MSI Afterburner Monitor & Optimize Your GPU

The world’s most recognized and widely used graphics card overclocking utility. Monitor, overclock, and optimize your GPU for peak gaming performance.

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Everything You Need for GPU Mastery

MSI Afterburner provides comprehensive hardware monitoring and overclocking tools trusted by millions of PC enthusiasts worldwide.

GPU Overclocking

Fine-tune core clock, memory clock, and voltage for maximum performance.

FPS Monitoring

Real-time framerate display with detailed performance metrics overlay.

Custom Fan Control

Create custom fan curves to balance cooling and noise levels.

In-Game Overlay

On-screen display showing GPU stats while gaming via RivaTuner.

Screen Recording

Capture gameplay footage with hardware-accelerated video encoding.

Safe & Reliable

Built-in safeguards prevent damage from excessive overclocking.

Works With All Major GPUs

Despite its name, MSI Afterburner is not limited to MSI hardware. It works flawlessly with graphics cards from any manufacturer.

NVIDIA

Full Support

AMD

Full Support

Intel Arc

Monitoring

Any Brand

Not Just MSI

Powerful Features

Discover everything MSI Afterburner can do to help you monitor, optimize, and overclock your graphics card.

Core Clock & Memory Overclocking

Fine-tune your GPU’s core clock speed and memory frequency to extract maximum performance. MSI Afterburner provides precise control over clock speeds with real-time monitoring to ensure stability.

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Temperature & Voltage Monitoring

Keep a close eye on your GPU’s health with comprehensive hardware monitoring. Track temperatures, voltages, fan speeds, and power consumption in real-time.

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Custom Fan Curves

Take control of your cooling with custom fan speed profiles. Create curves that balance noise levels with cooling performance based on GPU temperature.

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RivaTuner Statistics Server (RTSS)

The bundled RTSS provides powerful on-screen display capabilities, letting you monitor performance metrics while gaming without alt-tabbing.

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Voltage Control & Undervolting

Advanced users can modify GPU voltage for better overclocking headroom or reduce voltage to lower power consumption and temperatures without sacrificing performance.

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Video Capture & Screenshots

Record gameplay footage and capture screenshots using hardware acceleration. RTSS includes built-in video capture functionality with minimal performance impact.

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How MSI Afterburner Works

MSI Afterburner works by giving users direct control over their graphics card’s performance and cooling behavior while continuously monitoring hardware activity in real time.

Overclocking Process

Overclocking in MSI Afterburner involves increasing the GPU’s core clock and memory clock beyond their default factory values. When you apply higher clock speeds, the graphics card can process data faster, which may result in improved gaming performance and higher frame rates. MSI Afterburner applies these changes at the driver level, allowing the GPU to run at the new settings instantly. Users can test stability by gradually increasing values and checking for crashes, visual artifacts, or overheating.

Role of Monitoring Sensors

MSI Afterburner uses built-in hardware sensors from the GPU to track important performance data. These sensors provide real-time information such as GPU temperature, usage, clock speeds, voltage, fan speed, and FPS. By monitoring these values, users can understand how their GPU behaves under load, detect overheating issues, and ensure that overclocking settings remain safe and stable during gaming or heavy workloads.

Fan Curve and Thermal Control

The fan curve feature allows users to customize how fast the GPU fans spin at different temperature levels. Instead of relying on automatic fan control, users can create a custom curve that increases fan speed as temperatures rise. This helps maintain optimal temperatures, prevents thermal throttling, and protects the GPU from overheating. Proper thermal control ensures stable performance while balancing cooling efficiency and noise levels.

Safety Limits Explanation

MSI Afterburner includes built-in safety limits that help prevent serious hardware damage. By default, the software does not allow users to exceed the GPU manufacturer’s maximum safe voltage and power limits. These restrictions ensure that overclocking adjustments stay within acceptable ranges. As long as users avoid extreme voltage increases and monitor temperatures carefully, the risk of damaging the graphics card remains low.

Common Mistakes to Avoid

One common mistake is applying aggressive overclocking settings too quickly. Increasing clock speeds or voltage in large steps can cause system crashes, screen artifacts, or overheating. Another mistake is ignoring temperature readings and fan control, which may lead to thermal throttling or instability. Users should also avoid copying overclock settings from other systems, as each GPU behaves differently even within the same model.

Importance of Stability Testing

Stability testing is essential after making any changes in MSI Afterburner. Running stress tests or playing demanding games helps confirm that the GPU can operate reliably under load. Stability testing allows users to identify crashes, visual glitches, or temperature spikes early. By testing and fine-tuning settings gradually, users can achieve better performance while maintaining long-term hardware stability and safety.

Gaming FPS Improvement

By overclocking the GPU core and memory clocks, MSI Afterburner enables the graphics card to process data faster. This often results in higher and more stable frame rates (FPS) in games, smoother gameplay, and reduced lag, especially in GPU-intensive titles. Even small, safe adjustments can lead to noticeable performance gains without upgrading hardware.

Temperature Management

MSI Afterburner helps manage GPU temperatures through real-time monitoring and custom fan control. Users can adjust fan curves to increase cooling when temperatures rise, preventing overheating during long gaming sessions. Better temperature control reduces the chances of thermal throttling, where the GPU slows down to protect itself, ensuring consistent performance.

GPU Efficiency Optimization

Beyond raw performance, MSI Afterburner allows users to optimize GPU efficiency by balancing power, voltage, and cooling. Proper tuning can help the GPU deliver better performance per watt, reducing unnecessary power consumption and heat output. This optimization improves system stability, extends hardware lifespan, and ensures the GPU operates efficiently under different workloads.

Android App

Remote Server

Afterburner(Beta)

MSI Afterburner vs Other GPU Tools

MSI Afterburner vs EVGA Precision X1

MSI Afterburner and EVGA Precision X1 are both powerful GPU tuning tools, but they differ in compatibility and flexibility.

MSI Afterburner works with almost all NVIDIA and AMD graphics cards, regardless of the manufacturer. This makes it a universal solution for users who may switch GPUs or use non-EVGA hardware. It also offers highly detailed monitoring, custom fan curves, and advanced overclocking controls.

EVGA Precision X1, on the other hand, is optimized specifically for EVGA graphics cards. While it provides a modern interface and strong overclocking features, its compatibility is limited. Users with non-EVGA GPUs may experience restricted functionality or may not be able to use the software at all.

Key difference

MSI Afterburner is more versatile and hardware-agnostic, while EVGA Precision X1 is best suited only for EVGA GPU owners.

MSI Afterburner vs ASUS GPU Tweak

MSI Afterburner and ASUS GPU Tweak both allow users to control GPU performance, but they target different experience levels.

MSI Afterburner is widely known for its advanced customization options, precise monitoring, and stability. It is suitable for both beginners and experienced users who want full control over GPU clocks, voltage, and fan behavior.

ASUS GPU Tweak is designed mainly for ASUS graphics cards and focuses on ease of use. It offers preset performance modes (OC Mode, Gaming Mode, Silent Mode), which are helpful for beginners but provide less fine-grained control compared to MSI Afterburner.

Key difference

MSI Afterburner offers deeper control and broader compatibility, while ASUS GPU Tweak prioritizes simplicity and ASUS-only optimization.

Why MSI Afterburner Is So Popular

MSI Afterburner is popular because it combines wide GPU compatibility, powerful features, and reliability in a single free tool. It supports both NVIDIA and AMD GPUs, works with almost every graphics card brand, and includes professional-grade monitoring through RivaTuner Statistics Server.

Another reason for its popularity is its strong community support, frequent updates, and long-term trust among gamers and PC enthusiasts. Despite offering advanced features, it remains lightweight and stable, making it suitable for everyday use as well as performance tuning.

Common Problems & Fixes

MSI Afterburner Not Opening

Problem:

MSI Afterburner fails to launch or closes immediately after opening.

Fixes:
Run MSI Afterburner as Administrator.
Make sure your graphics drivers are up to date (NVIDIA or AMD).
Install the latest version of MSI Afterburner from the official source.
Temporarily disable antivirus or firewall software, as it may block the app.
Check that RivaTuner Statistics Server (RTSS) is installed correctly, as Afterburner depends on it.

Overclock Settings Not Applying

Problem:
Changes to core clock or memory clock do not take effect after clicking “Apply.”

Fixes:
Click the Apply button and save the settings to a profile slot.
Enable “Apply overclocking at system startup” in the settings.
Increase clock speeds gradually; unstable values are often rejected automatically.
Make sure your GPU supports overclocking and is not locked by the manufacturer.
Disable other GPU tuning software that may conflict with MSI Afterburner.

Fan Control Not Working

Problem:
Manual or custom fan curve does not control the GPU fan speed.

Fixes:
Enable “User-defined software automatic fan control” in the Fan settings.
Click Apply after making fan curve changes.
Ensure your GPU supports manual fan control (some laptop GPUs do not).
Run MSI Afterburner as Administrator to allow hardware access.
Update GPU drivers and MSI Afterburner to the latest version.

Overlay (OSD) Not Showing or Not Working

Problem:
FPS, temperature, or usage statistics do not appear in games.

Fixes:
Ensure RivaTuner Statistics Server (RTSS) is running in the background.
Enable On-Screen Display (OSD) for selected metrics in the Monitoring tab.
Assign a toggle hotkey for OSD in the settings.
Run both MSI Afterburner and the game with the same privilege level (both normal or both admin).
Disable conflicting overlays (Steam, Discord, GeForce Experience) if issues persist.

System Requirements

MSI Afterburner has minimal system requirements and works on virtually any Windows PC with a dedicated graphics card.

Operating System

Windows 7/8/10/11 (32 & 64-bit)

Processor

Any modern CPU (Intel/AMD)

Storage

~50 MB free space

Windows 11 Fully Compatible

MSI Afterburner 4.6.5 has been tested and works perfectly on Windows 11, including the latest updates.