Quick Answer
The best AMD Radeon Software settings for gaming in 2026 centre on enabling Radeon Super Resolution or FSR 4 for performance uplift, setting Anti-Lag 2 on for competitive titles, and tuning your VRAM usage cap to prevent stuttering. A few minutes in the Radeon panel can meaningfully improve both frame rates and image quality without touching game-side settings.
Radeon Software Interface and Where to Start
AMD Radeon Software (now branded as AMD Software: Adrenalin Edition) is accessed by right-clicking the desktop and selecting AMD Software, or through the taskbar tray icon. The Gaming tab is your primary workspace for per-game and global settings.
The first action to take on any fresh driver installation is to run a clean install if you have not already. DDU (Display Driver Uninstaller) run in safe mode before installing new Radeon drivers eliminates legacy settings that cause unexplained stuttering or performance regressions. This step matters especially after major driver version jumps.
Once inside the software, navigate to Gaming, then Global Graphics to set your baseline for all games. Individual game profiles inherit these settings but can be overridden per title, which is useful when you want maximum performance in a competitive shooter but higher quality in a single-player RPG.
Core Performance Settings to Enable
Radeon Super Resolution (RSR) and FSR 4: RSR applies upscaling at the driver level for any game, while FSR 4 (available in supported games) works at the engine level for better results. For RDNA 3 and RDNA 4 cards, FSR 4 with Machine Learning Super Resolution delivers quality that approaches native at a fraction of the GPU cost. Set quality mode to Balanced or Quality for a good performance-to-image-quality ratio.
Anti-Lag 2: Enable this for any online competitive title. Anti-Lag 2 reduces the latency between your input and what appears on screen by up to 50% in supported games. It is particularly impactful at higher frame rates and is most useful in fast-paced games where reaction time matters.
Radeon Boost: This setting dynamically lowers resolution during fast camera movement where detail loss is least noticeable, then restores full resolution when the image is static. It is excellent for open-world games and third-person action titles. Disable it for turn-based or slower-paced games where it has no effect.
Enhanced Sync vs V-Sync: V-Sync introduces input lag. Enhanced Sync allows frames to be presented immediately when available but prevents screen tearing in most cases. For most gamers, Enhanced Sync with a high framerate target is the right choice. If you have a FreeSync monitor, enable FreeSync through the display settings and leave V-Sync and Enhanced Sync off.
VRAM and Texture Settings
The Texture Filtering Quality slider (Performance to Quality) affects how sharply textures appear at angles. For a balance of performance and sharpness, set it to High or Standard. Performance mode slightly reduces texture quality at oblique angles in exchange for a few extra frames.
AMD's VRAM usage optimisation setting can be found under Graphics. If you are playing VRAM-heavy games on an 8GB card, setting a target that leaves headroom prevents the hard stutter that occurs when VRAM overflows to system RAM. This is especially relevant in open-world games with high-resolution texture packs.
For South African gamers playing on 1440p monitors (increasingly common as 1440p screens have become more affordable in 2026), the GPU workload is meaningfully higher than 1080p. RDNA 3 and RDNA 4 cards handle 1440p well, but dialling FSR quality from Native to Quality mode can recover 20% to 30% of frame rate in GPU-limited scenarios.
Radeon Metrics and Performance Monitoring
The Performance tab in Radeon Software includes an on-screen overlay that displays GPU temperature, utilisation, VRAM usage, frame rate, and frame time. Enable this while testing your settings to verify that your GPU is not thermal throttling and that VRAM is not saturating.
If GPU temperature exceeds 85 degrees Celsius consistently, check your case airflow before adjusting any settings. Radeon cards do run warmer than Nvidia equivalents by design, but sustained temperatures above 90 degrees warrant attention. AMD allows custom fan curves through the Performance, Tuning section, and a slightly more aggressive fan curve trades noise for cooler, more consistent performance.
For competitive gaming where consistent frame times matter more than peak frame rate, the Frame Time graph in the overlay is more useful than the raw FPS counter. Large frame time spikes indicate stuttering even when average FPS looks acceptable.
Frequently Asked Questions
Should I enable or disable Radeon Image Sharpening? Radeon Image Sharpening (RIS) adds a sharpening pass that is useful when running below native resolution or with temporal upscaling. At native resolution with no upscaling, it adds a slight over-sharpened look that some users dislike. Try it at 80% strength and adjust to taste. It has negligible performance cost.
Does AMD Anti-Lag 2 work in all games? Anti-Lag 2 requires game-side integration in its most effective form and is supported in a growing list of titles including popular esports games. The original Anti-Lag (driver-level) works in all DirectX 9, 11, and 12 games and still provides meaningful latency reduction, just less than the integrated version.
What driver version should I be on in 2026? Stay within two to three driver versions of the latest Adrenalin release. AMD's cadence of game-specific optimisation drivers means newer releases often include specific performance improvements for recently released titles. Check the release notes before updating, as some releases have had known issues that AMD quickly patched in follow-up releases.
Can Radeon Software settings hurt performance if set incorrectly? Yes. Setting tessellation to AMD Optimized can recover performance in older titles that over-apply tessellation. Setting texture quality higher than your VRAM can comfortably handle causes stuttering. The safest starting point is AMD Optimized for most settings, then layer in specific improvements based on your use case.
