Huawei GPON OLT MA5608T Specification

Huawei GPON OLT MA5608T has has 2 slots for control boards, 2 slots for service boards, 1 slots for power interface boards. MA5608T is a small-capacity device. [boxads] Download Huawei GPON OLT MA5608T Specification Doc.

MA5608T Control Boards:

H801MCUD1 board

The H801MCUD1 board is a Mini Control Unit Board. It is the core of the system control and service switching and aggregation. The H801MCUD1 board can also function as the management and control core of the integrated network management system (NMS). It communicates with service boards about the key management and control information through the master/slave serial port and inband GE/10GE channel. In this manner, the H801MCUD1
board configures, manages, and controls the device, and also implements the simple route protocol functions.

The H801MCUD1 board supports the following functions:

System control and management unit
Local and remote maintenance [Active/standby switchover] Load sharing
Synchronous Ethernet
GE or 10GE channel to the service board
Environmental monitoring parameters
Seven inputs of alarm digital parameters and one output of alarm digital parameters
Temperature reading and high-temperature alarm
Fan tray monitoring and management
Two SFP+ 10GE ports and two SFP GE ports for upstream transmission or cascading
One input of BITS clock signals and one input of BITS clock signals
One input of 1PPS+TOD time signals and one output of 1PPS+TOD time signals
Stratum-3 clock

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MA5608T Service Boards:

H805GPBD Board

H805GPBD is a 8-port GPON OLT Interface Board. It works with the optical network terminal (ONT) to provide GPON access service.

The H805GPBD board supports the following functions:

Eight GPON SFP ports;
A maximum of 1:128 split ratio;
Class B+ and Class C+ optical modules;
Received signal strength indicator (RSSI) detection and controlled optical signal transmission of the optical module;
ONU-based shaping;
Optical performance monitor (OPM);
Automatic power shutdown in case of a high temperature.

MA5608T Power Boards:

H801MPWC Board

The H801MPWC board is a power board with dual DC power inputs. The H801MPWC board leads in the -48 V DC power to the device.

The H801MPWC board supports the following functions:

Two –48 V DC inputs
Filtering and current-limiting for the power input port
Detection of input under voltage, power supply availability, and power supply faults
Reporting of the protection alarm together with board ready status
Indication of power status

MA5608T Features:

SmartAX MA5608T is the global first all-in-one access platform which can provide DSL and optical integrated access. It can provide high density ADSL2+, VDSL2, POTS, ISDN, PON and Ethernet fiber P2P access, triple-play service, and TDM/ATM/Ethernet leased line services for business customers.
The MA5608T can also offer mobile backhaul with high reliability and high precision clock, and high density 2*GE/10GE interfaces for cascading remote access equipment’s. MA5608T helps to simplify network architecture, to enable seamless migration in FTTx network and lower TCO essentially.

Any Access
Support multiple access methods, VDSL2/ADSL2+/G.SHDSL/POTS/ISDN/ PON/Ethernet P2P;
Support multiple scenarios: FTTC / FTTB / FTTH / FTTO / FTTM.

Any Service
Large capacity IPTV service provision, 8K multicast users and 4K multicast channels;
H-QoS support 3-level QoS (Different ISP/service/user) guaranteeing OLT wholesale;
Traditional E1 service access, NATIVE TDM or CESoP for traditional E1 service of enterprise and mobile backhaul.

MA5608T Product features:

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Integrated Access

Optical Access

Supports a split ratio of 1:128.
Support small form-factor pluggable (SFP) optical module of Class B+ or Class C+ and XFP optical module, which can be used in different scenarios.
High-density 48 single-fiber bi-directional or 24 two-fiber bi-directional GE/FE P2P optical access is supported.
Supports the high-performance and large-capacity control board SCUH. In active/standby mode, SCUH supports 20 Gbit/s switching bandwidth for each slot. In load sharing mode, SCUH supports 40 Gbit/s switching bandwidth for each slot. And provides 960G switching capacity (doubles performance capacity), improving access user bandwidth.

Copper Access

The MA5600T/MA5603T/MA5608T supports multiple xDSL access and POTS access modes and makes full use of existing copper cable resources to provide users with rich and flexible network services. The retransmission and INM functions solve the line quality deterioration problem caused by line bit errors and line noise, which ensures the line access quality.

The xDSL ports works with the ADSL terminal unit-remote end (ATU-R) or the VDSL terminal unit-remote end (VTU-R), which can provides the highest-density 64 channels of xDSL access and 48 channels of POTS access.
Far-end crosstalk (FEXT) is one of key factors affecting the performance and stability of the VDSL2 system. The MA5603T supports the vectoring feature. Vectoring uses vectors to solve FEXT of VDSL2 lines so as to improve bandwidth and performance of multi-pair VDSL2 lines. It effectively decreases crosstalk for short-distance lines (shorter than 1 km). The rate of a single VDSL line can be increased about 50%-90% within 800 m. Provides higher bandwidth and more types of services over existing VDSL2 lines after the rate for a single VDSL2 user is increased.

Full Service Access

Supports the High-Performance Multicast Service. The device employs the multicast technology to provide IP video services, including live TV and QVoD, for carriers. By introducing the multicast technology, the network device can manage, control, and forward IP video services and thus meets carriers’ requirements for provisioning IP video service.
TheMA5600T/MA5603T/MA5608Thas completed its interoperability test with all mainstream NGN/IMSs.
- Connection to the NGN/IMS network through SIP or H.248, implementing the VoIP service (including the voice, fax, and modem services).
- The MA5600T/MA5603T/MA5608T supports reconstruction of traditional voice devices such as the N*64K private line device and ISDN PRI PBX, implementing the ALL IP architecture.
Implements base station access solution by using MA5600T/MA5603T/MA5608T (OLT)+MDU. And the MA5600T/MA5603T/MA5608T supports clock synchronization in the base station access scenario.
The MPLS PWE3 provides the E2E reliability and quality assurance for the service.

Integrated Capability of Access and Convergence

NE Convergence

The MA5600T/MA5603T/MA5608T features powerful access and convergence capability. In the downstream direction, it supports cascading to other devices through the GE or 10GE port. In the upstream direction, it supports connection to the IP/MPLS network through the GE or 10GE port. It also supports dual homing to the BRAS through direct connection.

Centric Management for GE Remote Extended Subracks in FTTB or FTTC Scenarios

The MA5600T/MA5603T supports the centric management for GE remote extended subracks in FTTB or FTTC scenarios so that the network features higher scalability. The GE remote extended subrack feature uses new technologies such as VDSL2 and vectoring on the copper line network to deploy ultra-broadband networks more conveniently and rapidly.

Key Technologies

Intelligent Site

As large-scale fiber to the curb (FTTC) construction becomes popular, the number of outdoor sites grows rapidly. The remote integrated sites are provisioned with cabinets, power systems, temperature control units, and batteries. However, some maintenance works cannot be done remotely by the remote maintenance technology. Maintenance personnel need to be assigned to the sites, which results in low maintenance efficiency and high costs. This feature is introduced to solve this issue.

When the MA5600T/MA5603T is configured with the enhanced service management unit (SMU) power system, the following feature items are supported: Intelligent property management for the key components (including the cabinet, power system, temperature control unit, and battery) on the site and Intelligent floating charging management for batteries on the site.

Prominent Network Protection Function

Supports the MSTP protocol, featuring the loop protection function.
Supports the RRPP protocol, implementing rapid switching in a ring network.
Supports the LACP and inter-board aggregation features, increasing the bandwidth and providing the protection function.
Supports bidirectional forwarding detection (BFD), improving the reliability of IP applications (such as real-time voice service) and providing support to the network stability for service providers.
Supports the smart link application, which implements the redundancy backup and quick migration of active and standby links, ensuring the high reliability and high-speed convergence.
Supports Type B redundancy protection for the GPON, ensuring that the services are not interrupted when the backbone optical fiber is faulty.
Supports GPON Type C redundancy protection, improving the device reliability.

Superior QoS Function

The superior QoS can guarantee an expected service level with respect to bandwidth, latency, jitter, and packet loss in a communication network.

Tags the data and network management streams with different ToS/DSCP priorities, thereby providing a prioritized forwarding mechanism based on Layer 3
Tags the data and network management streams with different 802.1p priorities, thereby providing a prioritized forwarding mechanism based on Layer 2
Supports Layers 2-7 traffic classification based on the port, VLAN, MAC address, IP address, TCP port number, or UDP port number
Supports priority control (based on the port, MAC address, IP address, TCP port number, or UDP port number), priority mapping and modification based on the ToS field and 802.1p, and DSCP differentiated services
Supports bandwidth control (based on the port, MAC address, IP address, TCP port number, or UDP port number) with a control granularity of 64 kbit/s
Supports three queue scheduling modes: priority queue (PQ), weighted round robin (WRR), and PQ+WRR.
Supports the following QoS capabilities based on the flow rule:
- Packet filtering
- Redirect
- Mirror
- Traffic statistics collection
- Traffic shaping
- Bandwidth control
- Priority tag
Supports hierarchical quality of service (HQoS), which guarantees the multi-service bandwidths for multiple users: The first level guarantees the user bandwidths, and the second level guarantees the bandwidths for the services of each user. This ensures that the guaranteed bandwidths absolutely pass and the burst bandwidths pass fairly.

IPv6

IPv6 radically solves the problem of IP address shortage. Moreover, IPv6 has the following advantages: It is easy to deploy, compatible with various applications, easy for IPv4 networks to transit to IPv6 networks.

Supports the IPv6 address management and assignment.
Supports the IPv6 stack and IPv6 host function.
Supports the IPv6 route.
Supports the IPv6 QoS and security, guarantee the security of the IPv6 network.
Supports the IPv6 layer 2 transparent transmission.
Supports the IPv6 multicast. By using IPv6 multicast technologies, the network device can manage, control, and forward IPv6 video services and in this way meets carriers’ requirements for provisioning IPv6 video services.

Green and Power Conservation

The MA5600T/MA5603T/MA5608T meets the efficiency requirements of the European Commission CoC (Code of Conduct). The energy-efficient design ensures quiet operation and optimal heat dissipation, reduces the impact on the environment, and lowers operational costs.

Uses chipsets with the highest density and integration in the industry.
Uses high-density hardware to improve port energy efficiency.
Supports independent shutdown for service ports.
Supports manual power-on or power-off for service boards. (A faulty board can be remotely powered off using the CLI or NMS in the equipment room of a site.)
Supports refined board power saving.
Supports stepless speed adjustment for fans based on component temperature.
Supports fan speed control through host software.
Supports L2 low-power consumption and L3 standby status for digital subscriber line (DSL) service ports.
Automatically shuts down vectoring components when the vectoring function is disabled. Automatically starts the vectoring components when the vectoring function is enabled. These functions dynamically reduce power consumption.

Application

FTTH Network Application
The MA5600T/MA5603T/MA5608T supports the fiber to the home (FTTH) network application. It can be connected to the ONT in the user’s house through the PON port or provide the P2P optical access service through the FE or GE port.
FTTB Network Application
The MA5600T/MA5603T/MA5608T supports the fiber to the building (FTTB) network application, and is connected to the ONU (MDU or ONT) that is deployed in the corridor through the PON port.
FTTC Network Application
The MA5600T/MA5603T/MA5608T supports the fiber to the curb (FTTC) network application, connected to the ONU that is deployed at the curb through the PON port, or connected to the DSLAM that is deployed at the curb through the GE optical port.
Centric Management for GE Remote Extended Subracks Networking
Leased Line Service (Enterprise Access)
Leased Line Service (Base Station Access)
5.7 Copper Access Network Application
The MA5600T/MA5603T/MA5608T supports multiple copper access modes such as ADSL2+, VDSL2, and SHDSL.
Voice Service Network Application
The MA5600T/MA5603T/MA5608T supports the voice service network application. The MA5600T/MA5603T/MA5608T can function as an AG (Access Gateway) in the softswitch network to provide the voice service and transmit the voice service to the IMS network. In addition, the MA5600T/MA5603T/MA5608T supports the TDM SHDSL access, which is applicable to reconstruction of the traditional voice network.

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)	535mm×244.5mm×88.1mm
Weight (empty chassis)	3.55kg

Power consumption of the MA5608T chassis (Unit: W)

Typical Configuratin	Static Power Consumption	Maximum Power Consumption	Typical Power Consumption	Board Configuration
ADSL2+	78.5	225.5	152	H801MCUD2+H801MPWC+H831FCBB+H805ADPD2
VDSL2	104.5	257.5	181	H801MCUD2+H801MPWC+H831FCBB+H80BVDPM(17a)2
P2P	194.5	293.5	244	H801MCUD2+H801MPWC+H831FCBB+H802OPGD2
GPON	140.5	191.5	166⁽²⁾	H801MCUD2+H801MPWC+H831FCBB+H805GPBD2
POTS	86.5	–⁽¹⁾	155.5	H801MCUD2+H801MPWC+H831FCBB+H808ASPB2

Running environment parameters of the MA5608T

Environment Parameter	Specification
Working environment temperature	-40°C to +65°C
Working environment humidity	5% RH to 95% RH
Atmosphere pressure	70 kPa to 106 kPa
Altitude	< 4000 m

Boards supported by the MA5608T: [bodyads]


Board Type		Board	Full Name	Function
Control board		H801MCUD	Mini Control Unit Board	System control and management unit Local and remote maintenance Active/standby switchover Load sharing Synchronization with the Ethernet clock GE or 10GE channel to the service board Environmental monitoring parameters Seven alarm digital inputs (DIs) and one alarm digital output (DO) Temperature reading and high temperature alarming Monitoring and management of the fan tray Four SFP GE ports for upstream transmission or cascading
Control board		H801MCUD1	Mini Control Unit Board	System control and management unit Local and remote maintenance Active/standby switchover Load sharing Synchronous Ethernet GE or 10GE channel to the service board Environmental monitoring parameters Seven inputs of alarm digital parameters and one output of alarm digital parameters Temperature reading and high-temperature alarm Fan tray monitoring and management Two SFP+ 10GE ports and two SFP GE ports for upstream transmission or cascading One input of BITS clock signals and one output of BITS clock signals One input of 1PPS+TOD time signals and one output of 1PPS+TOD time signals Stratum-3 clock
Power interface board		H801MPWC	Double DC power board	Two -48 V DC inputs Filtering and current-limiting for the power input port Detection of input under voltage, power supply availability, and power supply faults Reporting of the protection alarm together with board ready status Indication of power status
Power interface board		H801MPWD	AC power board	Input AC voltage: -100 V to -240 V Input AC frequency: 50 Hz to 60 Hz Single-phase three-wire AC power input Battery port, a 3V3 terminal socket, supporting DC input power Lead-acid battery input, reverse polarity protection, and fuse protection Output DC power voltage: -48 V (adjustable from -42 V to -57.6 V) Rated output power: 400 W Alarm monitoring Enabling and disabling of the rectifier module; equalized and float charging for the rectifier module Battery low voltage disconnection; charge and discharge management of storage batteries
Service board	GPON interface board	H805GPBD	8-port GPON OLT interface board	Eight GPON SFP ports (one-fiber bi-directional port) A maximum of 128 ONTs for each GPON port Class B+ and class C+ optical modules Received signal strength indicator (RSSI) detection and controlled optical signal transmission of the optical module ONU-based shaping Temperature query and board power-off in case of a high temperature
	GPON interface board	H802GPFD	16-port GPON OLT Interface Board	Sixteen GPON SFP ports A maximum of 1:128 split ratio Class B+ and Class C+ optical modules Received signal strength indicator (RSSI) detection and controlled optical signal transmission of the optical module ONU-based queue shaping Temperature query and high temperature alarm Automatic power shutdown in case of a high temperature
	SPU board	H801SPUB	service processing unit board	10 Gbit/s (unidirectional 10 Gbit/s, bidirectional 5 Gbit/s) MPLS switching capability One 10GE attachment unit interface (XAUI) to each control board Active/standby switchover of the control boards
	Voice board	H802EDTB	16-port T1 service board	16 channels of E1/T1 access services Independent upstream and downstream transmission of each channel of E1/T1 clock signals Configuration of the Tx clock source of an E1/T1 port Specifying the line clock of an E1/T1 port as the system clock source Timeslot binding TDM PWE3 service CPE mode
	P2P interface board	H802OPGD	48-port GE/FE optical interface board	48 (CSFP) or 24 (SFP) channels of GE/FE P2P optical access services Cascading and aggregation of DSLAMs or MxUs Synchronous Ethernet clock issuing Two-channel one-fiber bi-directional CSFP, one-channel two-fiber bi-directional SFP, and one-channel one-fiber bi-directional SFP optical modules
	Ethernet service access board	H801ETHB	Ethernet service access board	Ethernet upstream transmission Ethernet cascading Eight SFP GE optical modules Intra-board aggregation

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