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BSOD Memory_corruption_large


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1 reply to this topic

#1 QuantumPhysics

QuantumPhysics

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  • Local time:04:12 AM

Posted 08 November 2016 - 01:48 AM

Hi, My computer keeps crashing. Can you help with figuring out what's causing this BSOD? Do I need to replace my RAM? I loaded the memory.dmp (1.3GB) in Windbg and below is the result of !analyze -v command:

 

 
*******************************************************************************
*                                                                             *
*                        Bugcheck Analysis                                    *
*                                                                             *
*******************************************************************************

Use !analyze -v to get detailed debugging information.

BugCheck C1, {fffff18044e84ff0, fffff18044e84cd1, 254008, 32}

CompressedPageDataReader warning: failed to get _SM_PAGE_KEY symbol.
CompressedPageDataReader warning: failed to get _SM_PAGE_KEY symbol.
Probably caused by : memory_corruption

Followup:     memory_corruption
---------

1: kd> !analyze -v
*******************************************************************************
*                                                                             *
*                        Bugcheck Analysis                                    *
*                                                                             *
*******************************************************************************

SPECIAL_POOL_DETECTED_MEMORY_CORRUPTION (c1)
Special pool has detected memory corruption.  Typically the current thread's
stack backtrace will reveal the guilty party.
Arguments:
Arg1: fffff18044e84ff0, address trying to free
Arg2: fffff18044e84cd1, address where one bit is corrupted
Arg3: 0000000000254008, (reserved)
Arg4: 0000000000000032, caller is freeing an address where nearby bytes within the same page have a single bit error

Debugging Details:
------------------


DUMP_CLASS: 1

DUMP_QUALIFIER: 401

BUILD_VERSION_STRING:  14393.351.amd64fre.rs1_release_inmarket.161014-1755

SYSTEM_MANUFACTURER:  Acer

SYSTEM_PRODUCT_NAME:  Aspire X3470

SYSTEM_VERSION:          

BIOS_VENDOR:  American Megatrends Inc.

BIOS_VERSION:  P01-A2

BIOS_DATE:  10/13/2011

BASEBOARD_MANUFACTURER:  Acer

BASEBOARD_PRODUCT:  Aspire X3470

BASEBOARD_VERSION:          

DUMP_TYPE:  1

BUGCHECK_P1: fffff18044e84ff0

BUGCHECK_P2: fffff18044e84cd1

BUGCHECK_P3: 254008

BUGCHECK_P4: 32

BUGCHECK_STR:  0xC1_32

SPECIAL_POOL_CORRUPTION_TYPE:  32

CPU_COUNT: 4

CPU_MHZ: 894

CPU_VENDOR:  AuthenticAMD

CPU_FAMILY: 12

CPU_MODEL: 1

CPU_STEPPING: 0

DEFAULT_BUCKET_ID:  CODE_CORRUPTION

PROCESS_NAME:  System

CURRENT_IRQL:  0

ANALYSIS_SESSION_HOST:  NALANI

ANALYSIS_SESSION_TIME:  11-07-2016 22:45:18.0101

ANALYSIS_VERSION: 10.0.14321.1024 x86fre

LAST_CONTROL_TRANSFER:  from fffff800c2bffb56 to fffff800c2b613b0

STACK_TEXT:  
ffffe181`191caa88 fffff800`c2bffb56 : 00000000`000000c1 fffff180`44e84ff0 fffff180`44e84cd1 00000000`00254008 : nt!KeBugCheckEx
ffffe181`191caa90 fffff800`c2c0078a : 00000000`00000004 fffff800`c2aab343 ffff8578`c02a11d0 fffff800`c2a17000 : nt!MiCheckSpecialPoolSlop+0x8a
ffffe181`191caad0 fffff800`c2c64c77 : fffff180`75d5eff0 ffffffff`ffa2bde0 00000000`00000000 00000000`4f494656 : nt!MmFreeSpecialPool+0x166
ffffe181`191cac30 fffff800`c3127ba6 : fffff180`44e84ff0 00000000`00000000 01010101`01010100 01010101`00000000 : nt!ExDeferredFreePool+0x4d7
ffffe181`191cad10 fffff800`c2a19729 : fffff180`318c8800 fffff800`c3127b60 01010101`01010101 01010101`01010101 : nt!ViPoolDelayFreeTrimThreadRoutine+0x46
ffffe181`191cad50 fffff800`c2b66876 : ffffe181`19000180 fffff180`318c8800 fffff800`c2a196e8 01010101`01010101 : nt!PspSystemThreadStartup+0x41
ffffe181`191cada0 00000000`00000000 : ffffe181`191cb000 ffffe181`191c5000 00000000`00000000 00000000`00000000 : nt!KiStartSystemThread+0x16


STACK_COMMAND:  kb

CHKIMG_EXTENSION: !chkimg -lo 50 -d !nt
    fffff800c2a18595 - nt!MiDuplicateCloneLeaf+39
	[ fa:a2 ]
    fffff800c2a1cb85-fffff800c2a1cb86  2 bytes - nt!MiEnumerateLeafPtes+25 (+0x45f0)
	[ 80 f6:00 85 ]
    fffff800c2a1cb92-fffff800c2a1cb93  2 bytes - nt!MiEnumerateLeafPtes+32 (+0x0d)
	[ 00 f7:80 85 ]
    fffff800c2a1cb9f-fffff800c2a1cba0  2 bytes - nt!MiEnumerateLeafPtes+3f (+0x0d)
	[ ff f6:7f 85 ]
    fffff800c2a1cc63-fffff800c2a1cc64  2 bytes - nt!MiEnumerateLeafPtes+103 (+0xc4)
	[ ff f6:7f 85 ]
    fffff800c2a1cc6d-fffff800c2a1cc6e  2 bytes - nt!MiEnumerateLeafPtes+10d (+0x0a)
	[ 00 f7:80 85 ]
    fffff800c2a26b03-fffff800c2a26b04  2 bytes - nt!MiComputePageCommitment+33 (+0x9e96)
	[ 80 f6:00 85 ]
    fffff800c2a2712f-fffff800c2a27130  2 bytes - nt!MiPrivateFixup+cb (+0x62c)
	[ 80 f6:00 85 ]
    fffff800c2a2714e - nt!MiPrivateFixup+ea (+0x1f)
	[ fa:a2 ]
    fffff800c2a271f2 - nt!MiPrivateFixup+18e (+0xa4)
	[ fa:a2 ]
    fffff800c2a27352-fffff800c2a27353  2 bytes - nt!MiPrivateFixup+2ee (+0x160)
	[ 80 f6:00 85 ]
    fffff800c2a279d3-fffff800c2a279d4  2 bytes - nt!MiDeletePartialVad+e7 (+0x681)
	[ 80 f6:00 85 ]
    fffff800c2a27cfc-fffff800c2a27cfd  2 bytes - nt!MiCaptureDeleteHierarchy+2c (+0x329)
	[ 80 f6:00 85 ]
    fffff800c2a27d1f-fffff800c2a27d21  3 bytes - nt!MiCaptureDeleteHierarchy+4f (+0x23)
	[ 40 fb f6:80 42 85 ]
    fffff800c2a27e91-fffff800c2a27e92  2 bytes - nt!MiExpandSystemCache+85 (+0x172)
	[ 80 f6:00 85 ]
    fffff800c2a27edf-fffff800c2a27ee1  3 bytes - nt!MiExpandSystemCache+d3 (+0x4e)
	[ 40 fb f6:80 42 85 ]
    fffff800c2a27f1f - nt!MiExpandSystemCache+113 (+0x40)
	[ fa:a2 ]
    fffff800c2a27f4d - nt!MiExpandSystemCache+141 (+0x2e)
	[ fa:a2 ]
    fffff800c2a28951-fffff800c2a28952  2 bytes - nt!MiExpandPtes+d5 (+0xa04)
	[ 80 f6:00 85 ]
    fffff800c2a2909d-fffff800c2a2909f  3 bytes - nt!MiAllocatePoolPages+109 (+0x74c)
	[ 40 fb f6:80 42 85 ]
    fffff800c2a290ca-fffff800c2a290cb  2 bytes - nt!MiAllocatePoolPages+136 (+0x2d)
	[ 80 f6:00 85 ]
    fffff800c2a293eb-fffff800c2a293ec  2 bytes - nt!MiExpandNonPagedPool+1d3 (+0x321)
	[ 80 f6:00 85 ]
    fffff800c2a29528-fffff800c2a2952a  3 bytes - nt!MiExpandNonPagedPool+310 (+0x13d)
	[ 40 fb f6:80 42 85 ]
    fffff800c2a29549-fffff800c2a2954a  2 bytes - nt!MiExpandNonPagedPool+331 (+0x21)
	[ 80 f6:00 85 ]
    fffff800c2a2956d - nt!MiExpandNonPagedPool+355 (+0x24)
	[ fa:a2 ]
    fffff800c2a297f9-fffff800c2a297fa  2 bytes - nt!MiSplitBitmapPages+4d (+0x28c)
	[ 80 f6:00 85 ]
    fffff800c2a29853-fffff800c2a29855  3 bytes - nt!MiSplitBitmapPages+a7 (+0x5a)
	[ 40 fb f6:80 42 85 ]
    fffff800c2a298b0 - nt!MiSplitBitmapPages+104 (+0x5d)
	[ fa:a2 ]
    fffff800c2a29b37-fffff800c2a29b38  2 bytes - nt!MiConvertWsleHash+67 (+0x287)
	[ 80 f6:00 85 ]
    fffff800c2a29b94-fffff800c2a29b95  2 bytes - nt!MiConvertWsleHash+c4 (+0x5d)
	[ ff f6:7f 85 ]
    fffff800c2a29b9e-fffff800c2a29b9f  2 bytes - nt!MiConvertWsleHash+ce (+0x0a)
	[ 80 f6:00 85 ]
    fffff800c2a29c9a - nt!MiConvertWsleHash+1ca (+0xfc)
	[ fa:a2 ]
    fffff800c2a29d97-fffff800c2a29d98  2 bytes - nt!MiConvertWsleHash+2c7 (+0xfd)
	[ ff f6:7f 85 ]
    fffff800c2a29e3c-fffff800c2a29e3d  2 bytes - nt!MiMapNewWorkingSetPage+6c (+0xa5)
	[ 80 f6:00 85 ]
    fffff800c2a29f9d - nt!MiMapNewWorkingSetPage+1cd (+0x161)
	[ fa:a2 ]
    fffff800c2a29ff8-fffff800c2a29ffa  3 bytes - nt!MiMapNewWorkingSetPage+228 (+0x5b)
	[ 40 fb f6:80 42 85 ]
    fffff800c2a2a015-fffff800c2a2a017  3 bytes - nt!MiMapNewWorkingSetPage+245 (+0x1d)
	[ 7f fb f6:bf 42 85 ]
    fffff800c2a2a029-fffff800c2a2a02a  2 bytes - nt!MiMapNewWorkingSetPage+259 (+0x14)
	[ 80 f6:00 85 ]
    fffff800c2a2a053-fffff800c2a2a055  3 bytes - nt!MiMapNewWorkingSetPage+283 (+0x2a)
	[ 5f fb f6:9f 42 85 ]
    fffff800c2a2a065-fffff800c2a2a068  4 bytes - nt!MiMapNewWorkingSetPage+295 (+0x12)
	[ a0 7d fb f6:40 a1 42 85 ]
    fffff800c2a2a074-fffff800c2a2a077  4 bytes - nt!MiMapNewWorkingSetPage+2a4 (+0x0f)
	[ af 7d fb f6:4f a1 42 85 ]
    fffff800c2a2a086-fffff800c2a2a08a  5 bytes - nt!MiMapNewWorkingSetPage+2b6 (+0x12)
	[ d0 be 7d fb f6:a0 50 a1 42 85 ]
    fffff800c2a2a095-fffff800c2a2a099  5 bytes - nt!MiMapNewWorkingSetPage+2c5 (+0x0f)
	[ d7 be 7d fb f6:a7 50 a1 42 85 ]
    fffff800c2a2a2b0-fffff800c2a2a2b2  3 bytes - nt!MiUnlinkStandbyBatch+40 (+0x21b)
	[ 40 fb f6:80 42 85 ]
    fffff800c2a2a2c1 - nt!MiUnlinkStandbyBatch+51 (+0x11)
	[ fa:a2 ]
    fffff800c2a2a2df - nt!MiUnlinkStandbyBatch+6f (+0x1e)
	[ fa:a2 ]
    fffff800c2a2a306 - nt!MiUnlinkStandbyBatch+96 (+0x27)
	[ fa:a2 ]
    fffff800c2a2a33e - nt!MiUnlinkStandbyBatch+ce (+0x38)
	[ fa:a2 ]
    fffff800c2a2a421 - nt!MiUnlinkStandbyBatch+1b1 (+0xe3)
	[ fa:a2 ]
    fffff800c2a2a481-fffff800c2a2a482  2 bytes - nt!MiUnlinkStandbyBatch+211 (+0x60)
	[ 80 f6:00 85 ]
WARNING: !chkimg output was truncated to 50 lines. Invoke !chkimg without '-lo [num_lines]' to view  entire output.
    fffff800c2c63387-fffff800c2c63389  3 bytes - nt!ExFreePoolWithTag+387
	[ 40 fb f6:80 42 85 ]
    fffff800c2c6383d-fffff800c2c6383e  2 bytes - nt!ExFreePoolWithTag+83d (+0x4b6)
	[ 80 f6:00 85 ]
    fffff800c2c64c85-fffff800c2c64c87  3 bytes - nt!ExDeferredFreePool+4e5 (+0x1448)
	[ 40 fb f6:80 42 85 ]
    fffff800c2c64cba - nt!ExDeferredFreePool+51a (+0x35)
	[ fa:a2 ]
    fffff800c2c6cf50-fffff800c2c6cf52  3 bytes - nt!_guard_dispatch_icall_fptr
	[ 60 d8 b5:a0 6b b6 ]
    fffff800c2de44a1 - nt!MmDuplicateMemory+231
	[ fa:a2 ]
    fffff800c2de44f9 - nt!MmDuplicateMemory+289 (+0x58)
	[ fa:a2 ]
    fffff800c2de457e - nt!MmDuplicateMemory+30e (+0x85)
	[ fa:a2 ]
    fffff800c2de47a9 - nt!MmDuplicateMemory+539 (+0x22b)
	[ fa:a2 ]
    fffff800c2de4e30-fffff800c2de4e31  2 bytes - nt!MiMarkKernelPageTablePages+c (+0x687)
	[ 80 f6:00 85 ]
    fffff800c2de4e81-fffff800c2de4e82  2 bytes - nt!MiMarkKernelPageTablePages+5d (+0x51)
	[ 00 f7:80 85 ]
    fffff800c2de5381 - nt!MmMarkHiberPhase+71 (+0x500)
	[ fa:a2 ]
    fffff800c2de5398 - nt!MmMarkHiberPhase+88 (+0x17)
	[ fa:a2 ]
    fffff800c2de598b - nt!MiMarkHiberNotCachedPages+2b (+0x5f3)
	[ fa:a2 ]
    fffff800c2de5aa3 - nt!MiMarkNonPagedHiberPhasePages+67 (+0x118)
	[ fa:a2 ]
    fffff800c2de5b6d-fffff800c2de5b6e  2 bytes - nt!MiMarkKernelPageTablesHelper+3d (+0xca)
	[ 80 f6:00 85 ]
    fffff800c2de5e1c-fffff800c2de5e1d  2 bytes - nt!MiEnumerateKernelLeafPtes+10 (+0x2af)
	[ 80 f6:00 85 ]
    fffff800c2de5e26-fffff800c2de5e27  2 bytes - nt!MiEnumerateKernelLeafPtes+1a (+0x0a)
	[ 00 f7:80 85 ]
    fffff800c2de865a-fffff800c2de865b  2 bytes - nt!MmInitializeProcessor+3a (+0x2834)
	[ 80 f6:00 85 ]
    fffff800c2decc3a - nt! ?? ::OKHAJAOM::`string'+27ba (+0x45e0)
	[ fa:a2 ]
    fffff800c2deccc2 - nt! ?? ::OKHAJAOM::`string'+2842 (+0x88)
	[ fa:a2 ]
    fffff800c2decd6a - nt! ?? ::OKHAJAOM::`string'+28ea (+0xa8)
	[ fa:a2 ]
    fffff800c2dece74 - nt! ?? ::OKHAJAOM::`string'+29f4 (+0x10a)
	[ fa:a2 ]
    fffff800c2df555f - nt!MmFreeIndependentPages+53
	[ fa:a2 ]
    fffff800c2e27099-fffff800c2e2709a  2 bytes - nt!MiSelectSystemImageAddress+25 (+0x31b3a)
	[ 80 f6:00 85 ]
    fffff800c2e272fe-fffff800c2e272ff  2 bytes - nt!MmAllocateIndependentPages+6e (+0x265)
	[ 80 f6:00 85 ]
    fffff800c2e273a5 - nt!MmAllocateIndependentPages+115 (+0xa7)
	[ fa:a2 ]
    fffff800c2e27ad2 - nt!MmCreateProcessAddressSpace+1de (+0x72d)
	[ fa:a2 ]
    fffff800c2e27b64-fffff800c2e27b65  2 bytes - nt!MmCreateProcessAddressSpace+270 (+0x92)
	[ 80 f6:00 85 ]
    fffff800c2e27c88 - nt!MmCreateProcessAddressSpace+394 (+0x124)
	[ fa:a2 ]
    fffff800c2e481b3-fffff800c2e481b4  2 bytes - nt!MiPrefetchDriverPages+23 (+0x2052b)
	[ 80 f6:00 85 ]
    fffff800c2e5011e-fffff800c2e5011f  2 bytes - nt!MiFreeDriverInitialization+5e (+0x7f6b)
	[ 80 f6:00 85 ]
    fffff800c2e502f0 - nt!MiFreeInitializationCode+150 (+0x1d2)
	[ fa:a2 ]
    fffff800c2e768d4 - nt!MiAllocateDriverPage+9c (+0x265e4)
	[ fa:a2 ]
    fffff800c2e7693f - nt!MiValidateImagePfn+3b (+0x6b)
	[ fa:a2 ]
    fffff800c2e76988-fffff800c2e76989  2 bytes - nt!MiValidateImagePfn+84 (+0x49)
	[ 80 f6:00 85 ]
    fffff800c2e77de6-fffff800c2e77dea  5 bytes - nt!MiInitializeWorkingSetList+f2 (+0x145e)
	[ d0 be 7d fb f6:a0 50 a1 42 85 ]
    fffff800c2e77e2a - nt!MiInitializeWorkingSetList+136 (+0x44)
	[ fa:a2 ]
    fffff800c2e77e7d - nt!MiInitializeWorkingSetList+189 (+0x53)
	[ fa:a2 ]
    fffff800c2e9e929 - nt!PfpPfnPrioRequest+99 (+0x26aac)
	[ fa:a2 ]
    fffff800c2e9e968 - nt!PfpPfnPrioRequest+d8 (+0x3f)
	[ fa:a2 ]
    fffff800c2eb5e0e - nt!MiReleaseProcessReferenceToSessionDataPage+a2 (+0x174a6)
	[ fa:a2 ]
    fffff800c2ecb74b - nt!MiCreateImageFileMap+ff (+0x1593d)
	[ fa:a2 ]
    fffff800c2ed5614-fffff800c2ed5616  3 bytes - nt!MiMapViewOfDataSection+c44 (+0x9ec9)
	[ 40 fb f6:80 42 85 ]
    fffff800c2ed5659-fffff800c2ed565d  5 bytes - nt!MiMapViewOfDataSection+c89 (+0x45)
	[ d7 be 7d fb f6:a7 50 a1 42 85 ]
    fffff800c2ed6c0d-fffff800c2ed6c0e  2 bytes - nt!MiReturnPageTablePageCommitment+16d (+0x15b4)
	[ 80 f6:00 85 ]
    fffff800c2ed89e3 - nt!MiPfPrepareSequentialReadList+2e3 (+0x1dd6)
	[ fa:a2 ]
    fffff800c2edb7e3 - nt!MiRelocateImagePfn+73 (+0x2e00)
	[ fa:a2 ]
    fffff800c2edb7ef-fffff800c2edb7f0  2 bytes - nt!MiRelocateImagePfn+7f (+0x0c)
	[ 80 f6:00 85 ]
    fffff800c2edb80a-fffff800c2edb80b  2 bytes - nt!MiRelocateImagePfn+9a (+0x1b)
	[ ff f6:7f 85 ]
    fffff800c2ee6fbf - nt!MiPfPrepareReadList+4cf (+0xb7b5)
	[ fa:a2 ]
    fffff800c2f0372d - nt!MmChangeImageProtection+159 (+0x1c76e)
	[ fa:a2 ]
    fffff800c2f29ba8-fffff800c2f29ba9  2 bytes - nt!MmAllocateMappingAddress+94 (+0x2647b)
	[ 80 f6:00 85 ]
    fffff800c2f2f225-fffff800c2f2f229  5 bytes - nt!MiDereferenceSessionFinal+1a9 (+0x567d)
	[ d0 be 7d fb f6:a0 50 a1 42 85 ]
    fffff800c2f38116-fffff800c2f38118  3 bytes - nt!MiInitializeDynamicBitmap+fe (+0x8ef1)
	[ 40 fb f6:80 42 85 ]
    fffff800c2f3815a-fffff800c2f3815d  4 bytes - nt!MiInitializeDynamicBitmap+142 (+0x44)
	[ a0 7d fb f6:40 a1 42 85 ]
    fffff800c2f3816c-fffff800c2f38170  5 bytes - nt!MiInitializeDynamicBitmap+154 (+0x12)
	[ d0 be 7d fb f6:a0 50 a1 42 85 ]
    fffff800c2f38258-fffff800c2f38259  2 bytes - nt!MiInitializeDynamicBitmap+240 (+0xec)
	[ 80 f6:00 85 ]
    fffff800c2f3829b - nt!MiInitializeDynamicBitmap+283 (+0x43)
	[ fa:a2 ]
    fffff800c2f38708-fffff800c2f38709  2 bytes - nt!MiSessionCreateInternal+12c (+0x46d)
	[ 80 f6:00 85 ]
    fffff800c2f38967 - nt!MiMapNewSession+c3 (+0x25f)
	[ fa:a2 ]
    fffff800c2f38979-fffff800c2f3897b  3 bytes - nt!MiMapNewSession+d5 (+0x12)
	[ 40 fb f6:80 42 85 ]
    fffff800c2f38982-fffff800c2f38985  4 bytes - nt!MiMapNewSession+de (+0x09)
	[ a0 7d fb f6:40 a1 42 85 ]
    fffff800c2f38a18-fffff800c2f38a1c  5 bytes - nt!MiMapNewSession+174 (+0x96)
	[ d0 be 7d fb f6:a0 50 a1 42 85 ]
    fffff800c2f38a7d-fffff800c2f38a80  4 bytes - nt!MiMapNewSession+1d9 (+0x65)
	[ a0 7d fb f6:40 a1 42 85 ]
    fffff800c2f38a94 - nt!MiMapNewSession+1f0 (+0x17)
	[ fa:a2 ]
    fffff800c2f38aa6-fffff800c2f38aa8  3 bytes - nt!MiMapNewSession+202 (+0x12)
	[ 40 fb f6:80 42 85 ]
    fffff800c2f38af6 - nt!MiMapNewSession+252 (+0x50)
	[ fa:a2 ]
    fffff800c2f38b5c-fffff800c2f38b5e  3 bytes - nt!MiMapNewSession+2b8 (+0x66)
	[ 40 fb f6:80 42 85 ]
    fffff800c2f38b95-fffff800c2f38b98  4 bytes - nt!MiMapNewSession+2f1 (+0x39)
	[ a0 7d fb f6:40 a1 42 85 ]
    fffff800c2f38baa-fffff800c2f38bae  5 bytes - nt!MiMapNewSession+306 (+0x15)
	[ d0 be 7d fb f6:a0 50 a1 42 85 ]
    fffff800c2f42271-fffff800c2f42272  2 bytes - nt!MiReleaseDriverPtes+41 (+0x96c7)
	[ 80 f6:00 85 ]
    fffff800c2f42365-fffff800c2f42366  2 bytes - nt!MiReleaseDriverPtes+135 (+0xf4)
	[ 80 f6:00 85 ]
WARNING: !chkimg output was truncated to 50 lines. Invoke !chkimg without '-lo [num_lines]' to view  entire output.
3871 errors : !nt (fffff800c2a18595-fffff800c307e752)

MODULE_NAME: memory_corruption

IMAGE_NAME:  memory_corruption

FOLLOWUP_NAME:  memory_corruption

DEBUG_FLR_IMAGE_TIMESTAMP:  0

MEMORY_CORRUPTOR:  LARGE

FAILURE_BUCKET_ID:  MEMORY_CORRUPTION_LARGE

BUCKET_ID:  MEMORY_CORRUPTION_LARGE

PRIMARY_PROBLEM_CLASS:  MEMORY_CORRUPTION_LARGE

TARGET_TIME:  2016-11-08T06:11:03.000Z

OSBUILD:  14393

OSSERVICEPACK:  0

SERVICEPACK_NUMBER: 0

OS_REVISION: 0

SUITE_MASK:  272

PRODUCT_TYPE:  1

OSPLATFORM_TYPE:  x64

OSNAME:  Windows 10

OSEDITION:  Windows 10 WinNt TerminalServer SingleUserTS

OS_LOCALE:  

USER_LCID:  0

OSBUILD_TIMESTAMP:  2016-10-14 20:38:38

BUILDDATESTAMP_STR:  161014-1755

BUILDLAB_STR:  rs1_release_inmarket

BUILDOSVER_STR:  10.0.14393.351.amd64fre.rs1_release_inmarket.161014-1755

ANALYSIS_SESSION_ELAPSED_TIME: 6b76

ANALYSIS_SOURCE:  KM

FAILURE_ID_HASH_STRING:  km:memory_corruption_large

FAILURE_ID_HASH:  {e29154ac-69a4-0eb8-172a-a860f73c0a3c}

Followup:     memory_corruption
---------

 



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#2 dc3

dc3

    Bleeping Treehugger


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Posted 08 November 2016 - 10:41 AM

If you believe this is caused by RAM you should run Memtest86.

 

1)  Please download the Memtest86 Pre-Compiled Bootable ISO file.
 
2)  Unzip the downloaded memtest86 file.  You will need a program like 7-Zip to unzip this file.
 
3) Intructions for using the 7-Zip can be see in the video below.
 
 
 
4)  Inside, you will find the memtest86 file.
 
5)  Place a blank CD or DVD in the tray of your optical drive and close the tray.
 
6)  After you have downloaded the ISO image you want to burn right click on the Start orb, then choose Windows Explorer.
 
7)  When Explorer opens click on Downloads in the left pane.  Scroll down till you find the ISO file you want and double click on it.  Click on Burn Disk Image.
 
8)  In the image below you will see Disk burner:, this should be set to the optical drive you want to use.  Click on Verify disc after burning if you want to Windows to verity the disc image after burn.  Click on burn.
 
burndiskimage1_zpsb502b181.png
 
9)  In the image below you can see that the green progress bar, when the image is finished burning the bar will be filled.
 
burndiskimage2_zps17a9d6ff.png
 
10)  After the image has completed being burned click on Close
 
 
11) Once the CD is created, boot from it, and memtest will automatically start to run.  
 
Please note:  It may be neccessary to change the boot order in the BIOS so the CD/DVD-ROM is the first device in the boot order and the hdd second.
 
Each pass consists of 8 tests, it is suggested that you run at least 7 passes, this will take several hours, you may find it simpler to let it run overnight.  The longer you run the passes the more comprehensive the results will be.
 
If you are running multiple modules and have a failure, remove all but one module and test it separately, continue this with each module till you find the one that failed.  
 
When you discern that a module is good, use it to test each slot to be sure there isn't a problem with one of them.
 
When the test is complete a display similar to the one below will appear.  Note the locations of the Pass and Errors, any Error is indicative of a failed module.
 
memtest1_zps7be717f5.png

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