Reduce voltage on the Pentium N5000 for better performance and efficiency.
Reduce voltage on the Pentium N5000 for better performance and efficiency.
Hey, I see you're trying to adjust the voltage for your friend's HP 15-BS289WM using Throttlestop. It looks like the FIVR menu isn't showing up, which might be due to a BIOS restriction or a compatibility issue. This setup could work on a laptop if it supports the necessary drivers and firmware, but you'll need to check the specific model's requirements.
Just ignore it, it seems not to work. If you want better speed then remove the Intel DPTF processor participant or dynamic tuning—don’t be too hasty. To push power limits and get a boost, follow these steps: hit the power limit short tutorial, press the turn on button, go to the tpl menu, set turbo long, short, and pp0 to 99999, adjust the sliders fully, lock everything in, apply power limits. This should help your CPU run at full capacity without throttling. These chips are very sensitive, so it might still lag behind my E8400 (4.3)—but with power limits enabled, it could be faster. Just keep in mind these issues often affect low-end systems. Also consider uninstalling W10 for smoother performance.
It's not terrible, but still loses to a 13-year-old overclocked dual-core processor. It runs pretty smoothly with a solid score around 236-237, though it feels a bit sluggish for some reasons. Probably because of the high FSB and RAM tweaks. Since it's running on W7, it’s clear the older Pentium is struggling compared to newer models. The performance difference is noticeable, especially with bloatware slowing things down. For better results, consider overclocking a more recent dual-core from over ten years ago. Installing Linux might also help improve the experience.
Same issue occurs with the HP Laptop 14 2033wm using an Intel Pentium Silver N5030. I've tried adjusting the voltage and it caused temperatures between 70°C to 76°C, boosting up to 2.8 GHz. Gaming caused throttling, dropping FPS to single digits, but CPU usage stayed under 10W with a TDP around 6W (max possible was 9.9W). It would spike to 10W then drop back to 4-3W and lower the clock speed. Disabling Turbo Boost still led to throttling. Dynamic Tuning Utility or Intel DPTF weren't installed, as they might not work with this hardware.
Hello, I see you're dealing with a performance issue. It sounds like your laptop's thermal throttling might be related to the power settings or driver configurations. You mentioned removing some Intel dynamic tuning drivers and ensuring they don't reinstall. The TDP being limited to 10 watts could be affecting how the system manages heat. Reducing processor speed might help stabilize temperatures, though it could impact gaming performance. Let me know if you'd like more guidance!