Technical Incident Report: Power State & Memory Instability

1. System Specifications

• Model: Alienware m16 R1.

• Processor: 13th Gen Intel(R) Core(TM) i9-13900HX (24 Cores).

• Memory: 64 GB RAM.

• BIOS Versions: Observed across 1.31.0 and 1.32.0.

• OS: Windows 11 Pro (Build 26200).

• Setup: Two external monitor configuration.

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2. Critical Error Log & Bugcheck Codes

Error Code (BSOD)	Primary Cause / Module	Observed Behavior
HYPERVISOR_ERROR (0x20001)	intelppm.sys	System crash during CPU power state transitions (C-States).
IRQL_NOT_LESS_OR_EQUAL (0xA)	nt!EtwWriteEx / dwm.exe	Memory access violation at address 0x25b under high GPU/Display load.
PAGE_FAULT_IN_NONPAGED_AREA (0x50)	Kernel Memory	Conflict between network drivers and memory addressing.
Service Failure: XtuService	Intel Extreme Tuning Utility	Crashed when AWCC attempted to apply voltage offsets.
Service Failure: FXDisplay001	Alienware Command Center	Led to desktop UI failure and black wallpaper issues.

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3. Implemented Stabilization Protocol (Applied Fixes)

To achieve system stability, the following manual overrides were performed:

• Hypervisor Deactivation: Executed bcdedit /set hypervisorlaunchtype off to prevent the Windows Hypervisor from intercepting unstable CPU power requests.

• Overclocking Disabled: Set "Overclocking Control" to OFF within Alienware Command Center to stop XtuService from forcing unstable voltages.

• Power State Lockdown: Set "Minimum Processor State" to 100% in Windows Power Options to prevent crashes during voltage drops.

• VBS / Memory Integrity: Disabled Memory Integrity and Core Isolation to reduce kernel-level memory conflicts.

• Thermal Management: Adjusted TCC Offset to 100°C to allow thermal headroom without aggressive throttling.

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4. Conclusion & Current Status

The system is currently stable only when the Hypervisor and Overclocking are manually disabled. Despite updating to BIOS 1.32.0, the system still crashes (BSOD 0xA) if the "Quiet" thermal profile is selected in AWCC, as the microcode fails to stabilize low-voltage transitions under the load of external peripherals.