ZTE-AN-PON-BASE-MIB: View SNMP OID List / Download MIB

The MIB module for the management of PON.

Configuration of ONU type.

Entry of zxAnPonOnuTypeTable. For the default ONU type such as ZTE-F641,ZTE-F622, ZTE-F625, ZTE-F621, ZTE-F601, ZTE-F640, ZTE-F628, ZTE-9806, ZTE-D400, ZTE-D402, ZTE-D420, ZTE-D421, ZTE-D422, ZTE-F401, ZTE-F420, ZTE-F425, ZTE-F429, ZTE-F430, ZTE-F435, ZTE-F500, ZTE-F803, ZTE-F820, ZTE-F821, ZTE-F822, set operation is prohibited. The multi-variables binding rule should be complied with when a manager configures ONU type. According to this rule, all the related mib variables must be included in one SNMP set operation. There are two types of variables: mandatory and optional. All of the mandatory variables must be included in one SNMP set operation. Optional variables may be included in one SNMP set operation with the mandatory variables, but must not be used alone. To create or modify ONU type, the mandatory variables are as follows: mandatoty: zxAnPonOnuTypePonType.

Name of ONU type.

PON type.There are two types: -epon: Ethernet Passive Optical Network -gpon: Gigabit-Capable PON. Enumeration: 'gpon': 2, 'epon': 1.

Description of ONU type. eg. the interface attributes of ONU type. This variable must comply with the multi-variables binding rule described in zxAnPonOnuTypeEntry.

For EPON: This attribute indicates protect type, 1-none, 2-typeC, 3-typeD, default value is 1. For GPON: This attribute indicates the maximum number of T-CONT, default value is 255. This variable must comply with the multi-variables binding rule described in 'zxAnPonOnuTypeEntry'.

For EPON: This attribute indicates speed, 1-1G, 2-10G Symmetric, 3-10G Asymmetric, default value is 1. For GPON: This attribute indicates the maximum number of GEM port, default value is 255. This variable must comply with the multi-variables binding rule described in 'zxAnPonOnuTypeEntry'.

For EPON: This attribute indicates ONU auto dispatch enable status, 1-enable, 2-disable, default value is 1. For GPON: This attribute indicates maximum number of switch per slot, default value is 255. This variable must comply with the multi-variables binding rule described in 'zxAnPonOnuTypeEntry'.

For GPON: This attribute indicates maximum number of flow per switch, default value is 255. This attribute is not used for EPON. This variable must comply with the multi-variables binding rule described in 'zxAnPonOnuTypeEntry'.

For GPON: This attribute indicates maximum number of IP host. MSB : Most Significant Byte LSB : Least Significant Byte | MSB | Byte 2 | Byte 1 | LSB | |--------------|--------------|-----------------|-----------------| | | |IPv6 host number | IPv4 host number| | (8bits) | (8bits) | (8bits) | (8bits) | |-----------------------------------------------------------------| IPv4 host default number is 2. IPv6 host default number is 0. This attribute is not used for EPON. This variable must comply with the multi-variables binding rule described in 'zxAnPonOnuTypeEntry'.

For GPON: This attribute indicates service ability of ONU type, there are three service mode :N:1,1:M,1:P. If support the service mode,set the corresponding bit to 1, if not support, set to 0. Default value is 7. | MSB LSB| |-----|-----------|-----------|-----------| | ... | 1:P | 1:M | N:1 | | ... | (1bits) | (1bits) | (1bits) | +-----+-----------+-----------+-----------+ This attribute is not used for EPON. This variable must comply with the multi-variables binding rule described in 'zxAnPonOnuTypeEntry'.

The OLT OMCI management mode. | MSB | Byte 2 | Byte 1 | LSB | |-------------------------------------------------------------| | Reserved | Reserved | Reserved |Reserved WiFi | | (8bits) | (8bits) | (8bits) |(7bits) (1bit)| |-------------------------------------------------------------| Bits 1 - 31 are reserved for future use. Bit 0 represents WiFi service, default value is 0. If the bit is set to 1, WiFi service is managed via non-OMCI. If the bit is set to 0, WiFi service is managed via OMCI. This attribute is not used for EPON.

A set of capabilities information about ONU. | MSB |Byte2|Byte1| LSB | |---------------------------------------------------------------------------| |Rese-|Rese-|Rese-|Rese-| GIS |Extended| | |Multicast| OMCI | |rved |rved |rved |rved |Function | OMCI | MGC | VRG | Address |Sending| |(8bi-|(8bi-|(8bi-|(1bi-| Enabling|Enabling| Mode | | Range | Mode | | ts) | ts) | ts) | ts)-|(1bit) | (1bit) |(2bits)|(1bit)| (1bit) |(1bit) | |----------------------- --------------------------------------------------| Bits 7 - 31 are reserved for future use. Bit 0 represents OMCI sending mode, default value is 0. If the bit is set to 1, OLT sends OMCI by synchronous mode. If the bit is set to 0, OLT sends OMCI by asynchronous mode. Bit 1 represents default multicast address range mode, default value is 0. If the bit is set to 1, default multicast address range is all-inclusive mode(224.0.0.0-239.255.255.255). If the bit is set to 0, default multicast address range is none. Bit 2 represents VRG enabling status, default value is 0. If the bit is set to 1, VRG function of the ONU is enabled. If the bit is set to 0, VRG function of the ONU is disabled. This attribute is not used for EPON. Bit 3 and bit 4 represent MGC configuration mode, default value is 0. If both of two bits are set to 0, the MGC configuration mode is private. If bit 3 is set to 1 and bit 4 is set to 0, the MGC configuration mode is ITU-T. If bit 3 is set to 0 and bit 4 is set to 1, the MGC configure mode is both. Bit 5 represents extended OMCI enabling status, default value is 0. If the bit is set to 1, extended OMCI is enabled. If the bit is set to 0, extended OMCI is disabled. This attribute is not used for EPON. Bit 6 represents PON GIS function is supported or not, default value is 0. If the bit is set to 1, GIS function is supported. If the bit is set to 0, GIS function is not supported.

A set of capabilities information about ONU. | MSB | Byte 2 | Byte 1 | LSB | |-------------------------------------------------------------| | Reserved | Reserved | Reserved | VEIP Number | | (8bits) | (8bits) | (8bits) | (8bits) | |-------------------------------------------------------------| The LSB represents the number of VEIP port. The value 0 represents the system default. This attribute is not used for EPON.

A set of capabilities information about ONU. | MSB | Byte 2 | Byte 1 | LSB | |------------------------------------------------------------------| | Reserved | Reserved | Reserved |Reserved|Speed Mode| | (8bits) | (8bits) | (8bits) | (4bits)|(4bits) | |------------------------------------------------------------------| Bits 4 - 31 are reserved for future use. Bits 0 - 3 represents the ONU speed mode, 1 - GPON, 2 - XG-PON, 3 - XGS-PON, 4 - automatic, the default value is 4. This attribute is not used for EPON.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4). In particular, a newly created row cannot be created until the corresponding zxAnPonOnuTypeName and zxAnPonOnuTypePonType have been set. To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

Configuration of ONU interface attributes.

Entry of zxAnPonOnuIfAttrTable. Entries in the zxAnPonOnuIfAttrTable are created and deleted using the zxAnPonOnuIfAttrRowStatus object, modify is prohibited.

The most significant 16 bits indicate the type of this interface: ETH(10), E1(20), T1(21), DS1(22), POTS(30), RF(40), WiFi(50), COM(60), VEIP(70), xDSL(80). The least significant 16 bits indicate the ID of this interface: the first 8 bits specifies the slot ID associated with this UNI, the second 8 bits specifies the port ID associated with this UNI. eg.the zxAnPonOnuIfId for eth_0/1 is 655361(0xA0001).

Reserved for future use.

Reserved for future use.

Reserved for future use.

Reserved for future use.

Reserved for future use.

Reserved for future use.

Reserved for future use.

Reserved for future use.

Reserved for future use.

Reserved for future use.

The status of this conceptual row. The supported actions of this conceptual row only include: 'createAndGo' and 'destroy'. To create a row in this table, a manager must set this object to createAndGo(4). To delete a row in this table, a manager must set this object to destroy(6). To get this object, the agent always returns active(1).

Same as ifIndex: |-------------+----------|------------|---------|---------| |InterfaceType| rack No. | Shelf No. | Slot No.| Port No.| | 1 (4bits) | (4bits) | (8bits) | (8bits) | (8bits) | +-------------+----------+------------+---------+---------+ The multi-variables binding rule should be complied with when a manager configures rogue ONU control. According to this rule, all the related mib variables must be included in one SNMP set operation. There are two types of variables: mandatory and optional. All of the mandatory variables must be included in one SNMP set operation. Optional variables may be included in one SNMP set operation with the mandatory variables, but must not be used alone. To configure rogue ONU control, the mandatory and optional variables are as follows: mandatoty: zxAnPonRogueOnuOltIndex, zxAnPonRogueOnuIndex

Represents the normal ONU index.

This object indicates the control action. -rogueOn:open the transmit power. -rogueOff:close the transmit power. -shutDown:shutdown the transceiver. Enumeration: 'shutDown': 3, 'rogueOff': 2, 'rogueOn': 1.

This object indicates the recovery time. When 'zxAnPonRogueOnuState' is 'rogueOn', 'zxAnPonRogueOnuRecoverTime' is invalid.

This table is defined to control rogue ONU.

Entry of zxAnPonRogueOnuDetectInfoTable. The multi-variables binding rule should be complied with when a manager configures rogue ONU detect. According to this rule, all the related mib variables must be included in one SNMP set operation. There are two types of variables: mandatory and optional. All of the mandatory variables must be included in one SNMP set operation. Optional variables may be included in one SNMP set operation with the mandatory variables, but must not be used alone. To configure rogue ONU detect, the mandatory and optional variables are as follows: mandatoty: zxAnRogueOnuDetectEnable, zxAnRogueOnuLocatingEnable, zxAnRogueOnuAutoCloseEnable.

The OLT slot to be configured rogue ONU detection.

This object indicates the rogue ONU detection mode. -enabled(1): enable the rogue ONU detection -disabled(2): disable the rogue ONU detection. Enumeration: 'disabled': 2, 'enabled': 1.

This object indicates the rogue ONU locating mode. -enabled(1): locating the rogue ONU -disabled(1): not locating the rogue ONU. When 'zxAnRogueOnuDetectEnable' is 'enabled', you can configure 'zxAnRogueOnuLocatingEnable'. When 'zxAnRogueOnuDetectEnable' is 'disabled', you can not configure 'zxAnRogueOnuLocatingEnable'. This object is not supported for C600 serial. Enumeration: 'disabled': 2, 'enabled': 1.

This object indicates the rogue ONU shutdown mode. -enabled(1): shutdown the rogue ONU automatically -disabled(2): shutdown the rogue ONU manually When 'zxAnRogueOnuLocatingEnable' is 'enabled', you can configure 'zxAnRogueOnuAutoCloseEnable'. When 'zxAnRogueOnuLocatingEnable' is 'disabled', you can not configure 'zxAnRogueOnuAutoCloseEnable'. This object is not supported for C600 serial. Enumeration: 'disabled': 2, 'enabled': 1.

This table is defined to get rogue ONU information.

It is an entry in the zxAnPonRogueOnuInfoTable. The index 'ifIndex' represents the normal OLT index

The instance No. of the rogue ONU.

The rogue ONU authentication status, 'authenticated' means this ONU is authenticated and 'unauthenticated' means this ONU is discovered by OLT but not authenticated. Enumeration: 'unauthenticated': 2, 'authenticated': 1.

The unique ONU ID of the specified PON port, value 0 means ONU is discovered by OLT but not authenticated.

The MAC address of the rogue ONU, only for EPON ONU.

The SN of the rogue ONU, only for GPON ONU.

The date and time when the rogue ONU is detected.

The PON port rogue ONU management table. This table only is used for C600 serial.

The PON port rogue ONU management entry.

The rogue ONU locating mode. enabled(1): locating the rogue ONU disabled(2): not locating the rogue ONU. Enumeration: 'disabled': 2, 'enabled': 1.

The rogue ONU shutdown mode. enabled(1): shutdown the rogue ONU automatically disabled(2): shutdown the rogue ONU manually. Enumeration: 'disabled': 2, 'enabled': 1.

The rogue ONU detection mode. enabled(1) enable the rogue ONU detection function disabled(2): disable the rogue ONU detection function. Enumeration: 'disabled': 2, 'enabled': 1.

Received optical power on OLT side from ONU.

Entry of zxAnPonRxOpticalPowerTable. The index 'zxAnPonOnuIndex' represents the normal ONU index.

This attribute represents the index of ONU.

Measured the received optical power. 65535000 means N/A, ONU is not in service. -80000 means no signal received.

Received threshold of transceiver on OLT side.

Entry of zxAnPonRxOpticalPowerThreshTable. The index 'zxAnPonOnuIndex' represents the normal ONU index.

Rising alarm threshold of received power.

Falling alarm threshold of received power.

Detect period.

The action of the ONU, when do the action, the 'zxAnPonRxPowerRisingAlarmThresh' value and 'zxAnPonRxPowerFallingAlarmThresh' value will be restored to the system defaule value. Enumeration: 'restoreDefault': 1.

The longitude of the PON equipment.

The latitude of the PON equipment.

The elevation of the PON equipment.

The horizontal error of the PON equipment. It caused by the changing of horizontal location during the measurement.

The altitude error of the PON equipment. It caused by the changing of altitude location during the measurement.

The GIS area code of the PON equipment. It references from the latest version 2013 of NBS(National Bureau of Statistics of China), http://www.stats.gov.cn/tjsj/tjbz/tjyqhdmhcxhfdm/2013/index.html.

The timestamp of GIS generated by BUAPP. The offset time based on 0 hour 0 minute 0 second Jan 1st 1970 in seconds.

The GIS digest.

The GIS check code. In order to prevent user input wrong information, the OLT will generate a new check code according to the calculation of above 8 variables, and compare the new check code with the check code generated by BUAPP.

Alarm for received power.

Restore of alarm for received power.

Alarm for received power.

Restore of alarm for received power.

The compliance statement for entities which implement the ZTE-AN-PON-BASE-MIB.

A collection of objects for ONU type configuration.

A collection of objects for OLT diagnose.

A collection of objects for ONU gis configuration data.

A collection of notifications.