Showing posts with label MA5600T. Show all posts
Showing posts with label MA5600T. Show all posts

Tuesday, November 21, 2017

Huawei MA5800 Alarms and Events Handling

FAQs of Document Use When Handling Huawei MA5800 Alarms and Events 

This alarm and reference document, if used flexibly, can help you to rectify the faults quickly, thus improving maintenance efficiency and facilitating the management of alarms and events in the system.

Q1: How to enter the special CLI mode

A1: The following considers the FAN mode as an example to describe how to enter the FAN mode:
  1. Click a command in the steps.

  2. In the interface that is displayed, you can see the mode of the command. The User Guide describes how to enter this mode.

Q2: Why is the recovery alarm not displayed after the fault is rectified

A2: The following situations may occur:
  • This alarm is an ADMC alarm caused by an ADMC fault. After the ADMC fault is rectified, the system does not generate a recovery alarm. Therefore, manual operations are needed. You can run the alarm active clear command to clear the alarms that are not recovered in the system.
  • The system checks the faults periodically. The system generates a recovery alarm only after detecting that the faults are rectified.

Q3: How to search for an alarm or event in the document

A3: You can follow one of the following two methods to search for an alarm or event.
  • Search for an alarm or event according to the alarm ID or the event ID.
  • Search for an alarm or event according to the name of the alarm or event.
More related:


8-port GPON OLT Interface board H805GPBD

H805GPBD is a 8-port GPON OLT MA5603T MA5600T MA5608T Interface Board. It works with the optical network terminal (ONT) to provide GPON access service.


Working Principle

The basic working principle of the H805GPBD board is as follows:
The control module loads the board software, controls the running of the board, and
manages the board.
The switching module aggregates the signals from eight GPON ports.
The interface module converts between GPON signals and Ethernet packets.
The power module supplies power to other functional modules of the board.
The clock module provides the working clock for other functional modules of the board.


Monday, September 18, 2017

FTTH Networking and Configuration Scenarios

Typical FTTH networking diagram 



Bridging ONT + HGW Network Scenario

The HGW integrating an IAD provides Internet, voice over Internet Protocol (VoIP), and Internet Protocol television (IPTV) services to users.

Services are implemented on the HGW, and the bridging ONT works with the OLT to provide Layer 2 channels.

Bridging+Voice ONT Network Scenario
The ONT integrating an integrated access device (IAD) provides Internet, VoIP, and IPTV services to users.
The bridging+voice ONT provides Layer 2 data and voice services. This scenario provides transparent transmission channels and requires simple service configuration, so this scenario applies to Layer 2 networking.
  • For data services, a PC directly performs dial-up. Then, the upper-layer broadband remote access server (BRAS) device authenticates and accesses the PC. The PC can also access the Internet using the Dynamic Host Configuration Protocol (DHCP) or static IP address.
  • The ONT with a built-in voice module encapsulates voice service packets, and the OLT transmits them to the upstream next generation network (NGN) or IP multimedia subsystem (IMS).

Gateway ONT Network Scenario
Huawei ONT integrating an IAD provides Internet, VoIP, and IPTV services to users.
The HGW ONT facilitates interconnection of home devices by providing Layer 3 services, such as Point-to-Point Protocol over Ethernet (PPPoE)/DHCP dial-up, network address translation (NAT), and Internet Group Management Protocol (IGMP) snooping. This scenario provides fine-grained management channels and service control, and applies to Layer 3 networking.

FTTH Deployment Schemes

FTTH service application includes the deployment process and service provisioning process. The FTTH deployment process includes OLT deployment (configuration) and configuration of basic data. No deployment, however, is required on the ONT and the ONT is plug and play once services are provisioned.
FTTH deployment schemes

Scheme
  • On the NMS: Profiles can be issued in batches.
  • Using commands on the OLT: Configuration scripts containing commands can be imported to the OLT.
  • Using the OSS: This method is recommended and it can implement automatic service provisioning, and eliminate problems caused by manual service provisioning, such as large workload, low efficiency, and difficult management.
  • Using OSS+ITMS: This method is recommended if the multiple private nodes are customized for carriers. Using a TR069 server, new gateways and value-added voice services can be simply added.
    • Layer 2 configuration data is issued on the NMS or OLT MA5603T or MA5600T.
    • Other configuration data such as voice, Layer 3, and Wi-Fi data is issued using the ITMS.
  • On the NMS: It applies to the scenario when no OSS is available and services need to be provisioned manually on the NMS.
  • On the ONT web page: When it is not feasible to provision services on the OSS or NMS, you can log in to the ONT web page and configure or modify parameters to provision services.
Parameter
  • DBA profile
  • Line profile
  • Service profile
  • IP traffic profile
  • Service level profile
  • Global OLT configurations (rather than FTTH user configurations) such as multicast VLAN, multicast mode, and policy of forwarding unknown packets
  • FTTH user service VLAN configurations including adding VLANs, setting the attributes of VLANs, and adding upstream ports for VLANs
ONT service provisioning parameters are classified into common parameters and customized parameters:
  • Customized parameters are usually issued by the upper-layer system during service provisioning.
  • Common parameters are usually configured at delivery or during data pre-configuration.

Thursday, July 27, 2017

Network Applications of TDM PWE3 and ETH PWE3

Network Applications of TDM PWE3

For details on the corresponding clock solution of the TDM service, see 26.5 Physical Layer
Clock/Time Synchronization.
Network application: converting the native TDM service into the E1 service for upstream
transmission
As shown in Figure, the mobile 2G base station is connected to the ONU through
TDM E1. Huawei ONU encapsulates the TDM frame into the GPON GEM frame directly to
transmit TDM service over Huawei GPON network (native TDM). The OLT terminates the
TDM PWE3 signals and transmits the signals to the upstream network through the E1
port.

Network application: converting the TDM PWE3 service into the E1 service for
upstream transmission
Network Applications of ETH PWE3
Network application: implementing PWE3 private line upstream transmission in FE/GE
access
As shown in Figure, the enterprise router is connected to the OLT MA5600T through FE/GE.
The OLT interconnects with the peer ETH PWE3 device of the enterprise through the
ETH PWE3 private line to implement the ETH private line service.
Figure 8-27 Network application: implementing PWE3 private line upstream transmission in
FE/GE access

Thursday, March 17, 2016

MA5600T Multicast Feature Glance

Definition
Multicast is group communication where data is addressed to a group of destination 
hosts simultaneously. Each multicast address represents a multicast group and all hosts 
in a multicast group can receive the same data. Multicast applies in IPTV,multimedia 
conferencing, and gaming services.

Value
Reduces bandwidth overheads
Each link carries at most one copy of the same multicast data, maximally reducing bandwidth overheads.
Decreases load
Transmitting data in multicast mode decreases video server's and CPU's load and does not significantly increase network's load even if the number of users increases.
Prolongs transmission distance
Multicast packets can be transmitted across network segments,implementing long-distance transmission for large-scale data.
Prolongs transmission distance
Multicast packets can be transmitted across network segments,implementing long-distance transmission for large-scale data.
Application
Multicast applies in the following scenarios: FTTB/FTTC, FTTH, FTTO, as well as OLT user ports connecting to multicast users.

Highlights
Powerful Multicast Capabilities, Improving IPTV Service Deployment
Primary Features Performance
  • 8 K multicast users (1 K= 1024)
  • 4 K multicast programs
  • Concurrent playing of 4000 IPv4 and 2000 IPv6 multicast programs when the SCUH control board is used
  • Multiple levels of multicast data duplication
  • IGMP fast leave
  • 50-ms channel switching
  • 3200-pps IGMP packet processing if the SCUH control board is used
  • Physical-layer G.INP retransmission for better user experience on the IPTV service
  • 900-pps IGMP packet processing on the GPFD board
Features
  • Both IPv4 and  IPv6multicast
  • MLDv1 and MLDv2
  • MLD snooping andproxy
  • IGMPv2 and IGMPv3
  • VPLS multicast
Highlights
Conversion Between M-VLANs and C-VLANs, Implementing Multiple CPs Sharing One ONT and Supporting Open Access

The multicast data transmission meets the service requirement of multiple CPs renting different ports on the same ONT in the open access scenario, improving revenue from resources.
Layer 3 Multicast for Flexible Multicast Group Address Usages
The programs issued from different multicast sources can use the same group IP address (GIP).
Compared with Layer 2 multicast, Layer 3 multicast relieves GIP limitations due to group MAC address (GMAC) conflict.

Highlights
Comprehensive Fault Locating Methods, Facilitating Rapid Multicast Service Fault Rectification
User Log Identify causes for program ordering failures by querying user logs or fault-related operation records.
IGMP Statistics Identify IGMP packet transmit and receive issues based on IGMP packet statistics.
Multicast Traffic Statistics Based on multicast traffic statistics, determine whether:
  • Multicast data has arrived at the inbound or outbound port on the MDU at the data forwarding layer.
  • The transmission rate is excessively low.
  • Packet loss has occurred.
Multicast Emulation Emulate program ordering performed by a multicast user to locate faults by querying traffic and user information in real time.
Board recommendation
Specifications H802SCUN H801SCUH H801SCUK
Number of multicast logs 32768 32768 32768
IGMP packet processing capability 400 pps 3200 pps 400 pps
Number of multicast users If GPON service
boards are used:
8192
If other service
boards are used:
2048
If GPON service
boards are used:
16384
If other service
boards are used:
2048
If GPON service
boards are used:
8192
If other service
boards are used:
2048
Number of multicast programs 4096 4096 4096
Number of concurrent online programs 2000 IPv4: 4000
IPv6: 2000
2000
Number of multicast cascading ports 2048 4096 2048

Thursday, March 10, 2016

What is the difference between GPON B+ and C+ GPON transceiver?

When you configure the MA5683TMA5680TMA5600TMA5608TMA5603T… have the the confuse: what the difference is between the GPON B+ and C+ GPON transceiver? Here we will slove the problem:

The difference between the GPON B+ and C+ GPON transceiver:

B+ Module
C+ Module
Type
One-fiber bi-directional optical module, class B+
One-fiber bi-directional optical module, class C+
Operating Wavelength
Tx: 1490 nm
Rx: 1310 nm
Tx: 1490 nm
Rx: 1310 nm
Encapsulation Type
SFP
SFP
Port Rate
Tx: 2.49 Gbit/s
Rx: 1.24 Gbit/s
Tx: 2.49 Gbit/s
Rx: 1.24 Gbit/s
Minimum Output Optical Power
1.50 dBm
3.00 dBm
Maximum Output Optical Power
5.00 dBm
7.00 dBm
Maximum Receiver Sensitivity
-28.00 dBm
-32.00 dBm
Optical Connector Type
SC/PC
SC/PC
Optical Fiber Type
Single-mode
Single-mode
Reach
20.00 km
20.00 km
Overload Optical Power
-8.0 dBm
-12.0 dBm
Extinction Ratio
8.2 dB
8.2 dB

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Wednesday, March 9, 2016

MA5600 Series: Troubleshooting Frequent Interruptions in Internet Service

SmartAX MA5600T/MA5603T Multi-service Access Module Troubleshooting:
This section describes how to troubleshoot frequent interruptions in Internet service for MA5600 series when x digital subscriber line (xDSL) users on fiber to the building (FTTB) and fiber to the curb (FTTC) networks are accessing the Internet.
Use the following guidelines to locate the fault.
4-4 ma5600 1
4-4 ma5600 2
Procedure
Step 1 Check the user terminal.
1. Replace the user’s PC and then check whether Internet service is restored.
l If the service is restored, the fault is on the user’s PC. Check whether the NIC in the
user’s PC is faulty or whether the user’s PC is infected with viruses. Then, go to Step
l If the service is not restored, go to Step 1.2.
2. Check the indicator status on the modem to determine whether the modem is being activated
and deactivated frequently.
l If the modem is being activated and deactivated frequently, go to Step 1.3.
l If the modem is not being activated and deactivated frequently, go to Step 2.
3. Replace the modem and then check whether the modem would still be activated and
deactivated frequently.
l If the modem would still be activated and deactivated frequently, go to Step 2.
l If the modem would not be activated and deactivated frequently, go to Step 1.4.
4. Check whether the service recovers to normal.
l If the service is restored, go to Step 6.
l If the service is not restored, go to Step 2.
Step 2 Check the quality of the line between the ONU and the user terminal.
1. Check whether cyclic redundancy code (CRC) loss occurs on the subscriber line.
l If CRC loss occurs on the subscriber line, go to Step 2.2.
l If CRC loss does not occur on the subscriber line, go to Step 3.
NOTE
Query the performance statistics of the faulty port multiple times (recommended: 10 times) and then compare the statistics to check whether packet loss occurs on the subscriber line. The query interval is 20s.
1 Run the display xdsl statistics performance frameid/slotid/portid line-showtime co ever-before command on the ONU to query all the performance statistics of the subscriber line after the subscriber line is initialized. Then, check whether the Count of errored seconds and Count of severely errored seconds increase. If the two numbers increase, packet loss is occurring on the subscriber line.
2. Check the quality of the physical line between the ONU and the modem to determine
whether the line is not connected properly or the line is old. Reconnect the line properly or
replace the old line as needed to ensure good line quality. Then, check whether the modem can be activated.
l If the modem can be activated, go to Step 2.3.
l If the modem cannot be activated, go to Step 2.4.
3. Check whether the service recovers to normal.
l If the service is restored, go to Step 6.
l If the service is not restored, go to Step 2.4.
4. Check whether there is a strong source of interference, such as a wireless base station or a high-frequency switch power system, around the user.
l If there is a strong source of interference around the user, it may be the cause of the
fault. Contact the relevant department to handle it. Then, go to Step 6.
l If there is no strong source of interference around the user, go to Step 2.5.
5. Change a port for the user and configure the necessary data on the ONU. Then, check
whether service is restored.
l If the service is restored, the user port is faulty. Change a port for the user and reconfigure the data. Then, go to Step 6.
l If the service is not restored, go to Step 3.
Step 3 Check whether the user’s MAC address has drifted from one ONU port to another.
1. In global config mode, run the display location mac-addr command to check multiple
times (more than three times is recommended) whether the user’s MAC address has drifted on the port that has learned the user’s MAC address.
l If the MAC address drift occurred, go to Step 3.2.
l If no MAC address drift occurred, go to Step 4.
NOTE
l The mac-addr parameter in the command indicates the user’s MAC address. For modem dialup, the user’s MAC address is the MAC address of the modem. For PC dialup, the user’s MAC address is the MAC address of the PC.
l The F/S/P parameter in the query result indicates the service port that learned the user’s MAC address. Generally, the port displayed in the query result should be the service port of the user. If the displayed port is not the service port of the user, the user’s MAC address has drifted.
2. Check whether a loop has formed or there are user attacks on the port that the user’s MAC address has drifted to. If a loop has formed, disconnect it. If the port that the MAC address has drifted to is being attacked, deactivate the port initiating the attacks. Then, check whether the service is restored.
l If the service is restored, go to Step 6.
l If the service is not restored, go to Step 4.
Step 4 Check whether the BRAS’s MAC address has drifted on the ONU.
1. Run the display location mac-addr command to check multiple times (more than three
times is recommended) whether the BRAS’s MAC address has drifted on the port that has
learned the BRAS’s MAC address.
l If the BRAS’s MAC address has drifted, go to Step 4.2.
l If the BRAS’s MAC address has not drifted, go to Step 5.
SmartAX MA5600T/MA5603T Multi-service Access Module
NOTE
l The mac-addr parameter in the command indicates the BRAS’s MAC address.
l The F/S/P parameter in the query result indicates the uplink port that learned the BRAS’s MAC address. Generally, the port displayed in the query result should be the uplink port on the ONU connected to the BRAS. If the displayed port is not the uplink port, the BRAS’s MAC address has drifted.
2. Check whether a loop has formed or whether there are user attacks on the port where the user’s MAC address has drifted. If such a problem occurs, disconnect the loop or deactivate the port where the user attacks are initiated. Then, perform another dialup check. Then, check whether the service is restored.
l If the service is restored, go to Step 6.
l If the service is not restored, go to Step 5.
Step 5 Record the results of the preceding steps in the form for reporting a fault, fill in the form completely, and then submit the form to Huawei for technical support.
Step 6 The fault is rectified.
—-End
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