1IPMCTL-SHOW-DIMM(1) ipmctl IPMCTL-SHOW-DIMM(1)
2
6 ipmctl-show-dimm - Shows information about one or more PMem modules
7
9 ipmctl show [OPTIONS] -dimm [TARGETS]
10
12 Shows information about one or more PMem modules.
13
15 -a, -all
16 Shows all attributes.
17 Note
19 The all and display options are exclusive and may not be used
20 together.
21 -d (attributes), -display (attributes)
23 Filters the returned attributes by explicitly specifying a comma
24 separated list of any of the attributes defined in the Return Data
25 section.
26 Note
28 The all and display options are exclusive and may not be used
29 together.
30 -h, -help
32 Displays help for the command.
33 -ddrt
35 Used to specify DDRT as the desired transport protocol for the
36 current invocation of ipmctl.
37 -smbus
39 Used to specify SMBUS as the desired transport protocol for the
40 current invocation of ipmctl.
41 Note
43 The -ddrt and -smbus options are mutually exclusive and may not be
44 used together.
45 -o (text|nvmxml), -output (text|nvmxml)
47 Changes the output format. One of: "text" (default) or "nvmxml".
48 -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
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 -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 Note
66 If ACPI PMTT table is not present, then DDR memory will not be
67 displayed in the filtered socket list.
68
70 Lists a few key fields for each PMem module.
71 ipmctl show -dimm
73 Lists all properties for PMem module 0x0001.
75 ipmctl show -a -dimm 0x0001
77 Retrieves specific properties for each PMem module.
79 ipmctl show -d HealthState,LockState -dimm
81
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 Note
90 Some data is endian swapped for human readability.
91 DimmID
93 (Default) The PMem module identifier.
94 Capacity
96 (Default) The usable capacity of the PMem module as reported by the
97 firmware.
98 HealthState
100 (Default) Overall PMem module health. One of:
101 • Healthy
103 • Noncritical: Maintenance may be required.
105 • Critical: Features or performance are degraded due to failure.
107 • 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 • 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 • DDRT memory interface training failure
120 • Expected region mapping to SPA range unable to be found
122 • 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 • Unknown: Unable to determine the PMem module health state.
129 Refer to HealthStateReason for HealthState details.
130 HealthStateReason
132 Indicates why the PMem module is in the current Health State. One
133 or more of:
134 • None
136 • Percentage Remaining less than 1%
138 • Package Sparing occurred
140 • CAP Self-Test warning
142 • Percentage Remaining is 0
144 • Die Failure
146 • AIT DRAM disabled
148 • CAP Self-Test failure
150 • Critical internal state failure
152 • Performance degraded
154 • CAP Self-Test communication failure
156 See the Intel® Optane™ DC Persistent Memory Module Firmware
158 Interface Specification, document number 556488, Section 4.8
159 SMART and Health.
160 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 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 • Manageable: The PMem module is manageable by the software.
173 • Unmanageable: The PMem module is not supported by this version
175 of the software.
176 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 • Yes: The PMem module is in population violation.
185 • No: The PMem module is not in population violation.
187 PhysicalID
189 The PMem module physical identifier (i.e., SMBIOS Type 17 handle).
190 DimmHandle
192 The PMem module handle formatted as 0xABCD.
193 • A = Socket
195 • B = Memory Controller
197 • C = Channel
199 • D = Slot
201 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 • VVVV = VendorID
208 • ML = ManufacturingLocation
210 • MMYY = ManufacturingDate
212 • SNSNSNSN = SerialNumber
214 SocketID
216 The processor socket identifier (i.e., NUMA node) where the PMem
217 module is installed.
218 MemControllerID
220 The associated memory controller identifier.
221 ChannelID
223 The associated channel.
224 ChannelPos
226 The PMem module position in the channel.
227 MemoryType
229 The memory type. One of:
230 • Unknown
232 • Logical Non-Volatile Device
234 Manufacturer
236 The manufacturer name of the PMem module.
237 VendorID
239 The vendor identifier of the PMem module. This value is presented
240 in big endian format.
241 DeviceID
243 The device identifier of the PMem module. This value is presented
244 in big endian format.
245 RevisionID
247 The revision identifier of the PMem module.
248 SubsystemVendorID
250 The vendor identifier of the non-volatile memory subsystem
251 controller. This value is presented in big endian format.
252 SubsystemDeviceID
254 The device identifier of the non-volatile memory subsystem
255 controller.
256 SubsystemRevisionID
258 The revision identifier of the non-volatile memory subsystem
259 controller retrieved from NFIT. This field uses a different
260 encoding than ControllerRevisionID.
261 ManufacturingInfoValid
263 If the manufacturing location and date are valid. One of:
264 • 0: Not valid
266 • 1: Valid
268 ManufacturingLocation
270 The manufacturing location assigned by the vendor or "N/A" if
271 ManufacturingInfoValid is 0.
272 ManufacturingDate
274 The manufacturing date assigned by the vendor or "N/A" if
275 ManufacturingInfoValid is 0.
276 SerialNumber
278 The serial number assigned by the vendor. This value is presented
279 in big endian format.
280 PartNumber
282 The part number assigned by the vendor
283 DeviceLocator
285 A string describing the physically labeled socket or board position
286 where the memory device is located from the SMBIOS Type 17 Memory
287 Device table.
288 BankLabel
290 A string that identifies the physically labeled bank where the
291 memory device is located from the SMBIOS Type 17 Memory Device
292 table.
293 DataWidth
295 The width in bits used to store user data from the SMBIOS Type 17
296 Memory Device table.
297 TotalWidth
299 The width in bits for data and error correction and/or data
300 redundancy from the SMBIOS Type 17 Memory Device table.
301 Speed
303 The maximum capable speed of the device in megatransfers per second
304 (MT/s) from the SMBIOS Type 17 Memory Device table.
305 FormFactor
307 The PMem module form factor (i.e., SMBIOS Type 17 Memory Device
308 Form Factor). One of:
309 • Unknown
311 • DIMM
313 • SODIMM
315 LockState
317 The current security state of the persistent memory on the PMem
318 module. One or more of:
319 • Unknown - The security state cannot be determined (e.g., when
321 the PMem module is not manageable by the software).
322 • Disabled - Security is not enabled.
324 • Unlocked - Security is enabled and unlocked.
326 • Locked - Security is enabled and locked.
328 • Frozen - A reboot is required to change the security state.
330 • Exceeded - The passphrase limit has been reached. A power cycle
332 is required to change the security state.
333 • MP Exceeded - The master passphrase limit has been reached. A
335 power cycle is required to change the security state.
336 • Not Supported - Security is not supported on the PMem module.
338 SVNDowngrade
340 The Opt-in value of Security Version Number (SVN) Downgrade
341 security opt-in feature for PMem module. One of :
342 • Unknown
344 • Disabled
346 • Enabled
348 SecureErasePolicy
350 The Opt-in value of Secure erase policy opt-in feature for PMem
351 module. One of :
352 • Unknown
354 • No Master Passphrase
356 • Master Passphrase Enabled
358 S3ResumeOptIn
360 The Opt-in value of S3 Resume security opt-in feature for PMem
361 module. One of :
362 • Unknown
364 • UnsecureS3
366 • SecureS3
368 FwActivateOptIn
370 The Opt-in value of Fw Activate security opt-in feature for PMem
371 module. One of :
372 • Unknown
374 • Disabled
376 • Enabled
378 FWVersion
380 (Default) The BCD-formatted revision of the active firmware in the
381 format PN.RN.SV.bbbb where:
382 • PN = 2-digit product number
384 • RN = 2-digit revision number
386 • SN = 2-digit security revision number
388 • bbbb = 4-digit build version
390 Value may be N/A if the PMem module is not manageable by the software.
392 FWAPIVersion
394 The firmware supported interface revision in the format aa.bb
395 where:
396 • aa = 2-digit major version
398 • bb = 2-digit minor version
400 The firmware interface is intended to be backwards compatible.
402 Therefore, the host software allows management of PMem modules
403 where this version is less than or equal to the version stored
404 in the host software. Value may be N/A if the PMem module is
405 not manageable by the software.
406 The following information is only applicable when the PMem module is
408 manageable by the software as indicated by the "ManageabilityState".
409 FWActiveAPIVersion
411 The firmware interface revision locked in the BIOS API handshake in
412 the format aa.bb where:
413 • aa = 2-digit major version
415 • bb = 2-digit minor version
417 Value may be N/A if the PMem module is not manageable by the
419 software.
420 ManufacturerID
422 The manufacturer identifier of the PMem module. This value is
423 presented in big endian format.
424 ControllerRevisionID
426 The controller stepping and revision ID retrieved from the
427 controller FW. This field uses a different encoding than
428 SubsystemRevisionID.
429 IsNew
431 Whether or not the PMem module is incorporated with the rest of the
432 PMem module in the system. One of:
433 • 0: Configured
435 • 1: The PMem module requires configuration.
437 MemoryCapacity
439 Usable PMem module Memory Mode capacity.
440 AppDirectCapacity
442 Usable PMem module App Direct capacity.
443 UnconfiguredCapacity
445 PMem module capacity that is inaccessible because it is not mapped
446 into the system physical address space.
447 InaccessibleCapacity
449 PMem module capacity that is inaccessible due to:
450 • Licensing issue
452 • Platform configuration prevents accessing this capacity. For
454 example, MemoryCapacity is configured and available on a PMem
455 module but MemoryMode is not enabled by BIOS.
456 ReservedCapacity
458 PMem module capacity reserved for proper alignment.
459 AvgPowerLimit
461 If the PMem module firmware power management policy is enabled, the
462 power limit in mW used for average power. Refer to FIS for
463 allowable range and default value.
464 MemoryBandwidthBoostFeature
466 Returns if the Intel® Memory Bandwidth Boost Feature is currently
467 enabled or not. One of:
468 • 0x0: Disabled
470 • 0x1: Enabled
472 MemoryBandwidthBoostMaxPowerLimit
474 The power limit used for limiting the Intel® Memory Bandwidth Boost
475 Feature’s power consumption [mW].
476 MemoryBandwidthBoostAveragePowerTimeConstant
478 The value used as a base time window for average power throttle
479 [ms]. This range can be checked in the Max Intel® Memory Bandwidth
480 Boost Average Time Constant and Average Power Time Constant Step
481 from the [Show Dimm] command.
482 • Default: 15000 ms
484 MaxAveragePowerLimit
486 Maximum average power limit [mW] supported by the PMem module.
487 MaxMemoryBandwidthBoostMaxPowerLimit
489 Maximum Intel® Memory Bandwidth Boost Power value [mW] that can be
490 set for the PMem module. Will return 0 if unsupported by current
491 FIS.
492 MaxMemoryBandwidthBoostAveragePowerTimeConstant
494 This field returns the maximum supported value of the Intel® Memory
495 Bandwidth Boost Average Power Time Constant [ms].
496 MemoryBandwidthBoostAveragePowerTimeConstantStep
498 This field returns the increments in milliseconds allowed by the
499 firmware when setting the Intel® Memory Bandwidth Boost Average
500 Power Time Constant.
501 MaxAveragePowerReportingTimeConstant
503 This field returns the maximum supported value of the Reporting
504 Average Power Time Constant in milliseconds that can be set in the
505 [Set Dimm] command.
506 AveragePowerReportingTimeConstantStep
508 This field returns the increments in milliseconds allowed by the
509 firmware when setting the Average Power Reporting Time Constant
510 using the [Set Dimm] command.
511 AveragePower
513 This field returns the average power in milliwatts that each PMem
514 module consumes over the Average Power Reporting Time Constant.
515 Average12vPower
517 This field returns the 12V average power in milliwatts that each
518 PMem module consumes over the Average Power Reporting Time
519 Constant. Available for FW API versions < 3.0
520 Average1_2vPower
522 This field returns the 1.2V average power in milliwatts that each
523 PMem module consumes over the Average Power Reporting Time
524 Constant. Available for FW API versions < 3.0
525 PackageSparingCapable
527 Whether or not the PMem module supports package sparing. One of:
528 • 0: False
530 • 1: True
532 PackageSparingEnabled
534 Whether or not the PMem module package sparing policy is enabled.
535 One of:
536 • 0: Disabled
538 • 1: Enabled
540 PackageSparesAvailable
542 The number of spare devices available for package sparing.
543 LatchedLastShutdownStatus
545 The status of the last shutdown of the PMem module. One or more of:
546 • Unknown: The last shutdown status cannot be determined.
548 • PM ADR Command Received: Power management ADR command received.
550 • PM S3 Received: Power management S3 command received.
552 • PM S5 Received: Power management S5 command received.
554 • DDRT Power Fail Command Received: DDR power fail command
556 received.
557 • PMIC 12V/DDRT 1.2V Power Loss (PLI)
559 • PM Warm Reset Received: Power management warm reset received.
561 • Thermal Shutdown Received: Thermal shutdown triggered.
563 • Controller’s FW State Flush Complete: Flush Completed.
565 • Viral Interrupt Received: Viral interrupt received.
567 • Surprise Clock Stop Received: Surprise clock stop received.
569 • Write Data Flush Complete: Write data flush completed.
571 • PM S4 Received: Power management S4 command received.
573 • PM Idle Received: Power management idle received.
575 • SRE Clock Stop Received: Self-Refresh Entry clock stop
577 received.
578 • DDRT Surprise Reset Received: Surprise reset received.
580 • Extended Flush Not Complete.
582 • Extended Flush Complete.
584 • Sx Extended Flush Not Complete.
586 • Sx Extended Flush Complete.
588 UnlatchedLastShutdownStatus
590 The status of the last shutdown status of the PMem module. It
591 contains the same fields as the Latched Last Shutdown Status, with
592 the only difference that the LSS details on a dirty shutdown are
593 logged, even if the Latch System Shutdown Status was not enabled.
594 One or more of:
595 • Unknown: The last shutdown status cannot be determined.
597 • PM ADR Command Received: Power management ADR command received.
599 • PM S3 Received: Power management S3 command received.
601 • PM S5 Received: Power management S5 command received.
603 • DDRT Power Fail Command Received: DDR power fail command
605 received.
606 • PMIC 12V/DDRT 1.2V Power Loss (PLI)
608 • PM Warm Reset Received: Power management warm reset received.
610 • Thermal Shutdown Received: Thermal shutdown triggered.
612 • Controller’s FW State Flush Complete: Flush Completed.
614 • Viral Interrupt Received: Viral interrupt received.
616 • Surprise Clock Stop Received: Surprise clock stop received.
618 • Write Data Flush Complete: Write data flush completed.
620 • PM S4 Received: Power management S4 command received.
622 • PM Idle Received: Power management idle received.
624 • SRE Clock Stop Received: Self-Refresh Entry clock stop
626 received.
627 • DDRT Surprise Reset Received: Surprise reset received.
629 • Extended Flush Not Complete.
631 • Extended Flush Complete.
633 • Sx Extended Flush Not Complete.
635 • Sx Extended Flush Complete.
637 ThermalThrottleLossPercent
639 The average performance loss percentage due to thermal throttling
640 in current boot of the PMem module.
641 LastShutdownTime
643 The time the system was last shut down.
644 ModesSupported
646 A list of the modes supported by the PMem module. Refer to the
647 command [Show System Capabilities] to determine the modes supported
648 by the platform. One or more of:
649 • Memory Mode: PMem modules act as system memory under the
651 control of the operating system. In Memory Mode, any DDR in the
652 platform will act as a cache working in conjunction with the
653 PMem module.
654 • App Direct: PMem modules and DDR act as independent memory
656 resources under direct load/store control of the application.
657 SecurityCapabilities
659 The security features supported by the PMem module. Zero or more
660 of:
661 • Encryption: The PMem module supports persistent memory
663 encryption by setting a passphrase.
664 • Erase: The PMem module is erasable.
666 MasterPassphraseEnabled
668 This property indicates if master passphrase is enabled. If it is
669 disabled, then it cannot be enabled. One of:
670 • 0: Disabled - Cannot be enabled.
672 • 1: Enabled - Master passphrase can be changed. Cannot be
674 disabled.
675 ConfigurationStatus
677 The status of the PMem module memory configuration. One of:
678 • Valid: The configuration is valid.
680 • Not Configured: The PMem module has not been configured.
682 • Failed - Bad configuration: The configuration is corrupt.
684 • Failed - Broken interleave: This PMem module is part of an
686 interleave set that is not complete.
687 • Failed - Reverted: The configuration failed and was reverted to
689 the last known good configuration.
690 • Failed - Unsupported: The configuration is not compatible with
692 the installed BIOS.
693 • Unknown: The configuration cannot be determined.
695 SKUViolation
697 The configuration of the PMem module is unsupported due to a
698 license issue. One of:
699 • 0: False
701 • 1: True
703 ARSStatus
705 The address range scrub (ARS) operation status for the PMem module.
706 The status is a reflection of the last requested ARS, but not
707 necessarily within the current platform power cycle. One of:
708 • Unknown - The ARS operation status cannot be determined.
710 • Not started - An ARS operation has not started.
712 • In progress - An ARS operation is currently in progress.
714 • Completed - The last ARS operation has completed.
716 • Aborted - The last ARS operation was aborted.
718 • Error - An ARS operation failed due to some error.
720 OverwriteStatus
722 The overwrite PMem module operation status for the PMem module. One
723 of:
724 • Unknown - The overwrite PMem module operation status cannot be
726 determined. This may occur if the status gets overwritten due
727 to a different long operation running on this PMem module.
728 • Not started - An overwrite PMem module operation was not
730 started on the last boot.
731 • In progress - An overwrite PMem module operation is currently
733 in progress.
734 • Completed - An overwrite PMem module operation completed and a
736 reboot is required to use the PMem module.
737 • Aborted - The last overwrite PMem module operation was aborted.
739 • Error - An overwrite PMem module operation failed due to some
741 error.
742 AveragePowerReportingTimeConstant
744 The value, in milliseconds, used to determine the time constant for
745 reporting the average power consumption measurements. Can be set to
746 a value between 100 and 12000, by increments of 100. The default
747 value is 1000.
748 ViralPolicy
750 Whether viral policies are enabled on the PMem module. One of:
751 • 0: Disabled - This is the default.
753 • 1: Enabled - The persistent memory on the PMem module will be
755 put into read-only mode if the host operating system software
756 detects an uncorrectable error situation and indicates a viral
757 state in order to prevent the spread of damage.
758 ViralState
760 Whether the PMem module is currently viral. One of:
761 • 0: Not Viral
763 • 1: Viral - The viral policies of the PMem module have switched
765 the persistent memory to read-only mode due to the host
766 operating system software detecting an uncorrectable error
767 situation and indicating a viral state.
768 AitDramEnabled
770 If the PMem module AIT DRAM is enabled. One of:
771 • 0: Disabled - The device will suffer performance degradation if
773 the AIT DRAM becomes disabled.
774 • 1: Enabled
776 BootStatus
778 The initialization status of the PMem module as reported by the
779 firmware in the boot status register. One or more of:
780 • DDRT/SMBUS Status Unknown - PMem module DDRT and SMBUS
782 interface status unknown.
783 • BSR Unknown - The boot status register cannot be read.
785 • Success - No errors were reported during initialization.
787 • Reboot Required - PMem module’s internal state requires a
789 platform power cycle.
790 The following statuses indicate the status of DDRT and SMBUS
792 interfaces. Access to PMem module will fail when both
793 interfaces are not available.
794 • DDRT Not Ready - DDRT interface not ready.
796 • SMBUS Not Ready - SMBUS interface not ready.
798 The following statuses indicate that the media is not
800 functional and, therefore, access to user data and operations
801 that require use of the media will fail.
802 • Media Not Ready - The firmware did not complete media training.
804 • Media Error - The firmware detected an error during media
806 training.
807 • Media Disabled - The firmware disabled the media due to a
809 critical issue.
810 The following statuses indicate that communication with the
812 firmware is not functional.
813 • Mailbox Not Ready - Mailbox interface not ready.
815 BootStatusRegister
817 The raw hex value of the PMem module Boot Status Register of the
818 PMem module
819 LatchSystemShutdownState
821 Status of the latch. Specifies whether the PMem module will latch
822 the SMART Last Shutdown Status and SMART Dirty Shutdown Count.
823 • 0: Disabled - This is the default.
825 • 1: Enabled
827 PreviousPowerCycleLatchSystemShutdownState
829 The status of the latch during the previous power cycle.
830 • 0: Disabled - This is the default.
832 • 1: Enabled
834 ExtendedAdrEnabled
836 Specifies whether extended ADR flow is enabled in the FW.
837 • 0: Disabled
839 • 1: Enabled
841 PpcExtendedAdrEnabled
843 Specifies whether extended ADR flow was enabled in the FW during
844 the last power cycle.
845 • 0: Disabled
847 • 1: Enabled
849 ErrorInjectionEnabled
851 Error injection status.
852 • 0: Disabled - This is the default.
854 • 1: Enabled
856 MediaTemperatureInjectionEnabled
858 Media temperature injection status.
859 • 0: Disabled - This is the default.
861 • 1: Enabled
863 SoftwareTriggersEnabled
865 Software trigger status.
866 • 0: Disabled - This is the default.
868 • 1: At least one software trigger enabled.
870 SoftwareTriggersEnabledDetails
872 Comma separated list of software triggers currently enabled. One or
873 more of:
874 • None
876 • Package Sparing
878 • Fatal Error
880 • Percentage Remaining
882 • Dirty Shutdown
884 PoisonErrorInjectionsCounter
886 This counter is incremented each time the set poison error is
887 successfully executed.
888 PoisonErrorClearCounter
890 This counter is incremented each time the clear poison error is
891 successfully executed.
892 MediaTemperatureInjectionsCounter
894 This counter is incremented each time the media temperature is
895 injected.
896 SoftwareTriggersCounter
898 This counter is incremented each time a software trigger is
899 enabled.
900 MaxMediaTemperature
902 The highest die temperature reported in degrees Celsius. This value
903 is persistent through Power Loss as well as not effected by
904 Overwrite PMem module or Media Temperature Error Injection.
905 MaxControllerTemperature
907 The highest controller temperature reported in degrees Celsius.
908 This value is persistent through Power Loss as well as not effected
909 by Overwrite PMem module.
910 MixedSKU
912 One or more PMem modules in the system have different SKUs. One of:
913 • 0: False
915 • 1: True - In this case, the host software operates in a
917 read-only mode and does not allow changes to the PMem modules
918 and their associated capacity.
919 FIPSModeStatus
921 The FIPS mode status of the PMem module. One of:
922 • Non-FIPS mode: The default mode from Intel manufacturing
924 • Non-FIPS mode, but will transition to FIPS mode on next boot:
926 The PM regions will be inaccessible in this state. Some command
927 restrictions apply.
928 • FIPS mode, one-time initialization not done: The PM regions
930 will be inaccessible in this state. Some command restrictions
931 apply.
932 • FIPS mode, one-time initialization done: After successful
934 Initialize FIPS Mode firmware command invocation
935ipmctl 2023-07-20 IPMCTL-SHOW-DIMM(1)