Looks like Ryzen Master is changing BIOS settings even if you're not using a customer profile. I also noticed if I load Ryzen Master then go to BIOS and return to defaults then the OC settings are no longer on auto. I tested the CPU in Linux Mint with updated BIOS settings with voltage negative offset and OC off and it works as expected. I suspect the Windows 10 power plan settings are overriding the BIOS settings. The scene has 2,000 objects, 300,000 polygons, uses sharp and fuzzy reflections, bright areas, shadows, procedural shaders, antialiasing, and so on. I tested it with Blender benchmarks and it still goes full speed max voltage under load which is what I expect however it winds down properly now when at idle with most cores sleeping, at low frequency, and low voltage. Cinebench R15 evaluates the performance of CPU calculations by restoring a photorealistic 3D scene. I don't mind waiting a couple of extra seconds for apps to load in order to keep my CPU running longer. 1.4v is in specs and won't harm the CPU but it will degrade it faster. Seems the default settings for this CPU is too keep max power running through it so it can wind up and down instantly without any hiccups. I updated the BIOS and chipset too which doesn't affect the voltage. No stalls in my apps and running around a solid 35c. I'm impressed with how well it handles the multitasking. This is my work PC and I require at least 10 apps minimum for work usually with 3 browser instances and about 15 tabs minimum open. I dropped max CPU usage by 5% and set it to lower CPU speed first instead of increase fan speeds while under load. I was able to get it stable with all the overclocking on by changing the power settings. I noticed the cores are winding down and sleeping during idle too. The temps have also dropped by about 10c average. The voltage still runs a little high under load with these settings but it's not constantly over 1.4v which is acceptable. Turning it off along with other applications that pole devices can help. It's best to keep this at auto.Īs a side note Corsair's ICUE does greatly affect the idle speeds, temps, and volts. Someone recommended setting the performance enhancer however I found changing this to anything other than auto will allow the motherboard to override your custom settings rendering them null. Setting it to 100% causes the system to give it full power all the time even when it doesn't need it. Applications load much slower and generally have a slower response time.Īnother update if you change the cpu usage from 100% to 99% in any of the power plans it drops the voltage drastically. This plan will drop the voltage drastically however there is dip in performance. VDDCR CPU Voltage -> Offsetmode -> negative offset(-) -> 0.1ĪMD chipset driver with the balanced power plan.Īfter installing the AMD power plans there is an option called power saver. Precision Boost Overdrive Scalar -> Manual -> x1 I was able to keep the voltage under 1.4v during load and the temps down to 30c-35c idle with the stock fan and haven't hit over 60c at load with these settings. RAM: Unknown 8GBF1X08LFHH35-12-K 2x8GB - 68.I wasn't able to find a good answer searching the internet but after hours of testing settings I found what works well with the 3700x. UserBenchmarks: Game 81%, Desk 81%, Work 80% Ryzen 7 3700x with stock rgb wraith prism cooler Ive seen people with the same cpu and cooler run cinebench and get a max temp of 68c with all the same settings so what gives? Any advice would be greatly appreciated. I have a theory it might be the thermal paste that came with the cooler so I want to buy some high quality aftermarket thermal paste tomorrow and see if that helps at all but I am stumped as to why it would run this hot. Ive looked all over online where it says to upgrade your Mobo's bios which I have and that the auto settings for voltages and clock speeds are too high but if I do any custom tuning with speeds or voltages the pc will immediately shut down when put under any stress because it hits temps of 105+. In the future i am going to overclock but I'm upgrading to an aio cooler in a few months when Ive saved some more money. I am using the stock cooler which doesn't work well enough when overclocking but when you're just stress testing at base speeds it shouldn't be any problem right? at least that's what Ive heard in almost all the reviews Ive seen. It was at base clock of 3.6 mhz which is stock for this cpu. However when I went to benchmark and stress test my CPU using cinebench r23 my cpu under all core testing had a maximum temperature of 94.8 and an average of 85.6c which is just too hot for me. Anyway the GPU runs with no problems and maintains an average of 60c under full load with max settings on Heaven benchmark. So I finally got all my parts after saving for a long time and went to start benchmarking after I built my system, I'll post my full spec list down below.
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