You can try to adjust some BIOS Settings that affects your CPU such as from your BIOS Setup Manual at Gigabyte Support: https://www.gigabyte.com/Motherboard/B650M-D3HP-AX-rev-10/support#support-manual
BIOS SETTINGS from your Motherboard BIOS:
& Precision Boost Overdrive(PBO) Enhancement
Offers five boost levels for three targeted 90/80/70 °C CPU temperature. One can choose the most suitable
thermal limit/boost level combinations to reach higher CPU frequency. Note: Workable settings/results may
vary by different CPUs' condition
& Core Performance Boost
Allows you to determine whether to enable the Core Performance Boost (CPB) technology, a CPU
performance-boost technology.
Precision Boost Overdrive
Allows you to determine whether to automatically increase CPU clock and working performance.
Found this Tech article about Gigabyte 600 series Motherboards and 7000 series processors running hot (This article might be out-dated since it was written in 2022) : https://www.pugetsystems.com/labs/articles/AMD-Ryzen-7950X-Impact-of-Precision-Boost-Overdrive-P (TBO-on-Thermals-and-Content-Creation-Performance-2373/
Introduction
With the recently launched AMD Ryzen 7000 Series desktop processors, we saw some terrific performance gains in our Content Creation Review article, but like many other reviewers, we found that these CPUs run extremely hot. Seeing CPU temperatures of 95º Celsius was fairly common, and we were lulled into the mindset that this was normal since it matched what everyone else was seeing and that even AMD was telling people that 95C was "normal".
It turns out, however, that these high temperatures are not at all what we should be seeing with these new CPUs.
The issue is that the motherboard we used (the Gigabyte X670E AORUS MASTER) was defaulting to overclocking the CPU beyond AMD's official specifications. From what we have seen, this isn't restricted to Gigabyte motherboards, but something that almost every brand seems to be doing. This also isn't something entirely new, or restricted to AMD. On the Intel side, we have dealt with a setting called "MultiCore Enhancement" for years, which allows the CPU to run all the cores at the maximum boost frequency when they should be scaling based on the number of cores that are being used.
In the case of our X670E motherboard, it is two specific settings that we found to be causing the CPUs to run at dramatically higher temperatures:
- Core Performance Boost (CPB) allows the processor to run faster than its rated frequency when below power, temperature, and current specifications.
- Precision Boost Overdrive (PBO) allows the processor to run beyond the defined voltage values to the limits of the board, and allows it to boost at higher voltages for longer durations than default.
These two settings are similar, and in many ways two sides of the same overclocking coin. CPB allows the CPU to run faster as long as there is thermal and power headroom, while PBO pushes the voltages to allow the CPU to clock higher.
We will note that the Ryzen Master software you can use with the Ryzen 7000 series has some additional ways you can affect things like power draw and temperature – including "Eco Mode" – but we always prefer to do our configurations directly in the BIOS. Especially since many settings are not saved across user profiles, or after we sysprep Windows to prepare it for the end user, we try to avoid software-based settings as much as possible.
Is Precision Boost Overdrive and Core Performance Boost Worth it for Content Creation?
In most of the workloads we tested, it is very clear that using Precision Boost Overdrive (PBO) and Core Performance Boost (CPB) is not worth it. Photoshop, Lightroom Classic, Premiere Pro, After Effects, and DaVinci Resolve all showed no difference in performance when we disabled these settings from their "Auto" default, yet the CPU temperature dropped as much as 30C, or even 40C!
It was only the extremely heavy workloads where the CPU is loaded to 100% for sustained periods of time that PBO/CPB gave any amount of performance increase. Even then, however, the performance gain was only about 10% at most, and in exchange, the CPU was often pegged at 95C, versus just 65C with PBO/CPB off. Running the CPU for sustained loads at 95C doesn't seem like a terribly great return for a meager 10% performance boost in our opinion.
What this means is that, going forward, we will be doing the majority of our AMD Ryzen 7000 testing with PBO and CPB disabled. As a workstation manufacturer, reliability is extremely important, and the vastly higher CPU temperatures are simply not worth it for the small performance gains in a limited number of workflows. By no means does this mean we think everyone should turn off these overclocking settings, simply that they don't align with our testing goals, which is to test hardware with an eye towards how they will perform in a workstation setting.
One last thing we want to clarify is that this kind of auto-overclocking is not exclusive to AMD platforms. We deal with it on Intel platforms as well, in the form of MultiCore Enhancement (MCE) and unlocked short/long power limits. We are currently disabling MCE and setting the power limits on all our Intel Core 12th Gen systems and testing, and plan on doing a similar article to this one when the 13th Gen CPUs launch later this month.
PBO (Precision Boost Overdrive) is AMD way of safely overclocking your processor. PBO will allow your processor to run at its maximum safe speed thus increasing its performance but also increasing the amount of heat it generates.
You can temporarily disable PBO in BIOS and see if your CPU runs cooler and less fan noise is generated or you can experiment with PBO Enhancement settings (Not familiar with this PBO setting).
Can also try to disable Core Precision Boost to see if the CPU run cooler without to much hit on its performance. If performance is affected to much then enable it back on and see if your can change some of its settings.
NOTE: As mentioned in the above article you can run Ryzen Master and set your processor on "ECO MODE" it will run cooler but with less performance. But most likely you would have to start Ryzen Master on each reboot on your PC.
