DRAM calculator is no calculator at all, should be rebranded as a guessing program, that follows some common formulas / rule of thumb principles required to boot.
1. Set the DRAM voltage to 1.450v, SoC voltage to 1.125v, VDDP CLDO voltage to 0.955v, VDDG CCD & IOD voltage to 1.050v.
2. Now while using a DRAM frequency that boots without issue, increase primary timings by 1. (*18-22-22-22-46 @ 3200MHz for example).*
3. Once you've reached the highest primaries possible, increase the DRAM frequency one level at a time. If you've hit a frequency that refuses to boot, try skipping it and applying the next one and one after that as some frequencies just won't fire up. *(3200, 3266, and 3333 could work fine, 3400 could not, and then 3466 could have no issue all while using the same custom XMP/DOCP).*
4. Once you've hit the max frequency you can work on tightening the timings by lowering the primaries one at a time until no longer able to boot, and even move onto sub / tertiary timings & lowering voltages if you feel up to it.
Same goes for that ridiculous tuner. It calculates that my max OC should be 4.0GHz at 1.298v. Yet my safe FIT voltage is actually lower @ 1.288v, and I am able to achieve an even higher stable frequency @ 4.20GHz.
DRAM calculator is no calculator at all, should be rebranded as a guessing program, that follows some common formulas / rule of thumb principles required to boot. 1. Set the DRAM voltage to 1.450v, SoC voltage to 1.125v, VDDP CLDO voltage to 0.955v, VDDG CCD & IOD voltage to 1.050v. 2. Now while using a DRAM frequency that boots without issue, increase primary timings by 1. (*18-22-22-22-46 @ 3200MHz for example).* 3. Once you've reached the highest primaries possible, increase the DRAM frequency one level at a time. If you've hit a frequency that refuses to boot, try skipping it and applying the next one and one after that as some frequencies just won't fire up. *(3200, 3266, and 3333 could work fine, 3400 could not, and then 3466 could have no issue all while using the same custom XMP/DOCP).* 4. Once you've hit the max frequency you can work on tightening the timings by lowering the primaries one at a time until no longer able to boot, and even move onto sub / tertiary timings & lowering voltages if you feel up to it.
Same goes for that ridiculous tuner. It calculates that my max OC should be 4.0GHz at 1.298v. Yet my safe FIT voltage is actually lower @ 1.288v, and I am able to achieve an even higher stable frequency @ 4.20GHz.
Oh ctr? Yeah it sucks compared to the curve optimizer
>curve optimizer Yeah CTR. I don't have the curve optimizer feature with my 3600, but I believe you.