AMD Radeon Software Best Settings for Gaming 2026

AMD Radeon Software — Adrenalin Edition is packed with toggles that genuinely affect how your GPU performs. Radeon Anti-Lag cuts input latency. HYPR-RX can push frame rates dramatically higher with one click. Smart Access Memory squeezes free FPS out of your existing hardware without touching a single in-game setting. The problem: most guides list enable/disable without explaining the mechanism, so you can’t adapt the advice to your own setup. This guide covers every meaningful setting, explains what it actually does to the GPU pipeline, and gives you two ready-to-copy profiles — one for competitive FPS, one for quality AAA gaming.

Quick Start: Two Profiles for Every Play Style

The table below is your starting point. The sections that follow explain why each setting differs between profiles — understanding the mechanism means you can adapt these when a game behaves unexpectedly.

Global Graphics Settings — What Each Toggle Actually Does

These settings live under Gaming > Global Graphics in AMD Software. Changes apply to every game unless overridden by a per-game profile.

Wait for Vertical Refresh

V-Sync synchronizes the GPU’s output to your monitor’s refresh cycle to eliminate screen tearing — but at the cost of queuing rendered frames. Each queued frame adds latency: at 60 Hz, that’s up to 16.7ms of delay between your input and what appears on screen. For competitive play, set this to Always Off. AMD FreeSync handles tearing elimination without the latency penalty, so V-Sync is only useful if you don’t have a FreeSync-compatible monitor. The AMD Optimized setting lets the game engine decide, which works well for single-player titles.

Anti-Aliasing and Anisotropic Filtering

Keep both on Use Application Settings. Modern games implement their own AA (TAA, FSR, DLSS equivalents) and anisotropic filtering — typically 16x — and do it more efficiently than driver-level overrides. Forcing these at driver level overrides the game’s own optimizations and either degrades quality or wastes performance. The exception: older DX9-era games that don’t implement their own AA, where driver-level MSAA can clean up jagged edges at a modest FPS cost.

Texture Filtering Quality

Three options: Standard, High, Performance. Standard is the balanced default and correct for most setups. Performance trades a small degree of texture sharpness at oblique viewing angles for a marginal FPS bump — independent testing finds roughly 1–3% gains in most GPU-bound titles. High adds slightly better anisotropic precision at a comparable performance cost. For competitive play, set to Performance. For quality-first gaming, Standard is the right call. The difference is subtle; don’t expect a dramatic FPS swing from this toggle alone.

Surface Format Optimization and Tessellation

Surface Format Optimization allows the GPU to substitute a more efficient texture format when the quality difference would be imperceptible. Leave this On — it reduces VRAM bandwidth at no visual cost in supported titles.

Tessellation Mode controls how AMD handles geometry tessellation beyond what the game requests. AMD Optimized lets games control it normally. Capping it at 8x prevents titles from over-tessellating geometry that’s far from the camera — geometry that’s too small to resolve detail on anyway. For mid-range GPUs (RX 6600 through RX 7700), capping tessellation at 8x can recover 3–5% GPU headroom in tessellation-heavy scenes. For high-end cards (RX 7900 XTX, RX 9070 XT), leave it at AMD Optimized unless you’re hitting a sustained GPU bottleneck.

AMD Performance Features — When to Enable Each One

Radeon Anti-Lag and Anti-Lag 2

Radeon Anti-Lag addresses input latency at the driver level. Normally, the CPU submits a queue of work to the GPU several frames ahead — this buffers smoothly but means your mouse click was registered 2–3 frames before it appears on screen. Anti-Lag reduces that queue so the GPU processes work closer to when your input was sampled.

Anti-Lag 2 goes further: where Anti-Lag 1 intervenes at the driver layer, Anti-Lag 2 integrates directly into the game engine at the exact point before the game samples your controls. This gives it more precise timing than driver interception. AMD’s benchmarks show up to 37% latency reduction versus no latency feature in supported games. The limitation: Anti-Lag 2 requires game-side SDK integration. Current supported titles include Counter-Strike 2, Dota 2, and Ghost of Tsushima Director’s Cut. For everything else, Anti-Lag 1 remains active. Keep Anti-Lag enabled globally; switch to the Anti-Lag 2 toggle in a per-game profile for supported titles.

Radeon Boost

Radeon Boost dynamically reduces render resolution during fast camera movement — the moments when fine detail is least perceptible because the scene is blurring with motion anyway. The default target is 83–90% of your set resolution, restoring to full during static scenes. In GPU-limited scenarios, Boost can recover 8–15% average frame rate with minimal perceived quality loss.

Disable it for competitive FPS. Resolution consistency matters in competitive play — a Boost resolution dip at the moment you flick your crosshair to a target is exactly the wrong time for a quality reduction. Enable it for open-world and narrative titles where precision aiming isn’t the priority.

Radeon Chill

Chill limits frame rate during low-intensity moments (menus, slow exploration) and releases the limit during action sequences, reducing power draw and heat. It’s useful for laptops on battery or uncapped games where the GPU is spinning at 300+ FPS in menus. Disable it for competitive play — Chill cannot run simultaneously with Anti-Lag, so enabling it disables your latency optimization. On a desktop with adequate cooling, keep Chill off and use Frame Rate Target Control for any FPS cap you need.

Radeon Image Sharpening

Image Sharpening applies a contrast-adaptive sharpening pass to the final rendered frame. At native resolution without upscaling, 10–20% adds subtle detail enhancement without haloing artifacts. At 70–80%, it compensates for the softness introduced by Radeon Super Resolution or FSR upscaling. Match the strength to your scenario: no upscaling → low strength, RSR or FSR enabled → high strength. Note that Image Sharpening is automatically disabled when RSR is active — Adrenalin’s integrated RSR+sharpening pipeline handles both together.

Enhanced Sync

Enhanced Sync eliminates screen tearing without the frame queuing cost of V-Sync. In principle it’s a middle ground — in practice it causes intermittent stuttering on some AMD configurations, particularly at lower frame rates. If you have a FreeSync monitor, use FreeSync instead and leave Enhanced Sync off. If you don’t have FreeSync, try Enhanced Sync and disable it immediately if you see any stutter.

For a direct comparison with NVIDIA’s equivalent control panel options, see our NVIDIA Control Panel best settings guide.

HYPR-RX — The One-Click Performance Boost (and Its Limits)

HYPR-RX is a single toggle that simultaneously activates AMD Fluid Motion Frames 2 (AFMF 2), Radeon Super Resolution, Anti-Lag, Radeon Boost, and Radeon Chill. AMD claims up to 2.3x performance increases; independent testing in typical GPU-limited scenarios finds 1.3–1.8x is more representative, depending on how far below 60 FPS the GPU was running before activation.

Full HYPR-RX support — including AFMF 2 frame generation — requires RDNA 3 (RX 7000 series) or RX 9070 series hardware. On RDNA 2 GPUs (RX 6000 series), HYPR-RX enables RSR and Anti-Lag but not AFMF 2. The toggle works with DX11 and DX12 games.

Use HYPR-RX for single-player AAA games where you’re GPU-limited and want maximum FPS without per-setting tuning. Skip it for competitive multiplayer — because HYPR-RX bundles Boost and Chill with Anti-Lag, you can’t disable Boost while keeping Anti-Lag active within the single toggle. Manual configuration gives you that control.

Upscaling — RSR, FSR 3, and AMD Fluid Motion Frames 2

AMD’s upscaling stack has three tiers with meaningfully different quality and compatibility profiles.

Radeon Super Resolution (RSR) is driver-level spatial upscaling — the game renders at a lower resolution and RSR reconstructs detail using the FSR spatial algorithm. No game support required; works everywhere. Quality degrades noticeably below 70% scaling. Use RSR at 77% or higher (Quality or Ultra Quality preset equivalent) for acceptable results, and pair it with Image Sharpening at 70–80% to recover edge clarity.

FSR 3 (in-game) is the better option where available. Game-integrated FSR has access to motion vectors for temporal reconstruction that RSR cannot use, producing sharper output and cleaner motion. If your game supports FSR 3 natively, enable it at Quality or Balanced preset in the game’s own settings and skip RSR.

AMD Fluid Motion Frames 2 (AFMF 2) generates synthetic intermediate frames between the GPU’s rendered frames to increase output frame rate. A GPU rendering 45 FPS natively can output 90 FPS to the monitor with AFMF 2 active. The latency tradeoff is real: interpolated frames carry the same input delay as the base frame they were synthesized from, so effective input latency doesn’t halve with doubled frame count. AFMF 2 produces the best results above 40 FPS native — below that threshold, frame pacing artifacts become visible and the quality gain reverses.

Smart Access Memory — Enable It If You Haven’t Already

Smart Access Memory (SAM) — AMD’s name for Resizable BAR — allows the CPU to access the GPU’s full VRAM buffer directly rather than through a 256MB access window. On default configuration, the CPU batches data to the GPU through that small aperture, creating a bottleneck that becomes visible in VRAM-intensive scenes. SAM removes that constraint entirely.

Performance gains range from 2% to 19% depending on the title. The average across a broad game library is 4–8% — free performance from a one-time BIOS configuration. A small number of titles show minor regressions with SAM enabled, but the gains in the majority of games make it worth enabling for every AMD GPU owner with compatible hardware.

How to enable SAM:

1. Enter BIOS (typically Del or F2 at POST)
2. Enable Above 4G Decoding
3. Enable Resizable BAR Support (labeled “ReBAR” on some boards)
4. Disable legacy CSM if present
5. Save and reboot
6. Open AMD Software > Performance — confirm Smart Access Memory shows Enabled

SAM requires a Ryzen processor (Ryzen 5000 or newer for the broadest platform support) and a compatible motherboard. AMD 500-series and 600-series chipset boards support SAM natively. Some X470 and B450 boards received SAM support via firmware updates — check your motherboard vendor’s BIOS changelog if you’re on an older platform.

FreeSync and Frame Rate Target Control

Enable FreeSync globally in AMD Software under Display. With FreeSync active, the monitor’s refresh rate dynamically matches the GPU’s output frame rate within the FreeSync range — typically 48–144 Hz or 48–165 Hz. No tearing, no V-Sync latency penalty. This is the correct display sync option for virtually every AMD user with a compatible monitor.

Frame Rate Target Control caps the GPU’s maximum output. Set the cap 3–4 FPS below your monitor’s maximum refresh rate — 141 FPS for a 144 Hz display, 237 FPS for a 240 Hz display. This keeps the frame rate in the FreeSync operating range without hitting the ceiling where FreeSync disengages, and prevents the GPU from wasting resources on frames your monitor can’t show. It also reduces heat and noise during less demanding scenes where the GPU would otherwise spin freely at several hundred FPS.

Per-Game Profiles — Overriding Global Settings for Specific Titles

AMD Software’s per-game profiles let you override global settings for individual executables. Access them via Gaming > Games > right-click any title > Manage 3D Settings, or add a custom profile for any executable not in the library.

The most useful application: your global profile runs the Competitive FPS config (Anti-Lag on, Boost off, V-Sync off), but you want HYPR-RX and higher Image Sharpening for a specific single-player title. Create a profile for that game’s .exe with HYPR-RX on, Boost on at 83%, Image Sharpening at 70%. Your global competitive settings stay intact for everything else.

Per-game profiles also handle Anti-Lag 2 — you’d enable the Anti-Lag 2 toggle specifically for Counter-Strike 2 while leaving Anti-Lag 1 as the global fallback for all other titles.

For everything these settings feed into at the OS level — Windows power plan, CPU scheduler, background process management — see the PC optimization guide for the full workflow. For plain-English explanations of any graphics term in this guide, the game settings explained guide covers every common toggle from shadow quality to anisotropic filtering.

Frequently Asked Questions

What is the single most important AMD Radeon Software setting?

If you haven’t enabled Smart Access Memory in BIOS, that’s the highest-impact change — it’s free FPS with no tradeoffs on compatible hardware. Beyond that: Anti-Lag on, Radeon Chill off, Wait for Vertical Refresh set correctly for your use case, and FreeSync on if your monitor supports it.

Should I use HYPR-RX or configure settings manually?

For single-player AAA gaming on RDNA 3 or RX 9070 series hardware, HYPR-RX is a valid shortcut — the bundled settings are well-tuned for quality-focused play. For competitive multiplayer, manual configuration is better: you need Anti-Lag active without Boost and Chill bundled in, and you want predictable render resolution at all times.

Does Radeon Anti-Lag work in every game?

Anti-Lag 1 works at the driver level in virtually all DX11 and DX12 titles on RDNA 1+ hardware (RX 5000 series and newer). Anti-Lag 2 requires game-side SDK integration and is currently supported in Counter-Strike 2, Dota 2, and Ghost of Tsushima Director’s Cut. For all other titles, Anti-Lag 1 is the active fallback.

What is the difference between RSR and in-game FSR?

Radeon Super Resolution is driver-level spatial upscaling — no game support needed, works with any title, but lacks access to motion data. In-game FSR 3 uses motion vectors for temporal reconstruction, producing sharper output and better motion handling. Use in-game FSR 3 where available and fall back to RSR for titles that don’t support it.

Is Radeon Image Sharpening the same as FSR?

No — they serve different purposes. Image Sharpening is a post-process filter that enhances existing detail in a fully rendered frame. FSR upscales from a lower render resolution to your display’s native resolution. They’re complementary: FSR handles the resolution recovery, and Image Sharpening at high strength restores the edge clarity that spatial upscaling softens.

Sources

1. AMD Radeon Anti-Lag 2 — AMD GPUOpen — SDK documentation, hardware requirements, and integration details
2. AMD HYPR-RX Profiles — AMD.com — official feature overview and GPU compatibility (https://www.amd.com/en/products/software/adrenalin/hypr-rx.html)
3. AMD Radeon Adrenalin Best Settings 2026 — GadgetMates (https://gadgetmates.com/amd-radeon-adrenalin-best-settings)
4. Best AMD Settings For FPS on Laptop and PC — Dignitas (https://dignitas.gg/articles/best-amd-settings-for-fps-on-laptop-and-pc)
5. AMD Radeon Anti-Lag Technology — AMD.com — Anti-Lag vs Anti-Lag 2 feature overview (https://www.amd.com/en/products/software/adrenalin/radeon-software-anti-lag.html)
6. AMD Smart Access Memory Benchmarked — Windows Central — SAM performance range across titles (https://www.windowscentral.com/amd-smart-access-memory)

Michael R.

I've been playing video games for over 20 years, spanning everything from early PC titles to modern open-world games. I started Switchblade Gaming to publish the kind of accurate, well-researched guides I always wanted to find — built on primary sources, tested in-game, and kept up to date after patches. I currently focus on Minecraft and Pokémon GO.