Speech hesitation linked to elevated temperatures
Speech hesitation linked to elevated temperatures
Greetings,
I’m experiencing a perplexing problem that's causing me considerable frustration. My central processing unit has eight cores and typically operates within a temperature range of 63-70°C while running games and applications. However, certain titles – particularly when utilizing all eight cores simultaneously – consistently exhibit stuttering at 70°C, seemingly as a self-regulating mechanism.
Initially, I’m unsure how to modify or disable this stuttering behavior – I suspected thermal throttling might be involved, but the system doesn’t slow down as one would expect; instead, it appears to maintain this temperature threshold automatically.
Furthermore, I’m aware that my CPU can comfortably handle temperatures up to 80°C, and I've previously encountered this situation before. Since upgrading my cooling system to a liquid cooler, I’m keen to avoid exceeding these temperatures, yet the system continues to behave in this manner.
Interestingly, the PC’s “overheat warning” values fluctuate unpredictably – they’ve ranged from 70°C to 83°C, with periods at 63°C. I suspect that these values are dynamically adjusted by the system drivers in response to hardware changes or software installations, though I lack the expertise to identify or modify these settings.
This issue is most prominent with *Warhammer Vermintide 2* (where I previously enjoyed smooth gameplay at high or low settings), followed by *Sekiro* and occasionally *Starcraft 2*. I’ve attempted to resolve the issue by reinstalling my operating system and drivers, exploring various BIOS configurations – including limiting core usage to a quad-core configuration – and currently operating with six cores.
Therefore, I’m seeking assistance in determining potential solutions or workarounds to eliminate this stuttering. Any guidance would be greatly appreciated.
Here are some relevant specifications:
Processor: AMD FX™-8350 Eight-Core Processor (6 CPUs), ~4.0GHz
Memory: 16384MB RAM
Graphics Card: Radeon RX 580 Series
If you require additional information, I can provide a DirectX Diagnostic Report.
Thank you for your time and consideration.
Cassandra
Examining AMD’s online resources at https://www.amd.com/en/products/cpu/fx-8350, the maximum temperature your processor can reach is 61 degrees Celsius. This suggests that you should either reapply thermal adhesive to your cooling system or invest in a more effective cooler.
The most effective method for assessing Foreign Exchange Central Processing Unit temperatures involves utilizing AMD Overdrive to determine temperature headroom. A greater value indicates a more favorable result, though if you approach or surpass zero, it suggests overheating. Furthermore, please specify your motherboard model.
Indeed, I concurred with that assessment – consequently, I acquired this cooling system after researching its specifications. It appears suitable for my needs: Enermax Liqmax II 240 AMD AM4 Version. Furthermore, I removed and re-applied thermal paste, even seeking assistance from a colleague in the process. Could you elucidate its operational mechanics? My objective is simply to achieve stable and reliable performance, not to aggressively modify or enhance system speeds. The motherboard I am utilizing is an ASRock 970 Pro3 R2.0 M80-A9005601029.
It's just a piece of software. Install it and go to the CPU status monitoring page and see what thermal margin is while under load. If you don't have any sort of CPU stress test download cinebench, or Prime95 v26.6 (run the "small FFTs" test).
https://www.amd.com/en/technologies/amd-overdrive
Edit: Your motherboard VRMs could also be overheating. ASRock states that to run a 125W CPU like an 8350 you need to use a top down blowing cooler to provide airflow over the VRMs.
https://www.asrock.com/mb/AMD/970 Pro3 R2.0/#CPU
I’ve performed some testing with benchmarking and AMD Overdrive, and I observed that my processor appeared to be automatically overclocked. I accessed the BIOS to disable AMD’s automatic overclocking feature, reactivated the 8 Cores, and now it maintains a temperature of up to 68°C during gameplay with Vermintide for an hour—a result that previously caused immediate overheating. My thermal headroom is approximately 20-30 degrees, which seems satisfactory based on your previous advice.
I need to monitor whether this configuration remains stable over extended periods of operation. Additionally, I’m curious: would the voltage regulators (VRMs) be reflected in my system temperature readings? I’m utilizing Speedfan to monitor temperatures, and the overall system rarely exceeds 41°C, even under significant strain.
A temperature range of 20 to 30 degrees Celsius is generally the minimum thermal fluctuation observed on any core when under stress. If your motherboard includes a VRM temperature sensor, that’s beneficial. Alternatively, you can utilize hwinfo64 by executing "sensors only," which typically displays a comprehensive collection of temperature readings for your system.
Useful details; I’ll implement that.
Affirmative, 20 to 30 represents the minimum value at these configurations (maximum 50) – previously, it was only 10.
Updated: There isn’t a VRM sensor present, but rather three internal system sensors (identified as SYSTIN1-3) and one CPU sensor (PCEI).
If the VRMs are experiencing overheating, why does the CPU temperature of 70°C trigger the PC to become choppy in an attempt to cool down? It seems counterintuitive – wouldn't VRMs be preventing the CPU from heating up more rapidly, or is that not the case?
It seems like overheating is a possible explanation. You observed a 20-30 degree thermal margin when you switched to another application, such as alt-tabbing out of a game, or were you running the game and Prime95 simultaneously in separate windows while monitoring the thermal margin?
While engaged in an activity and observing a second display, I frequently monitored the readings. The values occasionally dropped to the teens before returning to levels between 17 and 20. It appears that the ASRock motherboard’s overclock settings were insufficient to adequately manage the CPU's temperature, as performance is significantly improved now.