Assist in enhancing FX 6300 FX
Assist in enhancing FX 6300 FX
You consistently monitor VRM temperatures, it's a cautious behavior during heavy loads. The power demand required rises with frequency, capacitance, and voltage squared. Raising the frequency causes the power CPU to increase, which in turn adds more load on the VRM's. Thermal Margin shows how much below the processor's maximum operating temperature the current is running. A range of 14.5-16°C would be acceptable.
Yeah, the thermal margins are above 10C which is considered fine, but I'm worried about how overclocking might impact the VRM, NB, and since none of these components have heatsinks, it's a concern. I just hope they don't give up on me until my next upgrade.
HWiNFO usually manages VRM temperatures and the RAM, but you'll need an infrared thermometer if you have one. Fingers aren't really advisable. The RAM heatsinks do little to help. Keeping the voltage stable is crucial. DDR3 1600 should work fine at default unless you overclocked it and raised the voltage. Good airflow should suffice.
Overclocking poses a risk on older systems, yet we all do it.
You should have a solid buffer for CPU temperatures because winter ambient conditions are more accommodating.
But there's no sensors for VRM's and NB on this board. That's the problem I have to face with
🙁
And coming to RAM it is just a 80MHz bump on stock voltage, which I think is safe!!! Idk yet. Also coming to airflow, the system's got 2 intakes and an exhaust.
I really want some bump in gaming performance, yet I'm confused(or even scared) about the overclock. But man!!! You are such a good person for lending your time and helping me out through all this fuss. I really am very grateful to you
Does your mobile have a core performance boost multiplier? (Turbo Boost)
Yes, you could slightly raise the voltage and increase the CPU multiplier to achieve a higher boost.
My wife's 6300 on a Gigabyte 970 SLi
It does work, and I've adjusted it to around 23.5 to 24.5, reaching up to 4.822ghz.
I can run Unigene Heaven benchmark, and by the time it finishes, all cores hit that top speed while watching hwinfo64.
That means you probably won't need to worry as much about temperatures or voltages.
If you're interested, I'll send pictures once I get back home this evening.
The board includes both Turbo Boost and CPU multipliers. Currently, Turbo Boost is turned off, and I've adjusted the CPU/HT reference clock to around 10% (from 200-210), which raised RAM frequency to 840MHz from 800MHz, increased VRM frequency to 2100MHz from 2000MHz, and set the multiplier to x18.0, equivalent to 3.8GHz at standard voltages. Here are the outcomes and temperatures during a 10-15 minute p95 stress test.