BSOD at start up

Discussion in 'Windows 7 Blue Screen of Death (BSOD)' started by Bryan Dillon, Mar 4, 2012.

  1. Bryan Dillon

    Bryan Dillon New Member

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    Hi, i was getting a bunch of BSOD at start up after about a year of owning this pc, so i reinstalled win 7 x64. unfortunately this did not fix my problem. It takes atleast 3 reboots before i can use my computer. it usually freezes, bsod, or restarts. i used driver genius to update all my drivers, still same problem. I looked in the c/windows/minidump folder but nothing is there? do i have to do something to make minidump files save? thanks for any help in advance this is really annoying. the bsod error is 0x0000000f i believe

    No antivirus running btw

    Operating System
    MS Windows 7 Home Premium 64-bit
    CPU
    Intel Core i7 930 @ 2.80GHz 49 °C
    Bloomfield 45nm Technology
    RAM
    12.0 GB Triple-Channel DDR3 @ 666MHz (9-9-9-24)
    Motherboard
    Dell Inc. 05DN3X (CPU 1) 44 °C
    Graphics
    DELL E228WFP (1680x1050@60Hz)
    ATI Radeon HD 5700 Series (ATI) 46 °C
    Hard Drives
    977GB Seagate ST31000528AS ATA Device (SATA) 39 °C
    Optical Drives
    HL-DT-ST DVD+-RW GH50N ATA Device
    HL-DT-ST DVDRWBD CH20N ATA Device
    Audio
    AMD High Definition Audio Device
     
    #1 Bryan Dillon, Mar 4, 2012
    Last edited: Mar 4, 2012
  2. Elmer

    Elmer Extraordinary Member

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    Hi Bryan and Welcome to The Forum.

    Download, install and update Malwarebytes' Free. Then run a full scan in Safe Mode.

    Download TDSSKiller and run it in Safe Mode to rule out a prevalent RootKit.

    Install Microsoft Security Essentials

    As you know, we really need to see the DMP files as they contains the only record of the sequence of events leading up to the crash, what drivers were loaded, and what was responsible.

    To ensure minidumps are enabled:
    Go to Start, in the Search Box type: sysdm.cpl, press Enter.
    Under the Advanced tab, click on the Startup and Recovery Settings... button.
    Ensure that Automatically restart is unchecked.
    Under the Write Debugging Information header select Small memory dump (256 kB) in the dropdown box (the 256kb varies).
    Ensure that the Small Dump Directory is listed as %systemroot%\Minidump.
    OK your way out.
    Reboot if changes have been made.

    The .dmp files are located at C:\Windows\Minidump. Until a .dmp file is generated, the Minidump folder may not exist.

    Go to your C:\Windows\Minidump folder. Copy the .dmp files to a new folder on your desktop. Zip up that folder and attach to a post.

    Please see: How to ask for help with a BSOD problem Following Method 2:
    Download
    and run the SF Diagnostics Tool. Right click the SF Diag tool and select Run as Administrator before running. When the reports have been created, zip them up and attach to a post.

    Download and run CPU-Z. Take screenshots**/snips of the CPU tab, Mainboard tab, Memory tab and all the slot #'s under the SPD tab.
    Go to Post Reply, click on the Go Advanced button and attach the screenshots**/snips to your post for all the RAM experts to see by using the paper clip you will find on the top toolbar. Do not zip them up.
    **
    If screenshots, please crop.

    Also see: http://windows7forums.com/blue-screen-death-bsod/71079-help-us-help-you-filling-your-system-specs.html

    When attaching dmp files, PLEASE put them in a single zipped folder
     
    #2 Elmer, Mar 5, 2012
    Last edited: Mar 5, 2012
  3. Bryan Dillon

    Bryan Dillon New Member

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    hi, thanks you for the response. malware bytes and tdsskiller didnt find anything. i will attach a mini dump the next time the bsod occurs. here is everything else for now

    1.PNG Capture.PNG sgsg.PNG srgzrzergzg.PNG
     

    Attached Files:

  4. Elmer

    Elmer Extraordinary Member

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    Hi Bryan,

    Can you go into your Services (through Control Panel >> Administrative Tools) and set the Bonjour service to Manual start up as opposed to Automatic start up.

    Update:
    GEARAspiWDM.sys Mon May 18 13:17:04 2009 Gear Software CD-ROM Class Filter Driver v4.019.1 (Oct 2011). Also loads with iTunes

    You may also find that if all your Memory slots are occupied a tweak in the RAM voltages may stabilise your system.

    And if I have got your machine right (XPS 9100) there is a bios update, A04, dated 10/31/2011 that you should also consider.
     
    #4 Elmer, Mar 5, 2012
    Last edited: Mar 5, 2012
    1 person likes this.
  5. Bryan Dillon

    Bryan Dillon New Member

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    turned off bonjour and downloaded and installed gear software. couldnt find the bios update, link would be appreciated.

    Lately it hasnt been blue screens, just freezes or crashes and i have to force restart. still no minidumps
     
  6. Elmer

    Elmer Extraordinary Member

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    #6 Elmer, Mar 7, 2012
    Last edited: Mar 7, 2012
  7. Bryan Dillon

    Bryan Dillon New Member

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    thank you for the link. ill install it asap. but in the meantime, i got a bsod finally.
     

    Attached Files:

  8. Elmer

    Elmer Extraordinary Member

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  9. Bryan Dillon

    Bryan Dillon New Member

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    I installed the bios update, didnt solve problem. how do i tweak my memory voltage?
     
  10. Bryan Dillon

    Bryan Dillon New Member

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    can anyone help?
     
  11. Elmer

    Elmer Extraordinary Member

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    Hi Bryan, I'll find someone who is more adept at explaining the memory voltage tweaking than I can.
     
  12. Trouble

    Trouble Noob Whisperer

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    How about refreshing the information we have with a new run of the SF Diagnostic Tool (run as Administrator) and also please include CPUz images including all slots populated with memory from the SPD tab and export the HTML report from RAMMon. Links if needed are on the sticky that Elmer linked to already.
     
  13. Bryan Dillon

    Bryan Dillon New Member

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    Here is the sf diagnostic and alll of the slots on the cpuz are the same so i only posted the one. Rammon file couldnt be uploaded so here u go :p[h=3]RAMMon v1.0 Build: 1002 built with SysInfo v1.0 Build: 1019
    PassMark (R) Software - www.passmark.com[/h] Memory Summary For BRYAN-PC

    Number of Memory Devices: 6 Total Physical Memory: 8182 MB (12288 MB) Total Available Physical Memory: 6101 MB Memory Load: 25%
    [TABLE]
    [TR]
    [TH]Item[/TH]
    [TH]Slot #1[/TH]
    [TH]Slot #2[/TH]
    [TH]Slot #3[/TH]
    [TH]Slot #4[/TH]
    [TH]Slot #5[/TH]
    [TH]Slot #6[/TH]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Ram Type [/TD]
    [TD="class: altvalue"]DDR3 [/TD]
    [TD="class: altvalue"]DDR3 [/TD]
    [TD="class: altvalue"]DDR3 [/TD]
    [TD="class: altvalue"]DDR3 [/TD]
    [TD="class: altvalue"]DDR3 [/TD]
    [TD="class: altvalue"]DDR3 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Standard Name [/TD]
    [TD="class: altvalue"]DDR3-1333 [/TD]
    [TD="class: altvalue"]DDR3-1333 [/TD]
    [TD="class: altvalue"]DDR3-1333 [/TD]
    [TD="class: altvalue"]DDR3-1333 [/TD]
    [TD="class: altvalue"]DDR3-1333 [/TD]
    [TD="class: altvalue"]DDR3-1333 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Module Name [/TD]
    [TD="class: altvalue"]PC3-10600 [/TD]
    [TD="class: altvalue"]PC3-10600 [/TD]
    [TD="class: altvalue"]PC3-10600 [/TD]
    [TD="class: altvalue"]PC3-10600 [/TD]
    [TD="class: altvalue"]PC3-10600 [/TD]
    [TD="class: altvalue"]PC3-10600 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Memory Capacity (MB) [/TD]
    [TD="class: altvalue"]2048 [/TD]
    [TD="class: altvalue"]2048 [/TD]
    [TD="class: altvalue"]2048 [/TD]
    [TD="class: altvalue"]2048 [/TD]
    [TD="class: altvalue"]2048 [/TD]
    [TD="class: altvalue"]2048 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Bus Clockspeed (Mhz) [/TD]
    [TD="class: altvalue"]666.67 [/TD]
    [TD="class: altvalue"]666.67 [/TD]
    [TD="class: altvalue"]666.67 [/TD]
    [TD="class: altvalue"]666.67 [/TD]
    [TD="class: altvalue"]666.67 [/TD]
    [TD="class: altvalue"]666.67 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Jedec Manufacture Name [/TD]
    [TD="class: altvalue"]Elpida [/TD]
    [TD="class: altvalue"]Elpida [/TD]
    [TD="class: altvalue"]Elpida [/TD]
    [TD="class: altvalue"]Elpida [/TD]
    [TD="class: altvalue"]Elpida [/TD]
    [TD="class: altvalue"]Elpida [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Search Amazon.com [/TD]
    [TD="class: altvalue"]Search! [/TD]
    [TD="class: altvalue"]Search! [/TD]
    [TD="class: altvalue"]Search! [/TD]
    [TD="class: altvalue"]Search! [/TD]
    [TD="class: altvalue"]Search! [/TD]
    [TD="class: altvalue"]Search! [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]SPD Revision [/TD]
    [TD="class: altvalue"]1.0 [/TD]
    [TD="class: altvalue"]1.0 [/TD]
    [TD="class: altvalue"]1.0 [/TD]
    [TD="class: altvalue"]1.0 [/TD]
    [TD="class: altvalue"]1.0 [/TD]
    [TD="class: altvalue"]1.0 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Registered [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]ECC [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]DIMM Slot # [/TD]
    [TD="class: altvalue"]1 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]3 [/TD]
    [TD="class: altvalue"]4 [/TD]
    [TD="class: altvalue"]5 [/TD]
    [TD="class: altvalue"]6 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Manufactured [/TD]
    [TD="class: altvalue"]Year 0 [/TD]
    [TD="class: altvalue"]Year 0 [/TD]
    [TD="class: altvalue"]Year 0 [/TD]
    [TD="class: altvalue"]Year 0 [/TD]
    [TD="class: altvalue"]Year 0 [/TD]
    [TD="class: altvalue"]Year 0 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Module Part # [/TD]
    [TD="class: altvalue"]EBJ21UE8BDF0-DJ-F [/TD]
    [TD="class: altvalue"]EBJ21UE8BDF0-DJ-F [/TD]
    [TD="class: altvalue"]EBJ21UE8BDF0-DJ-F [/TD]
    [TD="class: altvalue"]EBJ21UE8BDF0-DJ-F [/TD]
    [TD="class: altvalue"]EBJ21UE8BDF0-DJ-F [/TD]
    [TD="class: altvalue"]EBJ21UE8BDF0-DJ-F [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Module Revision [/TD]
    [TD="class: altvalue"]0x3020 [/TD]
    [TD="class: altvalue"]0x3020 [/TD]
    [TD="class: altvalue"]0x3020 [/TD]
    [TD="class: altvalue"]0x3020 [/TD]
    [TD="class: altvalue"]0x3020 [/TD]
    [TD="class: altvalue"]0x3020 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Module Serial # [/TD]
    [TD="class: altvalue"]0x190E2A70 [/TD]
    [TD="class: altvalue"]0x180E2A70 [/TD]
    [TD="class: altvalue"]0xE00D2A6F [/TD]
    [TD="class: altvalue"]0x230E2A71 [/TD]
    [TD="class: altvalue"]0x200E2A70 [/TD]
    [TD="class: altvalue"]0x1E0E2A71 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Module Manufacturing Location [/TD]
    [TD="class: altvalue"]75 [/TD]
    [TD="class: altvalue"]75 [/TD]
    [TD="class: altvalue"]75 [/TD]
    [TD="class: altvalue"]75 [/TD]
    [TD="class: altvalue"]75 [/TD]
    [TD="class: altvalue"]75 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]# of Row Addressing Bits [/TD]
    [TD="class: altvalue"]14 [/TD]
    [TD="class: altvalue"]14 [/TD]
    [TD="class: altvalue"]14 [/TD]
    [TD="class: altvalue"]14 [/TD]
    [TD="class: altvalue"]14 [/TD]
    [TD="class: altvalue"]14 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]# of Column Addressing Bits [/TD]
    [TD="class: altvalue"]10 [/TD]
    [TD="class: altvalue"]10 [/TD]
    [TD="class: altvalue"]10 [/TD]
    [TD="class: altvalue"]10 [/TD]
    [TD="class: altvalue"]10 [/TD]
    [TD="class: altvalue"]10 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]# of Banks [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]# of Ranks [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Device Width in Bits [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [TD="class: altvalue"]8 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Bus Width in Bits [/TD]
    [TD="class: altvalue"]64 [/TD]
    [TD="class: altvalue"]64 [/TD]
    [TD="class: altvalue"]64 [/TD]
    [TD="class: altvalue"]64 [/TD]
    [TD="class: altvalue"]64 [/TD]
    [TD="class: altvalue"]64 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Module Voltage [/TD]
    [TD="class: altvalue"]1.5V [/TD]
    [TD="class: altvalue"]1.5V [/TD]
    [TD="class: altvalue"]1.5V [/TD]
    [TD="class: altvalue"]1.5V [/TD]
    [TD="class: altvalue"]1.5V [/TD]
    [TD="class: altvalue"]1.5V [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]CAS Latencies Supported [/TD]
    [TD="class: altvalue"]6 7 8 9 [/TD]
    [TD="class: altvalue"]6 7 8 9 [/TD]
    [TD="class: altvalue"]6 7 8 9 [/TD]
    [TD="class: altvalue"]6 7 8 9 [/TD]
    [TD="class: altvalue"]6 7 8 9 [/TD]
    [TD="class: altvalue"]6 7 8 9 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]Timings @ Max Frequency [/TD]
    [TD="class: altvalue"]9-9-9-24 [/TD]
    [TD="class: altvalue"]9-9-9-24 [/TD]
    [TD="class: altvalue"]9-9-9-24 [/TD]
    [TD="class: altvalue"]9-9-9-24 [/TD]
    [TD="class: altvalue"]9-9-9-24 [/TD]
    [TD="class: altvalue"]9-9-9-24 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum Clock Cycle Time, tCK (ns) [/TD]
    [TD="class: altvalue"]1.500 [/TD]
    [TD="class: altvalue"]1.500 [/TD]
    [TD="class: altvalue"]1.500 [/TD]
    [TD="class: altvalue"]1.500 [/TD]
    [TD="class: altvalue"]1.500 [/TD]
    [TD="class: altvalue"]1.500 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum CAS Latency Time, tAA (ns) [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum RAS to CAS Delay, tRCD (ns) [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum Row Precharge Time, tRP (ns) [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [TD="class: altvalue"]13.125 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum Active to Precharge Time, tRAS (ns) [/TD]
    [TD="class: altvalue"]36.000 [/TD]
    [TD="class: altvalue"]36.000 [/TD]
    [TD="class: altvalue"]36.000 [/TD]
    [TD="class: altvalue"]36.000 [/TD]
    [TD="class: altvalue"]36.000 [/TD]
    [TD="class: altvalue"]36.000 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum Row Active to Row Active Delay, tRRD (ns) [/TD]
    [TD="class: altvalue"]6.000 [/TD]
    [TD="class: altvalue"]6.000 [/TD]
    [TD="class: altvalue"]6.000 [/TD]
    [TD="class: altvalue"]6.000 [/TD]
    [TD="class: altvalue"]6.000 [/TD]
    [TD="class: altvalue"]6.000 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum Auto-Refresh to Active/Auto-Refresh Time, tRC (ns) [/TD]
    [TD="class: altvalue"]49.125 [/TD]
    [TD="class: altvalue"]49.125 [/TD]
    [TD="class: altvalue"]49.125 [/TD]
    [TD="class: altvalue"]49.125 [/TD]
    [TD="class: altvalue"]49.125 [/TD]
    [TD="class: altvalue"]49.125 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum Auto-Refresh to Active/Auto-Refresh Command Period, tRFC (ns) [/TD]
    [TD="class: altvalue"]110.000 [/TD]
    [TD="class: altvalue"]110.000 [/TD]
    [TD="class: altvalue"]110.000 [/TD]
    [TD="class: altvalue"]110.000 [/TD]
    [TD="class: altvalue"]110.000 [/TD]
    [TD="class: altvalue"]110.000 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"]DDR3 Specific SPD Attributes [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Write Recovery Time, tWR (ns) [/TD]
    [TD="class: altvalue"]15.000 [/TD]
    [TD="class: altvalue"]15.000 [/TD]
    [TD="class: altvalue"]15.000 [/TD]
    [TD="class: altvalue"]15.000 [/TD]
    [TD="class: altvalue"]15.000 [/TD]
    [TD="class: altvalue"]15.000 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Internal Write to Read Command Delay, tWTR (ns) [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Internal Read to Precharge Command Delay, tRTP (ns) [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [TD="class: altvalue"]7.500 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Minimum Four Activate Window Delay, tFAW (ns) [/TD]
    [TD="class: altvalue"]30.000 [/TD]
    [TD="class: altvalue"]30.000 [/TD]
    [TD="class: altvalue"]30.000 [/TD]
    [TD="class: altvalue"]30.000 [/TD]
    [TD="class: altvalue"]30.000 [/TD]
    [TD="class: altvalue"]30.000 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] RZQ / 6 Supported [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] RZQ / 7 Supported [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] DLL-Off Mode Supported [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Maximum Operating Temperature (C) [/TD]
    [TD="class: altvalue"]95 [/TD]
    [TD="class: altvalue"]95 [/TD]
    [TD="class: altvalue"]95 [/TD]
    [TD="class: altvalue"]95 [/TD]
    [TD="class: altvalue"]95 [/TD]
    [TD="class: altvalue"]95 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Refresh Rate at Extended Operating Temperature Range [/TD]
    [TD="class: altvalue"]1X [/TD]
    [TD="class: altvalue"]1X [/TD]
    [TD="class: altvalue"]1X [/TD]
    [TD="class: altvalue"]1X [/TD]
    [TD="class: altvalue"]1X [/TD]
    [TD="class: altvalue"]1X [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Auto-self Refresh Supported [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] On-die Thermal Sensor Readout Supported [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Partial Array Self Refresh Supported [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [TD="class: altvalue"]Yes [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Thermal Sensor Present [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [TD="class: altvalue"]No [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Non-standard SDRAM Type [/TD]
    [TD="class: altvalue"]Standard Monolithic [/TD]
    [TD="class: altvalue"]Standard Monolithic [/TD]
    [TD="class: altvalue"]Standard Monolithic [/TD]
    [TD="class: altvalue"]Standard Monolithic [/TD]
    [TD="class: altvalue"]Standard Monolithic [/TD]
    [TD="class: altvalue"]Standard Monolithic [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Module Type [/TD]
    [TD="class: altvalue"]UDIMM [/TD]
    [TD="class: altvalue"]UDIMM [/TD]
    [TD="class: altvalue"]UDIMM [/TD]
    [TD="class: altvalue"]UDIMM [/TD]
    [TD="class: altvalue"]UDIMM [/TD]
    [TD="class: altvalue"]UDIMM [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Module Height (mm) [/TD]
    [TD="class: altvalue"]30 [/TD]
    [TD="class: altvalue"]30 [/TD]
    [TD="class: altvalue"]30 [/TD]
    [TD="class: altvalue"]30 [/TD]
    [TD="class: altvalue"]30 [/TD]
    [TD="class: altvalue"]30 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Module Thickness (front), (mm) [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Module Thickness (back), (mm) [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [TD="class: altvalue"]2 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Module Width (mm) [/TD]
    [TD="class: altvalue"]133.5 [/TD]
    [TD="class: altvalue"]133.5 [/TD]
    [TD="class: altvalue"]133.5 [/TD]
    [TD="class: altvalue"]133.5 [/TD]
    [TD="class: altvalue"]133.5 [/TD]
    [TD="class: altvalue"]133.5 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Reference Raw Card Used [/TD]
    [TD="class: altvalue"]Raw Card B Rev. 0 [/TD]
    [TD="class: altvalue"]Raw Card B Rev. 0 [/TD]
    [TD="class: altvalue"]Raw Card B Rev. 0 [/TD]
    [TD="class: altvalue"]Raw Card B Rev. 0 [/TD]
    [TD="class: altvalue"]Raw Card B Rev. 0 [/TD]
    [TD="class: altvalue"]Raw Card B Rev. 0 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] DRAM Manufacture ID [/TD]
    [TD="class: altvalue"]766 [/TD]
    [TD="class: altvalue"]766 [/TD]
    [TD="class: altvalue"]766 [/TD]
    [TD="class: altvalue"]766 [/TD]
    [TD="class: altvalue"]766 [/TD]
    [TD="class: altvalue"]766 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] # of DRAM Rows [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] # of Registers [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Register Manufacturer [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Register Type [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [TD="class: altvalue"]
    [/TD]
    [/TR]
    [TR]
    [TD="class: value, width: 240"] Register Revision [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [TD="class: altvalue"]0 [/TD]
    [/TR]
    [/TABLE]
     

    Attached Files:

  14. Trouble

    Trouble Noob Whisperer

    Joined:
    Nov 30, 2009
    Messages:
    13,845
    Likes Received:
    833
    Most recent dump file:
    Code:
    BugCheck 7F, {8, 80050033, 6f8, fffff8800147552a}
    [COLOR=#ff0000][U][B]Probably caused by : memory_corruption[/B][/U][/COLOR]
    Followup:[COLOR=#ff0000][U][B] memory_corruption[/B][/U][/COLOR]
    UNEXPECTED_KERNEL_MODE_TRAP (7f)
    This means a trap occurred in kernel mode, and it's a trap of a kind
    that the kernel isn't allowed to have/catch (bound trap) or that
    is always instant death (double fault).  The first number in the
    bugcheck params is the number of the trap (8 = double fault, etc)
    Consult an Intel x86 family manual to learn more about what these
    traps are. Here is a *portion* of those codes:
    If kv shows a taskGate
            use .tss on the part before the colon, then kv.
    Else if kv shows a trapframe
            use .trap on that value
    Else
            .trap on the appropriate frame will show where the trap was taken
            (on x86, this will be the ebp that goes with the procedure KiTrap)
    Endif
    kb will then show the corrected stack.
    Arguments:
    Arg1: 0000000000000008, [COLOR=#ff0000][U][B]EXCEPTION_DOUBLE_FAULT[/B][/U][/COLOR]
    Arg2: 0000000080050033
    Arg3: 00000000000006f8
    Arg4: fffff8800147552a
    BUGCHECK_STR:  0x7f_8
    CUSTOMER_CRASH_COUNT:  1
    DEFAULT_BUCKET_ID:  CODE_CORRUPTION
    PROCESS_NAME:  [COLOR=#ff0000][U][B]WifiSvc.exe[/B][/U][/COLOR]
    CURRENT_IRQL:  0
    LAST_CONTROL_TRANSFER:  from fffff80002cd0b29 to fffff80002cd15c0
    STACK_TEXT:  
    fffff880`009b8de8 fffff800`02cd0b29 : 00000000`0000007f 00000000`00000008 00000000`80050033 00000000`000006f8 : nt!KeBugCheckEx
    fffff880`009b8df0 fffff800`02cceff2 : 00000000`00000000 00000000`00000000 00000000`00000000 00000000`00000000 : nt!KiBugCheckDispatch+0x69
    fffff880`009b8f30 00000000`00000000 : 00000000`00000000 00000000`00000000 00000000`00000000 00000000`00000000 : nt!KiDoubleFaultAbort+0xb2
    STACK_COMMAND:  kb
    CHKIMG_EXTENSION: !chkimg -lo 50 -db [COLOR=#ff0000][U][B]!ndis[/B][/U][/COLOR]
    [COLOR=#ff0000][U][B]2 errors[/B][/U][/COLOR] : [COLOR=#ff0000][U][B]!ndis[/B][/U][/COLOR] (fffff88001475528-fffff880014755e0)
    fffff88001475520  8b  8c  24  30  01  00  00  48 *31  cc  e8  e1  da  ff  ff  48 ..$0...H1......H
    ...
    fffff880014755e0 *03  48  8b  0d  28  fb  05  00  48  83  bf  10  02  00  00  00 .H..(...H.......
    MODULE_NAME: [COLOR=#ff0000][U][B]memory_corruption[/B][/U][/COLOR]
    IMAGE_NAME:  [COLOR=#ff0000][U][B]memory_corruption[/B][/U][/COLOR]
    FOLLOWUP_NAME:  [COLOR=#ff0000][U][B]memory_corruption[/B][/U][/COLOR]
    DEBUG_FLR_IMAGE_TIMESTAMP:  0
    MEMORY_CORRUPTOR:  STRIDE
    FAILURE_BUCKET_ID:  X64_[COLOR=#ff0000][U][B]MEMORY_CORRUPTION[/B][/U][/COLOR]_STRIDE
    BUCKET_ID:  X64_[COLOR=#ff0000][U][B]MEMORY_CORRUPTION[/B][/U][/COLOR]_STRIDE
    Followup: [COLOR=#ff0000][U][B]memory_corruption[/B][/U][/COLOR]
    DRIVERS to UPDATE:
    Rt64win7.sys 2/26/2009 4:04 from here Realtek
    bcmwlhigh664.sys 11/5/2009 19:27
    scmndisp.sys 1/17/2007 2:48 The two drivers seem to be associated with your NETGEAR WNDA3100v2 N600 Wireless Dual Band USB Adapter and are relatively old go here and obtain the latest for your adapter WNDA3100v2 follow the instructions by first uninstalling any previously installed driver software package remove the USB dongle and reboot and check for the presence of those two files to confirm that the uninstaller took those two drivers with it during the uninstall process, if not rename the .sys extensions to .OLD before attempting to install the latest driver software package.
    Although your dump file would suggest problems with memory, the involvement of NDIS.SYS as well as WiFiSvc.exe makes me suspect it may still yet be a drive issues with your USB WiFi Dongle.
    As an alternative you may want to take this device completely out of the diagnostic equation by removing it from your system and not installing any software package for the time being. Just as an temporary experiment to determine if it is fact the culprit.
    If Blue Screens persist after completing the above, you'll probably want to
    Download Memtest86+ from this location here. Burn the ISO to a CD and boot the computer from the CD from a cold boot after leaving it off for an hour or more.
    Ideally let it run for at least 7 passes / 6-8 hours. If errors appear before that you can stop that particular test. Any time Memtest86+ reports errors, it can be either bad RAM or a bad Mobo slot. Perform the test RAM sticks individually as well as all possible combinations. When you find a good one then test it in all slots. Post back with the results.
    See this Guide to using Memtest 86+
    Sometimes you'll find that when all memory slots on your motherboard are populated with 1333 (667Mhz) memory or faster you may very well have to tweak your memory voltage. Whether of not you will be able to do so or not will depend on your System BIOS and the available options and you computer or motherboard documentation should suggest where to do this. The how to do this is a bit of trial and error.
    In my case the BIOS supported small increments. It started with the default setting of 1.5v and I bumped it incrementally until arriving at 1.6v and system stability.
    If MemTest86+ shows errors when testing all memory in all slots then perhaps an easier experiment to determine if a memory voltage increase is required might be to reduce the number of installed modules by half leaving half the slots empty and the remaining slots populated according to the instructions provided in your motherboard manual.
    Keep us posted
    Regards
    Randy
     
  15. Bryan Dillon

    Bryan Dillon New Member

    Joined:
    Mar 4, 2012
    Messages:
    34
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    0
    hi, sorry for the long reply. been out of town and busy. anyways, updated netgear, uninstalled it, still no luck. and can u be a little more specific on the mem test? i downloaded one of them (not sure if right one) and then burned it and booted from cd but nothing happened. do i burn the zip file, one of the folders in the zip, or just one of the iso files? and if so which one theres 2? thanks for the help
     
  16. Elmer

    Elmer Extraordinary Member

    Joined:
    Mar 5, 2010
    Messages:
    3,873
    Likes Received:
    284
    Memtest86+ 4.20.

    Download either of these, depending on whether you have 7-zip installed (first option):
    Download - Pre-Compiled Bootable ISO (.gz)
    Download - Pre-Compiled Bootable ISO (.zip)

    Open the zip, and use ImgBurn to create a CD from the iso file, Do not just copy the iso onto a CD. Then:

    Run Memtest86+ overnight, after your computer has been off for about an hour or two so it has a cold start. Ideally let it run for at least 7 passes / 6-8 hours. If errors appear before that you can stop that particular test.
    Note!! Any time Memtest86+ reports errors, it can be either bad RAM or a bad Mobo slot. Test RAM sticks individually. When you find a good one then test it in all slots. Post back with the results.
     
    #16 Elmer, Apr 20, 2012
    Last edited: Apr 20, 2012
  17. Bryan Dillon

    Bryan Dillon New Member

    Joined:
    Mar 4, 2012
    Messages:
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    0
    alright so i finally found the time and decided not to be lazy. i ran the test and this came up 1340840269824.

    seeing as there was almost 400 errors, i dont think thats too good. so what do i do next? do i have to take out every stick and see whats the faulty one? is this my fault, or the manufacturers? i bought it from dell and have had it for about a year and a half. angers me its already failing
     
  18. capez

    capez Well-Known Member

    Joined:
    Jun 30, 2012
    Messages:
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    0
    I have a couple of questions about this;
    1. Did you change the voltages at all, not just for the memory but for anything else?
    2. Did you remove the memory at all?
    3. Did you do a hard reset of the bios including pulling the battery?
    4. Did you try to OC this system?

    I noticed on your CPUZ SS that the voltage was 1.5v, that seems a tad high. Memory voltage should be no more than 1.5v either. If these are not adjustable on your board then I suspect you have a PSU issue that overvolted your memory and possibly your CPU. If you can access voltage settings through the bios I would recommend setting them at auto (if possible). If not take the unit back to Dell and have them check the system, you may end up needing to buy new RAM, but make sure the PSU is working correctly before installing it.
     
  19. Bryan Dillon

    Bryan Dillon New Member

    Joined:
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    No to all of those. How does one change the voltage settings?
     
  20. capez

    capez Well-Known Member

    Joined:
    Jun 30, 2012
    Messages:
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    0
    It would be on a page called voltage in the Bios. I think you were running a Dell rig right? If thats the case the settings are usually not adjustable.
     

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