![]() disabling boost and the multithread score dropped 20%, but the CPU package power consumption dropped by 50%. I remember I did a quick Cinebench test with CPU running normally vs. It's those last few MHz that cost a lot in voltage and temps. I don't think you will lose much performance. Latest Intels basically do the same test its performance. This is the new normal for CPU's these days. Just be aware, you'll lose performance if you do any of this. Or you can enable PBO and lower the PPT limits to lower the power consumption limit, which would also lower temps too. ![]() Or you can lower the Platform Thermal Limit setting in BIOS to whatever you want and the CPU won't exceed that temp, pretty neat. You can disable the boosting completely (in BIOS by turning off CPB, or in the Windows power plans) which lowers power consumption and temps by a crapload. These CPU's monitor themselves and will try to run as fast as possible within the given limits.īut, if you don't like seeing such high temps, theres a number of ways you can reduce them. But, after I did some research and realized that this was normal (AMD even said it was by design). First time I ran Prime95 FMA3 on my 5800X and saw temps hit 90C and stay there I thought there was something wrong. My previous build was an Intel Haswell which wasnt known for cool running so believe me, I know how you feel. Plus it has onboard GPU, so yeah, it's probably not strange to see mid 80's under heavy load especially if in a warm room. Your 5700G has a PPT of 88W, a max boost clock of 4.6 (I think?), and a thermal limit of probably 90 or 95C. They will boost up higher and higher until it bumps into the power, thermal, or frequency limits. I haven't used a 5700G, but Ryzens in general run fast and hot.
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