Service processor problems

The baseboard management controller (BMC) is a flexible service processor that provides error diagnostics with associated error codes, and fault isolation procedures for troubleshooting.

Note: Resetting the service processor causes a POWER7® reset/reload, which generates a dump. The dump is recorded in the management module event log. The reset/reload dump occurs whenever the service processor resets, such as when resetting the service processor through the management module Web interface or through the management module command line interface.

When the advanced POWER7 service processor error analysis determines a specific fault, the service processor logs an error code to identify the failing component. When the analysis is not definitive, the service processor logs one or more isolation procedures for you to run to identify and correct the problem.

The service processor reports fault isolation procedure codes to identify a specific service action. The isolation procedure code is recorded in the management-module event log.

A message with three procedures might be similar to the following example, except that the entry would be on one line in the event log:
(SN#YL31W7120029) SYS F/W: CEC Hardware VPD. 
See procedure FSPSP07, FSPSP28 then FSP0200 
(5000004C B15A3303 22222222 33333333 44444444 55555555 
66666666 77777777 88888888 99999999) 

B15A3303 is the identifier word of the associated SRC. The rest of the nine words in the SRC are shown in sequence.

A message that identifies customer replaceable units (CRUs) might be similar to the following example:
(SN#YL31W7120029) SYS F/W: Error. Replace PIOCARD then Sys Brd 
(500213A0 B7006973 22222222 33333333 44444444 55555555 
66666666 77777777 88888888 99999999) 
A message with multiple replacement callouts might be too long to display. In such a case, the message removes SRC words starting with word 2 and inserts an X for every removed word. The following example shows an error log entry that did not have enough room for words 2 and 3:
(SN#YL31W7120029) SYS F/W: CEC Hardware VPD.  
See procedure FSPSP07, FSPSP28 then FSP0200 
(50000014 B15A3303 XX 44444444 55555555 66666666 
77777777 888888888 99999999) 
  • Follow the suggested actions in the order in which they are listed in the Action column until the problem is solved.
  • See Parts listing, type 7891 to determine which components are CRUs and which components are FRUs.
  • If an action step is preceded by "(Trained service technician only)," that step must be performed only by a trained service technician.
Isolation Procedure Code Symptom Action
ANYPROC Symbolic CRU The failing component is one of the system processors. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
BCPROB Symbolic CRU Error code 1xxx2670 indicates that the BladeCenter® encountered a problem, and the blade server was automatically shut down as a result.
  1. Check the management-module event log for entries that were made around the time that the PS703 or PS704 blade server shut down.
  2. Resolve any problems.
  3. Remove the blade from the BladeCenter unit and then reinsert the blade server.
  4. Power on the blade server.
  5. Monitor the blade server operation to verify that the problem is solved.
  6. If the BladeCenter unit is functioning normally, but the 1xxx2670 problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
CAPACTY Symbolic CRU The failing component is the management card.
  1. Replace the management card, as described in Removing the tier 2 management card and Installing the tier 2 management card.
  2. After replacing the card and installing the blade server in the chassis unit and before rebooting the blade server or performing other operations, ensure that the initialization of the management card VPD occurs by waiting for the management module to discover the blade server. Otherwise, the system might fail to IPL.
CLCKMOD Symbolic CRU The logic oscillator is failing. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
DTRCARD Symbolic CRU Error code 1xxx2625, 2626, or 2527 indicates that the blade server is reporting a problem with the PCIe expansion card.
  1. Reseat the PCIe expansion card.
  2. If the problem persists, replace the expansion card.
  3. If the problem persists, go to Checkout procedure.
  4. If the problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP01 A part vital to system function has been deconfigured. Review the system error logs for errors that call out CRUs that are relevant to each reason code. If replacing parts does not resolve the error, perform one of the following procedures, based on the SRC code that is called out after the FSPSP01 call.

If the SRC is B1xxB10C or B1xxB10D

The system has detected a deconfigured memory controller that is required for the system to function, or it has detected that there is not enough memory or that the memory is plugged incorrectly.

  1. Ensure the memory is plugged correctly. See Supported DIMMs. Is the memory plugged correctly?
    • Yes: Go to step 3.
    • No: Correct the memory plugging problem and continue with the next step.
  2. Install the blade server into the BladeCenter unit and restart the blade to verify whether the problem is solved. Does the problem persist?
    • Yes: Continue with the next step.
    • No: This ends the procedure.
  3. Perform the following steps:
    1. Reseat all of the memory DIMMs but do not replace any memory DIMMs at this time. Reseat the memory DIMMs as described in Installing a memory module.
    2. Install the blade server into the BladeCenter unit and restart the blade to verify whether the problem is solved.

      Does the problem persist?
      • Yes: Continue with the next step.
      • No: This ends the procedure.
  4. Perform the following steps:
    1. Replace the first memory DIMM pair.
    2. Install the blade server into the BladeCenter unit and restart the blade to verify whether the problem is solved.

      Does the problem persist?
      • Yes: Repeat this step and replace the next memory DIMM pair. If you have replaced all of the memory DIMM pairs, then continue with the next step.
      • No: This ends the procedure.
  5. Replace the system-board and chassis assembly. This ends the procedure.
   

If the SRC is B1xxB107 or B1xxB108

The system has detected a problem with a clock card.

  1. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.

If the SRC is B1xxB106

The system has detected that the planars are deconfigured.

  1. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.

If the SRC is B1xxB110 or B1xxB111

The system has detected that all of the I/O bridges are deconfigured.

  1. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP02 This procedure is for boot failures that terminate very early in the boot process or when the management card or the VPD data on the management card is not operational or is not present.
  1. Replace the management card, as described in Removing the tier 2 management card and Installing the tier 2 management card.
  2. After replacing the card and installing the blade server in the chassis unit and before rebooting the blade server or performing other operations, ensure that the initialization of the management card VPD occurs by waiting for the management module to discover the blade server. Otherwise, the system might fail to IPL.
  3. If the problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP03 A system operator or user error has occurred. Refer to the documentation for the function you were attempting to perform.
FSPSP04 A problem has been detected in the service processor firmware.
  1. Verify that the operating system is running. If it is running, perform an in-band firmware update, as described in Updating the firmware.
  2. If the problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP05 The service processor has detected a problem in the platform firmware.
  1. Verify that the operating system is running. If it is running, perform an in-band firmware update, as described in Updating the firmware.
  2. If the problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP06 The service processor reported a suspected intermittent problem. Contact IBM Support.
FSPSP07 The time of day has been reset to the default value.
  1. Use the chdate command to set the Virtual I/O Server date and time, using one of the following syntaxes:
    chdate [-year YYyy] 
           [-month mm] 
           [-day dd] 
           [-hour HH] 
           [-minute MM] 
           [-timezone TZ] 
    
    
    chdate mmddHHMM[YYyy|yy] 
           [-timezone TZ]
  2. If the problem persists, replace the battery, as described in Removing the battery and Installing the battery.
FSPSP09 A problem has been detected with a memory DIMM, but it cannot be isolated to a specific memory DIMM.
Replace the CRU called out after this FSPSP call. If the CRU that is called out is a DIMM CRU, perform the following procedure:
  1. Replace both memory DIMMs of the pair on the microprocessor that contains the failing CRU:
    DIMM 1 (Px-C1)
    For P1-C1, replace DIMMs 1 and 3; for P2-C1, replace DIMMs 17 and 19.
    DIMM 2 (Px-C2)
    Replace DIMMs 2 and 4, or DIMMs 18 and 20.
    DIMM 3 (Px-C3)
    Replace DIMMs 1 and 3, or DIMMs 17 and 19.
    DIMM 4 (Px-C4)
    Replace DIMMs 2 and 4, or DIMMs 18 and 20.
    DIMM 5 (Px-C5)
    Replace DIMMs 5 and 7, or DIMMs 21 and 23.
    DIMM 6 (Px-C6)
    Replace DIMMs 6 and 8, or DIMMs 22 and 24.
    DIMM 7 (Px-C7)
    Replace DIMMs 5 and 7, or DIMMs 21 and 23.
    DIMM 8 (Px-C8)
    Replace DIMMs 6 and 8, or DIMMs 22 and 24.
    DIMM 9 (Px-C9)
    Replace DIMMs 9 and 11, or DIMMs 25 and 27.
    DIMM 10 (Px-C10)
    Replace DIMMs 10 and 12, or DIMMs 26 and 28.
    DIMM 11 (Px-C11)
    Replace DIMMs 9 and 11, or DIMMs 25 and 27.
    DIMM 12 (Px-C12)
    Replace DIMMs 10 and 12, or DIMMs 26 and 28.
    DIMM 13 (Px-C13)
    Replace DIMMs 13 and 15, or DIMMs 29 and 31.
    DIMM 14 (Px-C14)
    Replace DIMMs 14 and 16, or DIMMs 30 and 32.
    DIMM 15 (Px-C15)
    Replace DIMMs 13 and 15, or DIMMs 29 and 31.
    DIMM 16 (Px-C16)
    Replace DIMMs 14 and 16, or DIMMs 30 and 32.
  2. See Removing a memory module for location information and the removal procedure.
  3. Install new memory DIMMs, as described in Installing a memory module.
FSPSP10 The part indicated in the CRU callout that follows this procedure is invalid or missing for this system's configuration.
  1. If there is only one CRU called out after this FSPSP10 call:
    1. Verify that the CRU is installed, connected, and seated properly.
    2. If the CRU is seated properly and the problem persists, replace the CRU.
    3. If the CRU is missing, add the CRU.
  2. If multiple CRUs are called out, they have identical serial numbers. Remove all but one of the CRUs.
FSPSP11 The service processor has detected an error on the RIO/HSL port in the system unit.
  1. Verify that the operating system is running. If it is running, perform an in-band firmware update, as described in Updating the firmware.
  2. If the problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP12 The DIMM CRU that was called out failed to correct the memory error. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP14 The service processor cannot establish communication with the server firmware. The server firmware will continue to run the system and partitions while it attempts to recover the communications. Server firmware recovery actions will continue for approximately 30 to 40 minutes.
  1. View the event log in the management module to locate the system reference code (SRC) and the time that the event was logged. See Error logs.

    If progress codes are being displayed, the server firmware was able to reset the service processor and solve the problem.

  2. Record the time the log was created or when you first noticed this SRC.
  3. If progress codes are not being displayed, examine the management module event log to see if an A7006995 SRC has been displayed.

    If an A7006995 SRC has been displayed, the blade server is powering off partitions and attempting a server dump. Follow the action in the A7006995 SRC description if the partitions do not terminate as requested.

  4. If an A7006995 SRC has not been displayed, has the A1xx SRC remained for more than 40 minutes?

    If so, the server firmware could not begin terminating the partitions. Contact your next level of support to assist in attempting to terminate any remaining partitions and forcing a server dump. Collect the dump for support and power off and power on the blade server.

  5. If an A1xx SRC has not remained more than 40 minutes, call IBM Support.
FSPSP16 Save any error log and dump data and contact your next level of support for assistance. Contact IBM Support.
FSPSP17 A system uncorrectable error has occurred.
  • Look for other serviceable events.
  • Use the SRCs that those events call out to determine and fix any problems.
FSPSP18 A problem has been detected in the platform licensed internal code (LIC).
  1. Verify that the operating system is running. If it is running, perform an in-band firmware update, as described in Updating the firmware.
  2. If the problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP20 A failing item has been detected by a hardware procedure. Call IBM Support.
FSPSP22 The system has detected that a processor chip is missing from the system configuration because JTAG lines are not working. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP23 The system needs to perform a service processor dump.
  1. Save the service processor dump to storage by using the partition dump pin control on the control panel.
  2. Once the dump is complete, attempt to re-IPL the system.
  3. Call IBM Support.
FSPSP24 The system is running in a degraded mode. Array bit steering might be able to correct this problem without replacing hardware.
  1. Power off the blade server, as described in Turning off the blade server.
  2. Remove the blade server from the BladeCenter unit and reinsert the blade server into the BladeCenter unit.
  3. Power on the blade server, as described in Turning on the blade server.
  4. If the problem persists, replace the CRU that is called out after this procedure.
FSPSP27 An attention line has been detected as having a problem. Replace the CRU that is called out before this FSPSP27 call. If the CRU does not correct the problem, call IBM Support.
FSPSP28 The resource ID (RID) of the CRU could not be found in the Vital Product Data (VPD) table.
  1. Find another callout that reads "FSPxxxx" where xxxx is a 4-digit hex number that represents the resource ID. Record the resource ID and the model of the system.
  2. Call IBM Support to find out what CRU the resource ID represents.
  3. Replace the CRU that the resource ID represents.
FSPSP29 The system has detected that all I/O bridges are missing from the system configuration. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP30 A problem has been encountered accessing the management card or the VPD data found on the management card has been corrupted.

This error occurred before VPD collection was completed, so no location codes have been created.

  1. Replace the management card, as described in Removing the tier 2 management card and Installing the tier 2 management card.
  2. After replacing the card and installing the blade server in the chassis unit and before rebooting the blade server or performing other operations, ensure that the initialization of the management card VPD occurs by waiting for the management module to discover the blade server. Otherwise, the system might fail to IPL.
  3. If the problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP31 The service processor has detected that one or more of the required fields in the system VPD has not initialized.
  1. When the system reaches the SMS, set the system VPD values that are required, which automatically resets the service processor.
  2. Power on the blade server, as described in Turning on the blade server.
FSPSP32 A problem with the enclosure has been found.
The problem is one of the following problems:
  • The enclosure VPD cannot be found.
  • The enclosure serial number is not programmed.
  • The enclosure feature code is not programmed.
Record the reason code, which is the last four digits of the first word from the SRC. Perform one of the following procedures based upon the value of the reason code:
  • Reason code A46F
    1. Verify that the operating system is running. If it is running, perform an in-band firmware update.
    2. If the problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
    3. If the problem persists, call IBM Support.
  • Reason code A460
    1. Set the enclosure serial number using SMS, which automatically resets the service processor.
    2. If the problem persists, call IBM Support.
  • Reason code A45F
    1. Set the enclosure feature code using SMS, which automatically resets the service processor.
    2. If the problem persists, call IBM Support.

If you do not see your reason code listed, call IBM Support.

FSPSP34 The memory cards are plugged in an invalid configuration and cannot be used by the system. Install a DIMM for each of the dual processors on the BladeCenter PS703 or PS704 blade server. Install the first pair in DIMM connectors 2 and 4.

Look for the following error codes in order. Follow the procedure for the first code you find.

SRC B1xx C02A A memory card is missing from the system.

The additional parts in the CRU callout list include all memory cards in the group with the missing card. To correct the error, visually check the system to determine which card is missing, and add the card.

SRC B1xx C029 A memory card is a different type than the other memory cards in the same group.

The additional parts in the CRU callout list include all memory cards in the group that contain the error. To correct the error, exchange the memory cards of the incorrect type with those of the correct type.

SRC B1xx C02B A group of memory cards are missing and are required so that other memory cards on the board can be configured.

The additional parts in the CRU callout list include all the missing memory cards in the group. To correct the error, add or move the memory cards to the correct locations.

SRC B1xx C036 A memory card is not supported in this system.

The additional parts in the CRU callout list include all memory cards in the group that contain the unsupported cards. To correct the error, remove the unsupported cards from the system or replace them with the correct type.

FSPSP35 The system has detected a problem with a memory controller. Enable redundant utilization by performing the following procedure:
  1. Power off the blade server, as described in Turning off the blade server.
  2. Remove the blade server from the BladeCenter unit and reinsert the blade server.
  3. Power on the blade server, as described in Turning on the blade server.
FSPSP38 The system has detected an error within the JTAG path. Replace the CRU that is called out before this FSPSP38 call. If the CRU that you replace does not correct the problem, call IBM Support.
FSPSP42 An error communicating between two system processors was detected. Contact IBM Support.
FSPSP45 The system has detected an error within the FSI path. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP46 Some corrupt areas of flash or RAM have been detected on the Service Processor. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP47 The system has detected an error within the PSI link. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP48 A diagnostics function detects an external processor interface problem. If the CRUs called out before this procedure do not fix the problem, contact IBM Support.
FSPSP49 A diagnostic function detects an internal processor interface problem. If the CRUs called out before this procedure do not fix the problem, contact IBM Support.
FSPSP50 A diagnostic function detects a connection problem between a processor chip and a GX chip. If the CRUs called out before this procedure do not fix the problem, contact IBM Support.
FSPSP51 Runtime diagnostics has detected a memory bus correctable error that is exceeding threshold. The memory bus correctable error does not threaten the system operation at the moment. However, the system is operating under degraded mode.
Replace the CRU called out after this FSPSP call. If the CRU that is called out is a DIMM CRU, perform the following procedure:
  1. Replace both memory DIMMs of the pair on the microprocessor that contains the failing CRU:
    DIMM 1 (Px-C1)
    For P1-C1, replace DIMMs 1 and 3; for P2-C1, replace DIMMs 17 and 19.
    DIMM 2 (Px-C2)
    Replace DIMMs 2 and 4, or DIMMs 18 and 20.
    DIMM 3 (Px-C3)
    Replace DIMMs 1 and 3, or DIMMs 17 and 19.
    DIMM 4 (Px-C4)
    Replace DIMMs 2 and 4, or DIMMs 18 and 20.
    DIMM 5 (Px-C5)
    Replace DIMMs 5 and 7, or DIMMs 21 and 23.
    DIMM 6 (Px-C6)
    Replace DIMMs 6 and 8, or DIMMs 22 and 24.
    DIMM 7 (Px-C7)
    Replace DIMMs 5 and 7, or DIMMs 21 and 23.
    DIMM 8 (Px-C8)
    Replace DIMMs 6 and 8, or DIMMs 22 and 24.
    DIMM 9 (Px-C9)
    Replace DIMMs 9 and 11, or DIMMs 25 and 27.
    DIMM 10 (Px-C10)
    Replace DIMMs 10 and 12, or DIMMs 26 and 28.
    DIMM 11 (Px-C11)
    Replace DIMMs 9 and 11, or DIMMs 25 and 27.
    DIMM 12 (Px-C12)
    Replace DIMMs 10 and 12, or DIMMs 26 and 28.
    DIMM 13 (Px-C13)
    Replace DIMMs 13 and 15, or DIMMs 29 and 31.
    DIMM 14 (Px-C14)
    Replace DIMMs 14 and 16, or DIMMs 30 and 32.
    DIMM 15 (Px-C15)
    Replace DIMMs 13 and 15, or DIMMs 29 and 31.
    DIMM 16 (Px-C16)
    Replace DIMMs 14 and 16, or DIMMs 30 and 32.
  2. See Removing a memory module for location information and the removal procedure.
  3. Install new memory DIMMs, as described in Installing a memory module.
FSPSP53 A network error has occurred between the service processor and the network switch that is on the blade server. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP54 A processor over-temperature has been detected. Check for any environmental issues before replacing any parts.
  1. Measure the ambient room temperature to see if it is in within the upper limit of the normal operating range. The upper limit is less than 35 degrees C or 95 degrees F. If the temperature exceeds this limit, you must bring down the room temperature until it is within the limit. When the temperature is within range, retry the operation.
  2. If the temperature is within the acceptable range, check the front and rear of the BladeCenter unit to verify that the each is free of obstructions that would impede the airflow. If there are obstructions, you must clear the obstructions. Also clean the air inlets and exits in the BladeCenter unit drawer as required. If you cleared obstructions, retry the operation.
  3. Verify that the fans in the BladeCenter unit are working correctly. If not, replace fans that are not turning or that are turning slowly. If you replace fans, wait for the unit to cool and retry the operation.
  4. If the cooling components are functioning correctly, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
FSPSP72 The network sideband interface controller (NSIC) has detected that the physical Ethernet link is down.
  1. Using SRC word 6, determine which I/O module has been identified as having a problem:
    0x00000003
    Blade center I/O slot 3
    0x00000004
    Blade center I/O slot 4
    0x00000005
    Blade center I/O slot 7
    0x00000006
    Blade center I/O slot 8
    0x00000007
    Blade center I/O slot 9
    0x00000008
    Blade center I/O slot 10
  2. Verify that the I/O module installed in the blade center I/O slot identified by word 6 of the SRC is marked compatible in the blade center advanced management module (AMM) interface. Click System Status > I/O Compatibility.
  3. If the I/O module is marked as compatible, continue with the next step. If the I/O module is not marked as compatible, select an I/O module slot that is compatible with the current blade configuration as identified by the AMM. Select the I/O module for Ethernet traffic by clicking Blade Tasks > Configuration > Interface Management > blade > Management Network > Route Traffic Through. This ends the procedure.
  4. Reseat the I/O module identified in step 1. If the problem persists, continue with the next step.
  5. Reseat the blade system. If the problem persists, continue with the next step.
  6. Using SRC word 7, determine the FRU to replace:
    0x00000001
    CIOv form-factor expansion card
    0x00000002
    CFFh expansion card
    0x00000003
    Blade system
    This ends the procedure.
IOHUB Symbolic CRU The failing component is the RIO/HSL NIC on the IPL path. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
IOBRDG Symbolic CRU The failing component is the RIO/HSL I/O bridge on the IPL path. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
MEMBRD Symbolic CRU The failing component is the board the memory DIMMs plug into. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
MEMCTLR Symbolic CRU The failing component is one of the memory controllers. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
MEMDIMM Symbolic CRU The failing component is one of the memory DIMMs.
  1. Replace the failing CRU:
    DIMM 1 or 17 (Px-C1)
    P1-C1 is memory module 1;
    P2-C1 is memory module 17.
    DIMM 2 or 18 (Px-C2)
    P1-C2 is memory module 2;
    P2-C2 is memory module 18.
    DIMM 3 or 19 (Px-C3)
    P1-C3 is memory module 3;
    P2-C3 is memory module 19.
    DIMM 4 or 20 (Px-C4)
    P1-C4 is memory module 4;
    P2-C4 is memory module 20.
    DIMM 5 or 21 (Px-C5)
    P1-C5 is memory module 5;
    P2-C5 is memory module 21.
    DIMM 6 or 22 (Px-C6)
    P1-C6 is memory module 6;
    P2-C6 is memory module 22.
    DIMM 7 or 23 (Px-C7)
    P1-C7 is memory module 7;
    P2-C7 is memory module 23.
    DIMM 8 or 24 (Px-C8)
    P1-C8 is memory module 8;
    P2-C8 is memory module 24.
    DIMM 9 or 25 (Px-C9)
    P1-C9 is memory module 9;
    P2-C9 is memory module 25.
  2. See Removing a memory module for location information and the removal procedure.
  3. Install new memory DIMMs, as described in Installing a memory module.

See Supported DIMMs for more information.

MEMDIMM Symbolic CRU The failing component is one of the memory DIMMs.
  1. Replace the failing CRU:
    DIMM 10 or 26 (Px-C10)
    P1-C10 is memory module 10;
    P2-C10 is memory module 26.
    DIMM 11 or 27 (Px-C11)
    P1-C11 is memory module 11;
    P2-C11 is memory module 27.
    DIMM 12 or 28 (Px-C12)
    P1-C12 is memory module 12;
    P2-C12 is memory module 28.
    DIMM 13 or 29 (Px-C13)
    P1-C13 is memory module 13;
    P2-C13 is memory module 29.
    DIMM 14 or 30 (Px-C14)
    P1-C14 is memory module 14;
    P2-C14 is memory module 30.
    DIMM 15 or 31 (Px-C15)
    P1-C15 is memory module 15;
    P2-C15 is memory module 31.
    DIMM 16 or 32 (Px-C16)
    P1-C16 is memory module 16;
    P2-C16 is memory module 32.
  2. See Removing a memory module for location information and the removal procedure.
  3. Install new memory DIMMs, as described in Installing a memory module.

See Supported DIMMs for more information.

NO12VDC Symbolic CRU Error code 1xxx2647 indicates that the blade server is reporting that 12V dc is not present on the BladeCenter midplane.
  1. Check the management-module event log for entries that indicate a power problem with the BladeCenter unit.
  2. Resolve any problems.
  3. Remove the blade from the BladeCenter unit and then reinsert the blade server.
  4. Power on the blade server.
  5. Monitor the blade server operation to verify that the problem is solved.
  6. If the BladeCenter unit is functioning normally, but the 1xxx2647 problem persists, replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
NODEPL Symbolic CRU The failing component is the node midplane. Replace the system board and chassis assembly, as described in Replacing the FRU system-board and chassis assembly.
TOD_BAT Symbolic CRU The battery for the time-of-day battery is low or failing. Replace the battery, as described in Removing the battery and Installing the battery.


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