FUSIONIO-IODIMM-MIB: View SNMP OID List / Download MIB

Major MIB revision. This will increment when incompatible structural changes occur.

Minor MIB revision. This will increment when minor additions occur.

The overall MIB condition. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

There will be an entry in this table for each ioDrive device installed.

Each entry represents an ioDrive device.

Unique index for ioDrive entries.

The overall status of the ioDrive device. Enumeration: 'failed': 4, 'degraded': 3, 'other': 1, 'ok': 2.

System control device name for this device.

Serial number of this device.

System part number of this device.

Sub-vendor system part number of this device.

The spare part number of this device.

The assembly number of this device (HW revision).

Firmware version of this device.

Device driver version.

Device UID written at format time.

The current state of the attached client device. In order to function normally, the device must be in the 'attached' state. Quiescent states: attached = device is ready for normal use detached = device is stopped minimal = driver loaded but firmware needs updating error = device is not working properly Transitional states: attaching = device is initializing scanning = part of device initialization detaching = device is stopping formatting = the format operation is in process updating = the firmware is being updated Operations: attach = make device operational detach = take device off-line format = re-formats device update = firmware update Device state must be minimal or detached to update the firmware and must be detached in order format. Enumeration: 'scanning': 7, 'format': 12, 'unknown': 0, 'attached': 2, 'update': 13, 'attaching': 6, 'attach': 10, 'detaching': 5, 'formatting': 8, 'updating': 9, 'error': 4, 'detached': 1, 'detach': 11, 'minimal': 3.

The name of the attached client device.

Writing a true value here will turn on the LED flashing beacon for visual card identification. A false value will turn the LED beacon off.

Device address on the PCI bus.

Device PCI ID.

Device PCI subdevice ID.

Device PCI vendor ID.

Device PCI subvendor ID.

Device PCI slot number.

A true condition indicates that the device has surpassed the wearout threshold.

A true condition indicates that flashback redundancy is degraded.

A value that indicates the writability of the device. Enumeration: 'writeReduced': 0, 'nonWritable': 1, 'unknown': 3, 'normal': 2.

The current internal temperature of the device in Celsius.

An estimate of the health of the drive expressed as the remaining percentage of drive life before write rate is reduced due to wearout. If health percentage is not available the value will be set to -1.

The date that the drive is estimated to reach the wearout threshold based on drive usage in the short-term interval.

The date that the drive is estimated to reach the wearout threshold based on drive usage in the long-term interval.

The date that the drive is estimated to go non-writable based on drive usage in the short-term interval.

The date that the drive is estimated to go non-writable based on drive usage in the long-term interval.

Reason card is in minimal mode. Enumeration: 'channelInitFail': 15, 'forced': 4, 'driverOutOfDate': 13, 'cardLimitExceeded': 6, 'unknown': 0, 'insufficientMemory': 9, 'firmwareOutOfDate': 1, 'unsupportedNand': 12, 'hardwareFailure': 14, 'missingMidprom': 11, 'internal': 5, 'unsupportedOS': 8, 'lowPower': 2, 'dualPlaneFail': 3, 'bootloaderMode': 10, 'fallbackFirmware': 16, 'notInMinimalMode': 7.

Reason card is in reduced write mode. Enumeration: 'noMemory': 3, 'none': 0, 'groomFails': 10, 'adapterPower': 6, 'unavailable': 9, 'dieFailure': 4, 'userRequested': 1, 'wearout': 5, 'internal': 7, 'noMdBlocks': 2, 'powerLimiting': 8.

Current voltage level of PCIe 12 volt bus in millivolts. A value of 0 means value could not be determined.

Peak voltage level of PCIe 12 volt bus in millivolts. A value of 0 means value could not be determined.

Minimum voltage level of PCIe 12 volt bus in millivolts. A value of 0 means value could not be determined.

Current wattage drawn on the PCIe 12 volt bus in milliwatts. A value of 0 means value could not be determined.

Peak wattage drawn on the PCIe 12 volt bus in milliwatts. A value of 0 means value could not be determined.

Amperage flowing on the PCIe 12 volt bus in milliamps. A value of 0 means value could not be determined.

Peak amperage flowing on the PCIe 12 volt bus in milliamps. A value of 0 means value could not be determined.

Type of ioDimm adapter. Enumeration: 'octalMezzAdapter': 4, 'ioDimm': 5, 'dualControllerAdapter': 13, 'ioSanAdapter': 2, 'fused': 11, 'singleControllerAdapter': 14, 'ioMono': 6, 'unknown': -1, 'nandModule': 12, 'singleAdapter': 0, 'controller': 9, 'hpAdrenaline3': 10, 'ioXtreme': 7, 'octalBaseAdapter': 3, 'ciscoMezz': 15, 'dualAdapter': 1, 'hpMezz': 8.

Port number of this ioDimm on the adapter. If port number is not available the value will be set to -1.

Serial number of the adapter where this ioDimm is connected.

A true condition indicates that external power is connected on the adapter where this ioDimm is connected.

A true condition indicates that powerloss protection is available but disabled.

A true condition indicates that the internal temperature is nearing the maximum rating.

The current ambient temperature of the device in Celsius.

The bandwidth compatibility of the PCI-E slot. If the value is not optimal, the status and condition variables will be set accordingly. Enumeration: 'optimal': 2048, 'unknown': 32768, 'suboptimal': 16, 'incompatible': 0.

The power compatibility of the PCI-E slot. If the value is not optimal, the status and condition variables will be set accordingly. Enumeration: 'optimal': 2048, 'unknown': 32768, 'suboptimal': 16, 'incompatible': 0.

The level of governing currently happening on the device. This may be due to any of several reasons. Current reasons are because of high temperature, power shortage, or to prolong life of the drive. none = no governing active light = light governing moderate = moderate governing heavy = heavy governing unavailable = governing level unavailable Enumeration: 'heavy': 3, 'light': 1, 'none': 0, 'moderate': 2, 'unavailable': 4.

Governing may be impacted for the sake of prolonging longevity of the device. This value indicates the level of contribution for longevity. none = no governing active light = light governing moderate = moderate governing heavy = heavy governing unavailable = governing level unavailable Enumeration: 'heavy': 3, 'light': 1, 'none': 0, 'moderate': 2, 'unavailable': 4.

Governing may be impacted due to a lack of power available to the device. This value indicates the level of contribution due to lack of power. none = no governing active light = light governing moderate = moderate governing heavy = heavy governing unavailable = governing level unavailable Enumeration: 'heavy': 3, 'light': 1, 'none': 0, 'moderate': 2, 'unavailable': 4.

Governing may be impacted due to the device reaching high temperatures. This value indicates the level of contribution due to high temperatures. none = no governing active light = light governing moderate = moderate governing heavy = heavy governing unavailable = governing level unavailable Enumeration: 'heavy': 3, 'light': 1, 'none': 0, 'moderate': 2, 'unavailable': 4.

A true condition indicates that lifespan governing is enabled.

The target lifespan governing date.

A true condition indicates that temperature is at a critical level.

A true condition indicates that temperature is has surpassed a critical level and the device will shut down.

Indicates whether correctable or uncorrectable PCIe errors have been detected on the PCIe bus. Enumeration: 'none': 0, 'uncorrectable': 2, 'correctable': 1.

A true condition indicates the device is missing a LEB map and cannot be attached.

A true condition indicates the device is experiencing a VccInt out of range error.

A true condition indicates the device is experiencing a VccAux out of range error.

A true condition indicates the device is experiencing an overpower error. Plug in external power to solve the problem.

A true condition indicates the device is currently in the process of being upgraded to a new major revision of the VSL driver.

Threshold at which temperature will be considered high (warning level) and temperature high trap will be fired.

Threshold at which temperature will be at a critical level and a critical temperature trap will be fired.

Threshold at which temperature will be at a shutdown level and a critical temperature trap will be fired.

The number of this virtual controller on the physical ioMemory device.

The total number of active virtual controllers on the physical ioMemory device.

The total active media on the device as a percent.

Fusion-io ioDrive extension table.

Represents an entry in the fusionIoDimmExtnTable.

The unique index for the ioDrive extension table. There should be an entry in this table for each entry in the ioDrive table.

The upper word of the max format size in bytes.

The lower word of the max format size in bytes.

The upper word of the usable physical capacity in bytes. This is space that is holding valid data, is erased and ready for writing or waiting to be reclaimed via garbage collection.

The lower word of the usable physical capacity in bytes. This is space that is holding valid data, is erased and ready for writing or waiting to be reclaimed via garbage collection.

The upper word used physical capacity in bytes. This is the space holding valid, current data.

The lower word used physical capacity in bytes. This is the space holding valid, current data.

The upper word of the total logical capacity in bytes as formatted.

The lower word of the total logical capacity in bytes as formatted.

The upper word of the available logical capacity in bytes.

The lower word of the available logical capacity in bytes.

The upper word of the total number of bytes read since the device was formatted.

The lower word of the total number of bytes read since the device was formatted.

The upper word of the total bytes written.

The lower word of the total bytes written.

The upper word of the number of user data bytes written.

The lower word of the number of user data bytes written.

The start date used to characterize short-term drive usage.

The number of hours in the short-term usage characterization window. If this value is non-zero, then the short-term start date will automatically track with the short-term end date by the number of hours specified.

The end date used to characterize short-term drive usage.

Set this variable true to automatically have the short-term end date automatically updated to the present date.

The start date used to characterize long-term drive usage.

The number of hours in the long-term usage characterization window. If this value is non-zero, then the long-term start date will automatically track with the long-term end date by the number of hours specified.

The end date used to characterize long-term drive usage.

Set this variable true to automatically have the long-term end date automatically updated to the present date.

Set this true to automatically calculate the long-term and short-term average write rate based on the start and end dates selected. Otherwise, the average write rate must be set manually.

The upper word of the short-term average write rate used to characterize drive usage. This will be automatically calculated based on short-term start and end dates if the auto calc value is true.

The lower word of the short-term average write rate used to characterize drive usage. This will be automatically calculated based on short-term start and end dates if the auto calc value is true.

The upper word of the long-term average write rate used to characterize drive usage. This will be automatically calculated based on long-term start and end dates if the auto calc value is true.

The lower word of the long-term average write rate used to characterize drive usage. This will be automatically calculated based on long-term start and end dates if the auto calc value is true.

This defines the confidence interval used to calculate the wearout and non-writable dates. Expressed as a percentage, this value reflects the confidence in the short and long-term averages used to characterize drive usage.

The block size that this device is formatted to use.

The upper word of the current RAM usage in bytes for the drive.

The lower word of the current RAM usage in bytes for the drive.

The upper word of the peak RAM usage in bytes for the drive.

The lower word of the peak RAM usage in bytes for the drive.

A table of usable physical capacity values over time.

Defines an entry of the usable physical capacity history table.

The ioDrive index. This correlates to the drive index in the info table.

Unique index for the usable physical capacity log.

The upper word of the physical usable capacity at this point in time.

The lower word of the physical usable capacity at this point in time.

The time stamp of this value entry.

A log of write volume history.

An entry in the write volume history table.

The ioDrive index. This correlates with the index in the info table.

Unique index for this write volume entry.

The upper word of the total physical number of bytes written at a given moment in time.

The lower word of the total physical number of bytes written at a given moment in time.

The timestamp entry for this value.

Device temperature history table.

Device temperature history entry.

The device index. This correlates to the index in the info table.

Unique index for this temperature log entry.

The current temperature of the device in Celsius..

The timestamp for this entry.

A table of processes that support device operation.

Each entry represents a process.

A unique index for each process.

The process name.

The process state.

The bytes of RAM currently in use by the process.

The overall percentage of CPU usage.

This is a collection of flags used only during trap delivery. Each bit has the following meaning: Bit 5-31: Reserved (always 0) Bit 2-4: Trap Condition 0 = Not used (for backward compatibility) 1 = Condition unknown or N/A 2 = Condition ok 3 = Condition degraded 4 = Condition failed Bit 1: Reserved (always zero) Bit 0: Reserved (always zero) NOTE: bit 31 is the most significant bit, bit 0 is the least significant.

Generated when the device begins to wear out.

Generated when the device is in write-reduced or non-writable mode based on the fusionIoDimmInfoWritableIndicator. This can be due to excessive wear or other device problem.

Generated when flashback protection becomes degraded.

Generated when the temperature sensor surpasses the warning threshold.

Generated when temperature returns to a safe level.

Generated when device is in an error state.

Generated when the powerloss protection feature is available but disabled.

Generated when the temperature sensor is at a critical threshold.

Generated when the temperature sensor surpasses the shutdown threshold.

Generated when PCIe bus errors are detected.

Generated when the ioMemory is found to be missing a LEB map.

Generated when the ioMemory is found to be in an incompatible PCIe slot.

Generated when the ioMemory is found to be in an sub-optimal PCIe slot.

Generated when the ioMemory is low on reserve space, but not yet depleted.

Generated when the ioMemory is out of range for vccint.

Generated when the ioMemory is out of range for vccaux.

Generated when the ioMemory is in minimal mode.

Generated when the ioMemory is using too much power. Plug in an external power cable to correct the issue.

Generated when the ioMemory is in the process of upgrading to a new major driver version.