#Huawei MA5608T

[rodrigocarran]

Setting up ETP4830 A1 with Huawei OLT

Por exemplo, vou pegar a fonte de alimentação ETP4830 A1 em 48V 15A (existe um modelo para 30A) e conectá-la ao MA5608T para que eu possa monitorar a porcentagem de carga da bateria, definir os parâmetros corretos para carregar baterias (padrão 53,5V flutuante e 56,5V acelerado) sua capacidade (o padrão é 40Ah ou 65Ah), etc. Encomendei esses blocos no Alibaba com entrega via Meest China. Para…

[bettytelecomate]

MA5608T: Configuring the BTV Service

This article describes how to configure the BTV service on the MA5608T in the bridging+voice ONT networking (GPON/10G GPON access).

The OLT is connected to the remote bridging ONT through a GPON port to provide users with the multicast service.

I’ll explain the configuration process through a configuration example.

Prerequisites

1) The OLT is connected to the BRAS and the multicast source.

2) The VLAN of the LAN switch port connected to the OLT is the same as the upstream VLAN of the OLT.

3) The ONT has been added to the OLT.

Data Plan

ItemDataONT line profileProfile name: ftth

GEM port ID: 13

Traffic profileID: 8

802.1p priority: 4

CIR: off (unlimited)

Priority-based scheduling policy: local-setting

VLAN planSingle VLAN tag:

SVLAN ID: 1000

MVLAN ID: 1000

VLAN type: smart

VLAN attribute: common

VLAN translation policy:

ONT: duplicates packets based on user ports and multicast VLANs (MVLANs) are stripped off downstream.

OLT: duplicates multicast packets based on PON ports with MVLAN unchanged

Multicast service dataMulticast protocol: IGMP proxy

Multicast version: IGMPv2

Multicast program: dynamic obtaining mode

Procedure

A. Configure the OLT

1. Configure a traffic profile.

Set the profile name to ftth_iptv. Set the CIR to off (unlimited), priority to 4, and priority-based scheduling policy to local-setting (that is, queues are scheduled based on the priority specified in the profile).

Note:

Run the display traffic table ip command to query the existing traffic profiles in the system. If the existing traffic profiles in the system do not meet the requirements, run the traffic table ip command to add a traffic profile.

huawei(config)#traffic table ip name ftth_iptv cir off priority 4 priority-policy local-setting

2. Configure the mapping relationship between a GEM port and a VLAN.

The service flow of user VLAN 1000 is mapped to GEM port 13 in the ONT line profile.

huawei(config)#ont-lineprofile gpon profile-name ftth

huawei(config-gpon-lineprofile-1)#gem mapping 13 4 vlan 1000

huawei(config-gpon-lineprofile-1)#commit

huawei(config-gpon-lineprofile-1)#quit

3. Configure the VLAN of the Ethernet port on the ONT and the multicast forwarding mode.

If the ONT is connected to the STB through Ethernet port 2, add Ethernet port 2 to VLAN 1000. Configure the multicast forwarding mode is untagged.

huawei(config)#ont-srvprofile gpon profile-name ftth

huawei(config-gpon-srvprofile-1)#port vlan eth 2 1000

huawei(config-gpon-srvprofile-1)#multicast-forward untag

huawei(config-gpon-srvprofile-1)#commit

huawei(config-gpon-srvprofile-1)#quit

4. Configure the native VLAN of the ONT port.

If the ONT is connected to the STB through Ethernet port 2, the native VLAN ID is 1000.

huawei(config)#interface gpon 0/1

huawei(config-if-gpon-0/1)#ont port native-vlan 0 1 eth 2 vlan 1000

huawei(config-if-gpon-0/1)#ont port native-vlan 0 2 eth 2 vlan 1000

huawei(config-if-gpon-0/1)#quit

5. Create a service VLAN and add an upstream port to it.

Add upstream port 0/19/0 to VLAN 1000.

huawei(config)#vlan 1000 smart

huawei(config)#port vlan 1000 0/19 0

6. Create service flows.

Set the service VLAN to 1000, GEM port ID to 13, and user VLAN to 1000, and use traffic profile ftth_iptv.

huawei(config)#service-port 1 vlan 1000 gpon 0/1/0 ont 1 gemport 13 multi-service

user-vlan 1000 inbound traffic-table name ftth_iptv outbound traffic-table name ftth_iptv

huawei(config)#service-port 2 vlan 1000 gpon 0/1/0 ont 2 gemport 13 multi-service

user-vlan 1000 inbound traffic-table name ftth_iptv outbound traffic-table name ftth_iptv

7. Create an MVLAN and configure the IGMP version.

Set the IGMP version for the MVLAN to IGMPv2.

huawei(config)#multicast-vlan 1000

huawei(config-mvlan1000)#igmp version v2

This operation will delete all IPv4 programs with source IP addresses in the current multicast VLAN

Are you sure to change current IGMP version? (y/n)[n]:y

Command is being executed. Please wait…

Command has been executed successfully

8. Configure a program library.

Set the mode for obtaining multicast programs to dynamic.

Note:

You can set the mode for obtaining multicast programs to dynamic only when the IGMP mode is off.

huawei(config-mvlan1000)#igmp mode off

Are you sure to close IGMP? (y/n)[n]:y

Command is being executed. Please wait…

Command has been executed successfully

huawei(config-mvlan1000)#igmp match mode disable

Command has been executed successfully

(Optional) Set the address range for the dynamic programs. If you need to limit the address range of dynamic programs, perform this operation. For example, set the address range of dynamic programs to 224.1.1.1-224.1.1.100.

huawei(config-mvlan1000)#igmp match group ip 224.1.1.1 to-ip 224.1.1.100

9. Set the IGMP mode.

Select the IGMP proxy mode.

huawei(config-mvlan1000)#igmp mode proxy

Are you sure to change IGMP mode? (y/n)[n]:y

Command is being executed. Please wait…

Command has been executed successfully

10. (Optional) Configure the IGMP upstream port.

In this example, the IGMP upstream port uses default value default.

Run the display igmp config global command to query the IGMP upstream port mode. If this mode does not meet the requirement, run the igmp uplink-port-mode command to configure it.

11. Configure multicast users.

Add service ports 1 and 2 as multicast users.

huawei(config-mvlan1000)#btv

huawei(config-btv)#igmp user add service-port 1

huawei(config-btv)#igmp user add service-port 2

huawei(config-btv)#multicast-vlan 1000

huawei(config-mvlan1000)#igmp multicast-vlan member service-port 1

huawei(config-mvlan1000)#igmp multicast-vlan member service-port 2

huawei(config-mvlan1000)#quit

12. Save the data.

huawei(config)#save

B. The ONT does not need to be configured.

[hongtelecom-blog]

Huawei OLT MA5608T MA5600T MA5603T Component Replacement、

Huawei OLT MA5608T MA5600T MA5603T Component Replacement、

HUAWEI OLT MA5608T Price

MA5600T Price

MA5603T Price

Component Replacement

This topic describes how to replace the subrack, fan tray, and board on site and the precautions to be taken during the replacement.

Click “Board Replacement Tool” to access the home page of the tool. It describes board differences, replacement flow, procedure, troubleshooting, and FAQ. You can export all…

[telecomupdate]

Huawei and Honeywell Help Brisbane's Skytower Open Up a New Chapter of Smart Skyscraper Living

SHENZHEN, China, Aug. 3, 2017 /PRNewswire/ -- Together with Honeywell, Huawei delivered the gigabit network and provided a Passive Optical LAN (POL) solution to achieve smart network inside the Brisbane Skytower, Australia.

"We're excited to work with Huawei to build a gigabit network for Skytower, Brisbane's iconic 270-meter, 90-story residential tower. The network is the first-ever installation to utilize one common fiber optic cable for telephony/data and building services." --Mark Dunn, Executive General Manager, Honeywell Building Solutions

Background

Brisbane Skytower is a landmark building under construction in Brisbane, Queensland, Australia. Located in Brisbane's central business district, this iconic residential tower will become Brisbane's tallest building when completed in 2018/2019. Skytower will be an exemplary smart building leveraging advanced technology solutions from Honeywell and Huawei to make it more sustainable, secure and energy-efficient.

Challenges

Smart buildings are rapidly evolving to become more networked, human-centric and intelligent. The growing use of The Internet of Things (IoT), cloud computing, and Big Data, enables seamless interoperability between building intelligence and information systems, changing the building industry and accelerating the development of smart buildings.

The network for smart buildings needs to keep pace with this new paradigm and be smart enough to connect people together, which needs to shift from simply providing telephone services to delivering all-round services such as Wi-Fi, and environmental awareness. It needs to tackle the following challenges:

Higher bandwidth is needed: A growing number of smart devices such as smartphones, 4K Internet TV are being used in buildings. Buildings are adopting more building control, energy management, and sensing equipment. All these bandwidth-intensive applications place increased pressure on overburdened networks.

Ubiquitous network access is required: Occupants now expect anytime, anywhere access to applications and services in rooms, elevators, underground parking garages, etc. Property management owners also need a simpler, faster-to-deploy, and easier-to-manage network to reduce costs while improving efficiency.

These challenges were primary considerations for Billbergia Group, Skytower's property management company. The Group wanted a technology provider that could provide a comprehensive smart building solution.

Bill McGarry, Development Manager of the Billbergia Group, understood the importance of "preparing building for the next wave of technology upgrades" and needed to be confident the Skytower technology solution was going to deliver the best outcome.

Solution

Billbergia Group approved Honeywell's proposed technology solution integrated with Huawei's POL solution, delivering a complete smart building solution.

Honeywell Solution

Honeywell will provide Skytower with its Enterprise Buildings Integrator, a building automation system that takes charge of system integration, covering the Heating, Ventilation, and Air Conditioning, security protection facilities, etc. Additionally, Honeywell will centrally manage various building sub-systems, provide a visualized management portal and alarm management and work-order management services, designed to deliver efficient facility management, fast response, and predictive maintenance.

Huawei Solution

Huawei is the ideal ICT vendor to deliver the gigabit network and provides a POL solution to achieve smart network inside the Skytower. In contrast to a traditional complex LAN which limits the performance of bandwidth-intensive applications, Using POL technology, an enterprise can combine data, voice, video, and other weak-current systems into one optical network.

Prominent features include high bandwidth, high reliability, comprehensive security authentication, easy deployment, and Wi-Fi coverage.

As part of the POL solution, Huawei's network management system U2000, OLT (MA5608T), ONU (MA5626, M5671, and MA5620), and ONT (HG8242H) are included to unlock the passive network's full potential.

Benefits

Huawei's POL solution makes the followings possible in Skytower:

The building automation system shares the same network with triple-play services, eliminating the need to build standalone networks.

One single fiber bears all services, simplifying cabling and dramatically reducing Capital Expenditure.

Passive splitters take place of switches in the middle layer without the need of powering and cooling, which greatly saves riser space.

Smooth evolution to 10G PON while reusing existing cables for maximal investment protection.

The U2000 centrally monitors the faults and alarms of all network equipment and provide added visibility to end-to-end service rollout.

Future Plan for Smart Building

At the 2017 Huawei Partners Summit held in Sydney, Honeywell won the 2017 Award for Solution Breakthroughs for its excellent work on the Skytower project. In addition to smart buildings like Brisbane Skytower, Huawei and Honeywell have agreed to jointly explore opportunities in education and enterprise campuses, business buildings, and industrial parks in high growth regions, including China, Southeast Asia, the South Pacific, Western Europe, the Middle East, and India.

The companies will jointly pursue large-scale smart city projects throughout the world to help build intelligent urban infrastructures that enable to control costs while providing a more favorable living environment.

To know more about Huawei helping enterprises achieve digital transformation, please visit http://ift.tt/2w1N7La

Read this news on PR Newswire Asia website: Huawei and Honeywell Help Brisbane's Skytower Open Up a New Chapter of Smart Skyscraper Living

[ebizupdate]

Huawei and Honeywell Help Brisbane's Skytower Open Up a New Chapter of Smart Skyscraper Living

SHENZHEN, China, Aug. 3, 2017 /PRNewswire/ -- Together with Honeywell, Huawei delivered the gigabit network and provided a Passive Optical LAN (POL) solution to achieve smart network inside the Brisbane Skytower, Australia.

"We're excited to work with Huawei to build a gigabit network for Skytower, Brisbane's iconic 270-meter, 90-story residential tower. The network is the first-ever installation to utilize one common fiber optic cable for telephony/data and building services." --Mark Dunn, Executive General Manager, Honeywell Building Solutions

Background

Brisbane Skytower is a landmark building under construction in Brisbane, Queensland, Australia. Located in Brisbane's central business district, this iconic residential tower will become Brisbane's tallest building when completed in 2018/2019. Skytower will be an exemplary smart building leveraging advanced technology solutions from Honeywell and Huawei to make it more sustainable, secure and energy-efficient.

Challenges

Smart buildings are rapidly evolving to become more networked, human-centric and intelligent. The growing use of The Internet of Things (IoT), cloud computing, and Big Data, enables seamless interoperability between building intelligence and information systems, changing the building industry and accelerating the development of smart buildings.

The network for smart buildings needs to keep pace with this new paradigm and be smart enough to connect people together, which needs to shift from simply providing telephone services to delivering all-round services such as Wi-Fi, and environmental awareness. It needs to tackle the following challenges:

Higher bandwidth is needed: A growing number of smart devices such as smartphones, 4K Internet TV are being used in buildings. Buildings are adopting more building control, energy management, and sensing equipment. All these bandwidth-intensive applications place increased pressure on overburdened networks.

Ubiquitous network access is required: Occupants now expect anytime, anywhere access to applications and services in rooms, elevators, underground parking garages, etc. Property management owners also need a simpler, faster-to-deploy, and easier-to-manage network to reduce costs while improving efficiency.

These challenges were primary considerations for Billbergia Group, Skytower's property management company. The Group wanted a technology provider that could provide a comprehensive smart building solution.

Bill McGarry, Development Manager of the Billbergia Group, understood the importance of "preparing building for the next wave of technology upgrades" and needed to be confident the Skytower technology solution was going to deliver the best outcome.

Solution

Billbergia Group approved Honeywell's proposed technology solution integrated with Huawei's POL solution, delivering a complete smart building solution.

Honeywell Solution

Honeywell will provide Skytower with its Enterprise Buildings Integrator, a building automation system that takes charge of system integration, covering the Heating, Ventilation, and Air Conditioning, security protection facilities, etc. Additionally, Honeywell will centrally manage various building sub-systems, provide a visualized management portal and alarm management and work-order management services, designed to deliver efficient facility management, fast response, and predictive maintenance.

Huawei Solution

Huawei is the ideal ICT vendor to deliver the gigabit network and provides a POL solution to achieve smart network inside the Skytower. In contrast to a traditional complex LAN which limits the performance of bandwidth-intensive applications, Using POL technology, an enterprise can combine data, voice, video, and other weak-current systems into one optical network.

Prominent features include high bandwidth, high reliability, comprehensive security authentication, easy deployment, and Wi-Fi coverage.

As part of the POL solution, Huawei's network management system U2000, OLT (MA5608T), ONU (MA5626, M5671, and MA5620), and ONT (HG8242H) are included to unlock the passive network's full potential.

Benefits

Huawei's POL solution makes the followings possible in Skytower:

The building automation system shares the same network with triple-play services, eliminating the need to build standalone networks.

One single fiber bears all services, simplifying cabling and dramatically reducing Capital Expenditure.

Passive splitters take place of switches in the middle layer without the need of powering and cooling, which greatly saves riser space.

Smooth evolution to 10G PON while reusing existing cables for maximal investment protection.

The U2000 centrally monitors the faults and alarms of all network equipment and provide added visibility to end-to-end service rollout.

Future Plan for Smart Building

At the 2017 Huawei Partners Summit held in Sydney, Honeywell won the 2017 Award for Solution Breakthroughs for its excellent work on the Skytower project. In addition to smart buildings like Brisbane Skytower, Huawei and Honeywell have agreed to jointly explore opportunities in education and enterprise campuses, business buildings, and industrial parks in high growth regions, including China, Southeast Asia, the South Pacific, Western Europe, the Middle East, and India.

The companies will jointly pursue large-scale smart city projects throughout the world to help build intelligent urban infrastructures that enable to control costs while providing a more favorable living environment.

To know more about Huawei helping enterprises achieve digital transformation, please visit http://ift.tt/2w1N7La

Read this news on PR Newswire Asia website: Huawei and Honeywell Help Brisbane's Skytower Open Up a New Chapter of Smart Skyscraper Living

[daisywan-blog]

How Can We Configure Intra-Board Link Aggregation on Huawei Access Device

In intra-board link aggregation, two or more ports on a board are added to a LAG.

Service Requirements

The bandwidth between the access device uplink ports and the upper-layer switch is required to increase in load sharing mode. In addition, link protection is required. If one link becomes faulty, the upstream bandwidth is decreased, and the Internet access rate is reduced. However, the Internet access service must not be interrupted, and the access rate reduction slightly degrades user experience.

Port-level protection must be implemented in the LAG. If one uplink port becomes faulty, services are not interrupted. This configuration does not take effect if the board fails.

Networking

Figure 1 shows an example of intra-board link aggregation: A GIU on the access device is used for upstream transmission, and the access device is interconnected with another device. One LAG is configured on the GIU board of the access device, and the other LAG is configured on one board of the interconnected device.

Figure 1 Networking of intra-board link aggregation

Prerequisite

Interconnected devices, hardware, and ports support LAGs(n*FE/GE- Ethernet Service Board /10GE).

The two aggregated ports do not have a static MAC address. To check whether an aggregated port has a static MAC address, run the display mac-address command.

Context

Figure 2 shows the flowchart for configuring a LAG.

Figure 2 Configuration flowchart

Table 1 lists data plan for configuring intra-board link aggregation.

Table 1 Data plan for configuring intra-board link aggregation

Procedure

(Mandatory) Create a LAG and select an aggregation type.

(Optional) Add a LAG member port. NOTE: When adding a port to or deleting a port from a LAG, if this port has connected to the peer device, run the shutdown(Ethernet) command to deactivate this port or disconnect the optical fiber from this port to prevent a link loop.

(Optional) Select a load bearing type.

(Optional) Set the system priority and port priority.

(Optional) Select a link revertive mode.

(Optional) Query LAG information.

Run the link-aggregation command to add multiple uplink Ethernet ports to the same LAG to protect ports and share load between the ports. The port with the smallest port ID is the master port.

Perform this step when the LAG bandwidth or link reliability is required to improve. To do so, run the link-aggregation add-member command to add an Ethernet port to a LAG.

This step is required only when the LAG works in LACP aggregation mode.

Configuring the maximum active links in a LAG implements traffic allocation in load non-sharing mode. For example, M+N links have been configured in a LAG. Then, run the link-aggregation max-link-number command to specify N active links. The remaining M links are standby ones. If an active link is interrupted, a standby link automatically changes to the active one.

This step is required only when the LAG works in LACP aggregation mode.

LACP system priority: If the access device like Huawei MA5608T is dual homed to two convergence devices, the access device determines the primary and standby LAGs. Run the lacp priority system command to set the LACP system priority of the access device to be higher than that of the peer device.

LACP port priority: LACP port priority must be used with the maximum number of links. If a port is required preferentially for carrying services, set its priority higher. Run the lacp priority port command to change the link priority so that the standby link and the active link can be switched over.

This step is required only when the LAG works in LACP aggregation mode. Run the lacp preempt command to set whether traffic is switched back to the original link when the original link recovers.

Run the display link-aggregation command to query the LAG information, including the master port, number of links, aggregation type (manual or LACP aggregation), and maximum number of links.

Result

The bandwidth between the access device uplink ports and the upper-layer switch is increased in load sharing mode. In addition, link protection is implemented. If one port in the LAG becomes faulty, services are not interrupted.

Example The following configurations are used as an example to configure intra-board link aggregation:

The access device transmits data upstream using a GIU board.

Uplink ports 0/19/0 and 0/19/1 on the GIU board are added to an intra-board LAG.

Packets are forwarded to these ports based on source MAC addresses.

The LAG works in LACP aggregation mode.

Configuration File

[hongtelecom-blog]

Huawei OLT MA5608T MA5600T MA5603T xPON Board

Huawei OLT MA5608T MA5600T MA5603T xPON Board

HUAWEI OLT MA5608T Price

MA5600T Price

MA5603T Price

MA5608T MA5600T MA5603T xPON Board : H801GPMD,H802GPFD,H805GPFD,H806GPBH,H807GPBH,H801XGBD,H802XGBC

H801GPMD Board Datasheet

H802GPFD Board Datasheet

H805GPFD Board Datasheet

H806GPBH Board Datasheet

H807GPBH Board Datasheet

H801XGBD Board Datasheet

H802XGBC Board Datasheet

About Us

[hongtelecom-blog]

Huawei OLT MA5608T MA5600T MA5603T Ethernet Interface Board

Huawei OLT MA5608T MA5600T MA5603T Ethernet Interface Board

HUAWEI OLT MA5608T Price

MA5600T Price

MA5603T Price

Ethernet Interface Boards

H802OPGE Board Datasheet

H801ETHB Board Datasheet

About Us

As a world leading Huawei networking products supplier, Hong Telecom Equipment Service LTD(HongTelecom) keeps regular stock of Huawei router and switch and all cards at very good price, also HongTelecom ship to worldwide with very fast…

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Huawei OLT MA5608T MA5600T MA5603T Main Board Datasheet

Huawei OLT MA5608T MA5600T MA5603T Main Board Datasheet

HUAWEI OLT MA5608T Price

MA5600T Price

MA5603T Price

Main Board Datasheet

H801SCUB,H802SCUB,H801SCUH,H801SCUK,H802SCUN,H801SCUV,H801MCUD,H801MCUD1

H801SCUB Board Datasheet

H802SCUB Board Datasheet

H801SCUH Board Datasheet

H801SCUK Board Datasheet

H802SCUN Board Datasheet

H801SCUV Board Datasheet

H801MCUD Board Datasheet

H801MCUD1 Board Datasheet

About Us

[hongtelecom-blog]

Huawei MA5608T MA5600T MA5603T Port and Optical Module Price

Huawei MA5608T MA5600T MA5603T Port and Optical Module Price

HUAWEI OLT MA5608T Price

MA5600T Price

MA5603T Price

Port and Optical Module

This topic describes the specifications, standards and protocols compliance of the ports and optical modules supported by the MA5600T/MA5603T/MA5608T.

Figure 1 shows the ports supported by the MA5600T/MA5603T/MA5608T.

 NOTE:

The commonly used ports are listed here. For information about more ports,…

[hongtelecom-blog]

Huawei OLT MA5608T MA5600T MA5603T Operation Environment

Huawei OLT MA5608T MA5600T MA5603T Operation Environment

HUAWEI OLT MA5608T Price

MA5600T Price

MA5603T Price

Operation Environment

The operation environment must comply with ETSI EN 300 019-1-3.

Climate Requirements TemperatureRelative Humidity-40°C to +65°CThe MA5600T/MA5603T/MA5608T can start up at a lowest temperature of -25°C and run at -40°C.5% to 95%NOTE:The +65°C temperature refers to the highest temperature measured at the…

[hongtelecom-blog]

Huawei H802XGBC H801XGBD 10G GPON Board Description

Huawei H802XGBC H801XGBD 10G GPON Board Description

H802XGBC Board Description

H802XGBC is a 4-port 10G GPON OLT interface board. It works with the 10G GPON optical network unit (ONU) to provide 10G GPON access service.

Front Panel Port Indicator IndicatorNameColorStatusMeaning IndicatorNameColorStatusMeaningRUN ALMRunning status indicatorRedBlinkingThe board enters the APP start phase during the board startupGreenBlinking quickly (on…

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Huawei OLT 10G GPON Service Board Comparison

Huawei OLT 10G GPON Service Board Comparison

MA5608T MA5600T MA5603T 10G GPON Service Board Comparison

HUAWEI OLT MA5608T Price

MA5600T Price

MA5603T Price

10G GPON Service Board Comparison Service BoardH802XGBCH801XGBDNumber of 10G GPON ports supported by each board48Port modeXFPSFP+Optical moduleOne-fiber bi-directional optical module.One-fiber bi-directional optical module.Number of GEM Port supported by each port38723872Number…

[hongtelecom-blog]

Huawei OLT Mapping Between Boards and Software Versions

Huawei OLT Mapping Between Boards and Software Versions

MA5608T MA5600T MA5603T Mapping Between Boards and Software Versions

Mapping Between Boards and Software Versions

This topic provides the following information: mapping between boards and software versions; whether a board is out of production; substitution relationship between boards.

The mapping between boards and version V800R008C01 and later versions are provided in the following…

[hongtelecom-blog]

Huawei OLT MA5608T MA5600T MA5603T Board Hardware Description

Huawei OLT MA5608T MA5600T MA5603T Board Hardware Description

Board Overview

This topic describes the structure, dimensions, name, version and label of the boards. This manual describes the supply of boards supported by the product. However, the availability of the boards is subject to the product change notices (PCNs). For the availability of the boards, contact product managers at Huawei representative offices.

HUAWEI OLT MA5608T Price

MA5600T…

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Huawei OLT MA5608T MA5600T MA5603T N66E-22 Cabinet Description

Huawei OLT MA5608T MA5600T MA5603T N66E-22 Cabinet Description

The N66E-22 cabinet complies with the IEC standard. This topic provides the appearance, and specification of the N66E-22 cabinet, and describes the configuration, cable holes, ESD jack, air filter, external cable connections, and ventilation of the cabinet.

HUAWEI OLT MA5608T Price

MA5600T Price

MA5603T Price

Appearance

This topic provides the appearance of the N66E-22 cabinet.