fx 6300 OC
fx 6300 OC
I'm struggling with my options and unsure what to choose. I have an FX 6300 and want to exceed 4.1ghz OC, but I'm not sure which mobile processor to pick. For cooling, I think I'll go with the 212 Evo. My current setup is an M5A78L-M LX3, and I can't reach 4.1ghz without it crashing or overheating. Or should I invest more for an FX 8350 and higher overclocking? Still, I'm trying to stay within my budget. I mainly need to focus on overclocking for the upcoming BF1 and don't want to go with an Intel CPU since AMD performs better there.
Alright Chubbs.
The issue lies in the motherboard you currently possess and the chipset it employs.
If your goal is to unlock the full overclocking capability of your FX 6300 CPU with its six cores, I suggest considering an Asus M5A99X EVO R2.0 board.
These boards offer excellent overclocking features in the BIOS, covering CPU settings, memory configurations, and other motherboard parameters.
Even if you switch the FX 6300 to an FX 8350 CPU, you’ll still face limited overclocking performance.
The key factor remains the chipset of your motherboard, alongside the CPU, which determines how effectively you can push speeds when paired with a quality CPU cooler.
The issue lies in the motherboard you currently possess and the chipset it employs. To fully utilize the FX 6300 CPU’s maximum overclocking capability with its six-core design, I suggest considering an Asus M5A99X EVO R2.0 board. These boards offer extensive overclocking features in the BIOS, covering CPU settings, memory parameters, and other configurations. Even if you switch the FX 6300 to a FX 8350 CPU, you’ll still face limited overclock potential.
The performance you achieve is largely determined by the chipset of your motherboard, just as much as the CPU itself. Generally, most FX CPUs can be overclocked by around 800 MHz above their standard speed when paired with a suitable CPU cooler. However, achieving speeds beyond 4.1 GHz requires manual adjustments in the BIOS to raise the core voltage.
Without sufficient voltage, the CPU may crash during overclocking because higher frequencies demand more power to maintain stability. This also leads to increased temperatures, which can rise quickly—especially above 1.45V and potentially reaching 70°C or more. It’s crucial to monitor these temperatures closely.
In my setup with a quad-core 4350 CPU, an M5A99X EVO R2.0 motherboard, and a Corsair H60 water cooling loop, I manually set the core voltage to 1.45V. This allows the CPU to run at 4.7 GHz, achieving a 900 MHz overclock from its stock speed. However, if the motherboard or chipset limits you, you may need to adjust settings accordingly.