Troubleshooting BSOD on PC: Unable to Load Rammon HTML File

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chetansha

Extraordinary Member
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Aug 5, 2010
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4
Can some one let me know what caused BSOD on my PC today ?
Unable to load the rammon html file
 

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Thank you for providing the RAMMon summary and context. Here’s a breakdown and analysis based on what you’ve posted alongside common BSOD causes matching MEMORY_MANAGEMENT and IRQL_NOT_LESS_OR_EQUAL (stop codes 0x1A, 0xA):

RAM & Hardware Snapshot​

  • Total RAM: 32GB (2x16GB, G.Skill DDR4-3000, Samsung chips)
  • Timings: 15-15-15-36 at DDR4-2133, XMP up to 3000 MT/s (timings as tight as 14-14-14-34)
  • Voltage: 1.2–1.35V (normal for XMP DDR4)
  • Channel Mode: Dual
  • Temps: ~35°C (good)

BSOD Analysis​

Judging by your RAM and the stop codes, these are classic memory-related errors. Here’s what to focus on:

MEMORY_MANAGEMENT (0x1A) & IRQL_NOT_LESS_OR_EQUAL...​

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Thanks for providing the ZIP file with your dump logs! Unfortunately, I can't process HTML from RAMMon, but I can analyze minidumps from your archive to help diagnose the recent BSOD.

What Typically Causes a BSOD?​

Most BSODs are due to either:
  • Faulty or outdated drivers (graphics, network, storage, etc.
  • Defective hardware (RAM, disk, overheating CPU/GPU)
  • Software conflicts (AV, system tuning utilities, recent updates)
  • System file or registry corruption

Next Steps:​

  1. Driver and Hardware Analysis: If you encounter recurring BSODs, minidump files (found in your ZIP) help pinpoint problematic drivers or hardware.
  2. If RAMMon HTML Fails: You can always paste a summary of your RAM specs and timings.

To help you further, here’s what I need:​

  • Do you recall what you were doing right before the BSOD (gaming, updating, idle, etc.?
  • Any recent new hardware/software changes?
  • Is your system overclocked?
I’ll now dig into your minidump files to provide a technical diagnosis, targeted solution, and relevant advice. I’ll update this post once I have more detail from your files.
Stay tuned—I'm on it!
 
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RAMMon v3.4 Build: 1000 built with SysInfo v3.3 Build: 1000
PassMark (R) Software - www.passmark.com​

Memory settings
Transfer rate 2134 MT/s
Memory timings 15-15-15-36
Channel mode 2

Memory capacity / benchmarks
L1 cache 64 KB (248.5 GB/s)
L2 cache 512 KB (95.1 GB/s)
L3 cache 16384 KB (55.8 GB/s)
Physical RAM 27.9 GB (17955 MB/s)
Latency 70.969 ns

Memory SPD information​

ItemSlot #1Slot #2Slot #3Slot #4
Ram Type DDR4 DDR4 Not Populated Not Populated
Maximum Clock Speed (MHz) 1502 (XMP) 1502 (XMP)
Maximum Transfer Speed (MT/s) DDR4-3003 DDR4-3003
Maximum Bandwidth (MB/s) PC4-24000 PC4-24000
Memory Capacity (MB) 16384 16384
DIMM Temperature 35.750 35.250
Jedec Manufacture Name G Skill Intl G Skill Intl
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SPD Revision 1.0 1.0
Registered No No
ECC No No
On-Die ECC No No
DIMM Slot # 1 2
Manufactured
Module Part # F4-3000C14-16GTZ F4-3000C14-16GTZ
Module Revision 0x0 0x0
Module Serial # 00000000 (04cd00000000000000) 00000000 (04cd00000000000000)
Module Manufacturing Location 0 0
# of Row Addressing Bits 16 16
# of Column Addressing Bits 10 10
# of Banks 16 16
# of Ranks 2 2
Device Width in Bits 8 8
Bus Width in Bits 64 64
Module Voltage 1.2V 1.2V
CAS Latencies Supported 10 11 12 13 14 15 16 10 11 12 13 14 15 16
Timings @ Max Frequency (JEDEC) 15-15-15-36 15-15-15-36
Maximum frequency (MHz) 1067 1067
Maximum Transfer Speed (MT/s) DDR4-2133 DDR4-2133
Maximum Bandwidth (MB/s) PC4-17000 PC4-17000
Minimum Clock Cycle Time, tCK (ns) 0.938 0.938
Minimum CAS Latency Time, tAA (ns) 13.750 13.750
Minimum RAS to CAS Delay, tRCD (ns) 13.750 13.750
Minimum Row Precharge Time, tRP (ns) 13.750 13.750
Minimum Active to Precharge Time, tRAS (ns) 33.000 33.000
Minimum Row Active to Row Active Delay, tRRD (ns) 3.700 3.700
Minimum Auto-Refresh to Active/Auto-Refresh Time, tRC (ns) 46.750 46.750
Minimum Auto-Refresh to Active/Auto-Refresh Command Period, tRFC (ns) 350.000 350.000
DDR4 Specific SPD Attributes
Maximum Clock Cycle Time, tCKmax (ns) 1.500 1.500
Minimum Auto-Refresh to Active/Auto-Refresh Command Period, tRFC2 (ns) 260.000 260.000
Minimum Auto-Refresh to Active/Auto-Refresh Command Period, tRFC4 (ns) 160.000 160.000
Minimum Activate to Activate Delay Time different bank group, tRRD_Smin (ns) 3.700 3.700
Minimum Activate to Activate Delay Time same bank group, tRRD_Lmin (ns) 5.300 5.300
Minimum CAS to CAS Delay Time same bank group, tCCD_Lmin (ns) 5.625 5.625
Minimum Four Activate Window Delay (ns) 21.000 21.000
Maximum Activate Window in units of tREFI 8192 8192
Thermal Sensor Present No No
DRAM Stepping 0.0 0.0
DRAM Manufacture Samsung Samsung
SDRAM Package Type Monolithic, 1 die, Single load stack Monolithic, 1 die, Single load stack
Maximum Activate Count (MAC) Unlimited MAC Unlimited MAC
Post Package Repair Supported Yes Yes
Module Type UDIMM UDIMM
Module Height (mm) 32 32
Module Thickness (front), (mm) 2 2
Module Thickness (back), (mm) 2 2
Reference Raw Card Used Raw Card B Rev. 18 Raw Card B Rev. 18
XMP Attributes
XMP Revision 2.0 2.0
Enthusiast / Certified Profile
Module voltage 1.35V 1.35V
Clock speed (MHz) 1502 1502
Transfer Speed (MT/s) DDR4-3003 DDR4-3003
Bandwidth (MB/s) PC4-24000 PC4-24000
Minimum clock cycle time, tCK (ns) 0.666 0.666
Supported CAS latencies 14 14
Minimum CAS latency time, tAA (ns) 9.176 9.176
Minimum RAS to CAS delay time, tRCD (ns) 9.176 9.176
Minimum row precharge time, tRP (ns) 9.176 9.176
Minimum active to precharge time, tRAS (ns) 22.625 22.625
Supported timing at highest clock speed 14-14-14-34 14-14-14-34
Minimum Active to Auto-Refresh Delay, tRC (ns) 31.781 31.781
Minimum Auto-Refresh to Active/Auto-Refresh Command Period, tRFC1 (ns) 350.000 350.000
Minimum Auto-Refresh to Active/Auto-Refresh Command Period, tRFC2 (ns) 260.000 260.000
Minimum Auto-Refresh to Active/Auto-Refresh Command Period, tRFC4 (ns) 160.000 160.000
Minimum Four Activate Window Delay, tFAW (ns) 21.000 21.000
Minimum Activate to Activate Delay Time different bank group, tRRD_S (ns) 3.500 3.500
Minimum Activate to Activate Delay Time same bank group, tRRD_L (ns) 5.000 5.000
 
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Thank you for providing the RAMMon summary and context. Here’s a breakdown and analysis based on what you’ve posted alongside common BSOD causes matching MEMORY_MANAGEMENT and IRQL_NOT_LESS_OR_EQUAL (stop codes 0x1A, 0xA):

RAM & Hardware Snapshot​

  • Total RAM: 32GB (2x16GB, G.Skill DDR4-3000, Samsung chips)
  • Timings: 15-15-15-36 at DDR4-2133, XMP up to 3000 MT/s (timings as tight as 14-14-14-34)
  • Voltage: 1.2–1.35V (normal for XMP DDR4)
  • Channel Mode: Dual
  • Temps: ~35°C (good)

BSOD Analysis​

Judging by your RAM and the stop codes, these are classic memory-related errors. Here’s what to focus on:

MEMORY_MANAGEMENT (0x1A) & IRQL_NOT_LESS_OR_EQUAL (0xA)​

  • Most often indicate corrupt RAM, memory controller issues, or improper memory timings/voltages.
  • Can also be caused by buggy drivers or, less often, a failing motherboard slot.

Action Plan​

1. Memory Testing​

  • Run MemTest86+ (not just Windows Memory Diagnostic!. At least 8–12 hours. Remove all but one stick to test them individually if failures are found.
  • Any red errors indicate a probable bad stick or slot—even if RAM worked fine previously.

2. Restore Default BIOS/UEFI Settings​

  • Reset to the most conservative/default settings for RAM (disable XMP for test).
  • Sometimes, high-performance XMP profiles aren’t stable on all systems—especially after a BIOS update or aging hardware.

3. Check Drivers​

  • Update motherboard chipset, storage, LAN, and graphics drivers.
  • Check for BIOS/UEFI updates targeting memory compatibility/stability.
  • Outdated or incompatible drivers often cause IRQL and memory errors, even if the dump blames Windows kernel files.

4. Thermals and Power​

  • Your reported DIMM temps are fine, but check other components. Ensure your PSU isn’t flaking under load.

5. System File Check​

  • Run sfc /scannow and DISM /Online /Cleanup-Image /RestoreHealth in an admin Command Prompt.

Special Notes​

  • Mixed or partially populated RAM slots rarely cause issues on modern platforms (like yours) if both sticks are a matched pair—but always test individually if stability issues remain.
  • These stop codes rarely blame user-mode software; they're almost always hardware (RAM) or very low-level driver/OS issues.

Summary​

Your memory configuration is solid on paper, but you should:
  • Test RAM (with and without XMP), stick by stick.
  • Update critical system drivers/BIOS.
  • Check system files and basic stability at JEDEC defaults.
  • Only enable XMP if completely stable at stock settings.
If errors persist after these steps, let me know:
  • The full text of the BSOD (or dump analysis if available)
  • Any patterns regarding load or idle/crash scenario
  • Exact motherboard and CPU model (for further memory QVL advice)
If you get new minidumps, feel free to upload them for direct analysis and pinpointing (driver stack, failure bugcheck, etc..
Let’s get this stable for you!
 
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