Ensuring consistent performance during voltage adjustments
Ensuring consistent performance during voltage adjustments
Check if you're experiencing problems with the system and there are no exceptions. It might help to clarify that. It can run quicker, but it also has other concerns. If you're keen to use it, limit it to the setup process and then transfer all configurations into the BIOS.
Sure, everything looks okay. Just check a few BIOS options—maybe something related to LLC settings. Since you've set the BIOS to stock, focus on standard XTU configurations and ensure all required settings are enabled.
Samsung B has performed well with over 6600 units, though most reach a maximum of 6000-6200. Your system voltage is set at 1.25V, you’ll need around 1.35V to hit 6000MT/s or higher. Did this change occur before or after adjusting memory settings? If it was earlier, what performance level did you experience?
I just encountered some issues with faulty components. The machine froze after a 4800 MHz crash, so I experimented with other voltage settings—switched CPU LLC to mode 3 and iGPU LLC to auto. It seems stable now. When it crashed again, I was idle. Running Y cruncher at 5800 CL5800 has worked without problems since those changes. Update: ycruncher restarted cleanly three times, then loading into OCCT failed unexpectedly (full mode 3, iGPU LLC auto, 5800 cl36). Now the Event Viewer reports a crash due to Kernel-Power, which I should have noticed sooner. Log Name: System Source: Microsoft-Windows-Kernel-Power Date: 6/16/2024 9:20:06 PM Event ID: 41 Task Category: (63) Level: Critical Keywords: (70368744177664),(2) User: SYSTEM Computer: ArushDesktop Description: The system restarted without a clean shutdown. This problem might stem from unresponsive behavior, sudden crash, or power loss. Event XML: ... (details omitted for brevity) Event Data: ...