SUB10SYSTEMS-MIB Table View

The table listing the each active alarm the local unit.
An active alarm is where the alarm state is 'raised' at the
specific severity level.
          
The entries in the table correspond to the configured entries in
sub10UnitMgmtAlarmTable.
          
This table has a single entry per alarm where the index to the table is
the same index as the associated Alarm configuration
table sub10UnitMgmtAlarmTable.

The table listing the users configured on the unit.
The number of user entries is sub10UnitMgmtUsersNumber.
          
This table is indexed by user name (sub10UnitMgmtUserName).
Multiple entries with the same sub10UnitMgmtUserName are not possible.
          
NB. As part of SNMPv3 support this table will be superceded by 'usmUserTable'.

The sub10UnitMgmtAlarmTable defines the alarm configuration.
The first 'N' rows of the table is reserved for fixed alarms
defined by the manufacturer. Fixed alarms cannot be deleted or their
names changed, other attributes of a fixed alarm may be modified.
          
The remainder of rows are available for user defined alarms which
can be created and deleted. The index value 'N' is defined by
'sub10UnitMgmtAlarmsUserDefStart'. Any attempt to create or delete a row
in the table with an index less than value of 'sub10UnitMgmtAlarmsUserDefStart'
will be rejected.
          
This table is indexed by alarm index a number ranging from 1
to the maximum number of entries in the alarm table.
User defined alarm name and and alarm severity are configurable allowing multiple
entries for the same alarm to be raised at different severity levels
according to different threshold levels. A user defined alarm can be created
with the same name as a fixed alarm if required. For example the fixed alarm
'Rx Power Low' monitors the radio receive power and raises an alarm if the
value is less than a certain threshold. A user defined alarm may be created
with the same name but a less stringent threshold and a lower seveirty level.
This allows same alarms to be raised at increasing severity as the condition
causing the alarm worsens.
          
This table allows configuration of threshold passing behavior,
threshold values for both raising and clearing the alarms and
the perceived severity. The alarm forwarding mechanisms can
be defined for example SNMP trap, syslog and SMTP.
          
No validation of thresholds across different entries of the table
therefore the administrator must ensure that thresholds are correctly
set accordingly for the severity of each alarm. This is particularly
important where a single alarm name is configured to be raised at
different severity levels.

The table listing the each trap destination the local unit.
Each trap destination has an IpAddress and a trap community string

The table of SNMPv3 User configuration.

The table of SNMPv3 Access configuration.

The table of SNMPv3 Target configuration.
This table defines the addresses of target SNMPv3 managers to send
Notifications.

This tables contains information regarding the firmware banks.

This tables defines the Domain Name Servers.

This tables defines the VLANs that are allowed to pass through the ethernet
interface. The table is only used when the value of sub10EthMgmtVlanFiltering is enabled.
          
The table only contains an entry if the specific vlan is to be allowed to flow through the interface.
If a VLAN is not in the table then the ethernet frame is dropped.
          
If sub10EthMgmtVlanFiltering is enabled this table must contain at least 1 VLAN.
          
IMPORTANT: This object is controlled by transaction management.
Any changes to this object must be transactionally acknowledged
following a successful set thus protecting against loss of
communication with the unit. To acknowledge the transaction
set the object sub10UnitMgmtTransaction to transactionCommit(2).

This table configures the characteristics of a Quality of
Service queue. There are a fixed number of 8 queues in total
and therefore 8 entries in this table indexed 1 thru 8.
          
The number of queue entries in the table is given by the value
of sub10EthMgmtQoSQNumber.

This table configures the Quality of Service
Vlan to queue mapping.
          
Multiple Vlans may be mapped to any queue. On egress of the
ethernet interface all pkts tagged with the specific Vlan Id
are inserted onto the specified queue.
          
See sub10EthMgmtQoSQTable for more information on QoS
queueing.
          
The number of entries in the table is given by the value
of sub10EthMgmtQoSVlanNumber.

This table configures the Quality of Service Priority
Code Point (PCP) or Pbits to queue mapping.
          
Multiple PCPs may be mapped to the same queue but the same
PCP cannot be mapped to more than one queue. This table
has a maximum size of 8 entries with exactly 1 entry per
PCP bit.
          
On egress of the ethernet interface all pkts tagged with the
specific PCP bit (irrespective of its Vlan Id) is inserted
on the specified queue.
          
See sub10EthMgmtQoSQTable for more information on QoS
queueing.
          
The number of entries in the table is given by the value
of sub10EthMgmtQoSPCPMappingNumber (maximum 8).

This table configures the Quality of Service Differentiated
Services Code Point (DSCP) to queue mapping.
          
Multiple DSCPs may be mapped to the same queue but the same
DSCP cannot be mapped to more than one queue. This table has
a maximum size of 64 with 1 entry per DSCP value.
          
On egress of the ethernet interface all pkts tagged with the
specific DSCP marking in the IP header will be inserted
onto the specified queue.
          
See sub10EthMgmtQoSQTable for more information on QoS
queueing.
          
The number of entries in the table is given by the value
of sub10EthMgmtQoSDSCPMappingNumber (maximum 64).

This table configures the Quality of Service Multi-Protocol
Label Switching protocol (MPLS) Traffic Class (TC) to queue mapping.
          
Multiple MPLS TCs may be mapped to the same queue but the same
MPLS TC cannot be mapped to more than one queue. This table has
a maximum size of 64 with 1 entry per MPLS TC value.
          
On egress of the ethernet interface all pkts tagged with the
specific MPLS TC in the IP header will be inserted
onto the specified queue.
          
See sub10EthMgmtQoSQTable for more information on QoS
queueing.
          
The number of entries in the table is given by the value
of sub10EthMgmtQoSMPLSMappingNumber (maximum 8).

This table maintains an entry for each Ethernet
statistic that is enabled and active.

This table maintains a history of Ethernet statistics
based on 15 minute intervals. There are a maximum
of 96 intervals which represent 24 hours of data.
          
This table along with the 1m and 1d tables provide a
history of the performance of the radio interface. This
information may then be post processed and used as a
troubleshooting tool.
          
An entry in the table represents a 15 minute interval
where each interval is synchronised to the clock on the
hour. There are up to 96 intervals starting at 1. The
number of valid entries in the table is given by the value
of sub10EthStats15mHistIntvls of which the minimum
is 0 and the maximum is 96 therefore providing
up to a maximum of 24 hours of 15 minute interval data.
          
The first entry indexed by 1 represents the most recent
completed 15 minute interval. At the end of each interval
all entries of 'index' are copied into entry 'index+1'. If the
number of valid intervals is 96 then the least recent interval
entry is summarised into 24 hour stats and then discarded.

This table maintains a history of Radio statistics
based on 1 day intervals. There are a maximum
of 30 intervals which represent 30 days of data.
          
This table along with the 1m and 15m tables provide a
history of the performance of the radio interface. This
information may then be post processed and used as a
troubleshooting tool.
          
An entry in the table represents a 1 day interval
where each interval is synchronised to the clock on the
hour. There are up to 30 intervals starting at 1. The
number of valid entries in the table is given by the value
of sub10EthStats1dHistIntvls of which the minimum
is 0 and the maximum is 30 therefore providing
up to a maximum of 30 days of 1 day interval data.
          
The first entry indexed by 1 represents the most recent
completed 1 day interval. At the end of each interval
all entries of 'index' are copied into entry 'index+1'. If the
number of valid intervals is 30 then the least recent interval
entry is discarded.

This table maintains an entry for each Radio
statistic that is enabled and active.

This table maintains a history of Radio statistics
based on 1 minute intervals. There are a maximum
of 60 intervals which represent 1 hour of data.
          
This table along with the 15m and 1d tables provide a
history of the performance of the radio interface. This
information may then be post processed and used as a
troubleshooting tool.
          
An entry in the table represents a 1 minute interval
where each interval is synchronised to the clock on the
hour. There are up to 60 intervals starting at 1. The
number of valid entries in the table is given by the value
of sub10RadioStats1mHistIntvls of which the minimum
is 0 and the maximum is 60 therefore providing
up to a maximum of 60 minutes of 1 minute interval data.
          
The first entry indexed by 1 represents the most recent
completed 1 minute interval. At the end of each interval
all entries of 'index' are copied into entry 'index+1'. If the
number of valid intervals is at least 15 then these 15 intervals
are summarised into 15 minutes stats. At the end of a 60 minute
period the least recent interval is discarded to accomodate
the next minute interval.

This table maintains a history of Radio statistics
based on 15 minute intervals. There are a maximum
of 96 intervals which represent 24 hours of data.
          
This table along with the 1m and 1d tables provide a
history of the performance of the radio interface. This
information may then be post processed and used as a
troubleshooting tool.
          
An entry in the table represents a 15 minute interval
where each interval is synchronised to the clock on the
hour. There are up to 96 intervals starting at 1. The
number of valid entries in the table is given by the value
of sub10RadioStats15mHistIntvls of which the minimum
is 0 and the maximum is 96 therefore providing
up to a maximum of 24 hours of 15 minute interval data.
          
The first entry indexed by 1 represents the most recent
completed 15 minute interval. At the end of each interval
all entries of 'index' are copied into entry 'index+1'. If the
number of valid intervals is 96 then the least recent interval
entry is summarised into 24 hour stats and then discarded.

This table maintains a history of Radio statistics
based on 1 day intervals. There are a maximum
of 30 intervals which represent 30 days of data.
          
This table along with the 1m and 15m tables provide a
history of the performance of the radio interface. This
information may then be post processed and used as a
troubleshooting tool.
          
An entry in the table represents a 1 day interval
where each interval is synchronised to the clock on the
hour. There are up to 30 intervals starting at 1. The
number of valid entries in the table is given by the value
of sub10RadioStats1dHistIntvls of which the minimum
is 0 and the maximum is 30 therefore providing
up to a maximum of 30 days of 1 day interval data.
          
The first entry indexed by 1 represents the most recent
completed 1 day interval. At the end of each interval
all entries of 'index' are copied into entry 'index+1'. If the
number of valid intervals is 30 then the least recent interval
entry is discarded.