Intel i5-10300H reached a speed of 5.5Ghz
Intel i5-10300H reached a speed of 5.5Ghz
HWMOnitor does not function correctly. Refer to HWInfo64 for details.
The issue isn't with the CPU or Windows. It's functioning properly on the laptop. TLDR: Windows adjusts performance based on needs, so it runs slower when required and spikes as needed. It doesn’t need to run at full capacity constantly. The 5.5GHz setting is achievable, but HWMonitor may cause occasional glitches.
It seems the system stays at full boost constantly. Achieving 4.8Ghz on an unoverclocked chip is unusual. You managed to get readings on Armoury Crate and Hwinfo, but the laptop isn't working properly at 90°C continuously. The BIOS update didn’t help. What should you do next?
Identify your current Windows power configuration. The High Performance plan keeps Intel processors operating at peak performance regardless of workload. With the Balanced plan, the processor only throttles under minimal load, allowing even light tasks to proceed smoothly. Users often think Intel should run at a steady moderate pace during light use, but this isn’t the intended behavior. Your HWMonitor display indicates a Processor Utilization of 24.7%, meaning the CPU is consistently active and not resting. One core remains engaged at all times, ensuring full-speed operation. Intel processors lower power usage and heat when transitioning into low-power states such as C7. Use ThrottleStop to observe the CPU’s current state; it should reflect C7 activity when idle. In my setup, cores stay around 99% idle time in that state. The Task Manager details section helps reveal background processes running on your system. Many tracking tools struggle to monitor Intel mobile CPUs accurately during light usage. ThrottleStop typically displays 4.8 GHz or 5.5 GHz, which isn’t feasible for a 10300H chipset. Discontinue relying on inaccurate monitoring apps. The FIVR window should show the highest multiplier available, and the 10300H should cap at 45 when one core is active. If ThrottleStop doesn’t reflect this, verify that Windows’ core isolation memory integrity is enabled. This setting protects against interference from monitoring software accessing CPU registers.
I also rely on HWINFO. My setup includes an ASUS Zephyrus G14 with a Ryzen 9 6900HS and the RX 6800HS. Monitoring temperatures is important because it handles a lot of power for a 14-inch laptop. I find HWINFO more intuitive and less eye strain compared to HW Monitor. If you were me, I’d remove HW Monitor and switch to HWINFO. Here’s a link if you want to try it: https://www.hwinfo.com