I messed with the curve optimizer in BIOS a while ago and I think the lowest I got any of the best "working" cores was -10 or maybe even -50. So I guess one could consider Ryzen Master a type of "software" overclocking, allowing you to test and configure till your heart is content, but when you find something solid and stable, it's up to you to put that in the bios to make it permenent.ĭid you ever run that utility that tells you what kind of chip you have, poor to average to exceptional or something like that? I don't remember what it was called, but mine showed as average. But if the user wants their overclocked settings at boot, then it still has to be done in the bios (which is how I set mine up anyway). I guess that type of functionality is not bad in terms of not allowing the user to input values that cause the PC not to boot up next time. the 1.425V clamp in the new AGESA versions). I have EDC set for 140A in the bios, but I set it to 160A in windows and it will use that value until I reboot with full range of voltage (vs. It's how I work around the Vcore bug in AGESA 1.2.0.5. Ryzen Master (AFAIK) does not "write" to the bios beyond what's loaded within windows. If I do not open it the bios remains the default until I open Ryzen Master, at which point Ryzen Master takes priority of OC values. lol.Ĭlick to expand.It reads whatever I have in the Bios. My 5950X is a pretty damn good overlocker I think most people top out around -20 or -25 for offsets, so I may have won the silicon lottery for once. But fun to know I have things tweaked to the max. Stability testing this on Prime95 to ensure my single core loads were stable and all MT loads were stable was time consuming at best. However when running MT loads, you can get away with less voltage on the other cores, allowing for lower temps and better boosting overall as clocks remain lower (4.9Ghz or lower). The idea being that your best cores that run the single/low core loads need more voltage to remain stable as they run higher clocks (5.1Ghz+). I run my best 4 cores on CCD0 at -20, and I run my best 2 cores on CCD1 at -20. It is by far the best way to overclock Ryzen 5000 CPUs for ST and MT combined performance. So using negative numbers, you are under-volting and essentially allowing the CPU to boost higher over the range of allowable voltages (up to 1.5V). It's an offset, so lower values = higher clocks at lower voltages.
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