INTEL-EXPRESS110-MIB
AI MIB Summary
Standard SNMP MIB module defining data structures for INTEL-EXPRESS110-MIB.
243
Objects
Active
Status
5
Dependencies
Imported Objects
Objects
243 total| Object Name |
|---|
express110 OBJECT IDENTIFIER .hub-products.1 |
RFC-1215 Unknown .hub-products.1 |
utilizationThresholdExceededUtilization rate in last rptrSegmentUtilizationTrapPeriod
exceeded rptrSegmentUtilizationTrapThreshold. TRAP-TYPE .hub-products.1.0.0 |
collisionThresholdExceededCollisions in last rptrSegmentCollisionTrapPeriod exceeded
rptrSegmentCollisionTrapThreshold. TRAP-TYPE .hub-products.1.0.1 |
configurationChangeA chassis was added to the stack or removed, a chassis
lost power, a module was reset or powered on, or,
a repeater module changed speeds. TRAP-TYPE .hub-products.1.0.2 |
tBrdgBufferFullBuffer full rate in last tBrdgPeriod exceeded tBrdgThrshld. TRAP-TYPE .hub-products.1.0.3 |
chassisRPSActiveThe power supply has failed and the optional Redundant Power
Supply for this chassis has activated. TRAP-TYPE .hub-products.1.0.4 |
portSecurityViolationAn ethernet frame with an unauthorized source MAC address was
detected on this port and the port has been disabled. TRAP-TYPE .hub-products.1.0.5 |
mgmtSwitchedToBackupMgmtPrimary management module failed and switched to backup module.
The value associated is the hub number of the active management module. TRAP-TYPE .hub-products.1.0.6 |
bridgeConfigChangeEventThe trap is sent whenever a stack's bridge configuration is changed.
The value associated is the hub number of the active bridge. TRAP-TYPE .hub-products.1.0.7 |
bridgeConfigNoBridgeEventThe trap is sent whenever a stack without a bridge warning TRAP-TYPE .hub-products.1.0.8 |
portlinkChangeEventThe trap is sent whenever the link state of a port changes
from link up to link down or from link down to link up TRAP-TYPE .hub-products.1.0.9 |
portSpeedChangeEventThe trap is sent whenever the speed status of a port changes
from link up to link down or from link down to link up TRAP-TYPE .hub-products.1.0.10 |
hubNumberofStackedChassisDisplays the total number of chassis in the stack.ro INTEGER .hub-products.1.1 |
hubDescriptionStringBitfield used by SNMP application.ro OCTET STRING .hub-products.1.2 |
hubStackResetResets all modules in all of the chassis in the stack.rw Enumeration .hub-products.1.3 |
hubLCDModeVariableSets the type of information displayed on the Management
Module's LCD when in Sleep Mode. sysContact, sysLocation,
and sysName are user-definable. Traps shows the most current
SNMP trap message generated. Utilization shows the percentage
of bandwidth used in each segment in the stack. Ipaddress
shows the currently assigned Management Module IP address.
Sleep text shows user-definable text set with the
hubLCDSleepText object.rw Enumeration .hub-products.1.4 |
hubLCDSleepTextSets user-defined text to be displayed by the LCD when in
Sleep Mode. For example, you may want the name and phone number
of a contact person to display on the LCD panel.
This object is only applicable to 200 series stackable hubs.rw DisplayString .hub-products.1.5 |
hubLCDSleepTimeSets the number of minutes before the LCD goes into Sleep
Mode. If an LCD button isn't pressed for the time
specified, the LCD goes into Sleep Mode and displays
the information set by hubLCDModeVariable. To disable
this feature, set the time to 0.
This object is only applicable to 200 series stackable hubs.rw INTEGER (0 .. 255) .hub-products.1.6 |
hubRFC1516SegmentSets which segment the standard repeater MIB (RFC1516)
returns counters for. The standard repeater MIB doesn't
support two segments at the same time.rw Enumeration .hub-products.1.7 |
chassisConfigTableConfiguration information at the chassis level. SEQUENCE OF ChassisConfigEntry .hub-products.1.8 |
chassisConfigEntryA table entry, containing configuration information
about a single chassis. ChassisConfigEntry .hub-products.1.8.1 |
chassisConfigTableIndexChassis number in the stack. This object refers to the
number in the example below.
Example: chassisConfigTableIndex.1
This example refers to chassis 1 of the stack.
The chassis at the top of the stack is number 1.ro INTEGER .hub-products.1.8.1.1 |
chassisSegmentModeSets/reports the repeater segment the chassis ports participate in.
For chassis which do not support port speed autosensing, only
'segment1' or 'segment2' can be set. For stacks with both segments
set to the same speed, setting a chassis to 'auto' causes linked
ports to participate in segment2. The 'mixed' value is read-only and
indicates that ports within the chassis do not share the same
segment mode. Setting chassis ports via this object does not prevent
ports from being set independently.rw Enumeration .hub-products.1.8.1.2 |
chassisResetResets all modules in the selected chassis.rw Enumeration .hub-products.1.8.1.3 |
chassisRPSStateThe state of the optional Redundant Power Supply connected
to the chassis. standby means the RPS is actively backing up
the chassis. active means the chassis power supply has failed
and the RPS is powering the chassis.ro Enumeration .hub-products.1.8.1.4 |
chassisIsolateThe isolated or unisolates the hub from the backplane channel.rw Enumeration .hub-products.1.8.1.5 |
moduleConfigStatusTableConfiguration and status information at the module level. SEQUENCE OF ModuleConfigStatusEntry .hub-products.1.9 |
moduleConfigStatusEntryA table entry, containing configuration and status
information about a single module. ModuleConfigStatusEntry .hub-products.1.9.1 |
moduleChassisIndexChassis number in the stack. This object refers to the first
number in the example below.
Example: moduleChassisIndex.1.1
The first number is the chassis (hub) and the second number is the
module in the chassis. This example refers to module 1 in hub 1
(which is the hub at the top of the stack). Base ports on the hub
are always module 1.
The left expansion slot (when facing the hub) is module 2 and the
right expansion slot is module 3.ro INTEGER .hub-products.1.9.1.1 |
moduleIndexModule number in the chassis. This object refers to the second
number in the example below.
Example: moduleChassisIndex.1.1
The first number is the chassis (hub) and the second number is the
module in the chassis. This example refers to module 1 in hub 1
(which is the hub at the top of the stack). Base ports on the hub
are always module 1.
The left expansion slot (when facing the hub) is module 2 and the
right expansion slot is module 3.ro INTEGER .hub-products.1.9.1.2 |
moduleTypeThe module type. The base ports of a 12- or
24-port hub are considered modules. For example,
hubTXports12 are ports 1-12 on a 12-port hub.
bridge is an externally inserted bridge and refers to
the Ethernet Module or the Fiber Module. management
is the Management Module (also called the SNMP agent).
None means no module is installed.ro Enumeration .hub-products.1.9.1.3 |
moduleUserAssignedTypeUser-definable information about the type of the module.
Manufacturer assigns a default value.rw DisplayString .hub-products.1.9.1.4 |
moduleUserAssignedNumberUser-definable information about the module.
Blank by default.rw DisplayString .hub-products.1.9.1.5 |
moduleUserAssignedNameUser-definable information about the module.
Blank by default.rw DisplayString .hub-products.1.9.1.6 |
moduleSizeofROMDisplays the module's ROM size.ro INTEGER .hub-products.1.9.1.7 |
moduleSizeofRAMDisplays the module's RAM size.ro INTEGER .hub-products.1.9.1.8 |
moduleHWDescriptionDisplays the CPU type and flash capacity.ro DisplayString .hub-products.1.9.1.9 |
moduleAgentSWVersionDisplays the module's agent software version. Each module has
software which contributes to the SNMP agent's functionality.
The Management Module version is the SNMP agent's version.ro DisplayString .hub-products.1.9.1.10 |
moduleBootSWVersionDisplays the module's boot software version.ro DisplayString .hub-products.1.9.1.11 |
moduleManufacturingInfoDisplays the manufacturer-assigned hardware description.ro DisplayString .hub-products.1.9.1.12 |
moduleTotalPortCountDisplays the total number of ports in the module. This
can be:
14 = a 12-port hub
(12 base ports plus 2 expansion modules)
16 = a 12-port hub with an internal bridge
(14, as described for a 12-port hub,
plus 2 internal bridge ports)
24 = a 24-port hub
26 = a 24-port hub with an internal bridge
1 or 2 for an expansion module (module dependent).ro INTEGER .hub-products.1.9.1.13 |
moduleExternalPortCountNumber of external ports in the module.ro INTEGER .hub-products.1.9.1.14 |
moduleSegmentLockoutPrevents the hub speed from being changed by either
a management station and/or the Change speed button
on the front of a hub.
Only nButtonnMgmt is valid for expansion modules.
Only nButtonnMgmt or nButtonyMgmt is valid for hubs which
do not have speed change buttons.rw Enumeration .hub-products.1.9.1.15 |
moduleLEDInfoBitfield used by SNMP application.ro OCTET STRING .hub-products.1.9.1.16 |
moduleLastErrorIDBitfield used by SNMP application.rw INTEGER .hub-products.1.9.1.17 |
moduleMediaDevicesResetPerforms a physical layer reset of the module. Use this
reset if ports lock-up on an individual hub.rw Enumeration .hub-products.1.9.1.18 |
moduleImageFileSourceSets the IP address of the device that transfers the
image file to the module. The image filename is
specified by the moduleImageFileName object. The
moduleImageDownloadControl object starts and stops
the download process.rw IpAddress .hub-products.1.9.1.19 |
moduleImageFileNameSets the image filename contained on the device
specified by the moduleImageFileSource object.
The moduleImageDownloadControl object starts
and stops the download process to the module.
e300agentImageUpdateCtrl must be set to enabled
before starting the download process.rw DisplayString .hub-products.1.9.1.20 |
moduleImageDownloadControlStarts and stops the image file download process to
the module. Use the moduleImageFileSource to set the
IP address of the device that contains image file.
Use the moduleImageFileName object to set the image filename.rw Enumeration .hub-products.1.9.1.21 |
moduleImageDownloadStatusDisplays the Management Module's image file download status.
If error appears, use the moduleImageFileSource, moduleImageFileName,
and moduleImageDownloadControl objects to configure and download
the image file to the module. Do not reset the module until the
status has changed to completed.ro Enumeration .hub-products.1.9.1.22 |
moduleOperationalStatusCurrent operational state of the module.ro Enumeration .hub-products.1.9.1.23 |
moduleUptimeTime since the module was last reset.ro TimeTicks (SNMPv2-SMI) .hub-products.1.9.1.24 |
moduleResetResets the module.rw Enumeration .hub-products.1.9.1.25 |
moduleAllPortLEDInfoBitfield used by SNMP application.ro OCTET STRING .hub-products.1.9.1.26 |
moduleAllPortAdminStatusBitfield used by SNMP application.rw OCTET STRING .hub-products.1.9.1.27 |
moduleAllPortOperStatusBitfield used by SNMP application.ro OCTET STRING .hub-products.1.9.1.28 |
moduleAllPortSpeedBitfield used by SNMP application.ro OCTET STRING .hub-products.1.9.1.29 |
moduleAllPortSpeedInfoBitfield used by SNMP application.ro OCTET STRING .hub-products.1.9.1.30 |
moduleSegmentModeSets/reports the repeater segment the module ports participate in.
For modules which do not support automatic port speed selection,
only 'segment1' or 'segment2' may be set.
The 'mixed' value is read-only and indicates that ports
within the module do not share the same segment mode.
Setting module ports via this object does not prevent ports
from being set independently.rw Enumeration .hub-products.1.9.1.31 |
moduleAllPortLinkPartnerInfoBitfield used by SNMP application.ro OCTET STRING .hub-products.1.9.1.32 |
moduleAllPortCounterResetResets all the port counters in the module to zero. This includes
all traffic statistics (packet count, etc.) and error counts.rw Enumeration .hub-products.1.9.1.33 |
moduleAllPortTimeSinceLinkChangeBitfield used by SNMP application.ro OCTET STRING .hub-products.1.9.1.34 |
modulePersistentMemoryResetReset contents of persistent memory objects to factory
defaults. Persistent memory object are settings that are
saved even after the module is reset or power-cycled.rw Enumeration .hub-products.1.9.1.35 |
portConfigTableConfiguration information at the Port level. SEQUENCE OF PortConfigEntry .hub-products.1.10 |
portConfigEntryA table entry, containing configuration information
about a single port. PortConfigEntry .hub-products.1.10.1 |
portChassisIndexChassis number in stack. This object refers to the first
number in the example below.
Example: portChassisIndex.1.1.9
The first number is the chassis. The second number is the module
in the chassis. The third number is the port in the module. This
example refers to port 9 in module 1 in hub 1 (which is the hub at the
top of the stack). Base ports on the hub are always module 1. The
left expansion slot (when facing the hub) is module 2 and the right
expansion slot is module 3.ro INTEGER .hub-products.1.10.1.1 |
portModuleIndexModule number in the chassis. This object refers to the second
number in the example below.
Example: portModuleIndex.1.1.9
The first number is the chassis. The second number is the module
in the chassis. The third number is the port in the module. This
example refers to port 9 in module 1 in hub 1 (which is the hub at
the top of the stack). Base ports on the hub are always module 1.
The left expansion slot (when facing the hub) is module 2 and the
right expansion slot is module 3.ro INTEGER .hub-products.1.10.1.2 |
portIndexPort number in the module. This object refers to the third
number in the example below.
Example: portChassisIndex 1.1.9
The first number is the chassis. The second number is the module
in the chassis. The third number is the port in the module. This
example refers to port 9 in module 1 in hub 1 (which is the hub at
the top of the stack). Base ports on the hub are always module 1.
The left expansion slot (when facing the hub) is module 2 and the
right expansion slot is module 3.ro INTEGER .hub-products.1.10.1.3 |
portTypeDisplays the selected port's capabilities. internalHalfDuplex
is the expansion module's internal connection to a port in the hub.ro Enumeration .hub-products.1.10.1.4 |
portAdminStatusEnables or disables the selected port. Disabled ports
will not be able to establish a link to a device.
Disabled ports remain disabled until re-enabled.rw Enumeration .hub-products.1.10.1.5 |
portOperStatusDisplays the current link status of the port.
Operational means a port has established a link to a device.
Notoperational means the port does not have a link established.
It does not mean there is a problem with the port.
Notpresent may mean that an Intel Cascade Cable was removed from
a hub or that the cable is faulty.
Violated means that this port was disabled by a security violation.
Port security is enabled/disabled with the portSecureAdminMode
object. A violated port can be re-enabled with the
portAdminStatus object.ro Enumeration .hub-products.1.10.1.6 |
portJabberJabber state of the port. Failure means the device attached to
the port caused the hub's jabber lock-up protection to turn on.
Check the device attached to the port.ro Enumeration .hub-products.1.10.1.7 |
portLinkPartnerInfoBitfield used by SNMP application.ro OCTET STRING .hub-products.1.10.1.8 |
portLEDInfoBitfield used by SNMP application.ro OCTET STRING .hub-products.1.10.1.9 |
portTimeSinceLastLinkChangeTime since the last link status change.ro TimeTicks (SNMPv2-SMI) .hub-products.1.10.1.10 |
portAllCountersResetResets all counters for ports to zero. This includes all
traffic statistics (packet count, etc.) and error counts.rw Enumeration .hub-products.1.10.1.11 |
portResetReset the port at the media level.rw Enumeration .hub-products.1.10.1.12 |
portLastErrorIDType of last error that occurred on the port since the last
link status change. badPhy is a hardware problem with the hub
port. polarity means there's a cabling problem between the hub
and the attached device. wrongSpeedLP means the device attached
to the port is operating at the wrong speed. jabberSeen means
you may have a faulty device attached to the port. partition
means the port was automatically partitioned at least once.ro Enumeration .hub-products.1.10.1.13 |
portSegmentAdminModeFor ports that have the ability to be set independent of
the hub or module they reside in, this object allows setting the
port to 'segment1', 'segment2', or 'auto'.rw Enumeration .hub-products.1.10.1.14 |
portSegmentOperStatusReports the port's segment assignment.
'none' indicates the port has a portSegmentAdminMode of 'auto'
and has not negotiated a link speed setting with a device.ro Enumeration .hub-products.1.10.1.15 |
portLinkSpeedThe operational speed of this port when linked. Ports which do not
have a link report 'none'.ro Enumeration .hub-products.1.10.1.16 |
portSecureAdminModeCauses a port to be administratively disabled if an
un-authorized MAC address is detected as having transmitted
a frame into this hub port. A trap is also generated when
an unauthorized source MAC address is detected.
An unauthorized source MAC addresss is defined as follows:
If a portSecureMAC is specified, any frame received from
this port which does not originate from the specified
portSecureMAC is unauthorized.
If no portSecureMAC is specified, the first source MAC address
detected on this port is the authorized MAC. Any frame
originating on this port with a different MAC address from
the first MAC address detected is unauthorized.
Older Management modules (those which do not support RMON) will not
allow enabling of port security due to hardware limitations.rw Enumeration .hub-products.1.10.1.17 |
portSecureMACSpecifies the authorized MAC address for this port if
portSecureAdminMode is set to portSecurityOn.rw OCTET STRING .hub-products.1.10.1.18 |
portLinkTestStateThe current setting of link test function for the port. When disable,
a port will no longer be disconnected due to link fail. When enable,
the port will only remain connected to the network so long as link pulses
are being received.rw Enumeration .hub-products.1.10.1.19 |
portLinkTestStatusTrapCtrlThis object indicates whether a trap should be generated
when the link state changes.rw Enumeration .hub-products.1.10.1.20 |
portSpeedStatusTrapCtrlThis object indicates whether a trap should be generated
when the speed status changes.rw Enumeration .hub-products.1.10.1.21 |
portPolarityStatusThe current polarity status of this port.ro Enumeration .hub-products.1.10.1.22 |
rptrSegmentConfigTableRepeater configuration information at the segment level. SEQUENCE OF RptrSegmentConfigEntry .hub-products.1.11 |
rptrSegmentConfigEntryA table entry, containing repeater configuration information
about a single segment. RptrSegmentConfigEntry .hub-products.1.11.1 |
rptrSegmentConfigIndexIndex into this table is rptrSegmentConfigIndex. Any
configuration changes apply to all repeater ports
participating in the segment.
If a stack does not have any ports at the selected speed,
the OperationalStatus of this segment will be NotPresent.ro Enumeration .hub-products.1.11.1.1 |
rptrSegmentOperationalStatusDisplays the operational status of the segment.ro Enumeration .hub-products.1.11.1.2 |
rptrSegmentZeroCountersResets all repeater per-port counters of the repeater modules
in the segment. The read value is always notreset.rw Enumeration .hub-products.1.11.1.3 |
rptrSegmentResetPerforms a cold-reset of all repeater modules in the segment.
(RFC2108 rptrInfoReset)rw Enumeration .hub-products.1.11.1.4 |
rptrSegmentResetMediaPerforms a media layer reset of all repeater modules in the segment.rw Enumeration .hub-products.1.11.1.5 |
rptrSegmentPartitionThresholdThe number of consecutive collisions that will cause
a port to autopartition. Note that this sets the value
for all repeaters in the segment.rw Enumeration .hub-products.1.11.1.6 |
rptrSegmentNonDisruptTestPerforms a self-test of all repeater modules in the segment.rw Enumeration .hub-products.1.11.1.7 |
rptrSegmentUtilizationTrapThresholdIf the utilization rate exceeds this value, a trap is sent.
Use 0 to disable. This trap is based on the utilization
rate over the last rptrSegmentUtilizationTrapPeriod.rw Gauge .hub-products.1.11.1.8 |
rptrSegmentCollisionTrapThresholdIf the number of collisions exceeds this value, a trap
is sent. Use 0 to disable. This trap is based on the
number of collision in the last rptrSegmentCollisionTrapPeriod.rw Counter .hub-products.1.11.1.9 |
rptrSegmentUtilizationTrapPeriodTime period (in minutes) that segment utilization must
exceed the trap threshold value to generate a trap.rw INTEGER .hub-products.1.11.1.10 |
rptrSegmentCollisionTrapPeriodTime period (in minutes) that segment collisions must
exceed the trap threshold value to generate a trap.rw INTEGER .hub-products.1.11.1.11 |
rptrSegmentSpeedThe speed of the ports within the segment.ro Enumeration .hub-products.1.11.1.12 |
rptrSegmentStatTableRepeater status information at the segment level. SEQUENCE OF RptrSegmentStatEntry .hub-products.1.12 |
rptrSegmentStatEntryA table entry, containing repeater status information
about a single repeater. RptrSegmentStatEntry .hub-products.1.12.1 |
rptrSegmentStatIndexSelects the 10Mbps or 100Mbps segment.ro Enumeration .hub-products.1.12.1.1 |
rptrSegmentTotalFramesThe number of frames detected without errors. Includes unicast,
broadcast, and multicast frames. Does not include frames received
with frames too long, runt, FCS, or alignment errors.
(RFC2108 rptrMonitorGroupTotalFrames for all groups in
this segment.)ro Counter .hub-products.1.12.1.2 |
rptrSegmentTotalOctetsThe number of octets (bytes) contained in frames received that had no
errors. This includes octets in unicast, broadcast, and multicast
frames.
It also includes octets after the start frame delimiter up to FCS but
not including FCS octets.
(RFC2108 rptrMonitorGroupTotalOctets for all groups in this segment.)ro Counter .hub-products.1.12.1.3 |
rptrSegmentTotalErrorsThe total number of errors detected. Total errors include FCS errors,
alignment errors, frame too long, short events, late events, very
long event, and rate mismatch errors.
(RFC2108 rptrMonitorGroupTotalErrors for all groups in this segment.)ro Counter .hub-products.1.12.1.4 |
rptrSegmentTotalCollisionsSum of all collisions in this segment.
(RFC2108 rptrMonTxCollisions)ro Counter .hub-products.1.12.1.5 |
rptrSegmentPartitionedPortsTotal number of present and enabled, but autopartitioned ports.
(RFC2108 rptrInfoPartitionedPorts)ro Gauge .hub-products.1.12.1.6 |
rptrSegmentHealthTextDescription of current health of all repeaters in the segment.
(RFC2108 rptrHealthText)ro DisplayString (SNMPv2-TC) .hub-products.1.12.1.7 |
rptrSegmentUtilizationThe utilization rate over the last one second.ro Gauge .hub-products.1.12.1.8 |
rptrModuleStatTable***** Deprecated and replaced by rptrChassisSegmentStatTable *****
Repeater status information at the Module level. SEQUENCE OF RptrModuleStatEntry .hub-products.1.13 |
rptrModuleStatEntry***** Deprecated and replaced by rptrChassisSegmentStatEntry *****
A table entry, containing repeater status information
about a single module. RptrModuleStatEntry .hub-products.1.13.1 |
rptrModuleIndex***** Deprecated and replaced by rptrChassisSegmentIndex *****
This index is the chassis number in the stack.
The chassis at the top of the stack is number 1.ro INTEGER .hub-products.1.13.1.1 |
rptrModuleTotalFrames***** Deprecated and replaced by rptrChassisSegmentTotalFrames *****
The number of frames detected without errors. Includes unicast,
broadcast, and multicast frames. Does not include frames received
with frames too long, runt, FCS, or alignment errors. This is the
sum of all valid received frames for all ports in this repeater
module.
(RFC2108 rptrMonitorGroupTotalFrames)ro Counter .hub-products.1.13.1.2 |
rptrModuleTotalOctets***** Deprecated and replaced by rptrChassisSegmentTotalOctets *****
The number of octets (bytes) contained in frames received that had no
errors. This includes octets in unicast, broadcast, and multicast
frames.
It also includes octets after the start frame delimiter up to FCS
but not including FCS octets. This is the sum of all valid received
octets for all ports in this repeater module.
(RFC2108 rptrMonitorGroupTotalOctets)ro Counter .hub-products.1.13.1.3 |
rptrModuleTotalErrors***** Deprecated and replaced by rptrChassisSegmentTotalErrors *****
The total number of errors detected. Total errors include FCS errors,
alignment errors, frame too long, short events, late events, very
long event, and rate mismatch errors. This is the sum of all errors
for all ports in this repeater module.
(RFC2108 rptrMonitorGroupTotalErrors)ro Counter .hub-products.1.13.1.4 |
rptrModuleFCSErrors***** Deprecated and replaced by rptrChassisSegmentFCSErrors *****
The number of frames detected that are free of partial octets
and do not pass the FCS check. Usually caused by adapter underrun
(when the adapter cant get enough bus bandwidth). FCS errors do
not necessarily indicate that data has been lost.ro Counter .hub-products.1.13.1.5 |
rptrModuleAlignmentErrors***** Deprecated and replaced by rptrChassisSegmentAlignmentErrors *****
The number of frames detected that contain partial octets and do not
pass the FCS check.ro Counter .hub-products.1.13.1.6 |
rptrModuleFrameTooLongs***** Deprecated and replaced by rptrChassisSegmentFrameTooLongs *****
The number of frames detected that exceed the maximum permitted
frame size.ro Counter .hub-products.1.13.1.7 |
rptrModuleShortEvents***** Deprecated and replaced by rptrChassisSegmentShortEvents *****
The number of fragments detected with ActivityDuration less than
ShortEventMaxTime (greater than 74 bit times and less than 82 bit
times). Usually indicates a network topology problem.ro Counter .hub-products.1.13.1.8 |
rptrModuleRunts***** Deprecated and replaced by rptrChassisSegmentRunts *****
The number of frames detected that are less than the minimum
permitted frame size of 64 octets but have a good FCS. Runts usually
indicate collision fragments, a normal network event.ro Counter .hub-products.1.13.1.9 |
rptrModuleCollisions***** Deprecated and replaced by rptrChassisSegmentCollisions *****
Sum of all collisions for all ports in this repeater module.ro Counter .hub-products.1.13.1.10 |
rptrModuleLateEvents***** Deprecated and replaced by rptrChassisSegmentLateEvents *****
The number of collisions detected after the allowable detection
period.
Usually indicates a network topology problem, such as daisy-chaining
class I 100Mbps hubs with UTP cable or a network diameter that is
too wide.ro Counter .hub-products.1.13.1.11 |
rptrModuleVeryLongEvents***** Deprecated and replaced by rptrChassisSegmentVeryLongEvents *****
The number of times MAU jabber lockup protection (MJLP) was detected
due to transmission of data that exceeded 5 msec in duration
(octet count greater than maxFrameSize). Can indicate a faulty
device or port.ro Counter .hub-products.1.13.1.12 |
rptrModuleDataRateMismatches***** Deprecated and replaced by rptrChassisSegmentDataRateMismatches *****
A count of the occurrences of out-of-specification bit rates.
This indicates the number of times the FIFO buffer overruns or
underruns due to transmission rate errors. This could indicate
an incorrect FIFO setting on a network adapter or a faulty adapter.ro Counter .hub-products.1.13.1.13 |
rptrModuleAutoPartitions***** Deprecated and replaced by rptrChassisSegmentAutoPartitions *****
The number of times this port was automatically partitioned. This
condition occurs when too many consecutive collisions are detected
on the port. These collisions are due to excessive traffic on the
segment, a malfunctioning port, or a malfunctioning adapter that
is jabbering.ro Counter .hub-products.1.13.1.14 |
rptrPortStatTableRepeater status information at the port level. SEQUENCE OF RptrPortStatEntry .hub-products.1.14 |
rptrPortStatEntryA table entry, containing repeater status information
about a single port. RptrPortStatEntry .hub-products.1.14.1 |
rptrPortChassisIndexChassis number in stack. The chassis at the top is number 1.ro INTEGER .hub-products.1.14.1.1 |
rptrPortIndexPort number in the module.ro INTEGER .hub-products.1.14.1.2 |
rptrPortPartitionStateIndicates a port's current autopartitioned state.
(RFC2108 rptrPortAutoPartitionState)ro Enumeration .hub-products.1.14.1.3 |
rptrPortReadableFramesThe number of frames detected without errors. Includes unicast,
broadcast, and multicast frames. Does not include frames received
with frames too long, runt, FCS, or alignment errors.
(RFC2108 rptrMonitorPortReadableFrames)ro Counter .hub-products.1.14.1.4 |
rptrPortReadableOctetsThe number of octets (bytes) contained in frames received that had no
errors. This includes octets in unicast, broadcast, and multicast
frames. It also includes octets after the start frame delimiter up
to FCS but not including FCS octets.
(RFC2108 rptrMonitorPortReadableOctets)ro Counter .hub-products.1.14.1.5 |
rptrPortFcsErrorsThe number of frames detected that are free of partial octets
and do not pass the FCS check. Usually caused by adapter underrun
(when the adapter can't get enough bus bandwidth). FCS errors do
not necessarily indicate that data has been lost.
(RFC2108 rptrMonitorPortFCSErrors)ro Counter .hub-products.1.14.1.6 |
rptrPortAlignmentErrorsThe number of frames detected that contain partial octets and do not
pass the FCS check.
(RFC2108 rptrMonitorPortAlignmentErrors)ro Counter .hub-products.1.14.1.7 |
rptrPortFrameTooLongsThe number of frames detected that exceed the maximum permitted
frame size of 1518 octets.
(RFC2108 rptrMonitorPortFrameTooLongs)ro Counter .hub-products.1.14.1.8 |
rptrPortShortEventsThe number of fragments detected with ActivityDuration less than
ShortEventMaxTime (greater than 74 bit times and less than 82 bit
times). Usually indicates a network topology problem.
(RFC2108 rptrMonitorPortShortEvents)ro Counter .hub-products.1.14.1.9 |
rptrPortRuntsThe number of frames detected that are less than the minimum
permitted frame size of 64 octets but have a good FCS. Runts
usually indicate collision fragments, a normal network event.
(RFC2108 rptrMonitorPortRunts)ro Counter .hub-products.1.14.1.10 |
rptrPortCollisionsThe number of collisions detected on a port.
(RFC2108 rptrMonitorPortCollisions)ro Counter .hub-products.1.14.1.11 |
rptrPortLateEventsThe number of collisions detected after the allowable detection
period.
Usually indicates a network topology problem, such as daisy-chaining
Class I 100Mbps hubs with UTP cable or a network diameter that is
too wide.
(RFC2108 rptrMonitorPortLateEvents)ro Counter .hub-products.1.14.1.12 |
rptrPortVeryLongEventsThe number of times MAU jabber lockup protection (MJLP) was detected
due to transmission of data that exceeded 5 msec in duration
(octet count greater than maxFramSize). Can indicate a faulty device
or port.
(RFC2108 rptrMonitorPortVeryLongEvents)ro Counter .hub-products.1.14.1.13 |
rptrPortDataRateMismatchesA count of the occurrences of out-of-specification bit rates.
This indicates the number of times the FIFO buffer overruns or
underruns due to transmission rate errors. This could indicate
an incorrect FIFO setting on a network adapter or a faulty adapter.
(RFC2108 rptrMonitorPortDataRateMismatches)ro Counter .hub-products.1.14.1.14 |
rptrPortAutoPartitionsThe number of times this port was automatically partitioned. This
condition occurs when 64 consecutive collisions are detected on the
port. These collisions are due to excessive traffic on the segment,
a malfunctioning port, or a malfunctioning adapter that is jabbering.
(RFC2108 rptrMonitorPortAutoPartitions)ro Counter .hub-products.1.14.1.15 |
rptrPortTotalErrorsThe total number of errors detected. Total errors include FCS errors,
alignment errors, frame too long, short events, late events, very
long event, rate mismatch, and symbol errors.
(RFC2108 rptrMonitorPortTotalErrors)ro Counter .hub-products.1.14.1.16 |
rptrPortLastMACAddressThe source address of the last readable frame received
by this port. If no frames have been received on this
port, the length of the returned DisplayString is zero.
(RFC2108 rptrAddrTrackNewLastSrcAddress)ro DisplayString (SNMPv2-TC) .hub-products.1.14.1.17 |
rptrPortNumberofMACAddressChangesThe number of times that the value of rptrPortLastMACAddress has
changed.
The typical value for this port is 1, meaning the value of
rptrPortLastMACAddress changed from all zeros to a MAC address.
A high number of changes indicates a port connected to a switch or
bridge.
(RFC2108 rptrAddrTrackSourceAddrChanges)ro Counter .hub-products.1.14.1.18 |
rptrPortSymbolErrorsThis counter is incremented by one each time a
valid length packet was received at the port and
there was at least one occurrence of an invalid
data symbol. This can increment only once per valid
carrier event. A collision presence at any port of
the repeater containing port N will not cause this
attribute to increment.ro Counter .hub-products.1.14.1.19 |
rptrChassisSegmentStatTableRepeater status information by segment at the chassis level. SEQUENCE OF RptrChassisSegmentStatEntry .hub-products.1.15 |
rptrChassisSegmentStatEntryA table entry, containing repeater status information
about a single chassis and segment. RptrChassisSegmentStatEntry .hub-products.1.15.1 |
rptrChassisIndexThis index is the chassis number in the stack.
The chassis at the top of the stack is number 1.ro INTEGER .hub-products.1.15.1.1 |
rptrChassisSegmentIndexThis index is the segment number in the stack.ro INTEGER .hub-products.1.15.1.2 |
rptrChassisSegmentTotalFramesThe number of frames detected without errors. Includes unicast,
broadcast, and multicast frames. Does not include frames received
with frames too long, runt, FCS, or alignment errors. This is the
sum of all valid received frames for all ports in this repeater
module.
(RFC2108 rptrMonitorGroupTotalFrames)ro Counter .hub-products.1.15.1.3 |
rptrChassisSegmentTotalOctetsThe number of octets (bytes) contained in frames received that had no
errors. This includes octets in unicast, broadcast, and multicast
frames.
It also includes octets after the start frame delimiter up to FCS
but not including FCS octets. This is the sum of all valid received
octets for all ports in this repeater module.
(RFC2108 rptrMonitorGroupTotalOctets)ro Counter .hub-products.1.15.1.4 |
rptrChassisSegmentTotalErrorsThe total number of errors detected. Total errors include FCS errors,
alignment errors, frame too long, short events, late events, very
long event, and rate mismatch errors. This is the sum of all errors
for all ports in this repeater module.
(RFC2108 rptrMonitorGroupTotalErrors)ro Counter .hub-products.1.15.1.5 |
rptrChassisSegmentFCSErrorsThe number of frames detected that are free of partial octets
and do not pass the FCS check. Usually caused by adapter underrun
(when the adapter can't get enough bus bandwidth). FCS errors do
not necessarily indicate that data has been lost.ro Counter .hub-products.1.15.1.6 |
rptrChassisSegmentAlignmentErrorsThe number of frames detected that contain partial octets and do not
pass the FCS check.ro Counter .hub-products.1.15.1.7 |
rptrChassisSegmentFrameTooLongsThe number of frames detected that exceed the maximum permitted
frame size.ro Counter .hub-products.1.15.1.8 |
rptrChassisSegmentShortEventsThe number of fragments detected with ActivityDuration less than
ShortEventMaxTime (greater than 74 bit times and less than 82 bit
times). Usually indicates a network topology problem.ro Counter .hub-products.1.15.1.9 |
rptrChassisSegmentRuntsThe number of frames detected that are less than the minimum
permitted frame size of 64 octets but have a good FCS. Runts usually
indicate collision fragments, a normal network event.ro Counter .hub-products.1.15.1.10 |
rptrChassisSegmentCollisionsSum of all collisions for all ports in this repeater module.ro Counter .hub-products.1.15.1.11 |
rptrChassisSegmentLateEventsThe number of collisions detected after the allowable detection
period.
Usually indicates a network topology problem, such as daisy-chaining
class I 100Mbps hubs with UTP cable or a network diameter that is
too wide.ro Counter .hub-products.1.15.1.12 |
rptrChassisSegmentVeryLongEventsThe number of times MAU jabber lockup protection (MJLP) was detected
due to transmission of data that exceeded 5 msec in duration
(octet count greater than maxFrameSize). Can indicate a faulty
device or port.ro Counter .hub-products.1.15.1.13 |
rptrChassisSegmentDataRateMismatchesA count of the occurrences of out-of-specification bit rates.
This indicates the number of times the FIFO buffer overruns or
underruns due to transmission rate errors. This could indicate
an incorrect FIFO setting on a network adapter or a faulty adapter.ro Counter .hub-products.1.15.1.14 |
rptrChassisSegmentAutoPartitionsThe number of times this port was automatically partitioned. This
condition occurs when too many consecutive collisions are detected
on the port. These collisions are due to excessive traffic on the
segment, a malfunctioning port, or a malfunctioning adapter that
is jabbering.ro Counter .hub-products.1.15.1.15 |
rptrChassisSegmentSymbolErrorsThis counter is incremented by one when a valid
length packet was received at the port and
there was at least one occurrence of an invalid
data symbol. This can increment only once per valid
carrier event. A collision presence at any port of
the repeater containing port N will not cause this
attribute to increment.ro Counter .hub-products.1.15.1.16 |
tBrdgAdminTableEmbedded transparent bridge administration. SEQUENCE OF TBrdgAdminEntry .hub-products.1.16 |
tBrdgAdminEntryA table entry, containing administration information
for a single embedded transparent bridge span. TBrdgAdminEntry .hub-products.1.16.1 |
tBrdgAdminSpanIndexEmbedded transparent bridge span number.
A bridge span consists of one or more embedded transparent bridges
forwarding packets between two segments.ro INTEGER .hub-products.1.16.1.1 |
tBrdgAdminStateThe state of the embedded transparent bridging span.
enable - Allows packets to be forwarded by embedded bridging
to the peer segment.
disable - Prevents packets from being forwarded by embedded
bridging to the peer segment.rw Enumeration .hub-products.1.16.1.2 |
tBrdgReset'reset' resets all enabled transparent bridges in the span.
'resetCounters' clears all transparent bridge statistics.rw Enumeration .hub-products.1.16.1.3 |
tBrdgThrshldIf the number of times the transparent bridge indicates buffer full
exceeds this value, a trap is generated. Use 0 to disable.
This trap is based on the number of tBrdgBufferFullCount in the last
tBrdgPeriod.rw INTEGER .hub-products.1.16.1.4 |
tBrdgPeriodTime period (in minutes) that the transparent bridge buffer full
count must exceed the trap threshold value in order to generate
a trap.rw INTEGER .hub-products.1.16.1.5 |
tBrdgLockoutPrevents embedded transparent bridging from being enabled or
disabled via a button on the front of a hub or by the local
management console interface.rw Enumeration .hub-products.1.16.1.6 |
tBrdgHubIdchassisConfigTableIndex of the chassis containing the primary
internal bridge for the span.
All internal bridge statistics are reported as ports 101 and 102
within this hub chassis.ro INTEGER .hub-products.1.16.1.7 |
tBrdgSegmentsEmbedded transparent bridge span segments.
This is a list of segments (1 per byte) in this bridge span.ro OCTET STRING .hub-products.1.16.1.8 |
tBrdgStatsTableEmbedded transparent bridge statistics. SEQUENCE OF TBrdgStatsEntry .hub-products.1.17 |
tBrdgStatsEntryA table entry, containing statistics for a single
embedded transparent bridge span domain. TBrdgStatsEntry .hub-products.1.17.1 |
tBrdgStatsSpanEmbedded transparent bridge span number.
A bridge span consists of one or more embedded transparent bridges
forwarding packets between two segments.ro INTEGER .hub-products.1.17.1.1 |
tBrdgStatsSegmentEmbedded transparent bridge statistics segment.
This index specifies which segment is associated with the
transparent bridge statistics.ro INTEGER .hub-products.1.17.1.2 |
tBrdgUtilInThe percentage of this segment's traffic that was bridged from
the peer segment during the previous second.ro INTEGER .hub-products.1.17.1.3 |
tBrdgUtilOutThe percentage of this segment's traffic which was bridged to
the peer segment during the previous second.ro INTEGER .hub-products.1.17.1.4 |
tBrdgBufferFullCountThe number of times internal buffer capacity was exceeded
while bridging frames out of this segment.ro INTEGER .hub-products.1.17.1.5 |
stackConfigExtensions OBJECT IDENTIFIER .hub-products.1.18 |
stackClearPortSecurityClears all active and persistent port security settings.rw Enumeration .hub-products.1.18.1 |
express-snmp-agents OBJECT IDENTIFIER .hub-products.1.19 |
e300agentConfiguration OBJECT IDENTIFIER .hub-products.1.19.1 |
e300agentVendorNameDisplays the SNMP agent's manufacturer name.ro DisplayString .hub-products.1.19.1.1 |
e300agentProductNameDisplays the product name that contains the SNMP agent.ro DisplayString .hub-products.1.19.1.2 |
e300agentChassisIndexDisplays which chassis contains the SNMP agent's module.ro INTEGER .hub-products.1.19.1.3 |
e300agentModuleIndexDisplays which module in the chassis is the SNMP agent's
module. The chassis number is in the object agentChassisIndex.ro INTEGER .hub-products.1.19.1.4 |
e300mibversionDisplays the version of the MIB supported by the SNMP agent.ro DisplayString .hub-products.1.19.1.5 |
e300resetAgentPerforms a cold reset of the SNMP agent. If a new IP configuration
was set, it will be used after the reset.rw Enumeration .hub-products.1.19.1.6 |
e300agentRoleThe current role of this agent within this hub stack.ro Enumeration .hub-products.1.19.1.7 |
e300agentIpBootServerAddrThe IP Address of Boot Server.rw IpAddress .hub-products.1.19.1.8 |
e300agentIpUnauthAddrThe IP address of an unauthorized SNMP packet.ro IpAddress .hub-products.1.19.1.9 |
e300agentIpUnauthCommThe community string of an unauthorized SNMP packet.ro DisplayString .hub-products.1.19.1.10 |
e300agentIpLastBootServerAddrThe last IP address used as Boot server IP address.ro IpAddress .hub-products.1.19.1.11 |
e300agentIpLastIpAddrThe last IP address used as the agent system IP address.ro IpAddress .hub-products.1.19.1.12 |
e300ipConfiguration OBJECT IDENTIFIER .hub-products.1.19.2 |
e300ipAddressMethodInUseDisplays how the IP address in use was determined.
For example, fixed means the IP address was assigned by the
user and stored within the Management Module. BOOTP means the
SNMP agent used a BOOTP server to get its IP configuration.ro Enumeration .hub-products.1.19.2.1 |
e300ipAddressInUseDisplays the IP address currently in use.ro IpAddress .hub-products.1.19.2.2 |
e300gatewayorRouterAddrInUseDisplays the default gateway address currently in use.
This is the device that routes to a different network.
Usually a router or a routing server.ro IpAddress .hub-products.1.19.2.3 |
e300networkMaskInUseDisplays the network (subnet) mask currently in use. This
must match the masks of other devices on the same network.ro IpAddress .hub-products.1.19.2.4 |
e300broadcastAddressInUseDisplays the broadcast address currently in use.ro IpAddress .hub-products.1.19.2.5 |
e300ipAddressMethodNextResetDisplays how the IP address will be determined after the
SNMP agent is reset. For example, fixed means the IP address
will be determined locally. BOOTP means the SNMP agent will
search for a BOOTP server to get its IP configuration.rw Enumeration .hub-products.1.19.2.6 |
e300ipAddressNextResetDisplays the IP address the SNMP agent will use the next
time it is reset.rw IpAddress .hub-products.1.19.2.7 |
e300gatewayorRouterAddrNextResetDisplays the default gateway the SNMP agent will use the next
time it is reset.rw IpAddress .hub-products.1.19.2.8 |
e300networkMaskNextResetDisplays the netmask (subnet mask) the SNMP agent will use the next
time it is reset.rw IpAddress .hub-products.1.19.2.9 |
e300snmpConfiguration OBJECT IDENTIFIER .hub-products.1.19.3 |
e300snmpReadCommunityStringSets the password for reads from the SNMP agent's MIB.rw DisplayString .hub-products.1.19.3.1 |
e300snmpWriteCommunityStringSets the password for writes to the SNMP agent's MIB.rw DisplayString .hub-products.1.19.3.2 |
e300snmpTrapReceiverMAXDisplays the maximum number of trap receiving stations.ro INTEGER .hub-products.1.19.3.3 |
e300snmpTrapReceiverNumberDisplays the current number of trap receiving stations.ro INTEGER .hub-products.1.19.3.4 |
e300snmpTrapAddressTableContains information on individual trap receiving stations. SEQUENCE OF E300SnmpTrapAddressEntry .hub-products.1.19.3.5 |
e300snmpTrapAddressEntryAn entry in the table, containing information on an individual
trap receiving station. E300SnmpTrapAddressEntry .hub-products.1.19.3.5.1 |
e300trapAddrIndexDisplays the index number of the trap receiving station.ro INTEGER .hub-products.1.19.3.5.1.1 |
e300trapIPAddrSets the IP address for a trap receiving station.rw IpAddress .hub-products.1.19.3.5.1.2 |
e300trapCommunityStringSets the password for sending traps from the SNMP agent
to the SNMP application on the trap receiving station.rw DisplayString .hub-products.1.19.3.5.1.3 |
e300trapStatusDisplays whether traps should be sent to this station (active)
or whether traps should not be sent to this station (ignore).rw Enumeration .hub-products.1.19.3.5.1.4 |
e300agentExtConfiguration OBJECT IDENTIFIER .hub-products.1.19.4 |
e300agentSwUpdateModeThe download media used by the system to download the runtime firmware.rw Enumeration .hub-products.1.19.4.1 |
e300agentConfigUpdateCtrlCurrent status of configuration file download control. The setting
is effective the next time you reset or power on the hub.rw Enumeration .hub-products.1.19.4.2 |
e300agentConfigFilenameThe name of the configuration file to be downloaded from the BootP or TFTP
server when agentConfigUpdateCtrl is enabled.rw DisplayString .hub-products.1.19.4.3 |
e300agentImageUpdateCtrlCurrent status of firmware image download control. The setting
is effective the next time you reset or power on the hub.rw Enumeration .hub-products.1.19.4.4 |
e300agentImageFilenameThe name of the image file to be downloaded from the TFTP server when
agentImageUpdateCtrl is enabled.rw DisplayString .hub-products.1.19.4.5 |
e300agentRs232PortConfigThe current setting of RS-232C port.
The RS-232C port can be configured as the console port or
used for out-of-band connection.rw Enumeration .hub-products.1.19.4.6 |
e300agentOutOfBandBaudRateConfigThe baud rate setting for out of band connection.
The baud rate for the console interface is always 9600.rw Enumeration .hub-products.1.19.4.7 |
e300slipConfiguration OBJECT IDENTIFIER .hub-products.1.19.5 |
e300slipAddressInUseDisplays the IP address currently in use.ro IpAddress .hub-products.1.19.5.1 |
e300slipGatewayorRouterAddrInUseDisplays the default gateway address currently in use.
This is the device that routes to a different network.
Usually a router or a routing server.ro IpAddress .hub-products.1.19.5.2 |
e300slipNetworkMaskInUseDisplays the network (subnet) mask currently in use. This
must match the masks of other devices on the same network.ro IpAddress .hub-products.1.19.5.3 |
e300slipBroadcastAddressInUseDisplays the broadcast address currently in use.ro IpAddress .hub-products.1.19.5.4 |
e300slipAddressNextResetDisplays the IP address the SNMP agent will use the next
time it is reset.rw IpAddress .hub-products.1.19.5.5 |
e300slipGatewayorRouterAddrNextResetDisplays the default gateway the SNMP agent will use the next
time it is reset.rw IpAddress .hub-products.1.19.5.6 |
e300slipNetworkMaskNextResetDisplays the netmask (subnet mask) the SNMP agent will use the next
time it is reset.rw IpAddress .hub-products.1.19.5.7 |
e300mgmtBasicInfoTableA list of SNMP agent basic information. SEQUENCE OF E300mgmtBasicInfoEntry .hub-products.1.19.6 |
e300mgmtBasicInfoEntryA table entry, containing SNMP agent basic information. E300mgmtBasicInfoEntry .hub-products.1.19.6.1 |
e300mgmtChassisIndexChassis number in the stack which SNMP agent located.ro INTEGER .hub-products.1.19.6.1.1 |
e300mgmtIPAddressIP address of the SNMP agent.ro IpAddress .hub-products.1.19.6.1.2 |
e300mgmtPhysicalAddressPhysical address of the SNMP agent.ro PhysAddress (SNMPv2-TC) .hub-products.1.19.6.1.3 |
e300mgmtRoleThe current role of the SNMP agent within this hub stack.ro Enumeration .hub-products.1.19.6.1.4 |