Let me see if I can find that info for you.
Let me see if I can find that info for you.
I want to understand the real power consumption of the Intel Core i9-9980HK, especially how it behaves under ThrottleStop. I'm not interested in the TDP since it seems inaccurate for my laptop, which lists 45 watts but reports throttling at around 31 watts on average, about 5 watts. Knowing the actual power draw will help me check if my cooling system can support this processor.
Understanding this information is important because it helps ensure clarity and accuracy in the task at hand.
This task is quite different from the previous one. It seems to require a new approach while keeping the same structure and intent.
What model of laptop are you using? This might not be exactly what you were seeking, but earlier MacBook Pros featured Intel i9 processors, and we're all aware how limited the cooling options are on those devices. Though I believe they employ certain software techniques to manage temperatures, maybe you could replicate similar outcomes by adjusting the voltage settings—if that proves effective.
The laptop is an Asus Rog G531GT. If the cooling isn't sufficient, I have someone who can install additional heatpipes.
I wasn’t able to offer any technical details, but my search shows the cooling performance seems improved compared to a MacBook Pro with the i9. This could lead to better outcomes. I compare it to the previous model, which had poor cooling despite running the i9 9980HK in higher-end versions, though with significant throttling. It’s unclear if that was intentional. Since you’re considering a better thermal paste (like liquid metal), which the MacBooks used to solve throttling issues, you might achieve improved results. Adding undervolting and throttle stop techniques could also boost your chances. I think the main issue isn’t just the heatpipes but the overall heat sink material’s ability to handle and release heat effectively.
So you are complaining that your CPU is using less power than it could?! You should be looking at what software you are running and what results you are getting, if you are in line with benchmarks there is no problem. TDP has to include AVX512 and the heaviest workloads possible on that CPU, if you never use those you will never hit that TDP. As you can see prime95 small fft can use 30% more than your heaviest real world app, 45-30% is exactly 31W How To - Intel CPU Temperature Guide Update: February 9th, 2025 Preface The topic of processor temperatures can be very confusing. Conflicting opinions based on misconceptions concerning terminology, specifications and testing leaves users uncertain of how to properly check cooling performance. This Guide provides an... forums.
The real TDP depends on how much you use it, since prime and cinebench show a big variation.
It doesn't provide clear guidance on its power consumption during full load. I'm unsure how to verify if my cooling system is sufficient without actual data. Upgrading the CPU might be necessary if performance drops due to turbo limitations. The benchmarks suggest higher power usage than expected, indicating a need for improved cooling.