Overclocking i5 6600 non K model with respect to power usage
Overclocking i5 6600 non K model with respect to power usage
I found some previous versions of BIOS online that enable overclocking on the Z170 Pro4 motherboard using non-K Skylake chips by adjusting the BCLK instead of changing the multiplier. I have my questions about whether my power supply will be enough for this overclock (a slight increase to 4.3GHz) and if it’s safe to proceed.
I noticed online discussions about previous BIOS versions that enable overclocking on the Z170 Pro4 motherboard using non-K Skylake chips by adjusting the BCLK instead of the multiplier. My concerns are whether my power supply will handle this overclock (a slight increase to 4.3GHz) and if it’s safe to proceed.
Technically, 500W is enough because the CPU won’t use that much energy.
After any overclock, your system’s total power draw under load stays within 350 watts.
The issue lies in the fact that your power supply seems quite basic—it might not be designed to handle a setup like yours even without overclocking.
I wouldn’t take the risk and would recommend getting a better PSU regardless of whether you overclock or not.
Technically, 500W is enough because the CPU won’t use that much energy.
After overclocking, your system’s power draw stays under 350 watts.
The main concern is your PSU appears quite basic—it might not be designed to handle your setup even without overclocking.
I wouldn’t take any chances; regardless of whether you overclock or not, a better PSU would be safer.
http://fsp-europe.com/hyper-m-500600700w/ This is the PSU I’ve used. I built my system eight days ago and haven’t noticed any power problems (no crashes, blue screens, or restarts).
This review includes your PSU, which can be overwhelming to navigate but offers similar voltage regulation to brands like Corsair CX and EVGA 500B. It won't fail catastrophically, though it won't provide exceptional stability for high-performance overclocking. Achieving 4.3Ghz is achievable, but you might need to compromise on performance.
This doesn't indicate anything meaningful.
There is no reliable information from trusted sources that have tested this unit or examined its components and design.
Issues with lower grade parts are common, as they tend to have a shorter lifespan and reduced durability, particularly when subjected to stress (such as increased heat).
These units can exhibit inconsistent performance.
The voltage may fluctuate, which isn't ideal for the components in your system.
A PSU failure could potentially harm other parts of your setup.
These concerns are not present with high-quality products, even at similar price points.
None of this means anything. There’s no reliable information from trusted sources who tested this unit or examined its parts and design. Issues with lower quality components are common—they tend to last much shorter and are less durable, especially when under stress (like heat). This can lead to unstable voltage, potential failure, and possible damage to other system parts. These problems usually don’t occur with high-quality units, even at similar prices. What’s more, the time consumer mentioned seems to be based on a test that showed mediocre results, but I just bought the PSU and am unsure if it can be replaced or if I’ll have to pay for a new one.
We need to rely on the data we have, which is certainly limited. A wide-angle view would be helpful.
The peak ripple seemed around 52mV, which isn't great but isn't a major issue.
Your comment suggests you wouldn't hesitate to try an overclock. I've experienced worse before. Most modern power supplies fail quickly and affect everything else. FSP generally produces good units. Even with group regulation and lots of CapXon, I wouldn't be concerned about it causing problems.
Mediocre - means great for browsing the web and productivity.
It will work - the question is for how long and how well.
A good PSU is not that expensive, so you can do your overclock with the one you have, just think if you can find another (more suitable) use for this PSU and get a better one when you have a chance.