AMD Launches Its Microphone Noise Canceller in Their Latest Drivers: Here’s How It Works

AMD has released the latest version of its Adrenalin Edition program which includes the latest drivers for its CPUs and GPUs. There are a few changes in version 22.7.1, but one of the most notable is the release of AMD Noise Suppression, which you might be familiar with.

As the name suggests, this is a tool for removing background noise from a microphone. so you can be heard better while streaming (great for anyone streaming on Twitch) or during video calls.

This feature uses a deep learning algorithm to determine what counts as background noise. and try to remove it, allowing your voice to continue to be heard.

This feature is very similar to the Nvidia RTX Voice tool.which was later expanded to RTX Broadcast including other AI features for video and audio.

The most notable difference is that AMD Noise Suppression is included directly in the AMD software package.so you don’t need a separate application to activate it, you just need to update your AMD drivers to the latest version.

You can find it in the settings section of the AMD software package, in the audio and video subcategory. However, this feature has a few minimum requirements: you need an AMD Ryzen 5000 series processor or later, or a Radeon RX 6000 series graphics processor or later.

In addition to the new noise reduction feature, the latest AMD drivers are the first to officially support Windows 11 version 22H2, the next major update to Windows 11 that adds and brings back many features.

There are also new optimizations for Radeon Boost with support Variable Rate Shading (VRR) in games like Valorant and Elden Ring, which results in better performance on those titles.

Also, Radeon Super Resolution (RSR) is now supported on Radeon RX 5000 and 6000 GPUs in laptops. which also have AMD Ryzen processors with hybrid graphics.

RSR is a driver-integrated version of FidelityFX Super Resolution that allows you to display almost any game at a lower resolution and then scale it to the display’s native resolution using machine learning algorithms such as NVIDIA’s DLSS.