Huawei SmartAX MA5608T GPON OLT

The Huawei MA5608T is the world's first OLT terminal to combine the functionality of an aggregation switch and edge router. Thanks to the use of GPON, 10GPON, Ethernet P2P and triple technology, the terminal provides access to high throughput networks. It is the smallest OLT from Huawei capable of serving up to 4096 users at a time. The device supports up to 32 GPON ports, up to 16 XG-GPON ports, up to 512,000 MAC boards, 8192 ARP board, switching speed up to 720 GB/s. The device is suitable for rack 19 mounting.

OLT supports aggregation management and plug-and-play for remote sites. This eliminates the need to run software on site and integrate the OSS system, which simplifies device management. The management of remote devices focuses on OLT through GE aggregation. In this way, service configuration, software updates and maintenance of remote sites can be carried out via OLT, which significantly reduces the complexity of FTTx network management.

Outstanding features highlights:

• Huawei MA5608T GPON OLT H801MABR subrack
• Comes with 2 PCS power cable, 1 PCS earth cable, 2 PCS mount ear, accessory package
• Huawei MA5608T compatible 2U height GPON OLT system
• Chassis supports 2 Service Slots
• One power slot, can supply with 2 ports DC redundancy, or AC and DC redundancy (battery)
• Two slot redundancy for main control board
• Support GPON, EPON and P2P (Optical Access);xDSL and POTS(Copper Access)
• Support GPON & EPON simultaneously
• Support 8-GPON port interface card GPBD, 16-GPON port interface card GPFD
• Support GPON split ration 1:128
• Support GE uplink (embedded in MCUD main control board) or 10GE uplink (embedded in MCUD1 main control board)

Quick Spec

Table 1 shows the quick spec.

Product Details

The Huawei SmartAX 5600T provide these features:

• Convergence and access integration
• Provides super large convergence switching capacity. Specifically, an MA5600T series device supports 3.2 Tbit/s backplane capacity, 1,920 Gbit/s switching capacity, and 512,000 MAC addresses.
• Provides super high-density cascading capability. Specifically, an MA5600T series device supports a maximum of 46 x 10GE or 768 GE services, with no additional convergence switches.
• High reliability
• Provides highly reliable networking capabilities and ensures dual-OLT hot backup, remote disaster tolerance, and service upgrades without interruption.
• Provides comprehensive Quality of Service (QoS) functions and supports traffic classification management, priority control, and bandwidth control. The Hierarchical-Quality of Service (H-QoS) function meets various Service Level Agreement (SLA) requirements of commercial customers.
• Provides an End-to-End (E2E) highly reliable design, enabling Bidirectional Forwarding Detection (BFD), Smart Link, Link Aggregation Control Protocol (LACP) redundancy protection and GPON type B/type C line protection in the upstream direction.
• Multi-scenario access
• Supports access of multiple E1 private line services, and Native Time-Division Multiplexing (TDM) or Circuit Emulation Services over Packet (CESoP)/ Structure-Agnostic TDM over Packet (SAToP) function.
• Supports the Emulated Local Area Network (ELAN) function and Virtual Local Area Network (VLAN)-based internal traffic exchange, satisfying enterprise and community network application requirements.
• Supports non-convergence access of Internet Protocol television (IPTV) users. One subrack supports 8,000 multicast users and 4,000 multicast channels.
• Smooth evolution
• Supports GPON, 10G Passive Optical Network (PON), and 40G PON on a platform, enabling smooth evolution and achieving ultra-bandwidth access.
• Supports IPv4/IPv6 dual stacks and IPv6 multicast, enabling smooth evolution from IPv4 to IPv6.
• Energy saving
• Uses special chips for conserving power. Specifically, 16 ports on a GPON board consume less than 73 W of power.
• Supports idle board automatic power-off and intelligent fan speed adjustment, effectively lowering idle board power consumption.

Details

1. Small size control unit board contrast:
The small size of the super control unit board (MCUmain control board) support the following functions:

• System control management unit.
• Active / standby switchover and load sharing.
• Maintain serial port CON and maintain network port ETH, support local and remote maintenance.
• Environmental monitoring access.
• Ethernet synchronization.
• Temperature reading and high temperature alarm.
• Fan frame monitoring and management.
• 7 Road alarm switch input, 1 alarm switch control output.
• Optical and Copper mixed access.

• Control module to achieve the management of the board and the business board.
• Logic module to achieve logic control.
• The power supply module provides working power for each function module in the board.
• The clock module provides the working clock for each function module in the board.
• The switch module provides GE/10GE interface to implement service switching and aggregation based on layer 2 or layer 3.

–Provides 4 GE for upstream uplink interface.

–2 GE/10GE are provided for GE/10GE exchange with each service board.

–Provide 1 10GE, and standby H801MCUN to achieve load sharing.

3. 10G Control & Uplink Board (MCUN1):
H801 MCUN1 the functions of each module are as follows:

• Control module to achieve the management of the board and the business board.
• Logic module to achieve logic control and three clock functions.
• The power supply module provides working power for each function module in the board.
• The clock module provides the working clock for each function module in the board.
• The switch module provides GE/10GE interface to implement service switching and aggregation based on layer 2 or layer 3.

–2 GE /10GE and 2 GE are provided for upstream uplink interface.

–2 GE/10GE are provided for GE/10GE exchange with each service board.

4. Power Board (MPWC):
The function of each module of the H801MPWC board is as follows:

• H801MPWC board by a 3V3 power connector to introduce a road -48V power supply, through the filter circuit and current limiting protection circuit output to the backplane for the chassis other power supply.
• Check the reported circuit to the protection of the fuse for fault detection, the detected signal and the board in-position signal together reported to the main control board, and through the light display.
• Detection report circuit detection input undervoltage and input power supply.
• E2PROM circuit is user storage board manufacturing information.
• Introduce the 5V / 3.3V power supply from the backplane to power the internal chip in the board.

• AC input, AC/DC changes, the output -48V (voltage adjustable ) to the system backplane.
• Support battery access, battery charge and discharge management by the monitoring board to achieve.
• Through the backplane to communicate with system, reported board hardware information, electronic tag information.
• Power board and monitoring board through the 485 protocol communication, to achieve voltage regulation, regulation and reporting of alarm information function.
• Monitoring board to support lead-acid battery management.
• Optocoupler control battery power down.
• Provide power distribution detection and reporting alarm function.

Supported Boards

Table 2 shows the recommended boards of this model.

Compare to Similar Items OLTs

Table 3 shows the comparison.

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