MIB
|
Purpose of
MIB
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CISCO-SMI
|
This file
contains the definition of the Cisco Structure of Managed Information (SMI).
|
CISCO-TC
|
This file
contains Cisco textual definitions.
|
CISCO-UNIFIED-COMPUTING-ADAPTOR-MIB
|
This package
contains configuration and statistics information that reflect the state of the
VIC adapters within
Cisco UCS.
|
CISCO-UNIFIED-COMPUTING-COMPUTE-MIB
|
This
package contains configuration, inventory, and statistics objects for computing
resources, including blade and rack servers.
It
includes the following information:
-
Inventory objects for blade servers and components
-
Inventory objects for rack servers and components
-
Chassis connectivity policies
-
Compute discovery and auto-configuration policies
-
Compute pool objects
From this
MIB,
Cisco UCS Standalone C-Series servers support
only the following tables:
|
CISCO-UNIFIED-COMPUTING-EQUIPMENT-MIB
|
This package
contains details about the
Cisco UCS inventory. Objects in this package are
defined to model the physical components.
It includes
the following information:
-
Network
adapters
-
Beacon
LEDs
-
Board
controllers
-
Cisco UCS chassis
-
FAN
-
Hard
drive
-
IO card
-
Memory
unit
-
Power
supply unit
From this
MIB,
Cisco UCS Standalone C-Series servers support
only the following tables:
-
EquipmentFanTable
-
EquipmentPsuTable
|
CISCO-UNIFIED-COMPUTING-FAULT-MIB
|
This package
provides information about
Cisco UCS faults. A fault is an abnormal
condition or defect at the component, equipment, or subsystem level, which may
lead to a failure as defined in ISO/CD 10303-226.
Each managed
object in the management tree may have one or more faults that indicate a
particular problem with this object.
It includes
the following information:
From this
MIB,
Cisco UCS Standalone C-Series servers support
only the following table:
|
CISCO-UNIFIED-COMPUTING-MIB
|
This package
defines the
Cisco UCS Managed Object.
|
CISCO-UNIFIED-COMPUTING-MEMORY-MIB
|
This
package contains details about memory units that are installed in rack-mount
servers.
It includes
the following information:
-
Memory
arrays
-
Memory
units
-
Memory
qualification
-
Statistics
From this
MIB,
Cisco UCS Standalone C-Series servers support
only the following tables:
-
MemoryUnitTable
-
MemoryUnitEnvStatsTable
|
CISCO-UNIFIED-COMPUTING-NOTIFS-MIB
|
This MIB
contains the definitions of the SNMP notifications that are supported byCisco UCS.
The
following notifications are defined:
-
UCS
Fault raised
-
UCS
Fault cleared
|
CISCO-UNIFIED-COMPUTING-PROCESSOR-MIB
|
This
package provides information about Central Processing Units (CPUs) that can be
installed on
Cisco UCS Standalone C-Series servers.
It includes
the following information:
-
CPU
characteristics
-
CPU
statistics
From this
MIB,
Cisco UCS Standalone C-Series servers support
only the following tables:
-
ProcessorUnitTable
-
ProcessorEnvStatsTable
|
CISCO-UNIFIED-COMPUTING-STORAGE-MIB
|
This
package contains details about storage elements that can be installed or
accessed from a
Cisco UCS Standalone C-Series server.
It includes
following information:
-
Local
disks
-
Storage
controllers
-
Storage
enclosures
-
LUNs
-
RAID
batteries
From this
MIB,
Cisco UCS Standalone C-Series servers support
only the following tables:
-
StorageControllerTable
-
StorageLocalDiskTable
-
StorageLocalLunTable
-
StorageRAIDBatteryTable
|
CISCO-UNIFIED-COMPUTING-TC-MIB
|
This MIB
contains all the SNMP textual conventions that are used in other
Cisco UCS MIBs.
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INET-ADDRESS-MIB
|
This MIB
module defines textual conventions for representing Internet addresses.
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ITU-ALARM-TC-MIB
|
This MIB
module defines the ITU alarm textual convention for objects not expected to
require regular extension.
|
SNMP-FRAMEWORK-MIB
|
This MIB
module defines the original SNMP architecture.
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SNMPv2-MIB
|
This MIB
module defines the SNMPv2 architecture.
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SNMPv2-CONF-MIB
|
This MIB
module is defined for conformance purposes only.
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SNMPv2-SMI-MIB
|
This MIB
module defines the SNMPv2 SMI.
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SNMPv2-TC-MIB
|
This MIB
module represents textual information taken from the NVT ASCII character set,
as defined in RFC 854.
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