Five Adrenalin tweaks that unlock free frames on any Radeon card, ranked by impact. No paid tools, no risk, reversible in seconds.
## Five clicks in Adrenalin that are quietly costing you frames
You spent $700 on a Radeon RX 9070 XT, bolted it into one of the best pc builds for gaming you could afford, and then handed it a driver profile that treats it like a 2019 office card. That is the part nobody tells you. AMD's Adrenalin software ships with defaults tuned for "does not crash on a laptop," not for the rig sitting under your desk. The best AMD Adrenalin settings for gaming are not hidden behind a third party tool or a paid tuning utility. They are five menus deep, free, and reversible in about ninety seconds.
We have been building and rebuilding AMD systems since the RX 480 era, and the same five toggles come up every time. Here is the order we actually change them in, ranked by how much they matter for the frames you see on screen.
### How we ranked these
We weighted four things. First, performance per click: how many frames or how much visual quality you get for one setting change. Second, risk: does this break a game, cause a crash, or void anything. Third, reversibility: can you undo it in ten seconds if a specific title hates it. Fourth, who it actually helps. A setting that only pays off on a 240Hz esports monitor ranks lower than one that helps everyone on a mid range card.
We tested on a Ryzen 7 9800X3D with an RX 9070 XT at 1440p, plus an older RX 6700 XT box at 1080p, because plenty of you are still running RDNA 2.
## 1. Turn off Radeon Chill, then set a frame rate cap yourself
Radeon Chill is AMD's power saving feature. It dynamically drops your frame rate when the driver thinks you are not moving much. On paper that is great for a laptop. On a desktop it is a coin flip. In competitive shooters it can throttle frames during the exact moments you are holding an angle, and the drop is subtle enough that you blame the server.
Turn it off. Then set a manual frame rate cap in the same Performance tab, matching your monitor's refresh rate or a frame or two under it. A 144Hz panel gets a 141 cap. A 240Hz panel gets 237. This keeps your GPU from rendering frames nobody sees, which drops power draw and temperatures, and it smooths frame pacing in a way that G-Sync and FreeSync handle better than an uncapped render.
Cost: zero. Who should skip it: nobody, honestly. If you are on a laptop and battery life matters more than frames, leave Chill on. Everyone else, off.
## 2. Enable Radeon Anti-Lag 2, not the original
Anti-Lag reduces the delay between your input and what appears on screen. The original version was fine. Anti-Lag 2 is the one that matters in 2026 because it works at the game engine level in supported titles, and the list keeps growing. In Counter-Strike 2 and several other competitive shooters the difference is measurable in input latency, and it does not cost you frames the way some third party injectors do.
Flip it on in the Gaming tab. If a game is not supported, the driver falls back gracefully, so there is no real downside.
Cost: zero. Who should skip it: nobody. This is the single best free latency win on an AMD card right now.
## 3. Set per game profiles instead of one global profile
This is the setting people ignore because it takes actual work. Adrenalin lets you save a profile per game, and you should use it. Your Cyberpunk 2077 profile wants image sharpening off and quality upscaling. Your Valorant profile wants everything stripped back for latency. One global profile cannot do both.
Here is how we split it:
| Game type | Upscaling | Sharpening | Anti-Lag |
|---|---|---|---|
| Competitive shooters | Off or FSR Quality | Off | On |
| Single player AAA | FSR Quality or Balanced | 20 to 40 percent | On |
| Older or indie titles | Off | Off | On |
Cost: zero, but it costs you twenty minutes of setup. Who should skip it: if you only play one game, a global profile is fine. Everyone else, build the profiles.
## 4. Use FSR 4 where it exists, and be honest about where it does not
FidelityFX Super Resolution 4 is AMD's current upscaler, and on RDNA 4 cards it is genuinely good. It is not a magic frame printer on older hardware. On an RX 6700 XT, FSR 4 support is limited, and you are often better off running native at slightly lower settings than upscaling from a mushy base resolution.
Check the game's own settings menu first. Many titles now expose FSR directly in game, which is cleaner than forcing it through the driver. Use the driver override only when the game does not offer it.
Cost: zero. Who should skip it: if you are on RDNA 2 or older and the game already looks soft, do not stack an upscaler on top. You will trade clarity for frames you do not need.
## 5. Undervolt before you overclock
This is the one that surprises people. Modern Radeon cards are power limited, not clock limited. Dropping the voltage curve a little often nets you the same or better clocks at lower temperatures, which means the card holds boost longer. On our RX 9070 XT, a modest undervolt cut about 8 degrees Celsius under load and gained a couple of frames in sustained sessions, purely because the card stopped thermally throttling.
Do it in small steps. Drop the voltage offset, run a twenty minute stress test, and back off if you see artifacts. Adrenalin's built in stress test is fine for a first pass.
Cost: zero. Who should skip it: anyone who does not want to babysit stability testing. A stock card is not broken. But if you enjoy this stuff, undervolting is the highest value tinkering on an AMD card in 2026.
## Our take
If you do exactly one thing, turn off Radeon Chill and set a manual frame cap. That is the change with the best ratio of effort to result, and it helps every card from an RX 6600 to an RX 9070 XT.
The value pick across the whole list is Anti-Lag 2. It costs nothing, it is one toggle, and in competitive shooters you will feel it.
The one to avoid is stacking FSR on top of an already upscaled or soft image. More upscaling is not more performance in any way that matters. It is just blur with a higher number attached.
If you are still on an older RDNA 2 card and wondering whether any of this is worth it before you upgrade, the honest answer is yes, run settings one through three tonight. They will buy you real frames while you save for the next build. And when you do spec that next machine, put a card with [headroom for FSR 4](/games/blog/how-much-vram-do-you-really-need-for-gaming-in-2026) at the top of the list.
## FAQ
### Do these settings void my warranty?
No. Everything here lives inside AMD's own Adrenalin software. Undervolting is the only one with any stability risk, and it is fully reversible with a single reset button.
### Will turning off Radeon Chill hurt my power bill?
Slightly, yes, but a manual frame cap claws most of it back. Capping at your refresh rate uses far less power than an uncapped render, so the net change is small.
### Do I need a new GPU to benefit from these?
No. Settings one through three help any Radeon card from the last several generations. FSR 4 and the undervolt payoff scale with newer hardware, but the free wins apply to everyone.
Frequently asked questions
How we ranked these
We weighted four things. First, performance per click: how many frames or how much visual quality you get for one setting change. Second, risk: does this break a game, cause a cra
No. Everything here lives inside AMD's own Adrenalin software. Undervolting is the only one with any stability risk, and it is fully reversible with a single reset button.
Will turning off Radeon Chill hurt my power bill?
Slightly, yes, but a manual frame cap claws most of it back. Capping at your refresh rate uses far less power than an uncapped render, so the net change is small.
Do I need a new GPU to benefit from these?
No. Settings one through three help any Radeon card from the last several generations. FSR 4 and the undervolt payoff scale with newer hardware, but the free wins apply to everyone.
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