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OLT Fault Location————Commands for Querying Packet Loss Statistics Highlighted

Latest reply: Nov 26, 2018 12:56:20 3815 4 5 0 0

Hello, everyone!


An MA5600T provides multiple commands for querying packet loss statistics. The commands used in xPON user fault location are the commands for querying packet loss statistics on an uplink port, an intra-board port, an inter-board port, a service port, and an xPON port. These commands are used to query packet loss statistics of different chips on different boards.

Query on an Uplink Port

display port statistics: queries the packet loss statistics on the chip of the board that houses an uplink port.

 

When the upstream board is a control board, the result is the packet loss statistics on the control board.

When the upstream board is a GIU board, the result is the packet loss statistics on the control board because the GIU board does not have a chip for forwarding packets.

When the upstream board is an ETHx or SPUA board, the result is the packet loss statistics on the upstream board.

Query on an Inter-Board Port

display port statistics: queries the packet loss statistics on a board that houses an inter-board port.

This command is added in MA5600 V800R013.

Query on an xPON Port

display statistics gmac and display statistics emac: query packet loss statistics on an xPON MAC chip, or on xPON board.

The command function is enhanced in MA5600 V800R013.

Query on an Intra-Board Port

display port statistics: queries the packet loss statistics on a board that houses an intra-board port.

 

As shown in the service forwarding architecture, an intra-board port is a port between the control board and uplink board or service board. Packet loss statistics on the port indicate the packet loss between the control board and uplink board or service board.
This command is added in MA5600 V800R013.

Query on a Service Port

display statistics service-port: queries the packet loss statistics on the board logic.


On a service port for a switch-oriented service, the result is the packet loss statistics on an xPON board.
On a service port for a connection-oriented service, the result is the packet loss statistics on an xPON board and upstream board logic.
The command function is enhanced in MA5600 V800R013.


Thanks.

thanks for your sharing
When the upstream board is a control board, the result is the packet loss statistics on the control board.
When the upstream board is a GIU board, the result is the packet loss statistics on the control board because the GIU board does not have a chip for forwarding packets.
When the upstream board is an ETHx or SPUA board, the result is the packet loss statistics on the upstream board.
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On a service port for a switch-oriented service, the result is the packet loss statistics on an xPON board.
On a service port for a connection-oriented service, the result is the packet loss statistics on an xPON board and upstream board logic.
The command function is enhanced in MA5600 V800R013.

ok, got it ! thanks for sharing
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hi author , i think this result can help us solve more relate issues .

You can determine whether packet loss occurs on the current equipment using the previous steps. If packet loss occurs on the current equipment, you can locate the board where the packet loss occurs. However, the board where the packet loss occurs may be not faulty because packet loss may be caused by normal service processing. For example, if the downstream packets have CRC errors, the upstream board will discard them, which does not mean that the upstream board is faulty. In this case, the upstream equipment may be faulty. Another example, if the traffic of service packets sent upstream by a user exceeds bandwidth of the service port, logic chip of the PON board will discard excessive packets. In this case, the PON board is not faulty, but a fault may have occurred on the user side.
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EPON passive optical network system is flexible in networking, with multiple terminals in the service access point within 20 kilometers of downlink radius, constituting the EPON system network. The system can support a variety of business models, adapt to a variety of working environments, and provide users with FTTx series of solutions.
In addition to providing business convergence functions, OLT is also a centralized network management platform. Device-based network element management and service-based security management and configuration management can be realized on OLT
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