Dell EMC XtremIO
Monitor Dell EMC XtremIO storage arrays
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Data Collection Setup
Data is collected via the XtremIO Management Server's REST API.
Network Requirements
Port: 443 (TCP) HTTPS to the XIO REST API.
Least Privileged User
User account of with read-only permissions is required.
Supported Versions
Dell EMC XtremIO: XIOS version 4.0.2+, REST API (2.1+)
Connection Parameters
| Name | Required? | Description |
|---|---|---|
| Host | Required | The EMC XtremeIO Management Server to connect to. |
| Port | The port for communication to the EMC XtremeIO Management Server. Default is 443 | |
| Username | Required | |
| Password | Required | |
| Protocol | ||
| Request Timeout (seconds) | The number of seconds to allow for the API to return a response. | |
| Ssl_key_store_path | Path to the SSL Key Store. Default: Trust all certificates. | |
| Collect Events | Controls whether events are collected and returned. | |
| Max Events | The maximum number of events to collect. | |
| Event Cutoff Time | Events before this time will not be collected. | |
| Minimum Event Severity | Events with a severity level below this minimum will not be returned. |
Metrics
Battery Backup Unit
| Name | Description |
|---|---|
| Accumulated Daily Uptime (Minutes) | Accumulated daily uptime of the battery backup unit. |
| Average Daily Temperature (Celsius) | Average daily temperature of the battery backup unit. |
| Battery Runtime (Minutes) | Runtime of the battery backup unit. |
| Battery Voltage (Volts) | Battery voltage. |
| Cluster GUID | The cluster GUID of the battery backup unit. |
| Enabled State | Indicates whether the battery backup unit is currently enabled or disabled, either by the user or the cluster. |
| Firmware Version | Current firmware version of the BBU. |
| Firmware Version Error | Firmware version error (if any) of the battery backup unit. |
| FRU Lifecycle State | FRU lifecycle state of the battery backup unit. |
| FRU Replace Failure Reason | The reason (if any) for the FRU replace failure. |
| GUID | The GUID of the battery backup unit. |
| Hardware Revision | Hardware level of the power supply unit. |
| Identify LED | Identify LED for the battery backup unit. |
| Index | Index of the battery backup unit. |
| Index In Brick | The BBU's index within the X-Brick, either 1 or 2. Always 1 for multiple X-Brick clusters (for all X-Bricks), but two BBUs are available for a single X-Brick cluster. |
| Input Frequency (Hertz) | Input frequency of the battery backup unit. |
| Is Bypass Active | Whether or not the bypass is active for the battery backup unit. |
| Is Low Battery Has Input | Whether or not the low battery has input. |
| Is Low Battery No Input | Whether or not the low battery has no input. |
| Is Low Battery Runtime | Whether or not there is low battery runtime. |
| Is UPS Overload | Whether or not the UPS is overloaded. |
| Model Name | Model name for the BBU. |
| Object Severity | Object severity of the battery backup unit. |
| Outlet 1 Status | Outlet 1 status for the battery backup unit. |
| Outlet 2 Status | Outlet 2 status of the battery backup unit. |
| Output Current (Amperes) | Output current of the battery backup unit. |
| Output Frequency (Hertz) | Output frequency of the battery backup unit. |
| Output Voltage (Volts) | Output voltage of the battery backup unit. |
| Part Number | Part number. An EMC-assigned string identifying part (SKU). |
| Power (Volts) | Power of the battery backup unit. |
| Power Feed | A and B PSU power feeds. |
| Real Power (Volts) | Real power of the battery backup unit. |
| Serial Number | Serial number of the battery backup unit. |
| Status LED | Status LED for the battery backup unit. |
| UPS Alarm | UPS alarm of the battery backup unit. |
| UPS Battery Charge (%) | Battery charge of the UPS in percentage. |
| UPS Battery Uncharged (%) | Percentage of the UPS battery not charged. |
| UPS Connection State | The state of the UPS connection. |
| UPS Input | UPS input. |
| UPS Load (%) | UPS load in percentage. |
| UPS Load Percent Level | The load percent level of the UPS. |
| UPS Need Battery Replacement | Whether or not the UPS needs a battery replacement. |
| UPS Status | The status of the UPS. |
| UPS Voltage (Volts) | UPS voltage of the battery backup unit. |
| X-Brick GUID | The X-Brick GUID of the battery backup unit. |
Cluster
| Name | Description |
|---|---|
| 128KB Average Latency (Microseconds) | Average Latency 128KB |
| 128KB IO Rate (Operations per Second) | IO Rate 128KB |
| 128KB Read IO Rate (Operations per Second) | Read IO Rate 128KB |
| 128KB Read Latency (Microseconds) | Read Latency 128KB |
| 128KB Read Throughput (Kilobytes per Second) | Read Throughput 128KB |
| 128KB Throughput (Kilobytes per Second) | Throughput 128KB |
| 128KB Write IO Rate (Operations per Second) | Write IO Rate 128KB |
| 128KB Write Latency (Microseconds) | Write Latency 128KB |
| 128KB Write Throughput (Kilobytes per Second) | Write throughput for 128KB block size. |
| 16KB Average Latency (Microseconds) | Average Latency 16KB |
| 16KB IO Rate (Operations per Second) | IO Rate 16KB |
| 16KB Read IO Rate (Operations per Second) | Read IO Rate 16KB |
| 16KB Read Latency (Microseconds) | Read Latency 16KB |
| 16KB Read Throughput (Kilobytes per Second) | Read Throughput 16KB |
| 16KB Throughput (Kilobytes per Second) | Throughput 16KB |
| 16KB Write IO Rate (Operations per Second) | Write IO Rate 16KB |
| 16KB Write Latency (Microseconds) | Write Latency 16KB |
| 16KB Write Throughput (Kilobytes per Second) | Write Throughput 16KB |
| 1KB Average Latency (Microseconds) | Average Latency 1KB |
| 1KB IO Rate (Operations per Second) | IO Rate 1KB |
| 1KB Read IO Rate (Operations per Second) | Read IO Rate 1KB |
| 1KB Read Latency (Microseconds) | Read Latency 1KB |
| 1KB Read Throughput (Kilobytes per Second) | Read Throughput 1KB |
| 1KB Throughput (Kilobytes per Second) | Throughput 1KB |
| 1KB Write IO Rate (Operations per Second) | Write IO Rate 1KB |
| 1KB Write Latency (Microseconds) | Write Latency 1KB |
| 1KB Write Throughput (Kilobytes per Second) | Write Throughput 1KB |
| 1MB Average Latency (Microseconds) | Average Latency 1MB |
| 1MB IO Rate (Operations per Second) | IO Rate 1MB |
| 1MB Read IO Rate (Operations per Second) | Read IO Rate 1MB |
| 1MB Read Latency (Microseconds) | Read Latency 1MB |
| 1MB Read Throughput (Kilobytes per Second) | Read Throughput 1MB |
| 1MB Throughput (Kilobytes per Second) | Throughput 1MB |
| 1MB Write IO Rate (Operations per Second) | Write IO Rate 1MB |
| 1MB Write Latency (Microseconds) | Write Latency 1MB |
| 1MB Write Throughput (Kilobytes per Second) | Write Throughput 1MB |
| 256KB Average Latency (Microseconds) | Average Latency 256KB |
| 256KB IO Rate (Operations per Second) | IO Rate 256KB |
| 256KB Read IO Rate (Operations per Second) | Read IO Rate 256KB |
| 256KB Read Latency (Microseconds) | Read Latency 256KB |
| 256KB Read Throughput (Kilobytes per Second) | Read Throughput 256KB |
| 256KB Throughput (Kilobytes per Second) | Throughput 256KB |
| 256KB Write IO Rate (Operations per Second) | Write IO Rate 256KB |
| 256KB Write Latency (Microseconds) | Write Latency 256KB |
| 256KB Write Throughput (Kilobytes per Second) | Write Throughput 256KB |
| 2KB Average Latency (Microseconds) | Average latency for 2KB block size. |
| 2KB IO Rate (Operations per Second) | IO Rate 2KB |
| 2KB Read IO Rate (Operations per Second) | Read IO Rate 2KB |
| 2KB Read Latency (Microseconds) | Read Latency 2KB |
| 2KB Read Throughput (Kilobytes per Second) | Read Throughput 2KB |
| 2KB Throughput (Kilobytes per Second) | Throughput 2KB |
| 2KB Write IO Rate (Operations per Second) | Write IO Rate 2KB |
| 2KB Write Latency (Microseconds) | Write Latency 2KB |
| 2KB Write Throughput (Kilobytes per Second) | Write Throughput 2KB |
| 32KB Average Latency (Microseconds) | Average Latency 32KB |
| 32KB IO Rate (Operations per Second) | IO Rate 32KB |
| 32KB Read IO Rate (Operations per Second) | Read IO Rate 32KB |
| 32KB Read Latency (Microseconds) | Average read latency for 32KB block size. |
| 32KB Read Throughput (Kilobytes per Second) | Read Throughput 32KB |
| 32KB Throughput (Kilobytes per Second) | Throughput 32KB |
| 32KB Write IO Rate (Operations per Second) | Write IO Rate 32KB |
| 32KB Write Latency (Microseconds) | Write Latency 32KB |
| 32KB Write Throughput (Kilobytes per Second) | Write Throughput 32KB |
| 4KB Average Latency (Microseconds) | Average Latency 4KB |
| 4KB IO Rate (Operations per Second) | IO Rate 4KB |
| 4KB Read IO Rate (Operations per Second) | Read IO Rate 4KB |
| 4KB Read Latency (Microseconds) | Read Latency 4KB |
| 4KB Read Throughput (Kilobytes per Second) | Read Throughput 4KB |
| 4KB Throughput (Kilobytes per Second) | Throughput 4KB |
| 4KB Write IO Rate (Operations per Second) | Write IO Rate 4KB |
| 4KB Write Latency (Microseconds) | Write Latency 4KB |
| 4KB Write Throughput (Kilobytes per Second) | Write Throughput 4KB |
| 512B Average Latency (Microseconds) | Average latency for 512B block size. |
| 512B IO Rate (Operations per Second) | IO Rate 512B |
| 512B Read IO Rate (Operations per Second) | Read IO Rate 512B |
| 512B Read Latency (Microseconds) | Read Latency 512B |
| 512B Read Throughput (Kilobytes per Second) | Read Throughput 512B |
| 512B Throughput (Kilobytes per Second) | Throughput 512B |
| 512B Write IO Rate (Operations per Second) | Write IO Rate 512B |
| 512B Write Latency (Microseconds) | Write Latency 512B |
| 512B Write Throughput (Kilobytes per Second) | Write throughput for 512B block size. |
| 512KB Average Latency (Microseconds) | Average Latency 512KB |
| 512KB IO Rate (Operations per Second) | IO Rate 512KB |
| 512KB Read IO Rate (Operations per Second) | Read IO Rate 512KB |
| 512KB Read Latency (Microseconds) | Read Latency 512KB |
| 512KB Read Throughput (Kilobytes per Second) | Read Throughput 512KB |
| 512KB Throughput (Kilobytes per Second) | Throughput 512KB |
| 512KB Write IO Rate (Operations per Second) | Write IO Rate 512KB |
| 512KB Write Latency (Microseconds) | Write Latency 512KB |
| 512KB Write Throughput (Kilobytes per Second) | Write throughput for 512KB block size. |
| 64KB Average Latency (Microseconds) | Average Latency 64KB |
| 64KB IO Rate (Operations per Second) | IO Rate 64KB |
| 64KB Read IO Rate (Operations per Second) | Read IO Rate 64KB |
| 64KB Read Latency (Microseconds) | Read Latency 64KB |
| 64KB Read Throughput (Kilobytes per Second) | Read Throughput 64KB |
| 64KB Throughput (Kilobytes per Second) | Throughput 64KB |
| 64KB Write IO Rate (Operations per Second) | Write IO Rate 64KB |
| 64KB Write Latency (Microseconds) | Write Latency 64KB |
| 64KB Write Throughput (Kilobytes per Second) | Write throughput for 64KB block size. |
| 8KB Average Latency (Microseconds) | Average Latency 8KB |
| 8KB IO Rate (Operations per Second) | IO Rate 8KB |
| 8KB Read IO Rate (Operations per Second) | Read IO Rate 8KB |
| 8KB Read Latency (Microseconds) | Read Latency 8KB |
| 8KB Read Throughput (Kilobytes per Second) | Read Throughput 8KB |
| 8KB Throughput (Kilobytes per Second) | Throughput 8KB |
| 8KB Write IO Rate (Operations per Second) | Write IO Rate 8KB |
| 8KB Write Latency (Microseconds) | Write Latency 8KB |
| 8KB Write Throughput (Kilobytes per Second) | Write Throughput 8KB |
| Average Latency (Microseconds) | Average Latency |
| Average Latency Greater Than 1MB (Microseconds) | Average latency greater than 1MB for the cluster. |
| CHAP Authentication Mode | Describes the CHAP mode for Initiator discovery (applicable for iSCSI only). |
| CHAP Discovery Mode | Describes the CHAP mode for Initiator discovery (applicable for iSCSI only). |
| Compression Factor | Compression factor for the cluster |
| Compression Factor (Text) | Text representation of the cluster's compression factor. |
| Compression Mode | Compression mode. |
| Configurable Volume Type Capability | Denotes whether the cluster supports the capability to configure a Volume's vol-access. |
| Consistency State | Consistency state of the cluster. |
| Critical Alert Count | Number of critical alerts on the cluster. |
| DAE Count | Number of DAEs. |
| Data Reduction Ratio | Data reduction ratio of the cluster. |
| Data Reduction Ratio (Text) | Text representation of the cluster's data reduction ratio. |
| Debug Create Timeout | Debug Create Timeout for the cluster. |
| Deduplication Ratio | The deduplication ratio of the cluster. |
| Deduplication Ratio (Text) | The text representation of the deduplication ratio of the cluster. |
| Deduplication Space In Use (Tebibytes) | Deduplication space in use by the cluster. |
| DPG Count | The number of DPGs. |
| Encryption Mode | Controls whether encryption (Data at Rest) is performed for all cluster SSDs, DAE SSDs and Local Disks. |
| Encryption Supported | The capability parameter reflects whether Data at Rest encryption is possible for this cluster. |
| Expansion In Progress | Whether or not a cluster expansion is in progress. |
| FC Port Speed | FC port speed. |
| Free Logical Space In Base 10 (Terabytes) | Free logical space in base 10 |
| Free Physical Space (%) | Percentage of physical space that is free. |
| Free Physical Space In Base 10 (Terabytes) | Free physical space in base 10. |
| Free Physical Space Level | Free physical space level of the cluster. |
| GUID | The GUID of the cluster. |
| IB Switch Count | Number of IB switches |
| Index | Index of the cluster. |
| Internal Volume Count | Number of internal volumes. |
| IO Rate (Operations per Second) | IO Rate |
| IO Rate By Block (Operations per Second) | IO Rate by block for the cluster. |
| IO Rate Greater Than 1MB (Operations per Second) | IO Rate greater than 1MB for the cluster. |
| Is Any C Module Lazy Load In Progress | Whether or not any C module lazy load is in progress. |
| Is Any D Module Lazy Load In Progress | Whether or not any D module lazy load is in progress. |
| Last Upgrade Attempt Timestamp | Timestamp of last upgrade attempt. |
| Last Upgrade Attempt Version | Version of the last upgrade attempt. |
| License ID | Cluster's license index number. |
| Logical Size In Base 10 (Terabytes) | Logical Size In Base 10 |
| Logical Space (Tebibytes) | Total logical space for the cluster. |
| Logical Space In Use (Tebibytes) | Logical space in use by the cluster. |
| Logical Space In Use In Base 10 (Terabytes) | Logical space in use in base 10. |
| Major Alert Count | Number of major alerts on the cluster. |
| Maximum Data Transfer Done (%) | The percentage of the maximum data transfer done. |
| Maximum SSD Count per DPG | The maximum number of SSDs a DPG can contain. |
| Memory Recovery Status | Memory recovery status of the cluster. |
| Memory Utilization (%) | Percentage of total memory that is in use by the cluster. |
| Minor Alert Count | Number of minor alerts on the cluster. |
| Mode Switch Status | Status of the cluster mode switch. |
| NAA System ID | A Volume's SCSI NAA name consisting of three elements. |
| Node Count | Number of nodes for the cluster. |
| Obfuscate Debug | Determines whether debug information is created while obfuscating IP addresses. Default is disabled. Debug information is placed in the log bundle. |
| Object Severity | Object severity. |
| OS Upgrade In Progress | Whether or not an OS upgrade is in progress on the cluster. |
| Physical Space (Tebibytes) | Physical space for the cluster. |
| Physical Space In Base 10 (Terabytes) | Physical space in base 10. |
| Physical Space In Use (Tebibytes) | Physical space in use on the cluster. |
| Physical Space In Use In Base 10 (Terabytes) | Physical space in use in base 10. |
| Physical Space per SSD (Gibibytes) | Physical space per SSD for the cluster. |
| PSNT Part Number | PSNT part number. |
| Read IO Rate (Operations per Second) | Read IO Rate |
| Read IO Rate By Block (Operations per Second) | Read IO Rate By Block |
| Read IO Rate Greater Than 1MB (Operations per Second) | Read IO Rate Greater Than 1MB |
| Read Latency (Microseconds) | Read Latency |
| Read Latency Greater Than 1MB (Microseconds) | Read Latency Greater Than 1MB |
| Read Throughput (Kilobytes per Second) | Read Throughput |
| Read Throughput By Block (Kilobytes per Second) | Read Throughput By Block |
| Read Throughput Greater Than 1MB (Kilobytes per Second) | Read Throughput Greater Than 1MB |
| Read / Write Ratio | The ratio of read to write IOPS. |
| SC Front Panel Temperature Monitor Mode | Storage Controller front panel temperature monitor mode (the parameter used to disable the feature if the front panel sensor is faulty). |
| Shared Memory (Gibibytes) | Shared memory of the cluster. |
| Shared Memory In Use (Gibibytes) | Shared Memory In Use |
| Shared Memory In Use Ratio Level | Shared memory in use ratio level of the cluster. |
| Shared Memory In Use Recoverable Ratio Level | Shared memory in use recoverable ratio level of the cluster. |
| Size and Capacity | The size and capacity of the cluster. |
| Small IO Rate (Operations per Second) | Small IO Rate |
| Small Read IO Rate (Operations per Second) | Small Read IO Rate |
| Small Read Throughput (Kilobytes per Second) | Small Read Throughput |
| Small Throughput (Kilobytes per Second) | Small Throughput |
| Small Write IO Rate (Operations per Second) | Small Write IO Rate |
| Small Write Throughput (Kilobytes per Second) | Small Write Throughput |
| Space In Use (Tebibytes) | Space in use by the cluster. |
| Space Saving Ratio | The space saving ratio of the cluster. |
| SSD Count | Number of SSDs. |
| SSD High Utilization Threshold Crossing | SSD high utilization threshold crossing of the cluster. |
| SSD Very High Utilization Threshold Crossing | SSD very high utilization threshold crossing of the cluster. |
| SSH Firewall Mode | SSH Firewall Mode |
| Stopped Reason | Reason for stoppage. |
| System Activation Timestamp | Cluster's activation uptime timestamp as of 1.1.1970, measured in seconds. |
| System Health State | Health state of the system. |
| System Manager Connection Error Reason | Reason for the system manager connection error. |
| System Manager Connection State | State of the system manager connection. |
| System PSNT Serial Number | Cluster's Product Serial Number tag (PSNT) serial number. |
| System Software Version | XIOS version. |
| System Start Timestamp | Timestamp of the cluster's commencement. |
| System State | State of the system. |
| System Stop Type | System stop type of the cluster. |
| Target Port Count | Total number of the cluster's target ports |
| Thin Provisioning Ratio | The thin provisioning ratio of the cluster. |
| Thin Provisioning Savings (%) | Thin provisioning savings for the cluster. |
| Throughput (Kilobytes per Second) | Throughput |
| Throughput By Block (Kilobytes per Second) | Throughput By Block |
| Throughput Greater Than 1MB (Kilobytes per Second) | Throughput Greater Than 1MB |
| Total Memory In Use (Gibibytes) | Total memory in use by the cluster. |
| Unaligned IO Rate (Operations per Second) | Unaligned IO Rate |
| Unaligned Read IO Rate (Operations per Second) | Unaligned Read IO Rate |
| Unaligned Read Throughput (Kilobytes per Second) | Unaligned Read Throughput |
| Unaligned Throughput (Kilobytes per Second) | Unaligned Throughput |
| Unaligned Write IO Rate (Operations per Second) | Unaligned Write IO Rate |
| Unaligned Write Throughput (Kilobytes per Second) | Unaligned Write Throughput |
| Under Maintenance | Whether or not the cluster is under maintenance. |
| Upgrade Failure Reason | Reason for the upgrade failure (if any). |
| Upgrade State | Upgrade state of the cluster. |
| UPS Count | Total number of the cluster's BBUs. |
| VAAI Thin Provisioning Limit Crossing | VAAI thin provisioning limit crossing of the cluster. |
| Volume Count | Total number of the cluster's provisioned Volumes. |
| Write IO Rate (Operations per Second) | Write IO Rate |
| Write IO Rate By Block (Operations per Second) | Write IO Rate By Block |
| Write IO Rate Greater Than 1MB (Operations per Second) | Write IO Rate Greater Than 1MB |
| Write Latency (Microseconds) | Write Latency |
| Write Latency Greater Than 1MB (Microseconds) | Write Latency Greater Than 1MB |
| Write Throughput (Kilobytes per Second) | Write Throughput |
| Write Throughput By Block (Kilobytes per Second) | Write Throughput By Block |
| Write Throughput Greater Than 1MB (Kilobytes per Second) | Write Throughput Greater Than 1MB |
| X-Brick Count | Total number of X-Bricks for the cluster. |
| XEnv Count | Number of XEnvs for the cluster. |
| XMS GUID | GUID of the cluster's XMS. |
Data Protection Group
| Name | Description |
|---|---|
| 128KB Read IO Rate (Operations per Second) | Read IO Rate for 128KB reads. |
| 128KB Read Throughput (Kilobytes per Second) | Read throughput for 128KB reads. |
| 128KB Write IO Rate (Operations per Second) | Write IO Rate for 128KB writes. |
| 128KB Write Throughput (Kilobytes per Second) | Write throughput for 128KB writes. |
| 16KB Read IO Rate (Operations per Second) | Read IO Rate for 16KB reads. |
| 16KB Read Throughput (Kilobytes per Second) | Read throughput for 16KB reads. |
| 16KB Write IO Rate (Operations per Second) | Write IO Rate for 16KB writes. |
| 16KB Write Throughput (Kilobytes per Second) | Write throughput for 16KB writes. |
| 1KB Read IO Rate (Operations per Second) | Read IO Rate for 1KB reads. |
| 1KB Read Throughput (Kilobytes per Second) | Read throughput for 1KB reads. |
| 1KB Write IO Rate (Operations per Second) | Write IO Rate for 1KB writes. |
| 1KB Write Throughput (Kilobytes per Second) | Write throughput for 1KB writes. |
| 256KB Read IO Rate (Operations per Second) | Read IO Rate for 256KB reads. |
| 256KB Read Throughput (Kilobytes per Second) | Read throughput for 256KB reads. |
| 256KB Write IO Rate (Operations per Second) | Write IO Rate for 256KB writes. |
| 256KB Write Throughput (Kilobytes per Second) | Write throughput for 256KB writes. |
| 2KB Read IO Rate (Operations per Second) | Read IO Rate for 2KB reads. |
| 2KB Read Throughput (Kilobytes per Second) | Read throughput for 2KB reads. |
| 2KB Write IO Rate (Operations per Second) | Write IO Rate for 2KB writes. |
| 2KB Write Throughput (Kilobytes per Second) | Write throughput for 2KB writes. |
| 32KB Read IO Rate (Operations per Second) | Read IO Rate for 32KB reads. |
| 32KB Read Throughput (Kilobytes per Second) | Read throughput for 32KB reads. |
| 32KB Write IO Rate (Operations per Second) | Write IO Rate for 32KB writes. |
| 32KB Write Throughput (Kilobytes per Second) | Write throughput for 32KB writes. |
| 4KB Read IO Rate (Operations per Second) | Read IO Rate for 4KB reads. |
| 4KB Read Throughput (Kilobytes per Second) | Read throughput for 4KB reads. |
| 4KB Write IO Rate (Operations per Second) | Write IO Rate for 4KB writes. |
| 4KB Write Throughput (Kilobytes per Second) | Write throughput for 4KB writes. |
| 512B Read IO Rate (Operations per Second) | Read IO Rate for 512B reads. |
| 512B Read Throughput (Kilobytes per Second) | Read throughput for 512B reads. |
| 512B Write IO Rate (Operations per Second) | Write IO Rate for 512B writes. |
| 512B Write Throughput (Kilobytes per Second) | Write throughput for 512B writes. |
| 512KB Read IO Rate (Operations per Second) | Read IO Rate for 512KB reads. |
| 512KB Read Throughput (Kilobytes per Second) | Read throughput for 512KB reads. |
| 512KB Write IO Rate (Operations per Second) | Write IO Rate for 512KB writes. |
| 512KB Write Throughput (Kilobytes per Second) | Write throughput for ____ writes. |
| 64KB Read IO Rate (Operations per Second) | Read IO Rate for 64KB reads. |
| 64KB Read Throughput (Kilobytes per Second) | Read throughput for 64KB reads. |
| 64KB Write IO Rate (Operations per Second) | Write IO Rate for 64KB writes. |
| 64KB Write Throughput (Kilobytes per Second) | Write throughput for 64KB writes. |
| 8KB Read IO Rate (Operations per Second) | Read IO Rate for 8KB reads. |
| 8KB Read Throughput (Kilobytes per Second) | Read throughput for 8KB reads. |
| 8KB Write IO Rate (Operations per Second) | Write IO Rate for 8KB writes. |
| 8KB Write Throughput (Kilobytes per Second) | Write throughput for 8KB writes. |
| Available Rebuilds | Number of available rebuilds the DPG can currently perform. |
| Cluster GUID | GUID for the related Cluster resource. |
| GUID | The GUID of the DPG. |
| Index | DPG's index number as defined by the XMS upon its creation (a unique positive number). |
| Integrating Slot Number | Slot currently undergoing processing. The value is 0 when no specific Slot is undergoing processing. |
| IO Rate (Operations per Second) | IO Rate |
| Node Count | DPG's total number of Storage Controllers. |
| Object Severity | DPG's severity, based on severity level of current Alerts (Alerts still uncleared) for this DPG. Possible values are 'clear', 'information', 'minor', 'major', or 'critical'. |
| Physical Free Space (%) | DPG's percentage of free physical space. |
| Physical Space (Tebibytes) | Total physical space on the SSDs. |
| Physical Space In Use (Tebibytes) | Reports how much of physical space of the DPG is currently in use. |
| Physical Space Levels | DPG physical space levels. Events are triggered for any change in this parameter. |
| Proactive Metadata Loading | This Boolean property reflects whether the cluster performs proactive loading of the metadata (property returns true). This may happen after the cluster is started or recovers from an extreme situation. At this stage, there may be performance degradation. |
| Protection State | DPG's protection state. If the DPG is currently under initial configuration, the parameter is initializing. |
| Read IO Rate (Operations per Second) | Read IO Rate. |
| Read IO Rate 1MB (Operations per Second) | Read IO Rate for 1MB reads. |
| Read IO Rate By Block (Operations per Second) | Read IO Rate for block reads. |
| Read IO Rate Greater Than 1MB (Operations per Second) | Read IO Rate for reads greater than one megabyte. |
| Read Throughput (Kilobytes per Second) | Read Throughput |
| Read Throughput 1MB (Kilobytes per Second) | Read throughput for 1MB reads. |
| Read Throughput By Block (Kilobytes per Second) | Read throughput for block reads. |
| Read Throughput Greater Than 1MB (Kilobytes per Second) | Read throughput for reads greater than a megabyte. |
| Read / Write Ratio | The ratio of read to write IO Rate. |
| Rebalance Progress (%) | Shows the progress of a DPG rebalance. |
| Rebuild In Progress | Indicates if the DPG currently performs a rebuild, and its progress. |
| Rebuild Prevention Reason | When an DPG enters a degraded state (either single or dual failure), a rebuild is generally initiated. However, conditions may prevent the rebuild. The parameter includes the reason for rebuild prevention. |
| Rebuild Progress (%) | The rebuild progress status. |
| SSD Count | DPG's total number of the SSDs. |
| SSD Preparation In Progress | The current state of the SSD preparation. |
| SSD Preparation Progress (%) | Indicates if the DPG is currently performing an SSD preparation, and its progress. |
| SSD Size (Tebibytes) | DPG's overall size of unfailed SSDs. |
| Throughput (Kilobytes per Second) | Total Throughput(read + write) |
| Useful SSD Space (Tebibytes) | DPG's total amount of useful SSD space over all unfailed SSDs, for this DPG. |
| Write IO Rate (Operations per Second) | Write IO Rate. |
| Write IO Rate 1MB (Operations per Second) | Write IO Rate for 1MB writes. |
| Write IO Rate By Block (Operations per Second) | Write IO Rate for block writes. |
| Write IO Rate Greater Than 1MB (Operations per Second) | Write IO Rate for writes grater than one megabyte. |
| Write Throughput (Kilobytes per Second) | Write throughput. |
| Write Throughput 1MB (Kilobytes per Second) | Write throughput for 1MB writes. |
| Write Throughput By Block (Kilobytes per Second) | Write throughput for block writes. |
| Write Throughput Greater Than 1MB (Kilobytes per Second) | Write throughput for writes greater than one megabyte. |
| X-Brick GUID | The GUID of the parent X-Brick. |
Disk Array Enclosure
| Name | Description |
|---|---|
| Cluster GUID | System ID of the disk array enclosure. |
| DAE Controller Count | Number of DAE controllers. |
| DAE PSU Count | Number of DAE PSUs. |
| Firmware Version | Firmware version of the disk array enclosure. |
| FRU Lifecycle State | FRU lifecycle state of the disk array enclosure. |
| FRU Replace Failure Reason | Reason (if any) for the FRU replace failure. |
| GUID | GUID of the disk array enclosure. |
| Hardware Revision | Hardware revision of the disk array enclosure. |
| Identify LED | Identify LED of the disk array enclosure. |
| Index | Index of the disk array enclosure. |
| Model Name | Model name of the disk array enclosure. |
| Object Severity | Object severity of the disk array enclosure. |
| Part Number | Part Number |
| Serial Number | Serial Number |
| Status LED | Status LED for the disk array enclosure. |
| X-Brick GUID | X-Brick GUID of the disk array enclosure. |
Host Interface
| Name | Description |
|---|---|
| Accumulated Read Operation Count (Operations) | Total accumulative number of read operations having occurred during the Target's lifespan. |
| Accumulated Size of Read Operation Count (Tebibytes) | Accumulative capacity KB size of read operations having occurred during the Target's lifespan. |
| Accumulated Size of Write Operation Count (Tebibytes) | Accumulative capacity KB size of write operations having occurred during the Target's lifespan. |
| Accumulated Small Read IO Operation Count (Operations) | Accumulated number small reads input/output operations for the Target. |
| Accumulated Small Write IO Operation Count (Operations) | Accumulated number of small writes input/output operations recursively held by this Target. |
| Accumulated Unaligned Read IO Operation Count (Operations) | Accumulated number of unaligned reads for input/output operations recursively contained by this Target. |
| Accumulated Unaligned Write IO Operation Count (Operations) | Accumulated number of unaligned writes for input/output operations recursively contained by this Target. |
| Accumulated Write Operation Count (Operations) | Accumulative number of write operations having occurred during the Target's lifespan. |
| Average Latency (Microseconds) | Average latency of read and write operations. |
| Certainty | Indicates confidence that the XMS and the cluster are synchronized. Value changes from OK if a request is sent but the XMS is unable to determine the success of the request. |
| Driver Version | Driver version of the Target object. |
| Ethernet Data Received (Kilobytes) | The total KBS received. Relevant for iSCSI only. |
| Ethernet Data Transmitted (Kilobytes) | The total number of KBS transmitted. Relevant for iSCSI only. |
| Ethernet Packet Received | The number of Ethernet packets received. Relevant for iSCSI only. |
| Ethernet Packets Transmitted | The number of Ethernet packets transmitted. Relevant for iSCSI only. |
| Fibre Channel Dumped Frames | The Fibre Channel ports' diagnostic counter for dumped frames. Impacts the port_health_level. |
| Fibre Channel Invalid CRC Count | The Fibre Channel ports' diagnostic counter for invalid CRC count. Impacts the port_health_level. |
| Fibre Channel Link Failure Count | The Fibre Channel ports' diagnostic counter for failure count. Impacts the port_health_level. |
| Fibre Channel Loss of Signal Count | The Fibre Channel ports' diagnostic counter for loss of signal count. Impacts the port_health_level. |
| Fibre Channel Loss of Sync Count | The Fibre Channel ports' diagnostic counter for loss of synchronized count. Impacts the port_health_level. |
| Fibre Channel Primary Sequential Protocol Error Count | The Fibre Channel ports' diagnostic counter for primary sequential protocol error count. Impacts the port-health-level. |
| Fibre Channel Sequential Retransmitted Request Count | The Fibre Channel ports' diagnostic counter for sequential retransmission request count. Values impact the port_health_level. |
| Firmware Version | Current firmware version of the Target. |
| GUID | GUID |
| Index | Index |
| IO Rate (Operations per Second) | Target's total read and write real-time input/output operations per second. |
| Jumbo Enabled | Determines whether jumbo frames are supported for this Target. The default value is false. |
| MTU | Maximum valid values for maximum transmission unit sizes are 1500 when non-jumbo frames are enabled and 9216 when jumbo frames are enabled for iSCSI Targets. Applicable for iSCSI only. |
| Object Severity | Target's severity, based on severity level of current Alerts (Alerts still uncleared) for this Target. |
| Port Address | Port Address |
| Port Health Level | Port Health Level |
| Port Index | Port Index |
| Port MAC Address | MAC address of this target port (relevant for iSCSI Targets only). |
| Port Speed | The negotiated speed of the port (some applicable for Ethernet and some for Fibre Channel). |
| Port State | State of the Target port (Fibre Channel or iSCSI). |
| Port Type | Port type (Fibre Channel or iSCSI) and port's address. |
| Read IO Rate (Operations per Second) | Total read real-time input/output operations per second. |
| Read Latency (Microseconds) | Real-time average latency of read operations. |
| Read Throughput (Kilobytes per Second) | Total read bandwidth in MB per second. |
| Read / Write Ratio | The ratio of read to write IOPS. |
| Relative Target Port | Indicates the relative Target port. |
| Small IO Rate (Operations per Second) | Current IOPS of small input/output operations per second, addressed at the Initiator Group. |
| Small Read IO Rate (Operations per Second) | Current IOPS of small read input/output operations per second, addressed at the Target. |
| Small Read Throughput (Kilobytes per Second) | Current bandwidth of small input/output operations, addressed at the Target. |
| Small Throughput (Kilobytes per Second) | Current bandwidth of small input/output operations, addressed at the Target. |
| Small Write IO Rate (Operations per Second) | Current IOPS of small write input/output operations per second, addressed at the Target. |
| Small Write Throughput (Kilobytes per Second) | Current bandwidth of small write input/output operations, addressed at the Target. |
| Storage Controller GUID | The GUID of the Storage Controller that this Host Interface is on. |
| System GUID | The GUID of the Cluster that this Host Interface is on. |
| Tar Error Reason | Failure type causing the Target's target_health_state not to be 'clear'. |
| Throughput (Kilobytes per Second) | Total read and write bandwidth. |
| Total CRC Error Ethernet Packets Received | The number of Ethernet frames received with CRC error (and thus dropped). Relevant for iSCSI only. |
| Total Dropped Ethernet Packets | The number of packets that failed to be transmitted due to error. Relevant for iSCSI only. |
| Total No Buffer Error Ethernet Packets Received | The number of Ethernet packets that failed to be received due to lack of buffer space. Relevant for iSCSI only. |
| Unaligned IO Rate (Operations per Second) | Current IOPS of unaligned input/output operations per second, addressed at the Target. |
| Unaligned Read IO Rate (Operations per Second) | Current IOPS of unaligned read input/output operations per second, addressed at the Target. |
| Unaligned Read Throughput (Kilobytes per Second) | Current bandwidth of unaligned input/output operations, addressed at the Target. |
| Unaligned Throughput (Kilobytes per Second) | Current bandwidth of unaligned input/output operations, addressed at the Target. |
| Unaligned Write IO Rate (Operations per Second) | Current IOPS of unaligned write input/output operations per second, addressed at the Target. |
| Unaligned Write Throughput (Kilobytes per Second) | Current bandwidth of unaligned write input/output operation, addressed at the Target. |
| Write IO Rate (Operations per Second) | Total write real-time input/output operations per second. |
| Write Latency (Microseconds) | Real-time average latency of write operations. |
| Write Throughput (Kilobytes per Second) | Total write bandwidth in MB per second |
| X-Brick GUID | The GUID of the X-Brick that this Host Interface is on. |
InfiniBand Switch
| Name | Description |
|---|---|
| ADM1024 Sensor Temperature (Celsius) | The temperature of the internal sensor closest to the heat-sink. |
| ADM1191 Sensor Voltage (Volts) | The voltage of the 12v voltage sensor. |
| Cluster GUID | GUID for the related Cluster resource. |
| Enabled State | Indicates whether the InfiniBand Switch is currently enabled or disabled, either by the user or the cluster. |
| Fan 1 Speed (Rotations per Minute) | The speed of fan 1. |
| Fan 2 Speed (Rotations per Minute) | The speed of fan 2. |
| Fan 3 Speed (Rotations per Minute) | The speed of fan 3. |
| Fan 4 Speed (Rotations per Minute) | The speed of fan 4. |
| Fan Drawer Status | The fan drawer status, based on the speed of each fan. The fan drawer comprises of four fans. Possible values include 'health', 'one_fan_failed', and 'failed'. |
| Firmware PSID | Internal ID of the firmware. |
| Firmware Version | Current firmware version of the InfiniBand Switch. |
| Firmware Version Error | Used to indicate if the firmware or OS upgrade has failed or is in the process of upgrading. This reflects the aggregate of all Storage Controller OS and firmware upgrades. |
| FRU Lifecycle State | The FRU state of the InfiniBand Switch, using the generic FRU transition states. Possible values are 'healthy', 'failed', 'disconnected', 'uninitialized', and 'initializing'. |
| FRU Replace Failure Reason | Reason why the FRU replacement has failed. 'null' means that the last FRU replacement was either not performed for this object or the replacement was successful. |
| GUID | GUID |
| Hardware Revision | Hardware level of the InfiniBand Switch. |
| Identify LED | Indicates whether the identification LED is illuminated for this InfiniBand Switch. The property value is reflected in the GUI LED icon. Note: There is no identification LED in the current PSU. Possible values are 'off', 'blinking', 'on', and 'na'. |
| Index | The InfiniBand Switch's index number as defined by the XMS upon its creation (a unique positive number). |
| Inter Switch IB 1 Port State | The status of the first InfiniBand port used to connect to the other InfiniBand Switch. |
| Inter Switch IB 2 Port State | The status of the second InfiniBand port used to connect to the other InfiniBand Switch. |
| Is Available | The InfiniBand Switch's availability status in relation to the system. |
| LM75 Center Sensor Temperature (Celsius) | The temperature of the center temperature sensor close to QSFP cages. |
| LM75 Left Sensor Temperature (Celsius) | The temperature of the left temperature sensor close to QSFP cages. |
| LM75 Right Sensor Temperature (Celsius) | The temperature of the right temperature sensor close to QSFP cages. |
| Object Severity | InfiniBand Switch's severity, based on severity level of current Alerts (Alerts still uncleared) for this resource and its contained objects. Possible values are 'clear', 'information', 'minor', 'major', and 'critical'. |
| Part Number | EMC-assigned string identifying part (SKU), independent of the actual vendor model_name used for this FRU. |
| Port Count | Total number of ports in the InfiniBand Switch. |
| Serial Number | The serial number of the InfiniBand Switch. |
| Status LED | LED state indicating the InfiniBand Switch's object faults. |
| SX Internal Sensor Temperature (Celsius) | The temperature of the SwitchX Silicon internal sensor. |
| Temperature Sensor Count | Total number of temperature sensors. |
| VCC Sensor Voltage (Volts) | The voltage of the VCC voltage sensor. |
| VCCP1 Sensor Voltage (Volts) | The voltage of the V-Core voltage sensor. |
| VCCP2 Sensor Voltage (Volts) | The voltage of the 1.2V voltage sensor. |
| Voltage for 2.5V Sensor (Volts) | The voltage of the 3.3V SX voltage sensor. |
| Voltage for 5v Sensor (Volts) | The voltage of the 1.8V voltage sensor. |
| Voltage Sensor Count | Total number of voltage sensors. |
| Wrong SC Connection Detected | Denotes if at least one Storage Controller is not connected to the corresponding InfiniBand Switch port. |
Local Disk
| Name | Description |
|---|---|
| Bad Sector Count | Number of bad sectors on the local disk. |
| Cluster GUID | GUID of the cluster the local disk is on. |
| Disk Failure | Disk failure status of the local disk. |
| Enabled State | Enabled state of the local disk. |
| Encryption Status | Encryption status of the local disk. |
| Expected Type | Local Disk Expected Type |
| Firmware Version | Firmware version of the local disk. |
| Firmware Version Error | Firmware version error of the local disk. |
| FRU Lifecycle State | FRU lifecycle state of the local disk. |
| FRU Replace Failure Reason | Reason (if any) for the FRU replacement failure. |
| GUID | GUID of the local disk. |
| Hardware Revision | Hardware Revision |
| Identify LED | Identify LED of the local disk. |
| Index | Index of the local disk. |
| Model Name | Model Name |
| Object Severity | Object severity of the local disk. |
| Part Number | Part number of the local disk. |
| Purpose | Purpose of the local disk. |
| Slot Number | Slot number of the local disk. |
| Status LED | Status LED of the local disk. |
| Storage Controller GUID | GUID of the storage controller the local disk is on. |
| Type | Local disk type. |
| UID | UID of the local disk. |
Management Server
| Name | Description |
|---|---|
| 128KB Average Latency (Microseconds) | The aggregated latency of 128KB operations for all clusters managed by the XMS. |
| 128KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 128KB operations from all clusters managed by the XMS. |
| 128KB Read IO Rate (Operations per Second) | IO Rate of 128KB read input/output operations from all clusters managed by the XMS. |
| 128KB Read Latency (Microseconds) | XMS's total real-time average latency of 128KB read operations. |
| 128KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 128KB operations from all clusters managed by the XMS. |
| 128KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 128KB operations for all clusters managed by the XMS. |
| 128KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 128KB operations per second from all clusters managed by the XMS. |
| 128KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 128KB write operations. |
| 128KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 128KB operations for all clusters managed by the XMS. |
| 16KB Average Latency (Microseconds) | The aggregated latency of 16KB operations for all clusters managed by the XMS. |
| 16KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 16KB operations from all clusters managed by the XMS. |
| 16KB Read IO Rate (Operations per Second) | IO Rate of 16KB read input/output operations from all clusters managed by the XMS. |
| 16KB Read Latency (Microseconds) | XMS's total real-time average latency of 16KB read operations. |
| 16KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 16KB operations from all clusters managed by the XMS. |
| 16KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 16KB operations for all clusters managed by the XMS. |
| 16KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 16KB operations per second from all clusters managed by the XMS. |
| 16KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 16KB write operations. |
| 16KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 16KB operations for all clusters managed by the XMS. |
| 1KB Average Latency (Microseconds) | The aggregated latency of 1KB operations for all clusters managed by the XMS. |
| 1KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 1KB operations from all clusters managed by the XMS. |
| 1KB Read IO Rate (Operations per Second) | IO Rate of 1KB read input/output operations from all clusters managed by the XMS. |
| 1KB Read Latency (Microseconds) | XMS's total real-time average latency of 1KB read operations. |
| 1KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 1KB operations from all clusters managed by the XMS. |
| 1KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 1KB operations for all clusters managed by the XMS. |
| 1KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 1KB operations per second from all clusters managed by the XMS. |
| 1KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 1KB write operations. |
| 1KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 1KB operations for all clusters managed by the XMS. |
| 1MB Average Latency (Microseconds) | The aggregated latency of 1MB operations for all clusters managed by the XMS. |
| 1MB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 1MB operations from all clusters managed by the XMS. |
| 1MB Read IO Rate (Operations per Second) | IO Rate of 1MB read input/output operations from all clusters managed by the XMS. |
| 1MB Read Latency (Microseconds) | XMS's total real-time average latency of 1MB read operations. |
| 1MB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 1MB operations from all clusters managed by the XMS. |
| 1MB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 1MB operations for all clusters managed by the XMS. |
| 1MB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 1MB operations per second from all clusters managed by the XMS. |
| 1MB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 1MB write operations. |
| 1MB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 1MB operations for all clusters managed by the XMS. |
| 256KB Average Latency (Microseconds) | The aggregated latency of 256KB operations for all clusters managed by the XMS. |
| 256KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 256KB operations from all clusters managed by the XMS. |
| 256KB Read IO Rate (Operations per Second) | IO Rate of 256KB read input/output operations from all clusters managed by the XMS. |
| 256KB Read Latency (Microseconds) | XMS's total real-time average latency of 256KB read operations. |
| 256KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 256KB operations from all clusters managed by the XMS. |
| 256KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 256KB operations for all clusters managed by the XMS. |
| 256KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 256KB operations per second from all clusters managed by the XMS. |
| 256KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 256KB write operations. |
| 256KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 256KB operations for all clusters managed by the XMS. |
| 2KB Average Latency (Microseconds) | The aggregated latency of 2KB operations for all clusters managed by the XMS. |
| 2KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 2KB operations from all clusters managed by the XMS. |
| 2KB Read IO Rate (Operations per Second) | IO Rate of 2KB read input/output operations from all clusters managed by the XMS. |
| 2KB Read Latency (Microseconds) | XMS's total real-time average latency of 2KB read operations. |
| 2KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 2KB operations from all clusters managed by the XMS. |
| 2KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 2KB operations for all clusters managed by the XMS. |
| 2KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 2KB operations per second from all clusters managed by the XMS. |
| 2KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 2KB write operations. |
| 2KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 2KB operations for all clusters managed by the XMS. |
| 32KB Average Latency (Microseconds) | The aggregated latency of 32KB operations for all clusters managed by the XMS. |
| 32KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 32KB operations from all clusters managed by the XMS. |
| 32KB Read IO Rate (Operations per Second) | IO Rate of 32KB read input/output operations from all clusters managed by the XMS. |
| 32KB Read Latency (Microseconds) | XMS's total real-time average latency of 32KB read operations. |
| 32KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 32KB operations from all clusters managed by the XMS. |
| 32KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 32KB operations for all clusters managed by the XMS. |
| 32KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 32KB operations per second from all clusters managed by the XMS. |
| 32KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 32KB write operations. |
| 32KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 32KB operations for all clusters managed by the XMS. |
| 4KB Average Latency (Microseconds) | The aggregated latency of 4KB operations for all clusters managed by the XMS. |
| 4KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 4KB operations from all clusters managed by the XMS. |
| 4KB Read IO Rate (Operations per Second) | IO Rate of 4KB read input/output operations from all clusters managed by the XMS. |
| 4KB Read Latency (Microseconds) | XMS's total real-time average latency of 4KB read operations. |
| 4KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 4KB operations from all clusters managed by the XMS. |
| 4KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 4KB operations for all clusters managed by the XMS. |
| 4KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 4KB operations per second from all clusters managed by the XMS. |
| 4KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 4KB write operations. |
| 4KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 4KB operations for all clusters managed by the XMS. |
| 512B Average Latency (Microseconds) | The aggregated latency of 512B operations for all clusters managed by the XMS. |
| 512B IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 512B operations from all clusters managed by the XMS. |
| 512B Read IO Rate (Operations per Second) | IO Rate of 512B read input/output operations from all clusters managed by the XMS. |
| 512B Read Latency (Microseconds) | XMS's total real-time average latency of 512B read operations. |
| 512B Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 512B operations from all clusters managed by the XMS. |
| 512B Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 512B operations for all clusters managed by the XMS. |
| 512B Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 512B operations per second from all clusters managed by the XMS. |
| 512B Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 512B write operations. |
| 512B Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 512B operations for all clusters managed by the XMS. |
| 512KB Average Latency (Microseconds) | The aggregated latency of 512KB operations for all clusters managed by the XMS. |
| 512KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 512KB operations from all clusters managed by the XMS. |
| 512KB Read IO Rate (Operations per Second) | IO Rate of 512KB read input/output operations from all clusters managed by the XMS. |
| 512KB Read Latency (Microseconds) | XMS's total real-time average latency of 512KB read operations. |
| 512KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 512KB operations from all clusters managed by the XMS. |
| 512KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 512KB operations for all clusters managed by the XMS. |
| 512KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 512KB operations per second from all clusters managed by the XMS. |
| 512KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 512KB write operations. |
| 512KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 512KB operations for all clusters managed by the XMS. |
| 64KB Average Latency (Microseconds) | The aggregated latency of 64KB operations for all clusters managed by the XMS. |
| 64KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 64KB operations from all clusters managed by the XMS. |
| 64KB Read IO Rate (Operations per Second) | IO Rate of 64KB read input/output operations from all clusters managed by the XMS. |
| 64KB Read Latency (Microseconds) | XMS's total real-time average latency of 64KB read operations. |
| 64KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 64KB operations from all clusters managed by the XMS. |
| 64KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 64KB operations for all clusters managed by the XMS. |
| 64KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 64KB operations per second from all clusters managed by the XMS. |
| 64KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 64KB write operations. |
| 64KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 64KB operations for all clusters managed by the XMS. |
| 8KB Average Latency (Microseconds) | The aggregated latency of 8KB operations for all clusters managed by the XMS. |
| 8KB IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for 8KB operations from all clusters managed by the XMS. |
| 8KB Read IO Rate (Operations per Second) | IO Rate of 8KB read input/output operations from all clusters managed by the XMS. |
| 8KB Read Latency (Microseconds) | XMS's total real-time average latency of 8KB read operations. |
| 8KB Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth for 8KB operations from all clusters managed by the XMS. |
| 8KB Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of 8KB operations for all clusters managed by the XMS. |
| 8KB Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output 8KB operations per second from all clusters managed by the XMS. |
| 8KB Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of 8KB write operations. |
| 8KB Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of 8KB operations for all clusters managed by the XMS. |
| Allow Empty Password | Whether or not the user account can have a blank password. |
| Average Latency (Microseconds) | The aggregated latency for all clusters managed by the XMS. |
| Average Latency Greater Than 1MB (Microseconds) | The aggregated latency of operations greater than 1MB for all clusters managed by the XMS. |
| Build | The number of the XMS build. |
| CPU Utilization (%) | The current XMS's CPU utilization. |
| Database Version | The version number of the database. |
| Default User Inactivity Timeout (Minutes) | The XMS's default timeout period. The XMS logs the user out when a timeout period is not set. |
| Disk Space Secondary Utilization Level | Disk space secondary utilization level. Measures XMS's aggregated value of capacity monitoring. |
| Disk Space Utilization Level | Monitors the aggregated amount of free disk space on the XMS system for the root partition. An Alert is triggered when the disk utilization of the root portion exceeds the threshold percentage. |
| Event Log Record Time (Days) | Days in Event Log (the number of days of records that are currently in the log). |
| Free Disk Space (/root) (Tebibytes) | Aggregated free disk space of the root partition for all clusters managed by the XMS. |
| Free Disk Space Secondary (Tebibytes) | Aggregated free disk space at the secondary utilization level for all clusters managed by the XMS. |
| GUID | The GUID of the XMS resource. |
| Initiator Group Count | The aggregated value of Initator Groups that currently exist in all clusters managed by the XMS. |
| IO Rate (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second from all clusters managed by the XMS. |
| IO Rate By Block (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for Block operations from all clusters managed by the XMS. |
| IO Rate Greater Than 1MB (Operations per Second) | The aggregated value of total read and write real-time input/output operations per second for operations greater than 1MB from all clusters managed by the XMS. |
| IP Version | The IP version used by the XMS for both southbound (towards clusters) and northbound. |
| ISCSI Route Count | The aggregated amount of iSCSI routes for all clusters managed by the XMS. |
| Logical Space In Use (Tebibytes) | Aggregated used logical disk space for all clusters managed by the XMS. |
| Logs Size (Gibibytes) | The aggregated log size of all clusters managed by the XMS. |
| Management Interface | The physical network interface used by the XMS to communicate with the clusters. |
| Maximum Records In Event Log | The aggregated value of maximum records in the Event Logs of all clusters managed by the XMS. |
| Memory Utilization Level | Monitors the aggregated free memory on all clusters managed by the XMS. |
| Mode | Determines whether NTP is automatically or manually configured. |
| Object Severity | The XMS's severity, based on severity level of current Alerts (Alerts still uncleared) for this XMS. Possible values are 'clear', 'information', 'minor', 'major', and 'critical'. |
| Overall Efficiency Ratio (%) | The aggregated value of the ratio of provisioned Volume capacity to the cluster's actual used physical capacity. |
| RAM Free (Gibibytes) | Aggregated free memory for all clusters managed by the XMS. |
| RAM Total (Gibibytes) | Total available RAM for all clusters managed by the XMS. |
| RAM Usage (Gibibytes) | RAM usage for all clusters managed by the XMS. |
| Read IO Rate (Operations per Second) | IO Rate of read input/output operations from all clusters managed by the XMS. |
| Read IO Rate By Block (Operations per Second) | The aggregated value of Block input/output per second handled by all clusters managed by the XMS. |
| Read IO Rate Greater Than 1MB (Operations per Second) | IO Rate of read input/output operations greater than 1MB from all clusters managed by the XMS. |
| Read Latency (Microseconds) | XMS's total real-time average latency of read operations. |
| Read Latency Greater Than 1MB (Microseconds) | XMS's total real-time average latency of read operations greater than 1MB. |
| Read Throughput (Kilobytes per Second) | The aggregated value of real-time read bandwidth from all clusters managed by the XMS. |
| Read Throughput By Block (Kilobytes per Second) | The aggregated value of real-time read bandwidth for Block operations from all clusters managed by the XMS. |
| Read Throughput Greater Than 1MB (Kilobytes per Second) | The aggregated value of real-time read bandwidth for operations greater than 1MB from all clusters managed by the XMS. |
| Read / Write Ratio | The ratio of read to write IOPS. |
| REST API Protocol Version | Exposes the supported RESTful API version. |
| Server Name | The fully qualified name of the XMS server. |
| Software Version | XMS software version. This version should be identical to the cluster's software version, unless it is undergoing a special process (e.g. upgrade). |
| System Count | The number of clusters managed by the XMS. |
| Thin Provisioning Savings (%) | The aggregated value of percentage of Volume capacity not in use. |
| Throughput (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth for all clusters managed by the XMS. |
| Throughput By Block (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of Block operations for all clusters managed by the XMS. |
| Throughput Greater Than 1MB (Kilobytes per Second) | The aggregated value of total real-time read and write bandwidth of operations greater than 1MB for all clusters managed by the XMS. |
| Uptime | The amount of time passed since the XMS was last rebooted. |
| Used Memory (Gibibytes) | Memory in use. |
| User Account Count | The number of user accounts associated with the XMS. |
| Version | The installed XtremIO XMS version. |
| Volume Count | Number of volumes for all clusters managed by the XMS. |
| Write IO Rate (Operations per Second) | The aggregated value of total write real-time input/output operations per second from all clusters managed by the XMS. |
| Write IO Rate By Block (Operations per Second) | The aggregated value of input/output per second handled by all clusters managed by the XMS. |
| Write IO Rate Greater Than 1MB (Operations per Second) | The aggregated value of total write real-time input/output operations greater than 1MB per second from all clusters managed by the XMS. |
| Write Latency (Microseconds) | Cluster's aggregated value of total real-time average latency of write operations. |
| Write Latency Greater Than 1MB (Microseconds) | Cluster's aggregated value of total real-time average latency of write operations greater than 1MB. |
| Write Throughput (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of all clusters managed by the XMS. |
| Write Throughput By Block (Kilobytes per Second) | The aggregated value of current bandwidth for all clusters managed by the XMS, used to get a Snapshot of the aggregated totals by block size. |
| Write Throughput Greater Than 1MB (Kilobytes per Second) | The aggregated value of total real-time write bandwidth of operations greater than 1MB for all clusters managed by the XMS. |
| Wrong CN In CSR | Triggers an Alert if the default CSR (Certificate Signing Request) contains CN which is not the XMS's FQDN. |
| XMS Gateway | XMS's default gateway IP address. |
| XMS IP | IP address of the XMS. |
| XMS IP Subnet | XMS IP address and subnet mask. The XMS IP address is optional. It is not required if this command is only used to update the Storage Controller's IP or IPMI addresses. |
PSU
| Name | Description |
|---|---|
| Cluster GUID | GUID of the PSU's cluster. |
| DAE GUID | GUID of the PSU's DAE. |
| Enabled State | Enabled State |
| Firmware Version | Firmware Version |
| Firmware Version Error | Firmware Version Error |
| FRU Lifecycle State | FRU Lifecycle State |
| FRU Replace Failure Reason | FRU Replace Failure Reason |
| GUID | GUID of the PSU. |
| Hardware Revision | Hardware Revision |
| Identification | Identification |
| Identify LED | Identify LED |
| Index | Index |
| Input | Input |
| Location | Location |
| Model Name | Model Name |
| Object Severity | Object Severity |
| Part Number | Part Number |
| Power Failure | Power Failure |
| Power Feed | Power Feed |
| Serial Number | Serial Number |
| Status LED | Status LED of the PSU. |
| Storage Controller GUID | GUID of the PSU's Storage Controller. |
| X-Brick GUID | GUID of the PSU's X-Brick. |
Snapshot
| Name | Description |
|---|---|
| Accumulated Read Operation Count (Operations) | Total accumulative number of read operations having occurred during the Volume's lifespan. |
| Accumulated Size of Read (Tebibytes) | Accumulative capacity KB size of read operations having occurred during the Snapshot's lifespan. |
| Accumulated Size of Write (Tebibytes) | Accumulative capacity size of write operations having occurred during the Snapshot's lifespan. |
| Accumulated Small Read Operation Count (Operations) | Accumulated number of small reads input/output operations for the Snapshot. |
| Accumulated Small Write Operation Count (Operations) | Accumulated number of small writes input/output operations recursively contained by this Snapshot |
| Accumulated Unaligned Read Operation Count (Operations) | Snapshot's accumulated number of I/Os since adding the Initiator. |
| Accumulated Unaligned Write Operation Count (Operations) | Cluster's total number of accumulated unaligned writes. |
| Accumulated Write Operation Count (Operations) | Accumulative number of write operations having occurred during the Snapshot's lifespan. |
| Alignment Offset | The alignment offset range is between 0-15. |
| Average Latency (Microseconds) | Total real-time average latency of read and write operations. |
| Certainty | Indicates confidence that the XMS and the cluster are synchronized. Value changes from OK if a request is sent while the XMS is unable to determine the success of the request. |
| Cluster GUID | GUID for the related Cluster resource. |
| Created From Volume | This parameter contains the snapped_object Volume name, as it was at the Snapshot's creation time, or null when the Volume was not created from a Snapshot. The string remains unchanged when the ancestor is renamed, deleted or reassigned. |
| Creation Time | Snapshot's creation timestamp. |
| Destination Snapshot Count | Number of Snapshots directly Snapshotted from this Snapshot. |
| GUID | GUID |
| Index | Snapshot's index number as defined by the XMS upon its creation (a unique positive number). |
| IO Rate (Operations per Second) | Snapshot 's total read and write real-time input/output operations per second. |
| Lb Size | The 'sector size' (LB size) of the Snapshot. |
| Logical Space In Use | The total used Volume/ Snapshot capacity in all clusters managed by the XMS. |
| LUN Mapping Count | Number of LUN mappings defined for this Snapshot. |
| NAA Name | Snapshot's WWN/NAA name, globally unique and unique over time, set by the XMS (or by cluster) once a LUN is mapped to the Snapshot for the first time. |
| Object Severity | Snapshot's severity, based on severity level of current Alerts (Alerts still uncleared) for this Snapshot. Possible values are 'clear', 'information', 'minor', 'major', and 'critical'. |
| Read IO Rate (Operations per Second) | Total read real-time input/output operations per second. |
| Read Latency (Microseconds) | Total real-time average latency of read operations. |
| Read Throughput (Kilobytes per Second) | Total real-time read bandwidth in MB per second. |
| Small IO Alerts | When Volume parameter of small_io_alerts is set to 'disabled' (default), no Alerts are sent for a high number of small I/Os. |
| Small IO Rate (Operations per Second) | Current IO Rate of small input/output operations per second. |
| Small IO Ratio (%) | The accumulated number of unaligned I/O divided by the total accumulated number of I/Os to the Snapshot. |
| Small IO Ratio Level | Event triggered whenever the unaligned-io-ratio level changes. |
| Small Read IO Rate (Operations per Second) | Current IO Rate of small read input/output operations per second. |
| Small Read Throughput (Kilobytes per Second) | Current bandwidth of small input/output operations, addressed at the Snapshot. |
| Small Throughput (Kilobytes per Second) | Current bandwidth of small input/output operations, addressed at the Snapshot. |
| Small Write IO Rate (Operations per Second) | Current IO Rate of small write input/output operations per second. |
| Small Write Throughput (Kilobytes per Second) | Snapshot's small write bandwidth. |
| Throughput (Kilobytes per Second) | Total real-time read and write bandwidth in MB per second. |
| Type | A Snapshot is regular (default) or readonly. |
| Unaligned IO Alerts | When this Snapshot parameter is set to disabled (default), no Alerts are sent for high numbers of unaligned. |
| Unaligned IO Rate (Operations per Second) | Unaligned input/output operations per second. |
| Unaligned IO Ratio (%) | Accumulated number of unaligned I/O divided by the total accumulated number of I/Os to the Snapshot. |
| Unaligned IO Ratio Level | Event triggered whenever the unaligned-io-ratio level changes. |
| Unaligned Read IO Rate (Operations per Second) | Current IO Rate of unaligned read input/output operations per second. |
| Unaligned Read Throughput (Kilobytes per Second) | Current bandwidth of unaligned read input/output operations. |
| Unaligned Throughput (Kilobytes per Second) | Current IO Rate of unaligned bandwidth input/output operations. |
| Unaligned Write IO Rate (Operations per Second) | Current IO Rate of unaligned write input/output operations per second. |
| Unaligned Write Throughput (Kilobytes per Second) | Current bandwidth of unaligned write input/output operations |
| VAAI Thin Provisioning Alerts | The VAAI Soft Limit warning for this Volume is reported when monitoring is enabled. The threshold is a cluster-wide value as configured in the cluster vaai_tp_limit. The default is disabled. |
| Volume Access | Denotes the host access configuration. Possible values are 'no_access', 'read_access', or 'writes_access'. |
| Volume Size (Tebibytes) | Total provisioned capacity. Snapshot KB size as exposed to Initiators. |
| Volume Snapshot Source Index Number | Holds the Volume Snapshot source index number for the Snapshot. This parameter points to an object from which the Snapshot was created, providing that the 'ancestor' object is not deleted, or that create-snapshot-and-reassign was not applied. |
| Volume Snapshot Source Name | Name of the parent Volume of this Snapshot. This parameter points to an object from which the Snapshot was created, providing that the 'ancestor' object is not deleted, or that create-snapshot-and-reassign was not applied. |
| Volume Type | Denotes the Volume type. Possible values are 'regular' or 'readonly'. |
| Write IO Rate (Operations per Second) | Total write real-time input/output operations per second. |
| Write Latency (Microseconds) | Total real-time average latency of write operations. |
| Write Throughput (Kilobytes per Second) | Total real-time write bandwidth in MB per second |
| XMS GUID | GUID for the related XtremIO Management Server resource. |
SSD
| Name | Description |
|---|---|
| Bad Sector Count | Number of bad sectors, detected in the SSD |
| Certainty | XMS Certaintity. Indicates confidence that XMS and the cluster are synchronized |
| Cluster GUID | GUID of the cluster containing the SSD. |
| Data Protection Group GUID | GUID of the Data Protection Group the SSD belongs to. |
| Diagnostic Health State | Reflects the health of the SSD device itself |
| DPG State | Displays the state of the SSD related to the DPG to which it belongs. |
| Enabled State | Indicates whether the SSD is currently enabled or disabled, either by the user or the cluster |
| Encryption Status | SSD's encryption (Data at Rest) status |
| Endurance Remaining (%) | Percentage of SSD endurance remaining |
| Failure Reason | SSD Failure Reason |
| Firmware Version | Current firmware version of the SSD |
| Firmware Version Error | Reason for FRU diagnostic failure when a firmware problem exists |
| FRU Lifecycle State | SSD's FRU state, using the generic FRU transition states |
| GUID | GUID |
| Hardware Revision | Hardware level of power supply unit |
| Health State | The SSD's state of health |
| Identify LED | Indicates whether the identification LED is illuminated for ths SSD. The property value is reflected in the GUI LED icon |
| Index | Index |
| IO Error ASC | The ASC code of the most recent I/O error |
| IO Error ASCQ | The ASCQ code of the most recent I/O error |
| IO Error Sense Code | The sense code of an I/O error |
| IO Error Vendor Specific | Vendor specific information string of the most recent I/O error |
| IO Rate (Operations per Second) | SSD IO Rate |
| Last IO Error Timestamp | Timestamp of the last recorded I/O error |
| Last IO Error Type | The last IO Error Type |
| Link 1 Health State | Reflects the SSD health state. Relates to the first port, which should be connected to Storage Controller-1. |
| Link 2 Health State | Reflects the SSD health state. Relates to the first port, which should be connected to Storage Controller-2. |
| Model Name | Vendor's assigned SSD model name |
| Object Severity | SSD's severity, based on severity level of current Alerts (Alerts still uncleared) for this SSD |
| Part Number | A string assigned by EMC identifying the part |
| Percent Endurance Remaining Level | Percent Endurance Remaining Level |
| Read IO Rate (Operations per Second) | Read IO Rate |
| Read Throughput (Kilobytes per Second) | Read Throughput |
| Read / Write Ratio | The ratio of read to write IOPS. |
| Serial Number | Serial Number |
| Size (Gibibytes) | The overall size of the SSD |
| Slot Number | Slot index in which SSD currently resides, or Slot index into which the currently-disconnected SSD was previously inserted |
| Smart Error ASC | The ASC code of the most recent SMART error (two hex digits) |
| Smart Error ASCQ | The ASCQ code of the most recent SMART error (two hex digits) |
| Space In Use (Gibibytes) | SSD Space In Use |
| Status LED | LED state, indicating SSD object faults |
| Swap LED | Defines whether a replacement procedure is to be activated when a new SSD is inserted into the DAE. |
| Throughput (Kilobytes per Second) | Throughput of the SSD |
| UID | UID (unique identification) of the SSD that is inserted into the Slot. |
| Useful SSD Space (Gibibytes) | The useful size of this specific SSD |
| Write IO Rate (Operations per Second) | Write IO Rate for SSD |
| Write Throughput (Kilobytes per Second) | Write Throughput of the SSD |
| X-Brick GUID | GUID of the X-Brick containing the SSD |
Storage Controller
| Name | Description |
|---|---|
| Active IPMI Port | The port which is currently being used for IPMI. |
| Backend Storage Controller State | The state of the backend Storage Controller. |
| BIOS Firmware Version | The BIOS firmware version of the storage controller. |
| Cluster GUID | GUID of the storage controller's cluster. |
| Current Health State | The current health state of the Storage Controller. |
| DAE Controller Discovery Needed | Whether or not the cluster has detected new DAE controllers. |
| DAE Discovery Needed | Whether or not DAE discovery is needed. |
| DAE PSU Discovery Needed | Whether or not the cluster has detected a new DAE PSU. |
| Data Protection Group GUID | GUID of the storage controller's data protection group. |
| Dedicated IPMI Link Connection State | The state of the link between the dedicated IPMI port and the other Storage Controller. |
| Dedicated IPMI Port Speed | Negotiated speed of the dedicated IPMI port. |
| Dedicated IPMI Port State | The state of the dedicated Ethernet port used for IPMI access. |
| DIMM Correctable Errors (Errors) | The number of DIMM ECC correctable errors. |
| DIMM Health State | The health state of the DIMM. |
| Enabled State | Indicates whether the Storage Controller is currently enabled or disabled, either by user or the cluster. |
| Fan Health State | The health state of the least healthy fan, based on both analog and discrete sensors. |
| FC HBA Hardware Revision | Detected Fibre Channel host bus adaptors hardware revision. |
| FC HBA Model | Fibre Channel host bus adaptors hardware model. |
| Firmware Version Error | Whether or not the firmware or OS upgrade has failed or is in the process of upgrading. |
| FRU Lifecycle State | The Storage Controller's FRU state, using the generic FRU transition states. |
| GUID | GUID of the storage controller. |
| IB 1 Link Downed | The total number of times this port was declared 'down'. |
| IB 1 Link Downed Over Last Five Minutes | The number of times InfiniBand port 1 was declared 'down' over the past five minutes. |
| IB 1 Link Downed Over Last Minute | The number of times InfiniBand port 1 was declared 'down' in the past minute. |
| IB 1 Link Error Recoveries | The number of times this InfiniBand port successfully completed a link error recovery procedure. |
| IB 1 Link Error Recoveries Over Last Five Minutes | The number of link error recoveries by InfiniBand port 1 over the past five minutes. |
| IB 1 Link Error Recoveries Over Last Minute | The number of link error recoveries for InfiniBand port 1 over the past minute. |
| IB 1 Link Health Level | The most severe problem detected on InfiniBand port 1. |
| IB 1 Link Rate In Gbps | The link rate of InfiniBand port 1. |
| IB 1 Local Link Integrity Errors (Errors) | The total number of local link integrity errors encountered by InfiniBand port 1. |
| IB 1 Local Link Integrity Errors Over Last Five Minutes (Errors) | The number of local link integrity errors encountered by InfiniBand port 1 over the past five minutes. |
| IB 1 Local Link Integrity Errors Over Last Minute (Errors) | The number of local link integrity errors encountered by InfiniBand port 1 over the past minute. |
| IB 1 Peer OID | The object index number of the specific peer object connected to the storage controller. |
| IB 1 Port In Peer Index | Index of the port within the storage controller this port is connected to (0 if the port is unconnected). The value is meaningful only when port_peer_type is not none. |
| IB 1 Port Misconnection | Whether or not a problem exists in InfiniBand port 1. |
| IB 1 Port Peer Type | Defines whether port 1 is connected to a storage controller, another switch, or is disconnected. |
| IB 1 Port Received Errors (Errors) | The total number of received errors encountered by InfiniBand port 1. |
| IB 1 Port Received Errors Over Last Five Minutes (Errors) | The number of received errors encountered by InfiniBand port 1 over the past five minutes. |
| IB 1 Port Received Errors Over Last Minute (Errors) | The number of received errors encountered by InfiniBand port 1 over the past minute. |
| IB 1 Port Received Remote Physical Errors (Errors) | The total number of received remote physical errors encountered by InfiniBand port 1. |
| IB 1 Port Received Remote Physical Errors Over Last Five Minutes (Errors) | The number of received remote physical errors over the past five minutes by InfiniBand port 1. |
| IB 1 Port Received Remote Physical Errors Over Last Minute (Errors) | Number of packets received on this InfiniBand port with errors over the past minute. |
| IB 1 Port State | The state of the Storage Controller's InfiniBand port 1. |
| IB 1 Symbol Errors (Errors) | The total number of symbol errors encountered by InfiniBand port 1. |
| IB 1 Symbol Errors Over Last Five Minutes (Errors) | The number of symbol errors encountered by InfiniBand port 1 over the past minute. |
| IB 1 Symbol Errors Over Last Minute (Errors) | The number of symbol errors encountered by InfiniBand port 1 in the past minute. |
| IB 2 Link Downed | The total number of times InfiniBand port 2 was declared 'down'. |
| IB 2 Link Downed Over Last Five Minutes | The number of times InfiniBand port 2 was declared 'down' over the past five minutes. |
| IB 2 Link Downed Over Last Minute | The number of times this InfiniBand port was marked as 'down' over the past minute. |
| IB 2 Link Error Recoveries | Number of times this InfiniBand port successfully completed a link error recovery procedure. |
| IB 2 Link Error Recoveries Over Last Five Minutes | The number of link error recoveries by InfiniBand port 2 over the past five minutes. |
| IB 2 Link Error Recoveries Over Last Minute | The number of link error recoveries by InfiniBand port 2 over the past minute. |
| IB 2 Link Health Level | The most severe problem detected over this InfiniBand link. |
| IB 2 Link Rate In Gbps | The InfiniBand link rate for port 2. |
| IB 2 Local Link Integrity Errors (Errors) | The total number of local link integrity errors encountered by InfiniBand port 2. |
| IB 2 Local Link Integrity Errors Over Last Five Minutes (Errors) | The number of local link integrity errors this InfiniBand port has encountered over the past five minutes. |
| IB 2 Local Link Integrity Errors Over Last Minute (Errors) | Number of local link integrity errors encountered by InfiniBand port 2 over the past minute. |
| IB 2 Peer OID | The object index number of the specific peer object connected to the storage controller. |
| IB 2 Port In Peer Index | Index of the port within the storage controller this port is connected to (0 if the port is unconnected). The value is meaningful only when port_peer_type is not none. |
| IB 2 Port Misconnection | Whether or not there is a connection problem between the Storage Controller and InfiniBand port 2. |
| IB 2 Port Peer Type | Defines whether port 2 is connected to a storage controller, another switch, or is disconnected. |
| IB 2 Port Received Errors (Errors) | Number of packets received with errors by InfiniBand port 2. |
| IB 2 Port Received Errors Over Last Five Minutes (Errors) | The number of packets received with error by InfiniBand port 2 over the past five minutes. |
| IB 2 Port Received Errors Over Last Minute (Errors) | Number of packets received on this InfiniBand port with errors over the past minute. |
| IB 2 Port Received Remote Physical Errors (Errors) | Total number of received remote physical errors encountered by InfiniBand port 2. |
| IB 2 Port Received Remote Physical Errors in the Last 5 Minutes (Errors) | The number of remote physical errors this InfiniBand port has encountered over the past five minutes. |
| IB 2 Port Received Remote Physical Errors Over Last Minute (Errors) | The number of remote physical errors encountered by the InfiniBand port. |
| IB 2 Port State | State of the InfiniBand port 2. |
| IB 2 Symbol Errors (Errors) | Total number of symbol errors on this InfiniBand port. |
| IB 2 Symbol Errors Over Last Five Minutes (Errors) | The number of symbol errors this InfiniBand port has encountered over the past five minutes. |
| IB 2 Symbol Errors Over Last Minute (Errors) | The number of symbol errors on this InfiniBand port in the past minute. |
| IB Address 1 | Storage controller's internal backend InfiniBand addresses for port 1. |
| IB Address 2 | Storage controller's internal backend InfiniBand addresses for port 2. |
| IB Switch PSU Discovery Needed | Whether or not the cluster has detected a new InfiniBand PSU. |
| IB Switches Discovery Needed | Whether or not the cluster has detected new InfiniBand switches. |
| Identify LED | Whether or not the identification LED is illuminated for the Storage Controller. |
| Index | The index of the storage controller. |
| Index In Brick | Index in brick. |
| Internal Sensor Health State | Reflects health state of the least healthy of all temperature/voltage/fan/current/internal sensor types. Value is based on both the analog and discrete sensors of each type. |
| IPMI Address | IPMI address and subnet for the storage controller. |
| IPMI Address Subnet | Subnet of the IPMI's address. |
| IPMI BMC Firmware Version | The firmware version of the IPMI. |
| IPMI BMC Hardware Revision | The hardware revision of the IPMI. |
| IPMI BMC Model | The hardware model of the IPMI. |
| IPMI Connection Error Reason | The reason for the disconnection from the Storage Controller's IPMI. |
| IPMI Gateway IP | The IPMI default gateway's IP address. |
| Is SYM Node | Indicates if this storage controller is the storage controller running the SYM. |
| ISCSI Daemon State | The state of the ISCSI daemon. |
| Journal State | The state of the Storage Controller's journal. |
| Local Disk Controller Firmware Version | Storage controller's current firmware version. |
| Local Disk Controller Hardware Revision | Revision for the local disk storage storage controller hardware. |
| Local Disk Count | Number of local disks for the storage controller. |
| Local Disk Discovery Needed | Whether or not the cluster has detected a new local disk. |
| Low Ram Level | The value from the Storage Controller's 'RAM Level Low' indicator. |
| Management Gateway IP | The IPMI default gateway's IP management. |
| Management Link Health Level | The Storage Controller's management port health state. |
| Management Port Auto-Negotiation | Indicates if auto-negotiation is enabled (default) or disabled. |
| Management Port Duplex | Ethernet port duplex. The current port configuration applies if the port is full duplex or half duplex. |
| Management Port Speed | Management port speed. |
| Management Port State | The Storage Controller's managment port state. |
| Monitored UPS Count | Number of BBUs that are connected to the storage controller. |
| Node CSID | Internal storage controller naming index number. |
| Node Front Panel Temperature State | The temperature sensor reading for above normal temperatures. |
| Node GUID | GUID (Globally Unique Identifier) hardwired in the physical storage controller. |
| Node Health State | Health state of the Storage Controller and its components. |
| Node Index | Node index. |
| Node Journaling Health State | The health state of the journaling component. |
| Node Manager Address | The IP addresses used to access the storage controller manager. |
| Node Manager Address Subnet | The storage controller's subnet mask management IP. |
| Node Manager Connection Error Reason | Reason for the last disconnection between the XMS and the Storage Controller. |
| Node Manager Connection State | The state of the connection between XMS and Storage Controller manager. |
| Node PSU Count | Storage controller's number of storage controller PSU objects and the list of their object IDs. There should be two PSUs per storage controller. |
| Node PSU Discovery Needed | Whether or not the cluster has detected a new Storage Controller PSU. |
| Node Stop Reason | The reason reported for the Storage Controller stoppage. |
| Node Stop Type | The type of the most recent stop. |
| Object Severity | Object severity of the storage controller. |
| OS Upgrade Current Step | The current step of the OS upgrade. |
| OS Upgrade Current Step Info | Information about the current step of the OS upgrade (if any). |
| OS Version | Storage Controller operating system version, equivalent to the firmware for other components. |
| PCI 10GE HBA Firmware Version | iSCSI host bus adaptors firmware version. |
| PCI 10GE HBA Hardware Revision | iSCSI host bus adaptors hardware revision. |
| PCI 10GE HBA Model | iSCSI host bus adaptors model name. |
| PCI Disk Controller Firmware Version | DAE controller's firmware version. |
| PCI Disk Controller Hardware Revision | DAE controller's hardware revision. |
| PCI IB HBA Firmware Version | InfiniBand host bus adaptors firmware revision. |
| PCI IB HBA Hardware Revision | InfiniBand host bus adaptors hardware revision. |
| PCI IB HBA Model | Infiniband host bus adaptors hardware model. |
| Remote Journal Health State | The health state of the remote journal. |
| SAS 1 HBA Port Health Level | The health level of the Storage Controller's SAS port 1. |
| SAS 1 Port Rate | Rate of the first serial attached SCSI (SAS) port used. |
| SAS 1 Port State | The state of the first SAS port used. |
| SAS 2 HBA Port Health Level | The health level of the Storage Controller's SAS port 2. |
| SAS 2 Port Rate | Rate of the second serial attached SCSI (SAS) port used. |
| SAS 2 Port State | The state of the SAS port 2. |
| SC DAE Access State | DAE access state of the Storage Controller. |
| SC Start Timestamp | The last time this storage controller was started. |
| SC Start Timestamp Display | The storage controller's last start time. |
| Serial Number | The serial number of the storage controller. |
| Software Version | Software version. |
| SSD Count | The total number of SSDs in this storage controller's X-Brick. |
| SSD Discovery Needed | Whether or not the cluster has detected a new SSD. |
| Status LED | Status LED. |
| Targets Discovery Needed | Whether or not the cluster has detected new targets. |
| Temperature Health State | The health state of the least healthy temperature sensor, based on both analog and discrete sensors. |
| Upgrade Failure Reason | The reason for the failed upgrade (if any). |
| Upgrade State | The state of the last upgrade process for the Storage Controller. |
| UPS Discovery Needed | Whether or not BBU discovery is needed. |
| Voltage Health State | The aggregated health state of the voltage sensors. |
| X-Brick GUID | GUID of the storage controller's X-Brick. |
Volume
| Name | Description |
|---|---|
| Access | Denotes the type of volume and its accessibility. |
| Accumulated Read Operation Count | Total accumulative number of read operations having occurred during the Volume's lifespan |
| Accumulated Size of Read (Gigabytes) | Accumulative capacity KB size of read operations having occurred during the Volume's lifespan |
| Accumulated Size of Write (Gigabytes) | Accumulative capacity KB size of write operations having occurred during the Volume's lifespan |
| Accumulated Small Read Operation Count | Accumulated number of small reads input/output operations of the Volume |
| Accumulated Small Write Operation Count | Accumulated number of small writes input/output operations recursively contained by this Volume |
| Accumulated Unaligned Read Operation Count | Volume's accumulated number of I/Os since adding an Initiator. |
| Accumulated Unaligned Write Operation Count | Cluster's total number of accumulated unaligned writes |
| Accumulated Write Operation Count | Accumulative number of write operations having occurred during the Volume's lifespan |
| Alignment Offset | The alignment offset range(between 0-15). |
| Average Latency (Microseconds) | Average Latency |
| Certainty | Indicates confidence that the XMS and the cluster are synchronized. The value changes from OK if a request is sent while the XMS is unable to determine the success of the request. |
| Cluster GUID | The GUID of the cluster containing the volume. |
| Created From Volume | This parameter contains the snapped_object Volume name, as it was at the Snapshot's creation time, or null when the Volume was not created from a Snapshot. The string remains unchanged when the ancestor is renamed, deleted or reassigned. |
| Destination Snapshot Count | Number of Volumes directly Snapshotted from this Volume |
| GUID | The GUID of the volume. |
| Index | Volume's index number as defined by the XMS upon its creation (a unique positive number) |
| IO Rate (Operations per Second) | IO Rate |
| LB Size | The "sector size" (LB size) of the Volume |
| Logical Space In Use (Tebibytes) | Logical Space In Use |
| LUN Mapping Count | Number of LUN mappings defined for this Volume |
| NAA Name | Volume's WWN/NAA name, globally unique and unique over time, set by the XMS (or by cluster) once a LUN is mapped to the Volume for the first time |
| Object Severity | Volume's severity, based on severity level of current Alerts (Alerts still uncleared) for this Volume |
| Read IO Rate (Operations per Second) | Read IO Rate |
| Read Latency (Microseconds) | Read Latency |
| Read Throughput (Kilobytes per Second) | Read Throughput |
| Read / Write Ratio | The ratio of read to write IOPS. |
| Size (Tebibytes) | Total provisioned capacity. Volume KB size as exposed to Initiators |
| Small IO Rate (Operations per Second) | Small IO Rate |
| Small IO Ratio | Small IO Ratio |
| Small IO Ratio Level | Event triggered whenever the unaligned-io-ratio level changes |
| Small Read IO Rate (Operations per Second) | Small Read IO Rate |
| Small Read Throughput (Kilobytes per Second) | Small Read Throughput |
| Small Throughput (Kilobytes per Second) | Small Throughput |
| Small Write IO Rate (Operations per Second) | Small Write IO Rate |
| Small Write Throughput (Kilobytes per Second) | Small Write Throughput |
| Snapshot Group ID | The Volume Snapshot Group (VSG) Index |
| Snapshot Source Index Number | Holds the Volume Snapshot source index number for the Snapshot. This parameter points to an object from which the Snapshot was created, providing that the 'ancestor' object is not deleted, or that create-snapshot-and-reassign was not applied. |
| Snapshot Type | The Snapshot is regular (default) or readonly. |
| Throughput (Kilobytes per Second) | Throughput |
| Type | Denotes the Volume type. Values: [regular or readonly] |
| Unaligned IO Alerts | When this Volume parameter is set to disabled (default), no Alerts are sent for a high number of unaligned I/Os. |
| Unaligned IO Rate (Operations per Second) | Unaligned IO Rate |
| Unaligned IO Ratio | Unaligned IO Ratio |
| Unaligned IO Ratio Level | Event triggered whenever the unaligned-io-ratio level changes |
| Unaligned Read IO Rate (Operations per Second) | Unaligned Read IO Rate |
| Unaligned Read Throughput (Kilobytes per Second) | Unaligned Read Throughput |
| Unaligned Throughput (Kilobytes per Second) | Unaligned Throughput |
| Unaligned Write IO Rate (Operations per Second) | Unaligned Write IO Rate |
| Unaligned Write Throughput (Kilobytes per Second) | Unaligned Write Throughput |
| VAAI Thin Provisioning Alerts | The VAAI Soft Limit warning for this Volume is reported when monitoring is enabled. The threshold is a cluster-wide value as configured in the cluster vaai_tp_limit. The default is disabled. |
| Write IO Rate (Operations per Second) | Write IO Rate |
| Write Latency (Microseconds) | Write Latency |
| Write Throughput (Kilobytes per Second) | Write Throughput |
X-Brick
| Name | Description |
|---|---|
| Brick State | X-Brick's current state |
| Cluster GUID | The index number of the cluster this X-Brick belongs to. Maybe omitted if only one cluster is defined. |
| GUID | GUID |
| Index | The X-Brick index number as defined by the XtremIO Management Server upon its creation (a unique positive number). |
| Index In System | The X-Brick's index. |
| Object Severity | X-Brick severity, based on severity level of current Alerts (Alerts still uncleared) for this X-Brick. Possible values are 'clear', 'information', 'minor', 'major', and 'critical'. |
| SSD Count | The X-Brick's total number of SSDs. |
| Storage Controller Count | X-Brick's total number of Storage Controllers. |
Updated about 2 years ago