How To Overclock AMD FX 6300 With A Gigabyte Motherboard?

How To Overclock AMD FX 6300 With A Gigabyte Motherboard

Confused about How To Overclock AMD FX 6300 With a Gigabyte Motherboard? read this article till the end and you’ll get the overview for the same.

Overclocking is the process of making a computer or component operate faster than originally specified by the manufacturer.

This can be accomplished through software or hardware modifications.

Many people overclock their CPUs to achieve higher performance levels when gaming or performing CPU-intensive tasks such as video encoding.

But overclocking has become popular for even mainstream users who wish to experience it.

An increase in system performance they would not otherwise have with factory default settings.

AMD processors are practically synonymous with overclocking due to lower inherent price versus Intel counterparts, maintaining comparable if not better stock frequencies.

With proper knowledge and techniques, even budget CPUs can provide enthusiast-level speeds of up to 5GHz on air cooling alone!

In this article, we will cover how you too can overclock your FX 6300 to the max, in the least time possible!

AMD Platform: 

FX 6300 Overclocking on the Cheap.

We’ve got a great motherboard and processor combination here to get you started with an AMD platform, the Gigabyte GA-970A-D3.

This board will cost you less than $100.

Packed within its ATX form is support for DDR3 memory up to 2400MHz.

This will be more than enough speed for your needs.

We’ve selected this specific board because it carries forward a legacy of quality from Gigabyte in value-oriented products, excellent quality manufacturing, and performance plus stability.

This particular board comes loaded with all the essentials including USB 2.0, 3.0, and SATA ports that will give you no trouble in the foreseeable future.

To overclock your FX 6300 processor we need to find and adjust a few key settings and these can be changed through various methods including.

BIOS (Basic Input / Output System):

Before we begin, it’s important to know how to access your BIOS or UEFI settings; the easiest way is to restart your computer and tap deleted as soon as you see the manufacturer logo appear on the screen.

This will then take you into the BIOS/UEFI where all of the system-specific options are located.

For changes to have any effect on performance, please ensure that your CPU is already running at its highest stable speed before entering any values into CMOS.

Overclocking can also be achieved by increasing the frequency of the clock generator that feeds your system’s memory and peripherals within your motherboard.

It’s called Front Side Bus (FSB) overclocking and most motherboards provide an option for this in their BIOS/UEFI settings under the voltage control setting.

If your hardware supports FSB overclocking, you should set it to its maximum speed before achieving further results through multiplier adjustments.


The Multiplier can be adjusted through the BIOS or UEFI.

Increasing this multiplier value increases your processor’s frequency (speed).

This particular setting is ideal as it will allow us to safely increase our core speed without hurting stability or power consumption.

However, there are trade-offs such as less cache memory available due to processor sharing between cores.

If you’re having trouble achieving a stable overclock with stock voltage then raising the multiplier by one increment at a time is known to help smooth out the process by reducing the amount of voltage required for each subsequent adjustment long as your cooling solution is efficient and able to keep the processor at a stable temperature.


If you’re still having trouble after increasing the multiplier by one increment, try raising the voltage slightly with values ranging between 0.025 and 0.125v (for +100mV) for each adjustment.

This will help smooth out any inconsistencies in performance as well as increase potential stability; however, too much voltage can result in system instability or even damage to your components.

Including your CPU itself!.

Before adjusting voltages it’s recommended that you first ensure that your motherboard supports such adjustments as not all boards do.

To exit BIOS/UEFI simply select save settings and restart.


If you’re currently using stock cooling (such as the boxed cooler that came with your processor) I strongly recommend upgrading to a third-party heat sink and fan combo.

Cooler Master Hyper 212+ is very affordable while providing excellent cooling performance for overclocking on-air while more expensive options are also available.

If previously mentioned variables have been considered then an overclock should be achievable without any additional voltage or cooling.

However additional fans can help further if your case does not provide good airflow within the chassis itself.

Voltage Tuning:

It’s important to remember that different processors will require different ranges of voltage to achieve maximum stability at their respective maximum frequencies so it’s recommended that frequencies are adjusted one step at a time to determine the amount of voltage required for each setting.

Further, even though your processor might be stable at one frequency it may not be so at another; this is where overclocking becomes more tedious than well worth the trouble.

It is recommended to use AMD Overdrive or Real Temp in conjunction with DAWbench to determine the stability of your overclock

Additionally adjusting voltages gradually reduces heat output and stress on components allowing you to play around with frequencies until you find something that works well for you.

If you’ve found yourself with an unstable overclock or your system is no longer stable, you can reset the CMOS through clear BIOS settings.

This erases all changes made inside of UEFI/BIOS and returns your system to its default values.

For How To Overclock AMD FX 6300 With a Gigabyte Motherboard here are a few steps to follow:

  • Step 1: Restart your PC
  • Step 2: Press The Delete Key As Soon As You See Any Logo Or Text On Screen After POST Begins
  • Step 3: Access Settings Using The Arrow Keys And Change All Values To The Default Settings Presets Such As ‘auto’. Be aware that clearing CMOS will also remove any custom OC obtained through using multiplier adjustments.
  • To restore your previous overclock, simply enter the same values as before into BIOS/UEFI.
  • Hopefully, this should give you a nice stable overclock without damaging anything.
  • Please note that this guide is for reference only and Gigabyte provides no warranty or guarantees.


Please proceed with caution as this may cause system instability or other issues, including damage to hardware components if done improperly.

Always follow each step carefully and ensure you research any changes before execution to prevent accidental bricking of your system.

Thank you for reading How To Overclock AMD FX 6300 With Gigabyte Motherboard.

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