Formatting doesn't always fix the issue—check hardware and drivers.
Formatting doesn't always fix the issue—check hardware and drivers.
This situation seems unusual. The laptop worked well after the Windows 11 update but became extremely sluggish afterward, even for simple actions like launching File Explorer. Initially, I suspected a faulty hard drive, similar to what I'd seen before, but it appears mostly normal. I checked the CPU clock speed—it was listed at 1.60GHz, which seemed odd until I verified it matches the base speed. However, the maximum reported speed is 2.11GHz, which seems contradictory to online reports of 4.20GHz. Could this discrepancy be the problem? I tried a few troubleshooting steps: ran sfc /scannow, executed chkdsk with repair, uninstalled Java Runtime, deleted temporary files. The SSD was only about 10% full, and the system had 512GB M.2 storage with 8GB RAM on an i5 processor. I’m not sure what to do next.
It seems you're asking about the storage capacity of a device. Could you clarify whether you mean one 8GB unit or two 4GB units?
This could significantly impact performance, particularly with the limited specifications of the chip.
Check crystaldiskmark for drive performance and speed accuracy. Monitor battery status to ensure charging functions properly; some devices cut power if no charger is connected. Look at Task Manager to observe CPU clock speeds in real time—expect a quick boost when launching apps. A consistently low speed could indicate a missing power management driver or faulty firmware. If other factors seem normal, consider updating the BIOS for potential improvements.
You haven’t looked at Ark Intel’s page thoroughly. The link you shared doesn’t seem to resolve the problem. Updating shouldn’t be the main cause—your setup should actually improve performance. It’s frustrating when you turn on your laptop after an update and find the fans running at full speed while the system still appears to install. Running low on RAM can also cause delays, since accessing storage is much slower than memory. You’ll likely need more testing or troubleshooting. Begin by checking resource usage in Task Manager. Consider installing HWiNFO to see the real max frequency your CPU reaches during stress tests. As suggested, it’s possible the update affected drivers or power settings, leaving your processor in a suboptimal state.
You can verify if the power adapter is faulty by checking its status through the system settings or using a diagnostic tool. If the laptop struggles to switch between Windows 11 and 10 smoothly, it might indicate a hardware issue. Also, inspect the adapter for physical damage or incorrect connections.
I completed the CPU tests and confirmed your observation. There seems to be an issue limiting the CPU performance. It rarely reaches even 1GHz under medium load—like two Chrome tabs open, videos playing simultaneously, and using Chrome Remote Desktop for screen sharing. I don’t have much insight into individual core speeds and couldn’t easily track the running frequencies. I switched to Task Manager to investigate further. Also, the RAM was running at very low clock speeds, which is confusing to understand.
Your processor is quite recent, indicating it supports hardware acceleration for most video codecs. This allows video playback and screen sharing to be handled elsewhere, reducing CPU load (you won’t notice much usage). A workload that fully tests your CPU would involve programs like Prime95 or the AIDA64 System Stability Test (stressing CPU, FPU, cache, memory). Even opening a browser should activate your CPU and increase its speed briefly. On my machine, which runs a Ryzen laptop, you’ll see Core 0 and Core 1 clocks around the top. Focus on the Maximum column—should it reach close to 4GHz when needed? C-States are power-saving features that help extend battery life or lower energy use when idle; higher C-state values mean less power draw. These aren’t relevant here, so we can skip them. Your RAM is likely DDR4, 2400 MT/s (double data rate), which is standard for business laptops. Some apps display the speed, while others like CPU-Z let you calculate it yourself. Huawei’s design mimics Apple’s look but uses average components found in other business models, charging a premium for appearance. It’s possible they’re using 2400 MT/s RAM for your model. Return to the main concern: under load, the CPU should maintain at least its base frequency (possibly 1.6 or 2.1GHz depending on TDP limits) and ideally ramp up above it, reaching around 4GHz. You may see fluctuations between 0.4 and 1GHz in HWiNFO under CPU #0—check the Enhanced section for details. Also monitor temperatures during testing. For a fix, visit the manufacturer’s site (Huawei), download the correct drivers, install them, restart, and re-evaluate.