#ma5608t

Appearance The MA5608T is 2 U high.

Figure 1 Appearance of the MA5608T chassis(xDSL)

Figure 2 Appearance of the MA5608T chassis(GPON)

Specification

This topic provides the dimensions, weight, and power consumption of the MA5608T chassis.

Dimensions and weight of the MA5608T Item Specification Dimensions (W x D x H, excluding mounting brackets) 442mm×244.5mm×88.1mm Dimensions (W x D x H,…

The integrated fiber-copper access platform and the access-aggregation integration capability of the Huawei MA5600T/MA5603T/MA5608T effectively ensure the smooth evolution of the access network.

The MA5600T/MA5603T/MA5608T supports integrated fiber-copper access and access-aggregation integration, as shown in Figure 1.

Fiber-Copper Integration

The Huawei MA5600T/MA5603T/MA5608T enables optical fibers and copper lines to be integrated in one platform, which ensures that the access network can smoothly evolve from copper line access to optical fiber access.

Optical fiber access: The MA5600T/MA5603T/MA5608T supports GPON, 10G GPON, and P2P optical fiber access, satisfying the requirements of the FTTH, FTTB, FTTC, FTTO, FTTM, and FTTW scenarios.

HetAN

The Huawei MA5600T/MA5603T/MA5608T serves as the CO OLT and supports multiple network construction modes and diversified access media to provide access for home users, mobile users, and enterprise users. Such a heterogeneous access network (HetAN) wins popularity.

User access: provides access for home users, mobile users, and enterprise users.

Network construction mode: supports FTTH, FTTB, FTTC, FTTW, FTTO, and FTTD networks.

The MA5608T is an integrated fiber-copper access device, and can serve as a mini-OLT or mini-DSLAM.

The MA5608T, if serving as a mini-OLT, supports GPON and 10G GPON access modes. It can be installed at a residential district or a street side, which reduces the usage of ODN backbone optical cables, lowers the ODN deployment cost and difficulty, and minimizes the CO equipment room space.

The MA5608T, if serving as a mini-DSLAM, supports ADSL2+, VDSL2, SHDSL, and POTS access modes and provides Internet access, voice, and video services.

ipdr session template ipdr session template

Function

This command is used to configure the collection mode and template type for a specified session. This command can be executed only on deactivated sessions. To deactivate the activated sessions, run the ipdr session deactivate command.

Format

ipdr session id template template-name type { ad-hoc | event | interval interval }

Parameters

Parameter

Description

Value

id

Indicates a session uniquely.

Numeral type. Range: 1-255.

template template-name

Indicates the Internet Protocol Detail Record (IPDR) template type of the session.

Enumerated type. Options: SAMIS-TYPE1, SAMIS-TYPE2, DIAGLOG-TYPE, DIAGLOG-EVENT-TYPE, DIAGLOG-DETAIL-TYPE, SPECTRUM-MEASUREMENT, CM-REG-STATUS, CM-US-STATS, TOPOLOGY, CPE-TYPE, US-UTIL, DS-UTIL and SERVICE-FLOW.

type

Indicates the data collection mode.

-

ad-hoc

Indicates per request from a collector. The IPDR collector sends requests to the CMTS, proactively obtaining statistics information.

-

event

Indicates the reported event. When a event is triggered, IPDR statistics information is transmitted to the IPDR collector.

-

interval interval

Indicates the interval at which statistics is reported. The IPDR statistics information is periodically sent to the IPDR collector.

Numeral type. Range: 15-1440.

Unit: minute.

Modes

Global config mode, MA5683T, MA5680T,MA5608T

Level

Administrator level

Usage Guidelines

The IPDR statistics includes charging and CM registration status information. The sum of the statistics items is called an IPDR profile.

The template type mapping a specific collection mode can be associated with only one session.

The collection mode (interval, ad-hoc, and event) that the system supports varies depending on different template types. For details, see Table 1.

Table 1

Mapping between template type and collection mode

Template Type

Collection Mode

SAMIS-TYPE1

interval, ad-hoc

SAMIS-TYPE2

interval, ad-hoc

DIAGLOG-TYPE

ad-hoc

DIAGLOG-EVENT-TYPE

event

DIAGLOG-DETAIL-TYPE

interval, ad-hoc, event

SPECTRUM-MEASUREMENT

interval, ad-hoc

CM-REG-STATUS

interval, ad-hoc, event

CM-US-STATS

interval, ad-hoc

TOPOLOGY

ad-hoc, event

CPE-TYPE

ad-hoc, event

US-UTIL

event

DS-UTIL

event

SERVICE-FLOW

ad-hoc, event

Example

To set ad-hoc to the collection mode and SAMIS-TYPE1 to the template type for a session, do as follows:

huawei(config)#ipdr session { activate<K>|deactivate<K>|id<U><1,255> }:1 { collector<K>|name<K>|template<K> }:template { CM-REG-STATUS<K>|CM-US-STATS<K>|CPE-TYPE<K>|DIAGLOG-DETAIL-TYPE<K>|DIAGLOG-EVE NT-TYPE<K>|DIAGLOG-TYPE<K>|DS-UTIL<K>|SAMIS-TYPE1<K>|SAMIS-TYPE2<K>|SERVICE-FLOW<K> |SPECTRUM-MEASUREMENT<K>|TOPOLOGY<K>|US-UTIL<K> }:SAMIS-TYPE1 { type<K> }:type { ad-hoc<K>|interval<K> }:ad-hoc  Command:          ipdr session 1 template SAMIS-TYPE1 type ad-hoc

To change the collection mode from ad-hoc into interval and the template type from SAMIS-TYPE1 into CM-REG-STATUS for the session, do as follows:

huawei(config)#ipdr session { activate<K>|deactivate<K>|id<U><1,255> }:1 { collector<K>|name<K>|template<K> }:template { CM-REG-STATUS<K>|CM-US-STATS<K>|CPE-TYPE<K>|DIAGLOG-DETAIL-TYPE<K>|DIAGLOG-EVE NT-TYPE<K>|DIAGLOG-TYPE<K>|DS-UTIL<K>|SAMIS-TYPE1<K>|SAMIS-TYPE2<K>|SERVICE-FLOW<K> |SPECTRUM-MEASUREMENT<K>|TOPOLOGY<K>|US-UTIL<K> }:SAMIS-TYPE2 { type<K> }:type { ad-hoc<K>|interval<K> }:interval { interval<U><15,1440> }:20  Command:          ipdr session 1 template SAMIS-TYPE2 type interval 20  Info: The session template type and collection mode are reconfigured to the current values

System Response

The system does not display any messages when the collection mode and template type are successfully configured for a session.

adsl channel-profile add(rfc4706) adsl channel-profile add(rfc4706)

Function

This command is used to add an ADSL2+ channel profile. When existing ADSL2+ channel profiles cannot meet the line activation requirements, you can run the command to add a new ADSL2+ channel profile. After that, the new ADSL2+ channel profile can be bound with an ADSL2+ line profile to be an ADSL2+ line template that is used to activate ports.

Format

adsl channel-profile add [ profile-index ]

Parameters

Parameter

Description

Value

profile-index

Indicates the ADSL2+ channel profile number.

When creating an ADSL2+ channel profile, you can specify a profile number or not. If you do not specify it, the system automatically allocates the smallest idle number.

The system has a default ADSL2+ channel profile. The profile number is 1. Parameters in the default profile are the data for your reference. In actual applications, you can add new profiles according to actual line conditions.

Numeral type. Range: 2-128.

Modes

Global config mode, ADSL mode,  MA5683T,  MA5680T,  MA5608T

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.

An ADSL2+ channel profile provides a series of parameters: the minimum impulse noise protection, the interleave delay parameters, the rate parameters and the rate threshold parameters. When a port is activated, the ATU-R negotiates with the ATU-C based on the parameters in the channel profile, so as to determine whether the connection can be set up between them under the existing conditions.

An ADSL2+ channel can be a fast or interleave channel.

When configuring an ADSL2+ channel profile, pay attention to the following points:

In an interleave channel, bit streams, after they are coded by FEC, are sent to interleaved register to be interleaved and then sent to lines. On the other side of the line, bit streams are de-interleaved correspondingly. In interleave channel mode, the greater the interleave depth, the stronger the error correction capability, but the larger the delay.

In a fast channel, bit streams, after they are coded by FEC, are sent to lines directly without interleave processing. In fast channel mode, the delay is smaller but the error correction capability is weak.

The minimum impulse noise protection (INP) is related to the interleave delay. The INP value is meaningless in fast channel mode. When you configure INP, the system does not judge the restriction between the INP and the interleave delay or other parameters. The board adapts INP automatically and the line activation is assured with preference.

When the adaptation mode for the upstream or downstream transmission rate is fixed, the maximum activation rate must be the same as the minimum rate in the same direction. When the adaptation mode is not fixed, the maximum rate must be larger than the minimum rate.

The minimum rate must be smaller than or equal to the minimum reserved rate. The minimum reserved rate must be smaller than or equal to the maximum rate.

Example

Assume that:

The minimum downstream impulse noise protection is SingleSymbol.

The minimum upstream impulse noise protection is TwoSymbols.

The maximum downstream interleave delay is 40.

The maximum upstream interleave delay is 50.

The minimum downstream transmission rate is 100 kbit/s.

The minimum downstream reserved transmission rate is 500 kbit/s.

The maximum downstream transmission rate is 1000 kbit/s.

The minimum upstream transmission rate is 200 kbit/s.

The minimum upstream reserved transmission rate is 300 kbit/s.

The maximum upstream transmission rate is 400 kbit/s.

The downstream rate threshold downshift is 100 kbit/s.

The downstream rate threshold upshift is 200 kbit/s.

The upstream rate threshold downshift is 300 kbit/s.

The upstream rate threshold upshift is 400 kbit/s.

To add ADSL2+ channel profile 2, do as follows:

huawei(config)#adsl channel-profile add                                         { <cr>|profile-index<U><2,128> }:2                                                                                                                                Command:                                                                                adsl channel-profile add 2                                              Start adding profile                                                            Press 'Q' to quit the current configuration and new configuration will be     neglected                                                                       >  Do you want to name the profile (y/n) [n]:                                   >  Will you set the minimum impulse noise protection? (y/n) [n]:y               >    Minimum impulse noise protection downstream:                               >    1-noProtection    2-halfSymbol      3-singleSymbol     4-twoSymbols         >    5-threeSymbols    6-fourSymbols     7-fiveSymbols      8-sixSymbols         >    9-sevenSymbols    10-eightSymbols   11-nineSymbols     12-tenSymbols       >    13-elevenSymbols  14-twelveSymbols  15-thirteenSymbols 16-fourteenSymbols   >    17-fifteenSymbols 18-sixteenSymbols                                         >    Please select (1~18) [2]:3                                                   >    Minimum impulse noise protection upstream:                                 >    1-noProtection    2-halfSymbol      3-singleSymbol     4-twoSymbols         >    5-threeSymbols    6-fourSymbols     7-fiveSymbols      8-sixSymbols         >    9-sevenSymbols    10-eightSymbols   11-nineSymbols     12-tenSymbols       >    13-elevenSymbols  14-twelveSymbols  15-thirteenSymbols 16-fourteenSymbols   >    17-fifteenSymbols 18-sixteenSymbols                                         >    Please select (1~18) [2]:4                                                   >  Will you set interleaving delay parameters? (y/n) [n]:y                       >    Maximum interleaving delay downstream (0~63 ms) [16]:40                       >    Maximum interleaving delay upstream (0~63 ms) [6]:50                         >  Will you set parameters for rate? (y/n) [n]:y                                 >    Minimum transmit rate downstream (32~32000 Kbps) [32]:100                     >    Minimum reserved transmit rate downstream (100~32000 Kbps) [100]:500             >    Maximum transmit rate downstream (500~32000 Kbps) [24544]:1000                   >    Minimum transmit rate upstream (32~6000 Kbps) [32]:200                         >    Minimum reserved transmit rate upstream (2006000 Kbps) [200]:300               >    Maximum transmit rate upstream (300~6000 Kbps) [1024]:400                       >  Will you set rate thresholds? (y/n) [n]:y                                     >    Rate threshold downshift downstream (0~32000 Kbps) [0]:100                   >    Rate threshold upshift downstream (0~32000 Kbps) [0]:200                       >    Rate threshold downshift upstream (0~6000 Kbps) [0]:300                       >    Rate threshold upshift upstream (0~6000 Kbps) [0]:400                         >  Will you set retransmission function (y/n) [n]:y >    Enable or disable retransmission function in downstream 1-enable 2-disable(1~2) [2]:1 >    Maximum INP on downstream direction: >    1-noProtection    2-halfSymbol      3-singleSymbol     4-twoSymbols >    5-threeSymbols    6-fourSymbols     7-fiveSymbols      8-sixSymbols >    9-sevenSymbols    10-eightSymbols   11-nineSymbols     12-tenSymbols >    13-elevenSymbols  14-twelveSymbols  15-thirteenSymbols 16-fourteenSymbols >    17-fifteenSymbols 18-sixteenSymbols >    Please select (1~18) [1]:3 >    Minimum rtxratio in downstream (0~255) [0]:5 >    Minimum rsoverhead in downstream (0~128) [0]: >    Enable or disable retransmission function in upstream 1-enable 2-disable (1~2) [2]:1 >    Maximum INP on upstream direction: >    1-noProtection    2-halfSymbol      3-singleSymbol     4-twoSymbols >    5-threeSymbols    6-fourSymbols     7-fiveSymbols      8-sixSymbols >    9-sevenSymbols    10-eightSymbols   11-nineSymbols     12-tenSymbols >    13-elevenSymbols  14-twelveSymbols  15-thirteenSymbols 16-fourteenSymbols >    17-fifteenSymbols 18-sixteenSymbols >    Please select (1~18) [1]:3 >    Minimum rtxratio in upstream (0~255) [0]:5 >    Minimum rsoverhead in upstream (0~128) [0]: >  Will you set erasure decoding? (y/n) [n]:y >    Erasure decoding switch 1-enable 2-disable (1~2) [2]:1  Add profile 2 successfully                                

System Response

The system displays the message "Add profile x successfully" after an ADSL2+ channel profile is created successfully. The x is the number of the created channel profile.

The following table describes the parameters in response to the adsl channel-profile add 2 command.

Parameter

Description

Do you want to name the profile

If you select "y" for this option, the system uses the input string as the name of the channel profile.

If you select "n", the system uses the default name of the channel profile (ADSL CHANNEL PROFILE x). The x is the number of the channel profile created.

Minimum impulse noise protection downstream/upstream

INP defines that how many DMT consecutive symbols can be protected. That is, how many consecutive error DMT symbols in a specified byte can be rectified in the case of de-interleaving. The upstream and downstream INP is set separately. The options for symbol length are: no protection, a half symbol, a single symbol, two symbols......sixteen symbols.

INP is defined as the protected consecutive DMT symbols but not the impulse noise duration. The impulse noise duration is related with DMS symbol ratio. For example, if INP is 16, the duration for each symbol is 250 μs because an ADSL line sends 4000 DMT symbols each second. Thus, INP=16 indicates that the impulse noise in length of 16 * 1/4000 = 4 ms is permitted.

1: No protection

2: A half symbol

3: A single symbol

4: Two symbols

5: Three symbols

6: Four symbols

7: Five symbols

8: Six symbols

9: Seven symbols

10: Eight symbols

11: Nine symbols

12: Ten symbols

13: Eleven symbols

14: Twelve symbols

15: Thirteen symbols

16: Fourteen symbols

17: Fifteen symbols

18: Sixteen symbols

Maximum interleaving delay downstream/upstream

Indicates the maximum interleave delay in downstream/upstream. The interleave delay refers to the delay caused by interleave processing. The interleave delay is related to interleave depth, bit length and line rate. By default, ADSL2+ works in interleave channel mode.

Minimum transmit rate downstream/upstream

Indicates the minimum rate in upstream/downstream. The minimum rate must be smaller than or equal to the minimum reserved rate. When the adaptation mode for the transmission rate in a channel profile is fixed, the maximum activation rate must be the same as the minimum rate in the same direction. When the rate adaptation mode is not fixed, the maximum rate must be larger than the minimum rate.

Minimum reserved transmit rate downstream/upstream

Indicates the minimum reserved rate in downstream/upstream. The minimum reserved rate must be larger than or equal to the minimum rate, and smaller than or equal to the maximum rate. When the transmission rate in the line profile adopts the auto-adaptation mode, the rate is adjusted based on such a value.

Maximum transmit rate downstream/upstream

Indicates the maximum rate in upstream/downstream. The maximum rate must be larger than or equal to the minimum reserved rate. When the adaptation mode for the transmission rate in a channel profile is fixed, the maximum activation rate must be the same as the minimum rate in the same direction. When the rate adaptation mode is not fixed, the maximum rate must be larger than the minimum rate.

Rate threshold downshift downstream/upstream

Indicates the rate downshift threshold in downstream/upstream. When the transmission rate in the line profile adopts the auto-adaptation mode, if the downshifted downstream/upstream rate exceeds such a threshold, an alarm is generated.

Rate threshold upshift downstream/upstream

Indicates the rate upshift threshold in downstream/upstream. When the transmission rate in the line profile adopts the auto-adaptation mode, if the upshifted downstream/upstream rate exceeds such a threshold, an alarm is generated.

Erasure-decoding

Erasure decoding Switch

Retransmission

GPON Upstream Port Configuration Function Description

MA5600T/MA5603T/MA5608Tprovide GPON upstream port and digital subscriber line (DSL) broadband access to a small number of subscribers, to adapt to various networking modes.

Function

This command is used to query the information about the device that functions as a GPON ONU, including the configuration of the device and the information about GPON connections. You can use this command to troubleshoot the GPON ONU.

Format

display onu info

Parameters

None

Modes

GPONNNI mode

Level

Operator level

Usage Guidelines

Run the config command to enter global config mode, and then run the interface gponnni command to enter GPONNNI mode.

Example

To query the information about the device when it is used as a GPON ONU, do as follows:

huawei(config-if-gponnni-0/19/0)#display onu info                                 ----------------------------------------------------------------------------  F/S/P                     : 0/19/0  ONU-ID                    : 1  SN                        : 6877687700111747 (hwhw-00111747)  Password                  : 0000000000  Mutual-auth               : Enable  Mutual-auth password      : huaweitest  Mutual-auth state         : Success  Loid                      : 1234  Check code                : abcd  Link state                : Up  Register state            : Registered  PLOAM state               : Operation-State  Laser switch              : Auto  OMCI port ID              : 1  Rogue state               : No  Port role                 : -  Active state              : -  ONU NNI type              : 10G/2.5G ---------------------------------------------------------------------------- ------------------------------------------------------ T-CONT-Index  AllocID  GEM-PortID   Car-Index  Encrypt ------------------------------------------------------          0        2           -          -         - ------------------------------------------------------

System Response

The system displays the queried result when the command runs successfully.

The following table describes the parameters in response to this command. Indicates the authentication password of the ONU.

For more information about the error message that the system displays against a command entered with incorrect syntax

Parameter

Description

F/S/P

Indicates the GPON upstream port number.

ONU-ID

ONU ID is a unique ONU number at each OLT optical port. It is allocated by the OLT.

SN

The ONU SN is globally unique. The format is "XXXXXXXXXXXXXX", "XXXXXXXXXXXXXXXX" or "XXXX-XXXXXXXX". When the format is "XXXX-XXXXXXXX", the first four characters indicate the vendor. For Huawei ONUs (ONTs), the first four characters are "hwhw".

Password

In PLOAM authentication, 10G GPON ONU as the upstream register ID, is a string of 1-36 characters.

When the ONU is a 1G GPON ONU, It is a string of 1-10 characters.

When a user configures the password in a hexadecimal format, the password is displayed in a hexadecimal format.

Mutual-auth

Enables the bidirectional authentication.

Mutual-auth password

Indicates the password of the bidirectional authentication.

Mutual-auth state

Indicates the status of the bidirectional authentication. Options: Not start, Waiting, Success, and Fail. When the bidirectional authentication is disabled, the system displays an en-dash (-).

Loid

Indicates the logical ID.

Check code

Indicates the check code.

Link state

Indicates the current link status. It consists of the up and down states.

Register state

Indicates the registering status of the current ONU. It includes the Registered and Registering, and so on.

PLOAM state

Indicates the PLOAM status. The PLOAM message is used to manage and maintain the ONU (ONT). It can be the Serial-Number-State and Operation-State. And it is Operation-State after the ONU works in the normal state.

Laser switch

Indicates the switch status of the optical module power. It must be turned on in the normal condition and can be turned off by running the laser(gponnni) command.

OMCI port ID

Indicates the OMCI port.

Rogue state

Indicates the current rogue ONT status. No indicates that no rogue ONT exists.

Port role

Indicates the port role.

Active state

Indicates the active/standby status of the port.

ONU NNI type

Indicates the interface type on the ONU network side. The parameter value is in the format of downstream rate/upstream rate. The system supports 10G/2.5G and 2.5G/1.25G.

T-CONT-Index

Indicates the TCONT index table of the current ONU. It is displayed only when the ONU is online.

AllocID

Indicates the allocated ID for the TCONT of the current ONU. It is displayed only when the ONU is online.

GEM-PortID

Indicates the GEM port list of the current ONU. It is displayed only when the ONU is online. If the display is not supported, the system displays a hyphen (-).

Car-Index

Indicates the flow control index list of the current ONU. It is displayed only when the ONU is online. If the display is not supported, the system displays a hyphen (-).

Encrypt

display gpon-mac-address(gponnni)

Function

The command is used to query the MAC address of the GPON port.

Format

display gpon-mac-address

Parameters

None

Modes

GPONNNI mode Huawei MA5683T,  A5680T,  MA5608T

Level

Operator level

Usage Guidelines

Run the config command to enter global config mode, and then run the interface gponnni command to enter GPONNNI mode.

The MAC address of the GPON port refers to that of the logic chip on the GPON subboard.

Example

To query the MAC address of the GPON port, do as follows:

huawei(config-if-gponnni-0/19/0)#display gpon-mac-address                          GPON Port MAC Address: 00E0-FC00-0000        

System Response

The system displays the queried result when the command runs successfully.

The following table describes the parameters in response to this command.

For more information about the error message that the system displays against a command entered with incorrect syntax

Parameter

Description

GPON Port MAC Address