The minimum voltage for CLDO VDDP is typically around 1.8V.
The minimum voltage for CLDO VDDP is typically around 1.8V.
I possess certain Mricon Rev E (Crucial Ballistix Elite BLE2K8G4D36BEEAK 3600 MHz) specifications with timings of 16-18-18-38. Using a crosshair hero vii with a 2700 MHz, the current setting is at 40.25GHz. The RAM operates at 3600Mhz with tCL 14, tRCDWR 14, tRCDRD 18, and tRP 14, tRAS 32. These values come from a Dram calculator, and other timings match what was provided there. (Image included) In memtestPro and similar memory tests, I’ve encountered a single error consistently in the first 50%. I’ve examined numerous configurations and attempted various adjustments to resolve the issue. Last night I experimented with the cLDO VDDP Voltage, which indicates it can improve stability. The calculator suggests a minimum voltage of 0.700V (700 in BIOS). I found a discussion on linustectips recommending 700, 866, or 913. I’m uncertain about these values, but testing them didn’t help. Then I tried setting the cLDO VDDP to 0.650V (650) in BIOS, and it functioned at 120% without errors until I shut it down. What’s the minimum voltage? Is there a safe operating range for 0.650V or lower, and what will happen if I go below it? I don’t have much information on the cLDO VDDP voltage. Generally, the cLDO VDDP is the voltage supplied to the physical-layer interface, converting memory controller data into a format DDR4 modules can use. Thank you for your assistance.
Boards require minimal trfc for stable cldo vddp voltage. Current setup is 4x8GB with model 3466, running at 16,18,19,19,35,57. Voltages are elevated; testing for boot stability is on.
Trfc with cldovddp appears as /7/7. Temperature is currently -//_-//_ all my voltage rises one pressure matching the skewed vdroop. Currents are being released to allow pressure to move through increased core speeds... I'm nearly certain 100%.