1*WDM (1270/1577 nm + 1550 nm)
European DOCSIS 85/108 MHz	1*60 V AC	1*XG-PON/GPON/10GE/GE port	2*Rx	1*WDM (1270/1577 nm + 1550 nm)

NOTE:

Meaning of optical receiver or transmitter configurations:

1*Rx+2*Tx: one optical receiver and two optical transmitters are configured.
2*Rx: two optical receivers are configrued.

WDM parameter description:

WDM (1310/1490 nm + 1550 nm): WDM with combined GPON and RF signals.
WDM (1270/1577 nm + 1550 nm): WDM with combined XG-PON and RF signals.

MA5633-DD20 (High Output)

This chapter describes the appearance, configuration, interface, and internal module of the MA5633-DD20 (High Output). Example: double AC 60 V power modules, double GPON/GE upstream ports, 85/108MHz, Double Rx, double WDMs, 5/8-24 screw.

Hardware Structure

Main modules include the CMC module, RF module, RX module, and WDM modules. Their appearance and positions are marked orange in the Figure 1.The US extended module, LPF, EQ, ATT, and diplexer are pluggable on the RF module.

Figure 1 Hardware structure of the MA5633-DD20 (High Output)

Port Type	Silkscreen	Description

**Table 1** Ports description
Port Type	Silkscreen	Description
Commissioning serial port	CONSOLE	Supports local maintenance and remote maintenance.
Upstream optical port	2 ports: 0, 1 1 port: OPTICAL	The number of upstream ports varies according to hardware configuration. For example, there might be 2 GPON/GE ports, or 1 XG-PON/GPON/10GE/GE port for upstream transmission.
Maintenance Ethernet port	ETH	A 100M Base-T commissioning Ethernet port and supports 100M full-duplex autonegotiation.
Power cable port	Power	Introduces the 60 V AC power to the MA5633. Two power cable ports are used for 60 V AC power supply. One RF power cable port is used for 60 V AC power supply through the connected cable without power inserter. NOTE: Block this port if you do not use it. Replace this port with an F connector when you use it.
Optical fiber entrance	FIBER0	Used for upstream transmission. When mounting the MA5633 in the cabinet, routing the optical fiber pass through the FIBER0 port.
Optical fiber entrance	FIBER1	Used for upstream transmission. When mounting the MA5633 onto a steel cable, routing the waterproof pigtail cable pass through the FIBER1 port.
RF port	RF OUT	Inputs and outputs CATV and data signals. Four RF ports can be independent shut down to save power.

MA5633-DD20 (Standard Output)

This topic describes the appearance, configuration, interface, and internal module of the MA5633-DD20 (Standard Output). Example: Single AC 60 V power module, single XG-PON/GPON/10GE/GE upstream port, 204/258 MHz, Rx/Double Tx, WDM, 5/8-24 screw.

Hardware Structure

Main modules include the CMC module, RF module, RX module, TX module, and WDM modules. Their appearance and positions are marked orange in the Figure 1. The US extended module, LPF, splitter/jumper, and diplexer are pluggable on the RF module. For details, see the following description.

Figure 1 Hardware structure of the MA5633-DD20 (Standard Output)

Port Type	Silkscreen	Description

**Table 1** Ports description
Port Type	Silkscreen	Description
Commissioning serial port	CONSOLE	Supports local maintenance and remote maintenance.
Upstream optical port	OPTICAL	Provide an upstream XG-PON/GPON/10GE/GE port, which uses small form-factor pluggable (SFP) modules.
Maintenance Ethernet port	ETH	A 100M Base-T commissioning Ethernet port and supports 100M full-duplex autonegotiation.
Power cable port	Power	Introduces the 60 V AC power to the MA5633. Two power cable ports are used for 60 V AC power supply. One RF power cable port is used for 60 V AC power supply through the connected cable without power inserter. NOTE: Block this port if you do not use it. Replace this port with an F connector when you use it.
Optical fiber entrance	FIBER0	Used for upstream transmission. When mounting the MA5633 in the cabinet, routing the optical fiber pass through the FIBER0 port.
Optical fiber entrance	FIBER1	Used for upstream transmission. When mounting the MA5633 onto a steel cable, routing the waterproof pigtail cable pass through the FIBER1 port.
RF port	RF OUT	Inputs and outputs CATV and data signals. Two RF port groups can be independent shut down to save power. RF OUT0 and RF OUT1 form group 1 and RF OUT2 and RF OUT3 form group 2.

MA5633-XD20

MA5633-XD20 is a DOCSIS 3.1 CMC with cable outlets on both sides. This chapter introduces the hardware configurations, hardware structure, internal cable connection, and RF module of MA5633-XD20.

MA5633-XD20 Hardware Configurations

The original software version of MA5633-XD20 is V800R017C10. In the V800R017C10 version, MA5633-XD20 has only one hardware configuration as below:

**Table 1** Hardward configuration of MA5633-XD20
Standard and frequency division	European DOCSIS 85/108 MHz
Power supply	2*220 V AC
Uplink port	2*GPON ports
Optical receiver or transmitter configurations	2*Rx
WDM	2*WDM (1310/1490 nm + 1550 nm)
RF ports	0 in 4 out
Screw of RF port	5/8-24
Built-in EQAM	Supported

NOTE:

Meaning of optical receiver or transmitter configurations and WDM:

2*Rx: double built-in optical transceivers
WDM (1310/1490 nm + 1550 nm): WDM with combined GPON and RF signals.

MA5633 (D3.1, Cable Outlets on a Single Side)

This chapter introduces the hardware configurations, hardware structure, internal cable connection, RF module, and power module of MA5633 (D3.1, Cable Outlets on a Single Side).

Hardware Configurations of MA5633 (D3.1, Cable Outlets on a Single Side)

All the MA5633 (D3.1, cable outlets on a single side) devices support the following hardware configurations:

RF ports: 0 in 4 out
Built-in EQAM
Uplink port: a XG-PON/GPON/10GE/GE port (10GE and GE port is supported from V800R017C10)

Specific hardware configurations supported by different MA5633 (D3.1, cable outlets on a single side):

**Table 1** Configurations of MA5633 (D3.1, cable outlets on a single side)
Original Software version	Frequency division	Power supply	Optical receiver or transmitter Configurations	WDM	Screw of RF port	Number of transceiver slots
V800R017C10	65/87 MHz	AC 220 V	1Rx+2Tx	1*WDM (1310/1490nm+1550nm)	PG11	4
V800R017C00	65/87 MHz	AC 220 V	1*Rx	None	PG11	4
	204/258 MHz	AC 60 V	1Rx+1Tx	1*WDM (1270/1577nm+1550nm)	5/8-24	3
		AC 220 V	1*Rx	None	PG11	3
		AC 220 V	1Rx+1Tx	1*WDM (1270/1577nm+1550nm)	5/8-24	3
V800R016C10	65/87 MHz	AC 60 V	1Rx+2Tx	1*WDM (1310/1490nm+1550nm)	5/8-24	3 or 4
			1Rx+2Tx	1*WDM (1270/1577nm+1550nm)	5/8-24	3 or 4
			1*Rx	1*WDM (1270/1577nm+1550nm)	PG11	3 or 4
		AC 220 V	1Rx+2Tx	1*WDM (1270/1577nm+1550nm)	5/8-24	3 or 4

NOTE:

Meaning of optical receiver or transmitter configurations:

1*Rx+2*Tx: one optical receiver and two optical transmitters are configured.
1*Rx+1*Tx: one optical receiver and one optical transmitter are configured.
1*Rx: one optical receiver is configured.

WDM parameter description:

WDM (1310/1490 nm + 1550 nm): WDM with combined GPON and CATV signals.
WDM (1270/1577 nm + 1550 nm): WDM with combined XG-PON and CATV signals.

Notes for number of transceiver slots: In terms of appearance, there are 2 types of RF modules: for 3 optical transceiver slots and for 4 optical transceiver slots. They have the same functions.

MA5633 (D3.0, Cable Outlets on a Single Side)

This chapter introduces the hardware configurations, hardware structure, internal cable connection, RF module, optical transceiver module, and optical receiver module of MA5633 (D3.0, Cable Outlets on a Single Side).

Hardware Configurations of MA5633 (D3.0, Cable Outlets on a Single Side)

The original software version of MA5633 (D3.0, Cable Outlets on a Single Side) is V800R016C00. All the MA5633 (D3.0, cable outlets on a single side) devices support the following hardware configurations:

RF ports: 0 in 4 out
Built-in EQAM
Uplink ports: Two GPON/GE ports

Specific hardware configurations supported by different MA5633 (D3.0, cable outlets on a single side):

Standard and frequency division	Power supply	Optical receiver or transmitter configurations	WDM	Screw of RF port

**Table 1** Configurations of MA5633 (D3.0, cable outlets on a single side)
Standard and frequency division	Power supply	Optical receiver or transmitter configurations	WDM	Screw of RF port
European DOCSIS 65/87 MHz	AC 60 V	Rx+Tx	1*WDM (1310/1490 nm + 1550 nm)	PG11
		Rx	1*WDM (1310/1490 nm + 1550 nm)	5/8-24
		Rx	-	PG11
	AC 220 V	Rx	1*WDM (1310/1490 nm + 1550 nm)	PG11
	AC 220 V	Rx	-	PG11
North American DOCSIS 42/54 MHz	AC 60 V	Rx+Tx	1*WDM (1310/1490 nm + 1550 nm)	5/8-24
	AC 220 V	Rx+Tx	1*WDM (1310/1490 nm + 1550 nm)	5/8-24
	AC 220 V	Rx	-	5/8-24

NOTE:

Meaning of optical receiver or transmitter configurations:

Rx+Tx: optical transceiver module is configured.
Rx: optical receiver module is configued.

WDM parameter description:

WDM (1310/1490 nm + 1550 nm): WDM with combined GPON and RF signals.

Model: MA5633

Detail: Huawei Cable CMC MA5633

Availability: IN STOCK

Huawei Cable CMC MA5633