🔧 How To Overclock Your GPU - The Ultimate Easy Guide 2020

Panjno

1 Dec 201718:28

EducationalLearning

32 Likes 10 Comments

TLDRThis video guide offers a comprehensive tutorial on GPU overclocking for PC enthusiasts. The host demonstrates how to safely push your graphics card to its performance limits using MSI Afterburner and MSI Combustor tools. The process involves increasing the GPU core clock and memory clock, while monitoring stability through stress tests. The guide ensures viewers understand the importance of cooling and fan speed settings, and emphasizes the variability in overclocking potential due to the 'GPU lottery'. By following the step-by-step instructions, users can expect a performance boost of up to 25%, maximizing the value of their hardware investment.

Takeaways

😀 The video is a guide on how to overclock a GPU for better performance.
🛠️ GPU overclocking involves increasing the GPU core clock and memory clock frequencies to gain extra performance.
👍 The video encourages viewers to like and share if they find the content useful.
💻 MSI Afterburner is the primary tool used for overclocking, compatible with various GPUs regardless of the manufacturer.
🔍 MSI Combustor is used alongside Afterburner for stress testing to ensure the stability of the overclock.
🔄 Overclocking is safe and can be reset to default settings if issues arise.
⚙️ The guide suggests setting the GPU fan speed to a high value for optimal cooling, but also mentions adjusting based on noise comfort.
♨️ Increasing the power and temperature limits can help with efficiency and prevent throttling under heavy load.
📈 The process involves incrementally increasing clock speeds and testing for stability until the maximum stable overclock is found.
🔍 Finding the max stable overclock for both the core and memory involves stress testing with MSI Combustor and adjusting values until stability is achieved.
💾 Once the max stable overclock is determined, it can be saved as a profile in MSI Afterburner for automatic application.

Q & A

What is the main purpose of GPU overclocking?
-The main purpose of GPU overclocking is to get the most out of the hardware you've paid for, often unlocking an additional 10 to 25% performance that is not being utilized by your PC.
Is GPU overclocking safe to perform?
-Yes, GPU overclocking is extremely safe. The utility used for overclocking will not allow you to set values that are dangerous, and any increases in temperature can be reset to default without causing damage to the GPU.
What are the two components of GPU overclocking?
-GPU overclocking consists of increasing the frequency of both the GPU core clock and the GPU memory clock.
What is MSI Afterburner and how does it relate to GPU overclocking?
-MSI Afterburner is a utility program that works with almost any GPU, regardless of the manufacturer. It is used for overclocking the GPU and adjusting settings such as core clock, memory clock, and fan speed.
What is MSI Combustor and how is it used in the overclocking process?
-MSI Combustor is a stress testing tool used in conjunction with MSI Afterburner to ensure that overclocks are stable and to avoid crashes while gaming.
How can I find my GPU's maximum stable overclock?
-To find your GPU's maximum stable overclock, you incrementally increase the core clock and memory clock values while stress testing with MSI Combustor until you encounter graphical issues or crashes, then dial it back to the last stable value.
What should I do if I experience graphical issues or crashes during stress testing?
-If you experience graphical issues or crashes during stress testing, you should dial back the overclock values (both core and memory clock) to the last known stable settings and retest for stability.
How can I ensure that my overclock settings are applied every time I start my computer?
-You can ensure that your overclock settings are applied every time you start your computer by setting MSI Afterburner to start with Windows and apply the overclocks automatically upon startup.
What is the recommended approach for adjusting the GPU fan speed during overclocking?
-The recommended approach is to manually set the GPU fan speed to a high value to ensure optimal cooling performance, but adjust it to a level where the noise is acceptable to you. The video suggests starting with 55% as a balance between performance and noise.
How can I save my stable overclock settings for future use?
-You can save your stable overclock settings by using the 'Save Profile' feature in MSI Afterburner, typically saving it to Profile 1 for easy access every time you boot up or open the program.

Outlines

00:00

🔧 GPU Overclocking Basics and Purpose

This paragraph introduces the concept of GPU overclocking, explaining it as a method to maximize the performance of one's graphics card. The speaker emphasizes the benefits of squeezing out extra performance, which can often be around 10 to 25%. The process involves increasing the GPU core clock and memory clock frequencies, which can lead to better in-game performance. The video promises a simple and efficient guide to achieving this without damaging the hardware, using MSI Afterburner and MSI Combustor tools, and dispels common misconceptions about the safety of overclocking.

05:01

🛠 Setting Up Overclocking Software and Initial Steps

The speaker provides a step-by-step guide on downloading and setting up the necessary software for GPU overclocking, namely MSI Afterburner and MSI Combustor. They explain the importance of these tools, with Afterburner used for overclocking and Combustor for stress testing the stability of the overclock. The paragraph also covers the initial settings in Afterburner, such as starting with Windows and setting fan speed preferences. The speaker stresses the importance of finding a balance between performance and noise levels, adjusting the fan speed to a comfortable level for the user.

10:02

🔎 Finding the Maximum GPU Overclock and Stability Testing

This section delves into the process of finding the maximum stable overclock for the GPU's core clock and memory clock. The speaker describes incrementally increasing the core clock in steps while monitoring for stability using MSI Combustor. They explain that each GPU is unique and may achieve different overclocks due to the 'GPU lottery', encouraging viewers not to be disheartened if their results vary. The process involves pushing the GPU until instability is reached, then dialing back to the last stable setting. The paragraph also touches on adjusting power and temperature limits for better performance and stability.

15:02

📊 Fine-Tuning Overclocks and Finalizing Settings

The speaker continues with the overclocking process, focusing on fine-tuning the core clock and memory clock to find the most stable settings. They detail the method of incrementally increasing the memory clock in larger steps compared to the core clock and stress testing at each stage. Once graphical issues or crashes occur, the speaker advises stepping back to the last stable value and applying it. The importance of saving the overclock settings to a profile in MSI Afterburner is highlighted, ensuring that the settings are automatically applied upon system startup or reboot. The paragraph concludes with advice on further fine-tuning in real-world gaming scenarios and the benefits of combining GPU, CPU, and RAM overclocking for significant performance improvements.

🎮 Conclusion and Encouragement for观众 to Apply Overclocking

In the concluding paragraph, the speaker summarizes the GPU overclocking guide and its benefits, emphasizing the performance gains that can be achieved without additional cost. They encourage viewers to apply the same principles to other components like RAM and CPU for even greater performance improvements. The speaker also invites viewers to share their results, ask questions, and request future video content in the comments section. The paragraph ends with a personal sign-off from the speaker, introducing themselves as 'pan Gino'.

Mindmap

Keywords

💡GPU Overclocking

GPU Overclocking refers to the process of increasing the clock speed of a Graphics Processing Unit (GPU) to achieve higher performance than it was designed for. In the context of the video, the main theme revolves around teaching viewers how to safely and efficiently overclock their GPU to extract the maximum performance from their hardware. The script mentions that there is often an untapped 10 to 25% extra performance that can be achieved through overclocking.

💡Performance Boost

A performance boost in this video script refers to the increase in the GPU's operational speed and efficiency, which results in improved frame rates and overall gaming experience. The script emphasizes that the purpose of GPU overclocking is to ensure that users are getting the most out of their hardware, which can often lead to a significant FPS boost, as indicated by the phrase 'nice and easy FPS boost'.

💡Core Clock

The core clock is the frequency at which the GPU's core operates. In the script, it is mentioned as one of the two main components (along with the memory clock) that can be increased during the overclocking process. The core clock speed is directly related to the performance of the GPU, with higher frequencies generally leading to better performance within games.

💡Memory Clock

Memory clock is the frequency at which the GPU's memory operates. The script explains that increasing the memory clock is part of the overclocking process and can contribute to the overall performance enhancement of the GPU. It is one of the factors that can be adjusted to 'squeeze the very most out of your system'.

💡MSI Afterburner

MSI Afterburner is a utility software that allows users to overclock and control various settings of their GPU. The script provides a detailed guide on downloading and using MSI Afterburner to perform the overclocking process. It is highlighted as a crucial tool for safely pushing the GPU to its limits.

💡Stress Testing

Stress testing in the context of this video refers to the process of running intensive tests on the GPU to ensure that the overclocking settings are stable and do not cause crashes or graphical issues. The script mentions using MSI Combustor for stress testing to confirm the stability of the overclocked GPU.

💡Fan Speed

Fan speed is the rate at which the cooling fans of the GPU operate, and it is an important factor in maintaining the temperature and stability of the GPU during overclocking. The script discusses setting a comfortable fan speed to ensure optimal cooling performance while avoiding excessive noise.

💡Power Limit

Power limit is a setting that controls the maximum power consumption of the GPU. In the script, it is suggested to increase the power limit to allow the GPU to run more efficiently, especially in high-demand gaming scenarios, which can help reduce stuttering and improve performance.

💡Temperature Limit

Temperature limit is the maximum temperature at which the GPU will operate before it starts to throttle itself to prevent overheating. The script explains that increasing the temperature limit can help prevent the GPU from throttling too early, thus maintaining higher performance levels for longer periods.

💡Profile

In the context of MSI Afterburner, a profile is a set of overclocking settings that can be saved and applied to the GPU. The script instructs viewers to save their stable overclock settings to a profile, ensuring that the optimal settings are easily accessible and applied every time the system is rebooted.

Highlights

Introduction to a highly requested GPU overclocking guide.

Teaching the fastest and most efficient way to overclock a GPU.

The importance of overclocking for maximizing hardware performance.

Potential for 10 to 25% extra performance through overclocking.

Overclocking consists of increasing GPU core clock and memory clock frequencies.

Safety of overclocking and the prevention of damage to the GPU.

Introduction to MSI Afterburner and MSI Combustor for overclocking and stress testing.

Instructions on downloading and installing MSI Afterburner and Combustor.

Setting preferences in MSI Afterburner for automatic application of overclocks.

Finding the maximum GPU fan speed for optimal cooling.

Maximizing power and temperature limits for better performance.

Procedure for finding the max stable GPU core clock.

Incremental increase of core clock for stability testing.

Dealing with instability by reverting to the last stable overclock value.

Overclocking the GPU memory clock with larger increments.

Stress testing the max stable core and memory clocks for stability.

Saving the final stable overclock settings for automatic application.

Potential performance increases from combining GPU, CPU, and RAM overclocking.

Encouragement for viewers to share results and engage in the comment section.

Transcripts

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