I think he works for asus and has access to tools before they are released on the asus support website. See the imgur link below on the VF tool released by Shamino. And offset (+/-) will add or subtract to both the adaptive (turbo) voltage and default CPU (nonturbo) voltage.Įdit#2: Take a look at the link above around post# 9. Just up your voltage for this more demanding workload.Įdit: To summarize Adaptive voltage is good because you can set the turbo (50x) mode voltage to what you require, while the CPU's non turbo mode (power saving frequencies) voltage will use it's default V/F curve settings instead. In your post it says you can pass prime95 w/o AVX for 2 hours, but then when you run prime95 with AVX2, you crash within 20 minutes. But in general I think if you are crashing in prime95, it just means that there is a heavier AVX demand enabled and you need higher voltage for the more demanding workload. Note that the original thread is for Z390 motherboard features, however most of them still apply to Z490 since the features did not change much from 9th gen intel to 10th gen intel. You can also read a bit more about the features of your Z490 motherboard in the links below.
If you add an offset voltage on top of your adaptive manual voltage, that offset voltage will add to your turbo frequency or when your all core = 50x kicks in AND it also adds to the CPU's default V/F point curve. When your CPU kicks down to something lower than 50x or a non-turbo multiplier, the CPU will revert back to its V/F point curve. So if you set all core sync = 50x, then your adaptive voltage will kick in at 50x. I can further explain it a little bit.įrom my understanding, adaptive voltage kicks in when you use a turbo frequency.
I think you understand when adaptive voltage takes effect. 2500K vs 3570K vs 4670K vs 6600K vs 7600K vs 8600K vs 9600K vs 10600K: Should you consider upgrading In this massive comparison across 8 generations of Intel Core i5 series CPUs, we explore the performance improvements by generation and whether it is reasonable or not to upgrade to Intel's latest. Im begging for help(please don’t just say “just use manual”) that’s not what I want.
I game and edit via adobe premiere so a bit of 1080p encoding. I attribute this to vdroop but I need some help from someone who knows adaptive voltage on Asus.ĭo I raise max turbo voltage? Do I add an offset not auto? Do I raise LLC? I just have no idea and with my current settings my scores and temps are amazing. I can pass cinebench, realbench, OCCT large data set with AVX2 but I get about 20 minutes in prime95 and blue screen.
Swapped to adaptive with these settings. Passed everything including 2 hours of prime95 small fft AVX off temps max at 77C after 2 hours. n thp hn 0 so vi Core i5-5300U trong khi cao hn 0 so vi Core i5-6260U. Stable on manual is 1.3 with load line calibration level 5. Core i5-5350U nm trong khong t Core i5-5300U n Core i5-6260U. Overclocking to only 5.0ghz that’s all I want Recap on specsġ0900k on Asus Maximus XII hero Nzxt z73 360mm AiO 3600mhz 32gb cl16 ram (4x8gb) xmp I on I’ve said this a lot here and I spend constant effort to nail this.