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How To Overclock AMD FX 6300 Black Edition?

Are you looking to get more out of your AMD FX 6300 Black Edition processor? If so, overclocking may be the way to go.

But before you start, there are a few things you should know. In this post, we’ll cover what overclocking is, how to do it safely, and what kind of results you can expect. So if you’re ready to take your gaming PC to the next level, read on!

To overclock your AMD FX6300 black edition, you should first download and install core temp, prime 95, CPU-z, and Cinebench. Now, Use the Core Temp program to change the multiplier and voltage. Next, you Should use the Prime95 program to stress test your CPU and use the CPU-Z program to check your CPU’s frequency and voltage. The Cinebench program can also be used to benchmark your CPU. Overclocking your AMD FX 6300 black edition can result in a higher CPU speed and better performance.

Still Not sure? Don’t worry, we have described everything, from what overlocking is to how to do it easily. Just keep reading. 

What Is Overclocking?

Overclocking is the process of increasing the clock speed of your CPU. This can be done with the CPU, graphic cards, or memory to improve performance or get better gaming results.

By overclocking your CPU, you can increase its speed by 10-20%. However, this also means that your CPU will run hotter and you may see a decrease in its lifespan.

So if you are not comfortable overclocking, we suggest skipping this blog post and leaving the CPU at its default speed.

Why Overclock?

There are several reasons why people might want to overclock their hardware. One reason is that they may want to get more performance out of their system.

For example, if you’re a gamer, you may want to overclock your CPU so that your games will run faster and smoother. Or if you’re a video editor, you may want to overclock your GPU so that your videos will render faster

Another reason people may want to overclock is to save money. If you can get more performance out of your existing hardware, then you won’t have to spend money on upgrading to newer hardware. 

How To Overclock Your AMD FX 6300 Black Edition

In order to overclock your AMD FX 6300 black edition, you’ll need to download and install a few programs. These programs are Core Temp, Prime 95, CPU-z, and Cinebench.

Once you have these programs installed, open the Core Temp program and click on the “Settings” tab. Then, click on the “Advanced” tab.

Now restart your PC and get into the BIOS. Once you’re in the BIOS, find the core performance boost and disable it. Next, disable the power-saving features and set the CPU voltage to manual. Then, set the multiplier to 24 and hit F10 to save your settings and restart your PC.

Run Cinebench R15 to see if you are stable. If you get a BSOD, that means your overclock is not stable and you’ll need to lower the multiplier.

Now that you’ve overclocked your AMD FX 6300 black edition, you should see an increase in performance. Games will run faster, and video rendering will be quicker.

Just remember to keep an eye on your temperatures and make sure that your system is stable. Overclocking can be a great way to get more out of your hardware, but it can also be dangerous if not done correctly.

Benefits of Overclocking Your AMD FX 6300 Black Edition

Higher CPU speed:

Overclocking your AMD FX 6300 black edition will result in a higher CPU speed. This can be beneficial if you’re looking to get more performance out of your system.

Better performance

Not only will you see an increase in CPU speed, but you’ll also see an overall increase in performance. This is because the components in your system will be running at a higher speed, resulting in better performance.

Saves money on upgrading hardware

If you can get more performance out of your existing hardware, then you won’t have to spend money on upgrading to newer hardware. This can save you a lot of money in the long run.

Allows for faster video rendering

Overclocking your GPU can result in faster video rendering times. This is because the graphics card will be running at a higher speed, allowing for quicker renders.

Games will run smoother and faster

Overclocking your CPU can also improve gaming performance. Games will run smoother and faster, giving you a better gaming experience.

Risks Of Overclocking Your AMD FX 6300 Black Edition

There are a few risks associated with overclocking your CPU.

Lower System Stability

Overclocking your CPU can result in lower system stability. This is because the components in your system will be running at a higher speed, which can cause instability.

Lower overclock potential

Overclocking your CPU can also lower your overclocking potential. This is because the higher speed can result in lower stability, which can lead to a lower overclock.

Higher operating temperatures

Overclocking your CPU can also lead to higher operating temperatures. This is because the components in your system will be running at a higher speed, which can cause the temperatures to increase.

Possibility of damage to components

overclocking your CPU can also lead to damage to the components in your system. This is because the higher speeds can cause the components to run hotter, which can lead to damage.

Voiding your warranty

overclocking your CPU can also void your warranty. This is because overclocking can be considered an unauthorized modification to your system, and most warranties do not cover this.

FAQS

Is overclocking safe?

Overclocking is safe if done correctly. However, if not done correctly, it can lead to instability and damage to your components.

How do I overclock my AMD FX 6300 black edition?

To overclock your AMD FX 6300 black edition, you’ll need to adjust the settings in your BIOS. This can vary depending on your motherboard, so you’ll need to consult your motherboard’s manual.

Can I overclock my laptop?

Overclocking your laptop is not recommended, as it can lead to lower system stability and damage to the components.

Can I overclock my graphics card?

Yes, you can overclock your graphics card. However, you’ll need to consult your graphics card’s manual to see how to do this.

Will overclocking void my warranty?

Overclocking can void your warranty. This is because overclocking can be considered an unauthorized modification to your system, and most warranties do not cover this.

What are the risks of overclocking?

The risks of overclocking include lower system stability, lower overclock potential, higher operating temperatures, and the possibility of damage to components. Overclocking can also void your warranty.

How do I know if my CPU is overclocked?

You can check if your CPU is overclocked by checking the settings in your BIOS. This can vary depending on your motherboard, so you’ll need to consult your motherboard’s manual.

Conclusion

Overclocking your AMD FX 6300 black edition is a great way to get more out of your system. You’ll see an increase in CPU speed, performance, and gaming. Just make sure that you keep an eye on your temperatures and make sure that your system is stable. 

Overclocking can be a great way to get more out of your hardware, but it also comes with some risks. Make sure that you are aware of these risks before you overclock your CPU.

We hope you liked our guide to overclocking your AMD FX 6300 black edition. If you have any questions, feel free to ask them in the comments section below. And be sure to check out our other guides for more information on overclocking and building your own PC. Thanks for reading!

Comprehensive overclocking of AMD FX 6300. +40% to FPS

Detailed guide on overclocking AMD FX 6300 processor on socket AM3+. As a result, we get an increase in performance in games up to + 40% FPS, in synthetic tests up to 49%, in Adobe Premiere Pro + 25% and + 28% in the speed of writing and reading RAM. All this with budgetary cooling.

Interesting?

We will overclock the frequency of the processor, RAM, North Bridge (NB) and Hyper Trance (HT) bus.

FX 6300 will be overclocked on ASUS M5A97 LE R2.0 motherboard. But you can repeat this process on any AM3+ board. I will give you information on where the settings we need are located on motherboards from other manufacturers (Gigabyte, MSI, Asus).

Overclocking fx 8350 also read on the site, overclocking FX 8350 was carried out on the motherboard from Gigabyte.

If you prefer the video format, you can watch the overclocking of the FX 6300 in video format on our youtube channel:

The purpose of overclocking FX 6300

We will overclock the FX6300 to increase the minimum and average FPS in games, as well as performance in the Adobe Premiere Pro editing program.

The main problem with FX series processors is the minimum FPS or 1% Low. Because of this, starters and friezes can slip in games. Comprehensive overclocking of the six-core FX6300 allows you to solve these problems and even raise the average FPS, which, even without overclocking, is at the level of a comfortable game of 50-60 FPS at maximum settings. nine0003

Test gtx1060 vs rx 580 in top games.

Features of the Pildriver architecture on which AMD FX

processors work

Many people know about the weak memory subsystem of this architecture. All processors of the FX series have a huge overclocking potential, on the one hand, and a dead memory subsystem in the form of an L3 cache. This memory does not allow the processor to load all the logical threads in order to provide them with instructions.

Processor needs high memory and northbridge (NB) bandwidth. The point is that the L3 cache in the Pildriver architecture (on which AMD FX chips are built) operates at the northbridge (NB) frequency and its speed is not enough to load all the FX6300 logical threads. nine0003

Therefore, the main task is to overclock the CPU / NB memory controller, RAM and processor frequency. Only when overclocking the processor in combination with the memory subsystem, we can count on a serious performance boost.

And it makes no sense to drive one processor frequency in this architecture, we will only increase the throughput inside the processor, and L3 cache will remain a bottleneck. Because of what we get the so-called corn overclocking.

Let’s move on to the test configuration …

Test configuration for overclocking

• Processor : AMD FX 6300. 6 cores, 6 threads at up to 3.8 GHz in turbo boost. TDP 95W.
• Motherboard : Asus M5A97 LE R 2.0 socket AM3+.
• Cooling System : AMD Wraith Prism with heatsink up to 125W.
• RAM : Kingston HyperX Fury. Kit for 8 Gb with two sticks of 4. At the factory frequency of 1866 MHz in dual-channel mode.
• Video card from NVIDIA : Gigabyte GTX 1060 with 3 GB video memory.
• SSD : Kingston A400 240 Gb. For Windows 10 operating system.
• HDD : Western Digital Blue 1TB with 7200rpm spindle speed and 64MB cache for games.
• Power supply : Aerocool VX-600 at 600W.

Instructions and recommendations before overclocking

1. Frequencies and voltages that have been stabilized on the test stand, not the fact that they will work just as stably for you. And you may have to adjust the frequencies and voltages for your motherboard and processor, even if they are identical. nine0040
2. Make sure your cooling unit is capable of dissipating at least 125 watts of heat.
3. Be prepared for the fact that the system will behave unstable, crash into a blue screen, freeze, flicker and slow down at the time of entering the system. This is normal during acceleration.
4. Remember that you do this at your own peril and risk, I will give conditionally safe values ​​​​of voltages and frequencies, above which it is advisable not to go.
5. Radeon ReLive recording averages 5 frames of frame loss. I also do not claim the accuracy of the FPS readings. But you will see the dynamics of personnel changes clearly. nine0040

System baseline in BIOS (out of the box)

If you have not changed anything yet, then by default we will have the following values:

• Processor (CPU) frequency : 3.5GHz with turbo boost up to 3.8GHz.
• Random access memory (RAM) : 1866MHz.
• Integrated northbridge (NB) : 2000MHZ.
• Hypertransport bus (HT) : 2000MHZ
• All bios power saving features enabled .

We will test the system performance at the minimum graphics settings in order to exclude the dependence of the result on the video card. These are the main indicators that you should rely on.

Test at maximum settings only for those who do not perceive other results than 1080p at maximum settings. To understand what you can count on with a GTX 1060 3Gb video card (since performance will rest on the card).

Tests will be conducted in FULL HD resolution, at maximum graphics presets. nine0003

Let’s see what this configuration can do out of the box.

System benchmarks in default state (before overclocking)

Cinebench R20 (default bios settings)

Cinebench R20 results (default)

Results:

• Per single core (sigle core): 197
• in multithread

Adobe Premiere Pro (default bios settings)

Adobe Encoder. export media. h364. Full HD

Media file export in Adobe Premiere Pro 2020 using a single processor completed in 2 minutes 9second.

Aida 64 Cash & Memory Benchmark (default bios settings)

Memory test in AIDA 64

Write speed to RAM is 23922 MB/s, read speed is 14454 MB/s.

Let me remind you, this is at a frequency of 1866 MHz, and a frequency of NB 2000MHz.

The Witcher: Wild Hunt (default bios settings)

Minimum and average FPS in The Witcher: Wild Hunt (default)

Minimum graphics settings:

• 1% low — 53 fps
• AVG — 77 fps

Maximum graphics settings:

• 1% low — 23 fps
• AVG — 38 fps

Hitman 2 (default bios settings)

Minimum and average FPS in Hitman 2 (default) 903 906 Minimum graphics settings

Maximum graphics settings:

• 1% low — 25 fps
• AVG — 45 fps 900 bio40

Tot of the Shadows

121 Minimum and average FPS in Shadow Of The Tomb Rider (default)

Minimum graphics settings:

• 1% low — 35 fps
• AVG — 62 fps

Maximum graphics settings:

• 1% low — 2 fps
• AVG — 59 fps

Star Wars Jedi: Fallen Order (default bios settings)

Minimum and average FPS in Star Wars Jedi: Fallen Order (default)

Minimum graphics settings:

• 1% low — 30 fps
• AVG — 54 fps

Max graphics settings:

• 1% low — 28 fps
• AVG — 52 fps

Battlefield V (default bios settings in V902 Fault) 9012 Minimum graphics settings:

• 1% LOW — 25 FPS
• AVG — 52 FPS

Maximum graphics settings:

• 1% LOW — 13 FPS
• AVG — 35 FPS

conclusions

It seems that the biggest problem in games is the very low FPS in the 1% low rare event column. This is what makes the game on AMD FX processors uncomfortable.

And the problem lies in the slow memory subsystem, which we will now overclock. Let’s start overclocking the FX 6300 …

Staged overclocking of the AMD FX 6300 processor

Do not forget that the power profile is enabled in Windows — High performance, which can be changed in the Control Panel in the «Power Options» section. Power Mode in Windows 10

Be sure to install the latest BIOS.

We go into the BIOS (Del or F2) 🙂

We will overclock the FX 6300 in stages. Checking every change in bios to achieve stability. This is necessary to represent the overclocking potential of your particular system blocks. This will make it easier to identify the cause of unstable behavior during complex overclocking.

First, we drive the frequency of the processor, memory, northbridge.

Disabling power saving in BIOS

The first thing we need to do when overclocking is to disable all power saving features. These options give performance degradation and instability during overclocking.

Let’s see what these functions are responsible for:

Core C6 State — processor state control when cores, modules and parts of the cache are turned off in case of its weak activity, removing the supply voltage from them.

APM Master Mode — Enables or disables the frequency and consumption control unit built into the processor. This feature limits the maximum CPU consumption to a TDP rating of 95W (in the case of the FX6300), at the cost of reduced performance. Disabling APM in most cases breaks the operation of the turbocore.

C1E — disconnects the core from the clock generator without removing voltage from it.

Cool’N’Quiet — reduces the idle frequency and voltage of the cores.

HPC Mode — it is not needed when Cool’N’Quiet is off. Since it reduces the capabilities of Cool’N’Quiet, leaving only the minimum, maximum and boost frequencies from all frequencies available for switching. nine0003

All these options are set to Disabled.

Where to find:

• On ASUS boards — these options are in the Advanced Mode / Advanced / CPU Configuration /
• On GIGABYTE boards — these options are in the M.I.T. / Advanced Frequency Settings / Advanced CPU Core Features
• On MSI boards — located in the OC / CPU Features section

My result:

Advanced \ CPU Configuration > 9I left 0002 HPC Mode enabled. But you can safely turn it off. I do not have all the power management functions in the BIOS. Because at the time of the screenshot, I already had a D. O. C. P profile. Read more about this …

CPU overclocking

Let’s start with overclocking the processor cores.

Our goal is 4.2GHz, for this we need to raise the frequency multiplier and adjust the voltage.

I overclocked my stone to 4.4 GHz, but the increase in performance is not comparable with the increase in voltages to stabilize the processor at this frequency and the increase in heating. For such overclocking, you need a tower cooling system capable of discharging at least 200 TDP. nine0003

In the FX 8350 overclocking article, let’s see how much you can overclock a processor with bequit top-end cooling! Dark Rock Pro 4 at 250 TDP.

On Asus motherboards, in the AI ​​Tweaker / AI Overclock Tuner / section, switch to the D. O. C. P. position (by default, the BIOS offers Auto mode). Unlock overclocking mode. Switch Ai Overclock Tuner -> D. O. C. P.

Enable CPU Load Line Calibration

First of all, enable CPU Load Line Calibration. nine0003

• Switch CPU Load Line Calibration to Enabled
• Switch CPU/NB Load Line Calibration to Enabled

Enable CPU Load Line Calibration

Where to look:

• On GIGABYTE — LLC boards can be changed under M.I.T. / Advanced Voltage Settings / VCORE Loadline Calibration
• NONE on MSI — LLC boards

• On ASUS boards — Advanced Mode / AI Tweaker / CPU Ratio
• On GIGABYTE boards — 90.IIT / Advanced Frequency Settings / CPU Clock Ratio
• On MSI — OC / Adjust CPU Ratio

We select the voltage

On the ASUS board — switch CPU & NB Voltage to Manual Mode (the BIOS offers Offset mode by default).

In my case, I got the processor stable at 4.2GHz with a voltage of 1.368V (volts).

In this configuration, the processor passes the AIDA64 stress test and works stably in games and editing programs.

The voltage is controlled by the CPU Manual Voltage parameter. nine0003

Where to find:

• On ASUS boards — Advanced Mode / AI Tweaker / CPU & Voltage / CPU Manual Voltage
• On GIGABYTE boards — M.I.T. / Advanced Voltage Settings / CPU Vcore
• On MSI boards — OC / CPU Voltage

On MSI and GIGABYTE boards, there is no way to immediately enter the voltage value we need, but only add or subtract from the existing VID of the processor. Those. add or decrease the current voltage by the minimum division. nine0003

When selecting the voltage, you need to find the minimum stable voltage at which the processor remains stable under load, lowering or increasing the voltage by one step.

For starters, you can set the voltage in the region of 1.4 volts and lower it until you achieve stable operation. But you should not raise the voltage above 1.45V without top-end cooling.

Be sure to pass the AIDA64 stress test and play games for 10 minutes. To make sure everything is stable. nine0003

My result: CPU Manual Voltage

After the frequencies and voltage stabilize, write down the values ​​​​and return them to the default state.

Overclocking RAM (RAM overclocking)

Let’s move on to overclocking DDR3 RAM. We will overclock the memory to 2133MHz. In my case, this is quite an achievable frequency, and you proceed from your memory bars.

You don’t have to stop at this frequency and go for 2300MHz or higher if your kit allows it. I didn’t touch the timings. nine0039 — M.I.T. / Advanced Memory Settings / System Memory Multiplier
On MSI boards — OC / Dram Frequency

We select the voltage

Out of the box, the memory operates at a voltage of 1. 5 volts. Stable memory operation was achieved at 1.65 volts.

The safe memory voltage for FX processors is up to 1.8 volts with a RAM heatsink. Without heatsink, up to 1.7 volts.

On an ASUS motherboard, the DRAM Voltage parameter of the AI ​​Tweaker subsection is responsible for the voltage. nine0003

Where to find:

• On ASUS boards — Advanced Mode / AI Tweaker / DRAM Voltage
• On GIGABYTE boards — M.I.T. / Advanced Voltage Settings / Dram Voltage
  On MSI boards — OC / Dram Voltage

My results: Overclocking RAM. DRAM FrequncyDRAM Voltage

Test stability in AIDA 64 memory stress test or in games for 5-10 minutes.

After frequencies and voltages have stabilized, write down the values ​​and return them to their default state. nine0003

Northbridge overclocking (CPU NB overclocking)

Let’s move on to CPU NB northbridge overclocking. We will overclock NB to 2600MHz. There is no point in overclocking higher, only if your memory sticks operate at a frequency above 2400MHz.

Overclocking the northbridge (NB) frequency

On ASUS motherboards, the NB frequency is changed in the Ai Tweaker — CPU / NB Frequency section.

We also change the frequency of HT Link Speed, and set it to 2400 MHz. This is the HyperTransport bus. On the tested motherboard, this is the maximum value, if you have the opportunity, set it to 2600 or 2800MHz. HyperTransport must be 1 step above NB. nine0003

On other boards, the NB frequency can be changed in the following sections:

• On ASUS boards — Advanced Mode / AI Tweaker / CPU / NB Frequency
• On GIGABYTE boards — M.I.T. / Advanced Frequency Settings / CPU Northbridge Frequency
• On MSI boards — OC / Adjust CPU-NB Ratio (there is information that does not work in Windows, it only changes in the BIOS).

My results: CPU/NB Frequency

We select the voltage

The voltage can be changed in the CPU / NB Voltage section of the Ai Tweaker subsection on Asus motherboards.

Other motherboards can do this :

• ASUS motherboards — Advanced Mode / AI Tweaker / CPU / CPU & NB Voltagae / CPU / NB Manual Voltage
• Gigabyte M.IT. / Advanced Voltage Settings / NB Core
• On MSI boards — OC / CPU-NB Voltage

The 16GB G. Skill TridentX Series Kit is enough for any project and setup. In nominal terms, it worked at a frequency of 1333 MHz with timings of 9-9-9-24.