The MSI Afterburner is a staple GPU overclocking tool among overclocking enthusiasts owing to the wide variety of features it offers users. With the capability to overclock and fine-tune your CPU and memory, the software takes a comprehensive approach to overclocking systems. The MSI Afterburner is a great tool for monitoring your vga's health status as well as overclocking it including tweaking voltages. Monitoring In case you came her with a vga related problems you might be asked to tell about the load and idle temps of your vga. GeForce GTX 1080 Overclocking Guide With AfterBurner 4.3.0 - Starting an overclock and tweaking by Hilbert. You'll need a GeForce GTX 1070 or 1080 Founders edition or MSI Pascal based product.

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To show the graphics card operating status more accurately, Afterburner provides a complete monitoring function: all important information including the GPU core clock, memory clock, temperature, voltage, and fan speed have a real-time on-screen-display monitor in games and real-time information in Windows Tray Icon. All the adjustments can be saved as 5 profiles, users can quickly switch to different settings with hotkeys.

The new version of Afterburner not only supports the latest NVIDIA GeForce 500 and AMD Radeon HD 6000 series of graphics cards, but also adds the Predator in-game video capture function. Gamers can now capture all of their most intense moments in their favorite games and share them with the world on sites like YouTube.

MSI Afterburner for Android

You can use the MSI Afterburner for Android to monitor and overclock your machine from your Android device. /rc48-vst-free-download.html. To use the MSI Afterburner App you must have installed the MSI Afterburner Remote Server on your computer.

Install Instructions for MSI Afterburner Remote Server:

To access your machine from your Android device you must first download and install the Remote Server for the download links found here. Once you download the MSIAfterburnerRemoteServer.zip file from TechSpot, extract the file to your computer and run MSIAfterburnerRemoteServer.exe. Once installed it should appear in system tray. Click on it and copy the bottom IP address shown (you will need it for the MSI Afterburner App).

Configuring the MSI Afterburner App:

After downloading the MSI Afterburner App for Android on your Android device and installing MSI Afterburner Remote Server on your computer, open the app and click on settings. In settings select 'Host IP Address' and enter the IP address you got from the MSI Afterburner Remote Server (it should be something like 192.168.101.22:82). Once you enter the IP Address your Android device will automatically connect to your personal computer.

What's New:

• Added voltage control for reference design NVIDIA GeForce RTX 20x0 SUPER series graphic cards
  • Added voltage control for AMD RADEON RX 5700 series graphics cards
  • Added new MSI Steampunked, MSI Lightning Anniversary and MSI Mystic skins by Drerex design
  • Improved hardware monitoring module:
    • Added CPU temperature monitoring support for AMD Ryzen 3X00 processors family
    • Added thermal offset for CPU temperature monitoring on AMD Ryzen Threadripper 29X0 processors family
    • Added package CPU power and per-core CPU power monitoring for AMD Ryzen processors family
  • Improved monitoring plugins architecture
• Added API function for reading host application’s hardware monitoring timestamp from the plugins. The timestamp is updated by host on each hardware polling iteration, so it allows the plugin to precache and reuse some sensor data if the same physical sensor value is being used in multiple data sources exported by plugin. Such approach is demonstrated in updated CPU.dll plugin for duplicating the same temperature sensor value for all cores on AMD CPU
• Added optional plugin unititialization callback function, which is called by the host before unloading the plugins. New multithreaded Ping.dll plugin is demonstrating new function usage to shut down ping monitoring thread properly
• Improved monitoring plugins:
  • • Updated CPU.dll plugin is demonstating AMD Ryzen CPU temperature monitoring implementation and optimal duplication of the same temperature sensor readback for all CPU cores
    • Added new Ping.dll plugin for monitoring ping to desired server via ICMP echo requests. Please take a note that the plugin is configured to monitor ping to www.guru3d.com by default, it is up to you to specify target server name or IP address in the plugin properties
• Improved skin engine:
  • Optimized skin rendering performance for skins using multiple overlapped animated indicators
  • Added position smoothing support to skinned indicators
  • Now skinned applications can forcibly disable indicator animation if necessary
• Skin format reference guide has been updated to v1.8 to document these changes
• RivaTuner Statistics Server has been upgraded to v7.2.3
• Added new MSI Steampunked skin by Drerex design
• Improved skin engine:
  • Optimized skin rendering performance for skins using multiple overlapped animated indicators
  • Added position smoothing support to skinned indicators
  • Now skinned applications can forcibly disable indicator animation if necessary
  • Skin format reference guide has been updated to v1.8 to document these changes

Previous versions:

• 181 votes
  The easiest way to optimize your games and keep your Nvidia drivers up to date.

  • Freeware
  • Windows
• 213 votes
  This software allows you to fine tune your Nvidia graphics card, maximizing cooling and performance. With a brand new layout, completely new codebase, new features and more, the new EVGA Precision X1 software is faster, easier and better than ever.

  • Freeware
  • Windows
• 449 votes
  OverDrive offers custom performance and overclocking for novice and enthusiast users as well as an auto-clock option.

  • Freeware
  • Windows

Literally 1-click overclocking!

Always wanted to get more performance out of your graphics card, but don't know how overclocking works or simply don’t want to risk it? The new OC Scanner feature in MSI Afterburner will do the overclocking for you at the click of a button. It's free, it works great and the best part is: it’s completely safe too! This blog article will explain in some detail how OC Scanner works and guide you on how to use it.

Overclocking: Not as scary as it sounds

Overclocking has long been a hobby for a relatively small group of hardware enthusiasts. Mostly because of the time it takes to understand the process and do it right. I can remember the first time I ever attempted overclocking, it was quite overwhelming and even scary at some point. Scary because I was afraid of causing any kind of damage to the expensive equipment inside my PC.
It seems the major chip manufacturers caught on to the worries of their customers about damaging their products. Over the course of recent years, we’ve seen those manufacturers engineer ways to minimize any chance of accidentally damaging their products. These days, most Graphics Processors have built-in safety measures that restrict the changes you can make with overclocking software like Afterburner to values they consider to be safe. The processors and drivers themselves also continually monitor things like temperature and power usage so that action can be taken to ensure the safety of the product. A great example of this is a thing we know as Thermal Throttling. If a GPU gets too hot, it will automatically reduce its effective clockspeeds to reduce the workload and output of heat until it reaches a level deemed safe.
This is good to know when you’re just getting into overclocking and you’re scared of damaging your precious hardware by simply changing some values. If you want to learn more about manual overclocking you can check out this blog article: https://www.msi.com/blog/need-more-fps-try-overclocking

Here's how OC Scanner works

The OC Scanner is essentially a tool that uses an algorithm developed by NVIDIA for the RTX 20 series graphics cards. Within just a few minutes it will run a process that will determine the highest stable overclock settings for your graphics card. The process consists out of the same basic steps as manual overclocking, being: increasing clockspeed by one step, then stressing the GPU to see if this clockspeed is stable. If the clockspeed is stable under load, the clockspeed will be upped by another step and the GPU will be stressed once more. This process repeats itself until the GPU fails to maintain stability under load. At that point, the last known stable clockspeed will be set as the maximum value. This process will repeat itself 4 times to cover 4 different Voltage levels. It does this because the OC Scanner algorithm uses the so-called Voltage/Frequency Curve. This curve works by matching the values of clockspeeds to corresponding values of voltage that can sustain those clockspeeds. By doing this you will get a curve where higher voltages are required to run at higher clockspeeds. Out of the box the last few generations of graphics cards have used this curve. What OC Scanner does is to see how far the curve can be safely adjusted to provide higher clockspeeds.

How to get started with OC Scanner

Before you start the process of OC Scanner, we recommend that you enable detailed control of your graphics card in the Afterburner settings. You can do that by checking the boxes below.
After this, you should set the sliders for Core Voltage, Power Limit and Temp Limit all the way to the right. After this, you can click apply at the bottom and nothing will happen yet. All this does is to allow your graphics card a bit more room to stretch its legs when you run OC Scanner.
As mentioned above, setting these sliders to their max values is completely safe as the values are defined by the manufacturer of the graphics chip to be considered safe.
When all of this is done, it's time to start the OC Scanner!
Click on the button left of the “Core Clock (MHz)” text as highlighted below to open the Voltage/Frequency Curve window.
At the top right of the Voltage/Frequency Curve window you will see the OC Scanner button. When you click that, the OC Scanner window will open showing two options: Scan and Test.
Scanning is the actual process described above where the algorithm will determine the highest stable frequency on 4 different voltage levels. This process should take around 15 minutes before presenting you with its conclusions. The value of the Core Clock in Afterburner should now show “Curve” instead of a number.
After running the Scanner, it's recommended to run the Test option. The Test script will verify the stability of the profile generated by the OC Scanner and provide the results in a ‘confidence level’. Personally I haven't see any other number than 90%, even after running the test script on stock settings. But anything above 60% should be fine to use.
You can now apply the OC Scanner values by clicking the Apply button in Afterburner. Usually I would recommend to save the values in a profile as well, in case you want to switch between default values and your OC profile. You can do this by clicking on the Save Icon on the bottom right of Afterburner. The numbers on the left of the icon will start to flash to indicate that you can choose which number you would like to save this profile under. Once you choose a number by clicking on it, that button will become an active profile. This means you can easily switch back to default values by clicking the reset button, but also load up your OC profile by clicking on the profile number and then Apply.
Congratulations, you have just overclocked your graphics card!
That will most likely give you a nice boost in performance in games, however OC Scanner currently only overclocks your GPU. Your memory can also be overclocked for additional performance.
This has to be done manually by either adjusting the slider or typing in values by yourself.

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I have found that on the RTX 20 Series graphics cards, the memory can be overclocked quite a bit, all the way up to +1000MHz in some cases. However you will have to find out how much for your card by yourself. It's relatively safe to do this though, so if you’ve come this far already we recommend giving it a go. A good place to start is +500MHz, which most cards should run just fine. If you want to find out how high you can take it, just keep adding +50MHz after that and run a benchmark until you start seeing visual artifacts or the benchmark crashes. Then go back to the last setting that would run without any issues.

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Enjoy the additional performance!

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