How to OC locked *MOBILE* CPU?
How to OC locked *MOBILE* CPU?
@TJ Hookers
CPU's maximum clock speed across all four cores is 3.1, and it indeed operates at this frequency.
So, there are numerous factors that can lead to stuttering, and most of them aren’t related to the CPU. First, I’d ensure system Restore is disabled for all drives. Restore images seldom function properly once something corrupts the system, and they don’t work at all if the drive is faulty. It usually just consumes a lot of resources and causes problems when you need them most. Ideally, turn it off. Instead, use tools like Acronis true image or Macrium reflect to generate an image you can restore from, and refresh the image regularly.
Alternatively, simply skip it and perform a clean install whenever necessary. Either approach is fine as long as system Restore is turned off and Windows doesn’t automatically decide when or how to create backup images, which tends to happen frequently.
Second, carry out a clean GPU card installation, just as I mentioned earlier. Driver problems are a frequent reason for stutters or general gaming performance issues. They can also impact non-gaming tasks because the GPU is used under various conditions, not just during games.
Third, confirm you have the most recent BIOS version installed. This is the top issue we encounter when people face mysterious problems. If a newer motherboard BIOS is available, install it.
this should be very useful but now something caught my attention. the less my cpu usage is, the cooler it gets, so if i reduce the cpu, the usage should decrease with temperature or the temps should stay similar to the original because after adjusting the voltage it will increase heat but the usage would drop?
An overclocked CPU consistently generates more heat compared to the standard setup since both the multiplier and voltage are increased. I'm not entirely sure what you were trying to ask, as your question seemed to repeat itself. It might just be my confusion. Overall, a system with an overclock will never be cooler or produce less heat than the original configuration with the same cooling setup.
Reduced cpu usage leads to less heat and lower temperatures.
Overclocking the cpu actually results in less cpu usage?
I attempted to explain it more clearly.
It's clear the i5-7300HQ comes with a fixed multiplier, meaning you can't exceed its speed limits. You might be able to lower the voltage with Intel XTU, but it will mainly reduce temperatures and slightly affect power consumption.
Alright, but even when the chip is locked and the BIOS prevents overclocking, there are usually methods to bypass it from within Windows. However, doing so is still risky. A small increase in clock speed—just a few hundred MHz—can disrupt the cooling system.
I believe I've encountered some Sager laptops that offered unlocked custom BIOS for certain chips that otherwise couldn't be overclocked. It's unclear if this model is one of them, but it's not uncommon for such workarounds to exist, even though they are typically limited for important reasons.
Less CPU consumption means less heat and lower temperatures.
Overclocking a CPU might reduce the reported CPU usage?
I attempted to explain it more clearly.
Increasing the CPU frequency could actually decrease the reported utilization, since it's expressed as a percentage of the maximum. The actual CPU usage in terms of power will remain unchanged or increase with overclocking.
In addition, these points aren't entirely accurate. For instance, the voltage of my 6700K @ 4 GHz (turbo boost off) is significantly higher than required—set at 1.19V, yet the actual VCore during P95 small FFTs is 1.52V. I can adjust with a -130 mV offset, but with load line calibration in high, the reported Vcore running P95 is about 80-90 mV lower than the stock. Since the stock voltage is much higher than necessary, I can overclock it to 4.2V while still lowering the Vcore, which gives a bit more power efficiency compared to stock but with a modest performance boost.