AMD Radeon GPU owners can enhance their gaming experience using the optimization features of Adrenalin software. Through driver settings, users can boost performance and reduce input lag using the Hypr-RX suite, which is compatible with all RDNA 2 and newer integrated and dedicated graphics cards.
Like AMD FSR, Hypr-RX includes features like frame generation, upscaling, and anti-lag technology. However, its key advantage is that it doesn’t require developers to implement it directly into games. This means thousands of games can benefit from Hypr-RX with a simple toggle in AMD’s software.
While this ease of use is impressive, the results may not always match the performance of games that natively support these technologies, as they lack the fine-tuned optimizations made by game developers. Let’s take a closer look at the features and functions of AMD Hypr-RX.
Amd Fluid Motion Frames (AFMF)
Also known as the frame generator, AFMF (AMD Fluid Motion Frames) boosts gaming performance by generating additional frames. However, this comes at the cost of increased input latency and potential image quality issues, such as smudging and visual artifacts. Unlike AMD FSR 4 for Radeon RX 9000 or NVIDIA DLSS, AFMF does not use advanced reconstruction techniques to enhance final image quality.
With the release of AFMF 2.1, alongside RDNA 4 GPUs, AMD promises improved image quality and fewer artifacts compared to version 2.0. Additionally, AFMF 2.1 is expected to deliver a significant performance boost, offering up to three times the performance of native 4K in some games.
In AMD’s tests, Borderlands 3 showcased the most significant performance gain, while Apex Legends had the smallest increase at 2.2x. These improvements make AFMF a valuable option for gamers looking to maximize performance, though results may vary depending on the game.
Reducing Latency with Anti-Lag 2
With AFMF generating more frames, input latency naturally increases. To counteract this, HyPR-RX includes Anti-Lag 2, which aims to reduce latency by up to 42% in games like Apex Legends.
This feature also comes with a built-in latency measurement tool, allowing users to monitor and adjust their settings for an optimal balance between performance and responsiveness.
AMD Radeon Super Resolution (Upscaling)
Radeon Super Resolution (RSR) is a technology that renders games at a lower resolution and then upscales them to the display’s native resolution, helping to improve performance. Unlike AMD FidelityFX Super Resolution (FSR), which game developers can integrate directly, RSR works at the driver level, making it compatible with a wide range of games.
Similar upscaling technologies exist from competitors, such as NVIDIA DLSS and Intel XeSS, each offering different quality levels. While enabling RSR can significantly boost FPS, it may come at the cost of reduced image sharpness.
Ultimately, users with AMD Radeon GPUs must decide whether they prioritize higher performance (FPS) or better graphics quality, depending on their hardware and gaming preferences.
AMD Radeon Boost
Radeon Boost is another feature designed to improve performance, but it works dynamically based on in-game movement. When enabled, the technology reduces the rendering resolution during fast-motion scenes, allowing for a higher FPS without impacting performance in static moments.
However, this comes at the cost of temporary image quality loss, as the drop in pixel count can lead to noticeable visual artifacts, even if only briefly. This trade-off makes Radeon Boost ideal for gamers prioritizing fluidity and responsiveness over absolute graphical fidelity.
Additional HyPR-RX Features in AMD Adrenalin
Beyond its core technologies, AMD Adrenalin offers several smaller features within the HyPR-RX suite, enhancing performance, efficiency, and visual quality:
- Radeon Chill – A power-saving feature that adjusts the GPU’s frame rate based on user-defined minimum and maximum targets. This is particularly useful for laptops, helping extend battery life when unplugged.
- Radeon Image Sharpening (RIS) – Enhances image clarity and sharpness in both games and media applications, making visuals more detailed.
- Radeon Enhanced Sync – An alternative to traditional V-Sync, designed to reduce screen tearing without the latency penalty. However, it does not work when AFMF (frame generation) or upscaling is enabled.
These HyPR-RX features can be accessed through the AMD Adrenalin software and tested in any game, provided the system has an RDNA 2, RDNA 3, or RDNA 4-based graphics card.
