1IPMCTL-SHOW-DEVICE(1)               ipmctl               IPMCTL-SHOW-DEVICE(1)
2
3
4

NAME

6       ipmctl-show-device - Shows information about one or more PMem modules
7

SYNOPSIS

9           ipmctl show [OPTIONS] -dimm [TARGETS]
10

DESCRIPTION

12       Shows information about one or more PMem modules.
13

OPTIONS

15       -a, -all
16           Shows all attributes.
17
18           Note
19           The all and display options are exclusive and may not be used
20           together.
21
22       -d (attributes), -display (attributes)
23           Filters the returned attributes by explicitly specifying a
24           comma-separated list of any of the attributes defined in the Return
25           Data section.
26
27           Note
28           The all and display options are exclusive and may not be used
29           together.
30
31       -h, -help
32           Displays help for the command.
33
34       -ddrt
35           Used to specify DDRT as the desired transport protocol for the
36           current invocation of ipmctl.
37
38       -smbus
39           Used to specify SMBUS as the desired transport protocol for the
40           current invocation of ipmctl.
41
42           Note
43           The -ddrt and -smbus options are mutually exclusive and may not be
44           used together.
45
46       -o (text|nvmxml), -output (text|nvmxml)
47           Changes the output format. One of: "text" (default) or "nvmxml".
48
49       -u (B|MB|MiB|GB|GiB|TB| TiB), -units (B|MB|MiB|GB|GiB|TB| TiB)
50           Changes the units that capacities are displayed in for this
51           command. One of: bytes (B), megabytes (MB), mebibytes (MiB),
52           gigabytes (GB), gibibytes (GiB), terabytes (TB) or tebibytes (TiB).
53

TARGETS

55       -dimm [DimmIDs]
56           Restricts output to specific PMem modules by supplying the PMem
57           module target and one or more comma-separated PMem module
58           identifiers. The default is to display all PMem modules.
59
60       -socket [SocketIDs]
61           Restricts output to the PMem modules installed on specific sockets
62           by supplying the socket target and one or more comma-separated
63           socket identifiers. The default is to display all sockets.
64
65           Note
66           If ACPI PMTT table is not present, then DDR4 memory will not be
67           displayed in the filtered socket list.
68

EXAMPLES

70       Lists a few key fields for each PMem module.
71
72           ipmctl show -dimm
73
74       Lists all properties for PMem module 0x0001.
75
76           ipmctl show -a -dimm 0x0001
77
78       Retrieves specific properties for each PMem module.
79
80           ipmctl show -d HealthState,LockState -dimm
81

RETURN DATA

83       The default behavior is to display a table with the default attributes
84       listed below; applying options changes the output to a more detailed
85       format. Limited information (noted in the table below) is applicable if
86       the PMem module is not manageable by the software as indicated by the
87       "ManageabilityState" property.
88
89           Note
90           Some data is endian-swapped for human readability.
91
92       DimmID
93           (Default) The PMem module identifier.
94
95       Capacity
96           (Default) The usable capacity of the PMem module as reported by the
97           firmware.
98
99       HealthState
100           (Default) Overall PMem module health. One of:
101
102           ·   Healthy
103
104           ·   Noncritical: Maintenance may be required.
105
106           ·   Critical: Features or performance are degraded due to failure.
107
108           ·   Fatal: Critical internal state failure (DPA Failure, Internal
109               Buffer Failure, AIT Failure, etc.) is non-recoverable and data
110               loss has occurred or is imminent. In this case, the firmware
111               will disable the media and access to user data and operations
112               that require use of the media will fail.
113
114           ·   Non-functional: The PMem module is detected and manageable,
115               though some commands and capabilities may be limited. The PMem
116               module has limited communication or another error preventing
117               complete functionality. Common causes include:
118
119               ·   DDRT memory interface training failure
120
121               ·   Expected region mapping to SPA range unable to be found
122
123           ·   Unmanageable: The PMem module has an incompatible firmware API
124               version or hardware revision or is unresponsive (possibly due
125               to a communication interface failure or a firmware/hardware
126               error).
127
128           ·   Unknown: Unable to determine the PMem module health state.
129               Refer to HealthStateReason for HealthState details.
130
131       HealthStateReason
132           Indicates why the PMem module is in the current Health State. One
133           or more of:
134
135           ·   None
136
137           ·   Percentage Remaining less than 1%
138
139           ·   Package Sparing occurred
140
141           ·   CAP Self-Test warning
142
143           ·   Percentage Remaining is 0
144
145           ·   Die Failure
146
147           ·   AIT DRAM disabled
148
149           ·   CAP Self-Test failure
150
151           ·   Critical internal state failure
152
153           ·   Performance degraded
154
155           ·   CAP Self-Test communication failure
156
157               Refer to the Intel® Optane™ Persistent Memory Firmware
158               Interface Specification, document number 556488, Section 4.8
159               SMART and Health.
160
161       InterfaceFormatCode
162           A comma-delimited list of the JEDEC standard format interface codes
163           for the PMem module where each code is formatted as: code (JEDEC
164           Description or "Unknown").
165
166       ManageabilityState
167           Ability of the PMem module host software to manage the PMem module.
168           Manageability is determined by the interface format code, the
169           vendor identifier, device identifier and the firmware API version.
170           One of:
171
172           ·   Manageable: The PMem module is manageable by the software.
173
174           ·   Unmanageable: The PMem module is not supported by this version
175               of the software.
176
177       PopulationViolation
178           Memory populations are evaluated based on the "Enforce Population
179           POR" setup option in UEFI Firmware. If enforcement of POR
180           populations is selected, then some PMem module memory may be in
181           population violation. See [PMem modules in non-POR configuration]
182           for details. One of:
183
184           ·   Yes: The PMem module is in population violation.
185
186           ·   No: The PMem module is not in population violation.
187
188       PhysicalID
189           The PMem module physical identifier (i.e., SMBIOS Type 17 handle).
190
191       DimmHandle
192           The PMem module handle formatted as 0xABCD.
193
194           ·   A = Socket
195
196           ·   B = Memory Controller
197
198           ·   C = Channel
199
200           ·   D = Slot
201
202       DimmUID
203           The unique identifier of the PMem module formatted as
204           VVVV-ML-MMYYSNSNSNSN or VVVV-SNSNSNSN (if the manufacturing
205           information is not available) where:
206
207           ·   VVVV = VendorID
208
209           ·   ML = ManufacturingLocation
210
211           ·   MMYY = ManufacturingDate
212
213           ·   SNSNSNSN = SerialNumber
214
215       SocketID
216           The processor socket identifier (i.e., NUMA node) where the PMem
217           module is installed.
218
219       MemControllerID
220           The associated memory controller identifier.
221
222       ChannelID
223           The associated channel.
224
225       ChannelPos
226           The PMem module position in the channel.
227
228       MemoryType
229           The memory type. One of:
230
231           ·   Unknown
232
233           ·   DDR4
234
235           ·   Logical Non-Volatile Device
236
237       VendorID
238           The vendor identifier of the PMem module. This value is presented
239           in big endian format.
240
241       DeviceID
242           The device identifier of the PMem module. This value is presented
243           in big endian format.
244
245       RevisionID
246           The revision identifier of the PMem module.
247
248       SubsystemVendorID
249           The vendor identifier of the non-volatile memory subsystem
250           controller. This value is presented in big endian format.
251
252       SubsystemDeviceID
253           The device identifier of the non-volatile memory subsystem
254           controller.
255
256       SubsystemRevisionID
257           The revision identifier of the non-volatile memory subsystem
258           controller retrieved from NFIT. This field uses a different
259           encoding than ControllerRevisionID.
260
261       ManufacturingInfoValid
262           If the manufacturing location and date are valid. One of:
263
264           ·   0: Not valid
265
266           ·   1: Valid
267
268       ManufacturingLocation
269           The manufacturing location assigned by the vendor or "N/A" if
270           ManufacturingInfoValid is 0.
271
272       ManufacturingDate
273           The manufacturing date assigned by the vendor or "N/A" if
274           ManufacturingInfoValid is 0.
275
276       SerialNumber
277           The serial number assigned by the vendor. This value is presented
278           in big endian format.
279
280       PartNumber
281           The part number assigned by the vendor
282
283       DeviceLocator
284           A string describing the physically-labeled socket or board position
285           where the memory device is located from the SMBIOS Type 17 Memory
286           Device table.
287
288       BankLabel
289           A string that identifies the physically labeled bank where the
290           memory device is located from the SMBIOS Type 17 Memory Device
291           table.
292
293       DataWidth
294           The width in bits used to store user data from the SMBIOS Type 17
295           Memory Device table.
296
297       TotalWidth
298           The width in bits for data and error correction and/or data
299           redundancy from the SMBIOS Type 17 Memory Device table.
300
301       Speed
302           The maximum capable speed of the device in megatransfers per second
303           (MT/s) from the SMBIOS Type 17 Memory Device table.
304
305       FormFactor
306           The PMem module form factor (i.e., SMBIOS Type 17 Memory Device
307           Form Factor). One of:
308
309           ·   Unknown
310
311           ·   DIMM
312
313           ·   SODIMM
314
315       LockState
316           The current security state of the persistent memory on the PMem
317           module. One ore more of:
318
319           ·   Unknown - The security state cannot be determined (e.g., when
320               the PMem module is not manageable by the software).
321
322           ·   Disabled - Security is not enabled.
323
324           ·   Unlocked - Security is enabled and unlocked.
325
326           ·   Locked - Security is enabled and locked.
327
328           ·   Frozen - A reboot is required to change the security state.
329
330           ·   Exceeded - The passphrase limit has been reached. A power cycle
331               is required to change the security state.
332
333           ·   MP Exceeded - The master passphrase limit has been reached. A
334               power cycle is required to change the security state.
335
336           ·   Not Supported - Security is not supported on the PMem module.
337
338       SVNDowngrade
339           The Opt-in value of SVN Downgrade security opt-in feature for PMem
340           module. One of :
341
342           ·   Unknown
343
344           ·   Disabled
345
346           ·   Enabled
347
348       SecureErasePolicy
349           The Opt-in value of Secure erase policy opt-in feature for PMem
350           module. One of :
351
352           ·   Unknown
353
354           ·   No Master Passphrase
355
356           ·   Master Passphrase Enabled
357
358       S3ResumeOptIn
359           The Opt-in value of S3 Resume security opt-in feature for PMem
360           module. One of :
361
362           ·   Unknown
363
364           ·   UnsecureS3
365
366           ·   SecureS3
367
368       FwActivateOptIn
369           The Opt-in value of Fw Activate security opt-in feature for PMem
370           module. One of :
371
372           ·   Unknown
373
374           ·   Disabled
375
376           ·   Enabled
377
378       FWVersion
379           (Default) The BCD-formatted revision of the active firmware in the
380           format PN.RN.SV.bbbb where:
381
382           ·   PN = 2-digit product number
383
384           ·   RN = 2-digit revision number
385
386           ·   SN = 2-digit security revision number
387
388           ·   bbbb = 4-digit build version
389
390                   Value may be N/A if the PMem module is not manageable by the software.
391
392       FWAPIVersion
393           The firmware supported interface revision in the format aa.bb
394           where:
395
396           ·   aa = 2-digit major version
397
398           ·   bb = 2-digit minor version
399
400               The firmware interface is intended to be backwards compatible.
401               Therefore, the host software allows management of PMem modules
402               where this version is less than or equal to the version stored
403               in the host software. Value may be N/A if the PMem module is
404               not manageable by the software.
405
406       The following information is only applicable when the PMem module is
407       manageable by the software as indicated by the "ManageabilityState".
408
409       FWActiveAPIVersion
410           The firmware interface revision locked in the BIOS API handshake in
411           the format aa.bb where:
412
413           ·   aa = 2-digit major version
414
415           ·   bb = 2-digit minor version
416
417               Value may be N/A if the PMem module is not manageable by the
418               software.
419
420       ManufacturerID
421           The manufacturer identifier of the PMem module. This value is
422           presented in big endian format.
423
424       ControllerRevisionID
425           The controller stepping and revision ID retrieved from the
426           controller FW. This field uses a different encoding than
427           SubsystemRevisionID.
428
429       IsNew
430           Whether or not the PMem module is incorporated with the rest of the
431           PMem module in the system. One of:
432
433           ·   0: Configured
434
435           ·   1: The PMem module requires configuration.
436
437       MemoryCapacity
438           Usable PMem module Memory Mode capacity.
439
440       AppDirectCapacity
441           Usable PMem module App Direct capacity.
442
443       UnconfiguredCapacity
444           PMem module capacity that is inaccessible because it is not mapped
445           into the system physical address space.
446
447       InaccessibleCapacity
448           PMem module capacity that is inaccessible due to:
449
450           ·   Licensing issue
451
452           ·   Platform configuration prevents accessing this capacity. For
453               example, MemoryCapacity is configured and available on a PMem
454               module but MemoryMode is not enabled by BIOS.
455
456       ReservedCapacity
457           PMem module capacity reserved for proper alignment.
458
459       AvgPowerLimit
460           If the PMem module firmware power management policy is enabled, the
461           power limit in mW used for average power. Refer to FIS for
462           allowable range and default value.
463
464       MemoryBandwidthBoostFeature
465           Returns if the Memory Bandwidth Boost Feature is currently enabled
466           or not. One of:
467
468           ·   0x0: Disabled
469
470           ·   0x1: Enabled
471
472       MemoryBandwidthBoostMaxPowerLimit
473           The power limit used for limiting the Memory Bandwidth Boost
474           Feature’s power consumption [mW].
475
476       MemoryBandwidthBoostAveragePowerTimeConstant
477           The value used as a base time window for average power throttle
478           [ms]. This range can be checked in the Max Memory Bandwidth Boost
479           Average Time Constant and Average Power Time Constant Step from the
480           Get Device Characteristics command.
481
482           ·   Default: 15000 ms
483
484       MaxAveragePowerLimit
485           Maximum average power limit [mW] supported by the PMem module.
486
487       MaxMemoryBandwidthBoostMaxPowerLimit
488           Maximum Memory Bandwidth Boost Power value [mW] that can be set for
489           the PMem module. Will return 0 if unsupported by current FIS.
490
491       MaxAveragePowerTimeConstant
492           This field returns the maximum supported value of the Average Power
493           Time Constant and Average Power Reporting Time constant [ms] that
494           can be set via the Set Power Management Policy and the Optional
495           Configuration Data Policy Commands.
496
497       AveragePowerTimeConstantStep
498           This field returns the increments in milliseconds allowed by the
499           firmware when setting the Average Power Time Constant and Average
500           Power Reporting Time Constant via the Set Power Management Policy
501           and the Optional Configuration Data Policy Commands.
502
503       AveragePower
504           This field returns the average power in milliwatts that each PMem
505           module consumes over the Average Power Reporting Time constant.
506
507       Average12vPower
508           This field returns the 12V average power in milliwatts that each
509           PMem module consumes over the Average Power Reporting Time
510           constant.
511
512       Average1_2vPower
513           This field returns the 1.2V average power in milliwatts that each
514           PMem module consumes over the Average Power Reporting Time
515           constant.
516
517       PackageSparingCapable
518           Whether or not the PMem module supports package sparing. One of:
519
520           ·   0: False
521
522           ·   1: True
523
524       PackageSparingEnabled
525           Whether or not the PMem module package sparing policy is enabled.
526           One of:
527
528           ·   0: Disabled
529
530           ·   1: Enabled
531
532       PackageSparesAvailable
533           The number of spare devices available for package sparing.
534
535       LatchedLastShutdownStatus
536           The status of the last shutdown of the PMem module. One or more of:
537
538           ·   Unknown: The last shutdown status cannot be determined.
539
540           ·   PM ADR Command Received: Power management ADR command received.
541
542           ·   PM S3 Received: Power management S3 command received.
543
544           ·   PM S5 Received: Power management S5 command received.
545
546           ·   DDRT Power Fail Command Received: DDR power fail command
547               received.
548
549           ·   PMIC 12V/DDRT 1.2V Power Loss (PLI)
550
551           ·   PM Warm Reset Received: Power management warm reset received.
552
553           ·   Thermal Shutdown Received: Thermal shutdown triggered.
554
555           ·   Controller’s FW State Flush Complete: Flush Completed.
556
557           ·   Viral Interrupt Received: Viral interrupt received.
558
559           ·   Surprise Clock Stop Received: Surprise clock stop received.
560
561           ·   Write Data Flush Complete: Write data flush completed.
562
563           ·   PM S4 Received: Power management S4 command received.
564
565           ·   PM Idle Received: Power management idle received.
566
567           ·   DDRT Surprise Reset Received: Surprise reset received.
568
569           ·   Extended Flush Complete.
570
571       UnlatchedLastShutdownStatus
572           The status of the last shutdown status of the PMem module. Same
573           fields as the Latched Last Shutdown Status with the only difference
574           that LLS details on a dirty shutdown is logged, even if the Latch
575           System Shutdown Status was not enabled. One or more of:
576
577           ·   Unknown: The last shutdown status cannot be determined.
578
579           ·   PM ADR Command: Power management ADR command received.
580
581           ·   PM S3: Power management S3 command received.
582
583           ·   PM S5: Power management S5 command received.
584
585           ·   DDRT Power Fail Command: DDR power fail command received.
586
587           ·   PMIC 12V/DDRT 1.2V Power Loss (PLI)
588
589           ·   PM Warm Reset: Power management warm reset received.
590
591           ·   Thermal Shutdown: Thermal shutdown triggered.
592
593           ·   Controller’s FW State Flush Complete: Flush Completed.
594
595           ·   Viral Interrupt: Viral interrupt received.
596
597           ·   Surprise Clock Stop: Surprise clock stop received.
598
599           ·   Write Data Flush Complete: Write data flush completed.
600
601           ·   PM S4: Power management S4 command received.
602
603           ·   DDRT Surprise Reset: Surprise reset received
604
605           ·   PM Idle Received: Power management idle received.
606
607           ·   Extended Flush Complete.
608
609       ThermalThrottleLossPercent
610           The average performance loss percentage due to thermal throttling
611           in current boot of the PMem module.
612
613       LastShutdownTime
614           The time the system was last shutdown.
615
616       ModesSupported
617           A list of the modes supported by the PMem module. Refer to the
618           command Show System Capabilities to determine the modes supported
619           by the platform. One or more of:
620
621           ·   Memory Mode: PMem modules act as system memory under the
622               control of the operating system. In Memory Mode, any DDR in the
623               platform will act as a cache working in conjunction with the
624               PMem module.
625
626           ·   App Direct: PMem modules and DDR act as independent memory
627               resources under direct load/store control of the application.
628
629       SecurityCapabilities
630           The security features supported by the PMem module. Zero or more
631           of:
632
633           ·   Encryption: The PMem module supports persistent memory
634               encryption by setting a passphrase.
635
636           ·   Erase: The PMem module is erasable.
637
638       MasterPassphraseEnabled
639           This property indicates if master passphrase is enabled. If it is
640           disabled, then it cannot be enabled. One of:
641
642           ·   0: Disabled - Cannot be enabled.
643
644           ·   1: Enabled - Master passphrase can be changed. Cannot be
645               disabled.
646
647       ConfigurationStatus
648           The status of the PMem module memory configuration. One of:
649
650           ·   Valid: The configuration is valid.
651
652           ·   Not Configured: The PMem module has not been configured.
653
654           ·   Failed - Bad configuration: The configuration is corrupt.
655
656           ·   Failed - Broken interleave: This PMem module is part of an
657               interleave set that is not complete.
658
659           ·   Failed - Reverted: The configuration failed and was reverted to
660               the last known good configuration.
661
662           ·   Failed - Unsupported: The configuration is not compatible with
663               the installed BIOS.
664
665           ·   Unknown: The configuration cannot be determined.
666
667       SKUViolation
668           The configuration of the PMem module is unsupported due to a
669           license issue. One of:
670
671           ·   0: False
672
673           ·   1: True
674
675       ARSStatus
676           The address range scrub (ARS) operation status for the PMem module.
677           The status is a reflection of the last requested ARS, but not
678           necessarily within the current platform power cycle. One of:
679
680           ·   Unknown - The ARS operation status cannot be determined.
681
682           ·   Not started - An ARS operation has not started.
683
684           ·   In progress - An ARS operation is currently in progress.
685
686           ·   Completed - The last ARS operation has completed.
687
688           ·   Aborted - The last ARS operation was aborted.
689
690       OverwriteStatus
691           The overwrite PMem module operation status for the PMem module. One
692           of:
693
694           ·   Unknown - The overwrite PMem module operation status cannot be
695               determined. This may occur if the status gets overwritten due
696               to a different long operation running on this PMem module.
697
698           ·   Not started - An overwrite PMem module operation was not
699               started on the last boot.
700
701           ·   In progress - An overwrite PMem module operation is currently
702               in progress.
703
704           ·   Completed - An overwrite PMem module operation completed and a
705               reboot is required to use the PMem module.
706
707       AveragePowerReportingTimeConstantMultiplier
708           The value that is used to multiply the base time value used for
709           average power consumption measurements. Can be set to a value
710           between 0 and 32. The default value is 0.
711
712       AveragePowerReportingTimeConstant
713           The value, in milliseconds, used to determine the time constant for
714           reporting the average power consumption measurements. Can be set to
715           a value between 100 and 12000, by increments of 100. The default
716           value is 1000.
717
718       ViralPolicy
719           Whether viral policies are enabled on the PMem module. One of:
720
721           ·   0: Disabled - This is the default.
722
723           ·   1: Enabled - The persistent memory on the PMem module will be
724               put into read-only mode if the host operating system software
725               detects an uncorrectable error situation and indicates a viral
726               state in order to prevent the spread of damage.
727
728       ViralState
729           Whether the PMem module is currently viral. One of:
730
731           ·   0: Not Viral
732
733           ·   1: Viral - The viral policies of the PMem module have switched
734               the persistent memory to read-only mode due to the host
735               operating system software detecting an uncorrectable error
736               situation and indicating a viral state.
737
738       AitDramEnabled
739           If the PMem module AIT DRAM is enabled. One of:
740
741           ·   0: Disabled - The device will suffer performance degradation if
742               the AIT DRAM becomes disabled.
743
744           ·   1: Enabled
745
746       BootStatus
747           The initialization status of the PMem module as reported by the
748           firmware in the boot status register. One or more of:
749
750           ·   Unknown - The boot status register cannot be read.
751
752           ·   Success - No errors were reported during initialization.
753
754               The following statuses indicate that the media is not
755               functional and therefore access to user data and operations
756               that require use of the media will fail.
757
758           ·   Media Not Ready - The firmware did not complete media training.
759
760           ·   Media Error - The firmware detected an error during media
761               training.
762
763           ·   Media Disabled - The firmware disabled the media due to a
764               critical issue.
765
766               The following statuses indicate that communication with the
767               firmware is not functional.
768
769           ·   FW Assert - The firmware reported an assert during
770               initialization.
771
772       BootStatusRegister
773           The raw hex value of the PMem module Boot Status Register of the
774           PMem module
775
776       LatchSystemShutdownState
777           Status of the latch. Specifies whether the PMem module will latch
778           the SMART Last Shutdown Status and SMART Dirty Shutdown Count.
779
780           ·   0: Disabled - This is the default.
781
782           ·   1: Enabled
783
784       PreviousPowerCycleLatchSystemShutdownState
785           The status of the latch during the previous power cycle.
786
787           ·   0: Disabled - This is the default.
788
789           ·   1: Enabled
790
791       ExtendedAdrEnabled
792           Specifies whether extended ADR flow is enabled in the FW.
793
794           ·   0: Disabled
795
796           ·   1: Enabled
797
798       PpcExtendedAdrEnabled
799           Specifies whether extended ADR flow was enabled in the FW during
800           the last power cycle.
801
802           ·   0: Disabled
803
804           ·   1: Enabled
805
806       ErrorInjectionEnabled
807           Error injection status.
808
809           ·   0: Disabled - This is the default.
810
811           ·   1: Enabled
812
813       MediaTemperatureInjectionEnabled
814           Media temperature injection status.
815
816           ·   0: Disabled - This is the default.
817
818           ·   1: Enabled
819
820       SoftwareTriggersEnabled
821           Software trigger status.
822
823           ·   0: Disabled - This is the default.
824
825           ·   1: At least one software trigger enabled.
826
827       SoftwareTriggersEnabledDetail
828           Comma separated list of software triggers currently enabled. One or
829           more of:
830
831           ·   None
832
833           ·   Package Sparing
834
835           ·   Fatal Error
836
837           ·   Percentage Remaining
838
839           ·   Dirty Shutdown
840
841       PoisonErrorInjectionsCounter
842           This counter is incremented each time the set poison error is
843           successfully executed.
844
845       PoisonErrorClearCounter
846           This counter is incremented each time the clear poison error is
847           successfully executed.
848
849       MediaTemperatureInjectionsCounter
850           This counter is incremented each time the media temperature is
851           injected.
852
853       SoftwareTriggersCounter
854           This counter is incremented each time a software trigger is
855           enabled.
856
857       MaxMediaTemperature
858           The highest die temperature reported in degrees Celsius. This value
859           is persistent through Power Loss as well as not effected by
860           Overwrite PMem module or Media Temperature Error Injection.
861
862       MaxControllerTemperature
863           The highest controller temperature reported in degrees Celsius.
864           This value is persistent through Power Loss as well as not effected
865           by Overwrite PMem module.
866
867       MixedSKU
868           One or more PMem modules in the system have different SKUs. One of:
869
870           ·   0: False
871
872           ·   1: True - In this case, the host software operates in a
873               read-only mode and does not allow changes to the PMem modules
874               and their associated capacity.
875
876
877
878ipmctl                            2020-05-01             IPMCTL-SHOW-DEVICE(1)