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ADSL bonding and usage in both ATU-C ATU-R

Created: Oct 27, 2019 13:56:58Latest reply: Apr 8, 2020 09:00:22 885 7 1 0 1
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Hi,

would you please describe the bonding and its configurations in Huawei MA5600 in general ATU-R?If someone  for example bond two ADSL ports in DSLAM side, then how these two ports delivered to customer ATU-R?What is the bonding configuartion in the ATU-R side? Is there need to special ATU-R in bonding case?

If these issues described via picture and pdf documents its more appciated.

Thanks a lot. 

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Recommended answer

liqiang185
Admin Created Oct 28, 2019 01:56:03

Hello, the requirement that you describe is the process of configuring the ADSL normally. Refer to the following connection to configure the ADSL.
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All Answers

Hello, for your first question, I found the following information for you.

bind(distributing-mode)

Function

This command is used to bind an IP address to a service port. To specify a permitted IP address for a service port, run this command. After the IP address is successfully bound to a service port, the device allows only upstream packets whose source IP address is the bound IP address to pass.

The undo bind command is used to unbind an IP address from a service port. After the IP address is unbound from the service port, the device does not filter upstream packets by source IP address.

Format

bind ip atm frameid/slotid/portid vpi vpi vci vci [ single-service ] ip-addr [ ipmasklength ]

bind ip { adsl | shdsl } frameid/slotid/portid { vpi vpi vci vci { single-service | user-encap user-encap | user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] } | autosense } ip-addr [ ipmasklength ]

bind ip eth frameid/slotid/portid { stream | user-encap user-encap | user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] } ip-addr [ ipmasklength ]

bind ip vdsl frameid/slotid/portid { stream | user-encap user-encap | user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] | autosense } ip-addr [ ipmasklength ]

bind ip vdsl frameid/slotid/portid vpi vpi vci vci { single-service | user-encap user-encap | user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] } ip-addr [ ipmasklength ]

bind ip service-port index { ip-addr [ ipmasklength ] | ipv6-addr/prefix-length }

bind ip gpon frameid/slotid/portid gemport gemportid [ user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] ] ip-addr [ ipmasklength ]

undo bind ip service-port index { ip-addr | all | ipv6-addr/prefix-length }

undo bind ip gpon frameid/slotid/portid [ gemport gemportid [ { user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] } ] { ip-addr [ ipmasklength ] | all } ]

undo bind ip { adsl | shdsl | vdsl | atm | eth } frameid/slotid/portid all

undo bind ip { adsl | shdsl } frameid/slotid/portid { vpi vpi vci vci [ single-service | user-encap user-encap | user-vlan { untagged | user-vlanid } | user-8021p user-8021p ] | autosense } { ip-addr [ ipmasklength ] | all }

undo bind ip atm frameid/slotid/portid { all | vpi vpi vci vci [ single-service ] { ip-addr [ ipmasklength ] | all } }

undo bind ip eth frameid/slotid/portid [ user-encap user-encap | user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] ] { ip-addr [ ipmasklength ] | all }

undo bind ip vdsl frameid/slotid/portid [ user-encap user-encap | user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] | autosense ] { ip-addr [ ipmasklength ] | all }

undo bind ip vdsl frameid/slotid/portid vpi vpi vci vci [ single-service | user-encap user-encap | user-vlan { untagged | user-vlanid } | user-8021p user-8021p [ user-vlan user-vlanid ] ] { ip-addr [ ipmasklength ] | all }

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mehdi_noori
mehdi_noori Created Oct 29, 2019 07:08:14 (0) (0)
Thanks for you reply but when we bond two or more XDSL ports in DSLAM side what should to do in CPE side.Could you please explain it through some diagrams and pictures.  
Hello,

Please find below the answers to your request

ADSL Port Configuration

Function Description

This section describes the commands related to the ADSL port configuration.

ADSL2+ adopts asymmetric transmission mode and features the high rate, long reach distance, low power consumption and stable running. It supports the high rate of up to 24 Mbit/s in the downstream, 1.2 Mbit/s in the upstream, and long reach distance of up to 6.5 km. The MA5600/MA5603 provides the ADSL2+ service provisioning function. The MA5600/MA5603 supports the configuration and maintenance operations on an ADSL2+ port, which include adding, modifying or deleting a line profile and an alarm profile, multiple ways of filtering and querying all ports and profiles.

adsl alarm-profile quickadd

Function

This command is used to quickly add an ADSL2+ alarm profile. When you need to create a configuration file, or to quickly set one or multiple parameters in an ADSL2+ alarm profile, run this command. After an ADSL2+ alarm profile is configured and bound to the ports successfully, it can be directly used to activate ports.

Format

adsl alarm-profile quickadd [ profile-index ] [ atu-c trap trap lofs loss lols lprs es ffrs ses uas interleaved positive-difference-in-interleaved-mode negative-difference-in-interleaved-mode fast positive-difference-in-fast-mode negative-difference-in-fast-mode ] [ atu-r lofs loss lprs es ses uas interleaved positive-difference-in-interleaved-mode negative-difference-in-interleaved-mode fast positive-difference-in-fast-mode negative-difference-in-fast-mode ] * [ name profile-name ]

Parameters

Parameter

Description

Value

profile-index

Indicates the ADSL2+ alarm profile number.

When creating an ADSL2+ alarm profile, you can specify a profile number or not. If you do not specify it, the system allocates the smallest idle number automatically. The system default ADSL2+ alarm profile is profile 1. All parameters in the default profile are 0, which indicates no alarm is reported. You can create new ADSL2+ alarm profiles according to the actual line conditions.

Numeral type. Range: 2-50.

atu-c

Indicates the ADSL Transceiver Unit - Central Office end.

-

trap trap

Indicates the alarm report status of failed data initialization. It applies to the local end only.

Enumerated type. Options: enable and disable.

Default: disable.

lofs

Indicates the threshold for loss of frame seconds (LOFS).

Within any given 15-minute period, if the number of LOFS exceeds the preset value, an alarm is generated.

Numeral type. Range: 0-900s.

Unit: s.

Default: 0. (No alarm is reported.)

loss

Indicates the threshold for loss of signal seconds (LOSS).

Within any given 15-minute period, if the number of LOSS exceeds the preset value, an alarm is generated.

Numeral type. Range: 0-900s.

Unit: s.

Default: 0. (No alarm is reported.)

lols

Indicates the threshold for loss of link seconds (LOLS) of the local end.

Within any given 15-minute period, if the number of LOLS exceeds the preset value, an alarm is generated.

Numeral type. Range: 0-900s.

Unit: s.

Default: 0. (No alarm is reported.)

lprs

Indicates the threshold for loss of power seconds (LOPS).

Within any given 15-minute period, if the number of LOPS exceeds the preset value, an alarm is generated. Currently, this parameter cannot be configured and the default is used.

Numeral type. Range: 0-900s.

Unit: s.

Default: 0. (No alarm is reported.)

es

Indicates the threshold for errored seconds (ES).

Within any given 15-minute period, if the number of ES exceeds the preset value, an alarm is generated.

Numeral type. Range: 0-900s.

Unit: s.

Default: 0. (No alarm is reported.)

ffrs

Indicates the threshold for retraining failures of the local end.

Within any given 15-minute period, if the number of retraining failures exceeds the preset value, an alarm is generated. Currently, this parameter cannot be configured and the default is used.

Numeral type. Range: 0-900s.

Unit: s.

Default: 0. (No alarm is reported.)

ses

Indicates the threshold for server errored seconds (SES).

The system collects SES generated within any 15-minute period. If the SES exceeds the threshold, the system will report an alarm.

Numeral type. Range: 0-900s.

Unit: s.

Default: 0. (No alarm is reported.)

uas

Indicates the threshold for unavailable seconds (UAS).

The system collects UAS generated within any 15-minute period. If the UAS exceeds the threshold, the system will report an alarm.

Numeral type. Range: 0-900s.

Unit: s.

Default: 0. (No alarm is reported.)

interleaved

Sets the difference between the current and the past transmit rates in interleave mode.

-

positive-difference-in-interleaved-mode

Indicates the positive difference between the current and the past transmit rates in interleave mode.

Within any given 15-minute period, if the positive difference between the current and the past transmit rates in fast mode exceeds the preset value, an alarm is generated.

Numeral type. Range:
  • Downstream: 0-31968 kbit/s.
  • Upstream: 0-5968 kbit/s.

Unit: s.

negative-difference-in-interleaved-mode

Indicates the negative difference between the current and the past transmit rates in interleave mode.

Within any given 15-minute period, if the negative difference between the current and the past transmit rates in interleave mode exceeds the preset value, an alarm is generated.

Numeral type. Range:
  • Downstream: 0-31968 kbit/s.
  • Upstream: 0-5968 kbit/s.

Unit: s.

fast

Sets the difference between the current and the past transmit rates in fast mode.

-

positive-difference-in-fast-mode

Indicates the positive difference between the current and the past transmit rates in interleave mode.

Within any given 15-minute period, if the positive difference between the current and the past transmit rates in fast mode exceeds the preset value, an alarm is generated.

Numeral type. Range:
  • Downstream: 0 kbit/s-31968 kbit/s.
  • Upstream: 0 kbit/s-5968 kbit/s.

Unit: s.

negative-difference-in-fast-mode

Indicates the negative difference between the current and the past transmit rates in interleave mode.

Within any given 15-minute period, if the negative difference between the current and the past transmit rates in interleave mode exceeds the preset value, an alarm is generated.

Numeral type. Range:
  • Downstream: 0-31968 kbit/s.
  • Upstream: 0-5968 kbit/s.

Unit: s.

atu-r

Indicates the ADSL Transceiver Unit - Remote end.

-

name profile-name

Specifies the profile name. You can specify the profile name or not. If you do not specify it, the system uses the default name "ADSL ALARM PROFLE x". The x is the smallest idle ADSL2+ alarm profile number.

Character string type, a string of 1-32 characters.

Modes

Global config mode, ADSL mode

Level

Administrator level

Usage Guidelines

  • Run the config command to enter global config mode and then run the interface adsl command to enter ADSL mode.
  • Values set in an ADSL2+ alarm profile are 15-minute thresholds. When the statistics within 15-minute reaches the threshold set in the ADSL2+ alarm profile, an alarm is reported.
  • Threshold 0 or disable indicates that the system does not collect performance statistics or report an alarm.
  • Compared with the adsl alarm-profile add command, this command is much more convenient but less facile. It is mainly used to create a configuration file. It is recommended that you run the adsl alarm-profile add command.

Example

Assume that: All thresholds for the ATU-C and ATU-R: 100s, Difference between the current and last transmit rates: 1000 kbit/s, Profile number: 4. To quickly add an ADSL2+ alarm profile, do as follows:

huawei(config)#adsl alarm-profile quickadd 
{ <cr>|atu-c<K>|atu-r<K>|name<K>|profile-index<U><2,50> }:4                     
{ <cr>|atu-c<K>|atu-r<K>|name<K> }:atu-c                                        
{ trap<K> }:trap                                                                
{ trap<E><disable,enable> }:enable                                              
{ lofs<U><0,900> }:100                                                          
{ loss<U><0,900> }:100                                                          
{ lols<U><0,900> }:100                                                          
{ lprs<U><0,900> }:100                                                          
{ es<U><0,900> }:100                                                            
{ ffrs<U><0,900> }:100                                                          
{ ses<U><0,900> }:100                                                           
{ uas<U><0,900> }:100                                                           
{ interleaved<K> }:interleaved                                                  
{ positive-difference-in-interleaved-mode<U><0,31968> }:1000                   
{ negative-difference-in-interleaved-mode<U><0,31968> }:1000                   
{ fast<K> }:fast                                                                
{ positive-difference-in-fast-mode<U><0,31968> }:1000                          
{ negative-difference-in-fast-mode<U><0,31968> }:1000                          
{ <cr>|atu-r<K>|name<K> }:atu-r                                                
{ lofs<U><0,900> }:100                                                          
{ loss<U><0,900> }:100                                                          
{ lprs<U><0,900> }:100                                                          
{ es<U><0,900> }:100                                                            
{ ses<U><0,900> }:100                                                           
{ uas<U><0,900> }:100                                                           
{ interleaved<K> }:interleaved                                                  
{ positive-difference-in-interleaved-mode<U><0,5968> }:1000                   
{ negative-difference-in-interleaved-mode<U><0,5968> }:1000                     
{ fast<K> }:fast                                                                
{ positive-difference-in-fast-mode<U><0,5968> }:1000                            
{ negative-difference-in-fast-mode<U><0,5968> }:1000                            
{ <cr>|name<K> }:name                                                           
{ profile-name<S><"..."><Length 1-32> }:test-profile 
                                                                                
  Command:                                                                      
          adsl alarm-profile quickadd 4 atu-c trap enable 100 100 100 100 100   
100 100 100 interleaved 1000 1000 fast 1000 1000 atu-r 100 100 100 100 100  
100 interleaved 1000 1000 fast 1000 1000 name test-profile                      
  Add profile 4 successfully     

System Response

  • After you create an ADSL2+ alarm profile successfully, the system prompts "Add profile x successfully". The x is the number of the created profile.
  • For more information about the error message that the system displays against a command entered with incorrect format, see "CLI Error Prompts" in the Interaction Characteristics topic of CLI Operations.

display parameter(adsl)

Function

This command is used to query the configuration of the port. When you need to query the detailed configuration of the line profile bound with the ADSL2+ port, run this command.

Format

display parameter { all | portid }

Parameters

Parameter

Description

Value

all

Queries the configuration of all ADSL2+ ports.

-

portid

Identifies the ADSL2+ port number. When you need to query the detailed configuration of a port, use this parameter.

Numeral type. Range: 0-63.

Modes

ADSL mode

Level

Operator level

Usage Guidelines

  • Run the config command to enter global config mode, and then run the interface adsl command to enter ADSL mode.
  • The actual line activation parameters for a port include: the line profile bound to the port and the parameters configured in the line profile.

Example

To query the configuration parameters of all the ports on the 0/3 board, do as follows:

huawei(config-if-adsl-0/3)#display parameter                                    
{ all<K>|PortId<L><0,63> }:all   
                                                                                
  Command:                                                                      
          display parameter all                                                 
  --------------------------------------------------------------------          
  Port                                  : 0                                     
  Profile index                         : 2                                     
  Profile name                          : ADSL LINE PROFILE 2                   
  ADSL transmission mode                : G992.1                                
  Minimum transmit rate downstream(Kbps): 1024                                  
  Maximum transmit rate downstream(Kbps): 32000                                 
  Minimum transmit rate upstream(Kbps)  : 64                                    
  Maximum transmit rate upstream(Kbps)  : 512                                   
                                                                                
  Port                                  : 1                                     
  Profile index                         : 1002                                  
  Profile name                          : ADSL LINE PROFILE 1002                
  ADSL transmission mode                : All(G992.1~5,T1.413)                  
  Minimum transmit rate downstream(Kbps): 32                                    
  Maximum transmit rate downstream(Kbps): 24544                                 
  Minimum transmit rate upstream(Kbps)  : 32                                    
  Maximum transmit rate upstream(Kbps)  : 1024                                  
                                                                                
  Port                                  : 2                                     
---- More ( Press 'Q' to break ) ----                     

To query the detailed configuration parameters of the 0/3/0 port, do as follows:

huawei(config-if-adsl-0/3)#display parameter                                    
{ all<K>|PortId<U><0,63> }:0   
                                                                                
  Command:                                                                      
          display parameter 0                                                   
  ----------------------------------------------------------------------------- 
                                                                                
  Profile index :2    Name: ADSL LINE PROFILE 2                                 
  ADSL transmission mode                        : G992.1                        
  Trellis mode                                  : Enable                        
  Upstream channel bit swap                     : Disable                       
  Downstream channel bit swap                   : Disable                       
  Channel mode                                  : Interleaved                   
  Maximum downstream interleaved delay(ms)      : 9                             
  Maximum upstream interleaved delay(ms)        : 8                             
  Target downstream SNR margin(dB)              : 6                             
  Maximum acceptable downstream SNR margin(dB)  : 31                            
  Minimum acceptable downstream SNR margin(dB)  : 0                             
  Target upstream SNR margin(dB)                : 6                             
  Maximum acceptable upstream SNR margin(dB)    : 31                            
  Minimum acceptable upstream SNR margin(dB)    : 0                             
  Downstream SNR margin for rate downshift(dB)  : 0                             
  Downstream SNR margin for rate upshift(dB)    : 0                             
  Upstream SNR margin for rate downshift(dB)    : 0                             
  Upstream SNR margin for rate upshift(dB)      : 0                             
  Minimum upshift time in downstream(seconds)   : 0                             
  Minimum downshift time in downstream(seconds) : 0                             
  Minimum upshift time in upstream(seconds)     : 0                             
  Minimum downshift time in upstream(seconds)   : 0                             
  Downstream form of transmit rate adaptation   : Adapting at startup           
  Minimum transmit rate downstream(Kbps)        : 1024                          
  Maximum transmit rate downstream(Kbps)        : 32000                         
  Minimum transmit rate upstream(Kbps)          : 64                            
  Maximum transmit rate upstream(Kbps)          : 512                           
  ----------------------------------------------------------------------------- 

System Response

  • The system displays the query result after the command is executed successfully.
  • The following table describes the parameters in the response to the display parameter all command.

    Parameter

    Description

    Port

    Indicates the port ID.

    Profile index

    Indicates the number of the line profile bound with the port.

    Profile name

    Indicates the name of the line profile bound with the port.

    ADSL transmission mode

    Indicates the transmission mode of the port.

    Minimum transmit rate downstream

    Indicates the minimum downstream transmission rate.

    Maximum transmit rate downstream

    Indicates the maximum downstream transmission rate.

    Minimum transmit rate upstream

    Indicates the minimum upstream transmission rate.

    Maximum transmit rate upstream

    Indicates the maximum upstream transmission rate.

  • The following table describes the parameters in the response to the display parameter 0 command.

    Parameter

    Description

    Profile index

    Indicates the number of the line profile bound with the port.

    Name

    Indicates the name of the line profile bound with the port.

    ADSL transmission mode

    Indicates the transmission mode of the port.

    Trellis mode

    Indicates the trellis coding mode.

    Upstream/Downstream channel bit swap

    Indicates the upstream/downstream channel bit swap mode.

    Channel mode

    Indicates the channel working mode. Options: fast and interleave.

    Maximum downstream/upstream interleaved delay

    Indicates the downstream/upstream maximum interleaved delay.

    Target upstream/downstream SNR margin

    Indicates the upstream/downstream target SNR margin.

    Maximum acceptable downstream/upstream SNR margin

    Indicates the upstream/downstream maximum SNR margin.

    Minimum acceptable downstream/upstream SNR margin

    Indicates the upstream/downstream minimum SNR margin.

    Downstream/Upstream SNR margin for rate downshift

    Indicates the downstream/upstream SNR margin for transmission rate downshift.

    Downstream/Upstream SNR margin for rate upshift

    Indicates the downstream/upstream SNR margin for transmission rate upshift.

    Minimum upshift time in downstream/upstream

    Indicates the minimum downstream/upstream upshift time.

    Minimum downshift time in downstream/upstream

    Indicates the minimum downstream/upstream downshift time in.

    Downstream form of transmit rate adaptation

    Indicates the adaptation mode of downstream transmission rate.

    Maximum transmit rate downstream/upstream

    Indicates the maximum downstream/upstream transmission rate.

    Minimum transmit rate downstream/upstream

    Indicates the minimum downstream/upstream transmission rate.

  • For more information about the error message that the system displays against a command entered with incorrect format, see "CLI Error Prompts" in the Interaction Characteristics topic of CLI Operations.



For details 

https://support.huawei.com/hedex/hdx.do?lib=EDOC010048515531183447&docid=EDOC0100485155&lang=en&v=09&tocLib=EDOC010048515531183447&tocV=09&id=GUIDBE6EC806-B649-4966-84F0-8BF2EB7E79B9&tocURL=resources%2fcmd%2fdisplay%5fparameter%28adsl%29%2ehtml&p=t&fe=1&ui=3&keyword=ADSL%252Bbounding%252B


Thanks

View more
  • x
  • convention:

Hello, the requirement that you describe is the process of configuring the ADSL normally. Refer to the following connection to configure the ADSL.
View more
  • x
  • convention:

ADSL2+ ATM bonding is implemented in line with ITU-T Recommendation G.998.1. It extends
the access distance while maintaining a constant access rate or increases the access rate while
maintaining a constant access distance, by means of bonding.
ADSL2+ ATM bonding supports bonding of two twisted pairs. Two ADSL2+ ports form a
bonding group, one serving as master port and the other as member port, as shown in Figure
4-20. Services can be configured only on the master port in a bonding group
So,with respect this picture we need especial ATU-R and some normal bonding configuration in DSLAM side with maximum two ports.

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  • convention:

Hello.
I have the same problem but i was hoping to find a real router configuraton example that shows how ADSL bonding is achieved.
Thanks in advance
Giannis
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liqiang185
liqiang185 Created Apr 8, 2020 09:18:08 (0) (0)
Hello, friend,please open another post,
This way more people will see and solve problems for you faster.
thanks  

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