![]() ![]() My guess as to why this is happening, the voltage mismatch resulted in a brief erroneous condition in the cpu, resulting in all 8 CCDs spitting an error each, hence 8 errors. (both are component voltages of cldo vddg) If not, you can manually lower it in bios by changing vddg ccd and vddg iod. Make sure you get check that cldo voltage in ryzen master and confirm it is 40-50mv lower than displayed vsoc. So far hci memtest has passed 1500% with no errors. Since my soc voltage is displayed as 1.08v, I immediately realized that my cldo vddg was much too high, and I went into bios and lowered cldo vddg to 1.04v. I knew from research that this voltage should always be ~40-50mv lower than my soc voltage, and never higher. The default setting for cldo vddg with xmp enabled was being displayed as 1.1v as per ryzen master. ![]() I fiddled with every voltage and resistance I could, but to no avail. Access Control/Low Voltage/Audio Visual/Security/Data InstallerWe are a low-voltage installationSee this and similar jobs on LinkedIn. PLL (1P8) voltage - This option can be used to stabilize the CPU at high BCLKs. ![]() This is done by resistor parallel termination. (and if I let it keep going, it would accumulate to 16 errors, 24, and so on) VTT DDR voltage - voltage used to control the impedance of the bus in order to achieve the high speed and maintain signal integrity. Sometimes it would get these errors under 100% coverage, sometimes it would take up to 250%. Ive been struggling to figure out why my system recently kept failing hci memtest, but would always throw the same amount of errors (8). ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |