HOMEPLUG-MIB
A MIB module to manage Homeplug Devices V1-03.
Main OID:
homeplug.avisto.3
54
Objects
Active
Status
3
Dependencies
Imported Objects
Objects
54 total| Object Name |
|---|
homeplugA MIB module to manage Homeplug Devices V1-03. MODULE-IDENTITY .avisto.3 |
configuration OBJECT IDENTIFIER .avisto.3.1 |
managerAddrIp address to which the traps are sent.rw OCTET STRING .avisto.3.1.1 |
managerPortPort to which the traps are sent.rw INTEGER .avisto.3.1.2 |
trapCommunityThe community used when sending traps.rw OCTET STRING .avisto.3.1.3 |
pollingRateThe periodicity of homeplug devices pollings (in hundredths of a second).rw TimeTicks (SNMPv2-SMI) .avisto.3.1.4 |
defaultUpperDataRateThresholdThe default upper data rate threshold taken into consideration to send
the traps based on data rate value [in hundredths of MHz].rw INTEGER .avisto.3.1.5 |
defaultLowerDataRateThresholdThe default lower data rate threshold taken into consideration to send
the traps based on data rate value [in hundredths of MHz].rw INTEGER .avisto.3.1.6 |
doCleanDeviceTableSet to on(1) to clean the current device table.
The default value is off(0). If set to on(1), all devices with a
off(0) status will be removed from device table before next polling.
After this cleaning, the value is then automatically re-set to its
default value: off(0).rw Enumeration .avisto.3.1.7 |
devicePasswdTblTable of device passwords. SEQUENCE OF DevicePasswdEntry .avisto.3.2 |
devicePasswdEntryInformation on each of the respective rows. DevicePasswdEntry .avisto.3.2.1 |
passwdIDThe identifier for the device password.ro INTEGER .avisto.3.2.1.1 |
passwdA device password.rw OCTET STRING .avisto.3.2.1.2 |
macAddrIEEE 802 MAC Address of the device.rw OCTET STRING .avisto.3.2.1.3 |
operStatusPassword operational status. The default status is unconfirmed(0).
If a device with this password is detected then the operational
status becomes confirmed(1).ro Enumeration .avisto.3.2.1.4 |
adminStatusPassword desired administrative status. The default status is off(1).
To activate a device password then the administrative status has to be
set to on(1).rw Enumeration .avisto.3.2.1.5 |
deviceTblTable of devices. SEQUENCE OF DeviceEntry .avisto.3.3 |
deviceEntryInformation on each of the respective rows DeviceEntry .avisto.3.3.1 |
devIDDevice identifier.ro INTEGER .avisto.3.3.1.1 |
lanAddressAddress of the device's LAN.ro OCTET STRING .avisto.3.3.1.2 |
macAddressIEEE 802 MAC Address of the device.ro OCTET STRING .avisto.3.3.1.3 |
chipsetChipset type.ro OCTET STRING .avisto.3.3.1.4 |
dataRateThe current transmit Data rate [in hundredths of MHz].ro INTEGER .avisto.3.3.1.5 |
upperDataRateThresholdThe Data Rate threshold taken into consideration to send
the traps based on the data rate value [in hundredths of MHz].rw INTEGER .avisto.3.3.1.6 |
lowerDataRateThresholdThe Data Rate threshold taken into consideration to send
the traps based on the data rate value [in hundredths of MHz].rw INTEGER .avisto.3.3.1.7 |
transmitACKCounterThe Transmit ACK Counter increments when an ACK is received
after transmitting a PHY frame with response expected.ro Counter32 .avisto.3.3.1.8 |
transmitNACKCounterThe Transmit NACK Counter increments when an NACK is received
after transmitting a PHY frame with response expected.ro Counter32 .avisto.3.3.1.9 |
transmitFAILCounterThe Transmit FAIL Counter increments when an FAIL is received
after transmitting a PHY frame with response expected.ro Counter32 .avisto.3.3.1.10 |
transmitConnectionLossCounterThe Transmit Connection Loss Counter increments when the station
defers to another transmitting station with the same transmit priority
during the Contention Window.ro Counter32 .avisto.3.3.1.11 |
transmitCollisionCounterThe Transmit Collision Counter increments when a Collision is
inferred to have occured, after transmitting a PHY frame for which a
response is expected.ro Counter32 .avisto.3.3.1.12 |
transmitCA3LatencyCounterThe Transmit CA3 Latency Counter contains the cumulative total
of number of milliseconds from receipt of a CA3 priority transmit request
to succesful transmit completion or transmit timeout. Subsequent Collisions
do not affect this metric.ro Counter32 .avisto.3.3.1.13 |
transmitCA2LatencyCounterThe Transmit CA2 Latency Counter contains the cumulative total
of number of milliseconds from receipt of a CA2 priority transmit request
to succesful transmit completion or transmit timeout. Subsequent Collisions
do not affect this metric.ro Counter32 .avisto.3.3.1.14 |
transmitCA1LatencyCounterThe Transmit CA1 Latency Counter contains the cumulative total
of number of milliseconds from receipt of a CA1 priority transmit request
to succesful transmit completion or transmit timeout. Subsequent Collisions
do not affect this metric.ro Counter32 .avisto.3.3.1.15 |
transmitCA0LatencyCounterThe Transmit CA0 Latency Counter contains the cumulative total
of number of milliseconds from receipt of a CA0 priority transmit request
to succesful transmit completion or transmit timeout. Subsequent Collisions
do not affect this metric.ro Counter32 .avisto.3.3.1.16 |
receiveCumulativeBytesPer40SymbolPacketCounterThe Receive Cumulative Bytes per 40-symbol Packet Counter contains
the cumulative total of number of bytes within a received 40-symbol packet
for each validly received PHY frame. The number of bytes is based on the
tone map and modulation characteristicsro Counter32 .avisto.3.3.1.17 |
lastSeenDateThe Last seen date (in seconds). Number of seconds since the Epoch.
Epoch: midnight, January 1, 1970 (Coordinated Universal Time or UTC or GMT)ro Counter32 .avisto.3.3.1.18 |
deviceStatusDevice operational status. The default status is testing(0) that means that
the next polling will determine if the device is up(1) or down(2).
If a device is detected, the status becomes up(1), if it is missing then
the status is down(2).ro Enumeration .avisto.3.3.1.19 |
lanTblA table of the remote devices. SEQUENCE OF LanEntry .avisto.3.4 |
lanEntryInformation on each of the respective rows. LanEntry .avisto.3.4.1 |
lanIDLAN identifier.ro INTEGER .avisto.3.4.1.1 |
localMacAddrIEEE 802 MAC Address of the LAN local device.ro OCTET STRING .avisto.3.4.1.2 |
netPasswordNetwork password.rw OCTET STRING .avisto.3.4.1.3 |
transmitPriorityLevelTransmit Priority Level.rw Enumeration .avisto.3.4.1.4 |
lanStatusLan operational status. The default status is testing(0) that means that
the next polling will determine if the lan is up(1) or down(2).
If a lan is detected, the status becomes up(1), if it is missing then
the status is down(2).ro Enumeration .avisto.3.4.1.5 |
homeplugGroups OBJECT IDENTIFIER .avisto.3.5 |
homeplugComplianceGroups OBJECT IDENTIFIER .avisto.3.5.1 |
homeplugTraps OBJECT IDENTIFIER .avisto.3.5.2 |
traps OBJECT IDENTIFIER .avisto.3.6 |
newDeviceThis trap is generated when a new homeplug device is detected into a LAN. NOTIFICATION-TYPE .avisto.3.6.1 |
missingDeviceThis trap is generated when a previously detected homeplug device is not
anymore detected into a LAN. NOTIFICATION-TYPE .avisto.3.6.2 |
newLanThis trap is generated when a homeplug device LAN is detected. NOTIFICATION-TYPE .avisto.3.6.3 |
missingLanThis trap is generated when a previously detected homeplug device LAN does not
exist anymore. NOTIFICATION-TYPE .avisto.3.6.4 |
dataRateDownThis trap is generated when the data rate of an homeplug device becomes lower than lower data rate
threshold limit. NOTIFICATION-TYPE .avisto.3.6.5 |
dataRateUpThis trap is generated when the data rate of an homeplug device becomes higher than upper data rate
threshold limit. NOTIFICATION-TYPE .avisto.3.6.6 |
More MIBs from Default
Browse all DefaultMIBs →RC-TLS-MIB
SNMP MIB module
2614 objects→
AVAYA-WLAN-MIB
The AVAYA-WLAN-MIB provides SNMP-based management and monitoring capabilities for Avaya wireless LAN infrastructure, enabling the collection of performance metrics such as access point status, client association counts, signal strength, and radio interface statistics. This module facilitates the tracking of WLAN-specific events and configuration parameters to support network availability and troubleshooting within Avaya wireless deployments.
2022 objects→
VMWARE-NSX-MIB
The VMWARE-NSX-MIB enables SNMP-based monitoring and management of VMware NSX-T Data Center virtual network infrastructure, exposing metrics for logical switches, routers, distributed firewalls, and overlay tunnel states. It facilitates the tracking of Layer 2 through Layer 7 service instances, including access control lists, Quality of Service policies, and virtual network topology changes within the software-defined networking environment.
1035 objects→
923switch.m
Standard SNMP MIB module defining data structures for 923switch.m.
999 objects→
CTATX-MIB
Standard SNMP MIB module defining data structures for CTATX-MIB.
747 objects→
DC-BGP-MIB
SNMP MIB module
652 objects→