Resident Evil 4 Remake Best Settings for RTX 3060 at 1080p
The ray tracing toggle is the only hard decision — a High base, readable dark-scene preset and a flashlight calibration test.
PC game settings, explained option by option
Last updated: November 1, 2026
Every game's graphics menu is a different puzzle. These per-game guides break down which options cost the most frames, which ones look great for almost nothing, and how to build a preset that matches your hardware tier – low-end, mid-range or high-end – at 1080p, 1440p or 4K. All advice covers in-game options only and is written as subjective preference, not a universal answer.
The ray tracing toggle is the only hard decision — a High base, readable dark-scene preset and a flashlight calibration test.
Tuned in New Atlantis, not in space: render scaling, Crowd Density, and why cities are a processor problem.
No ray tracing hardware, no problem — the classic rendering path, Hairworks as the budget lever, and swamp Velen as the benchmark.
You have surplus frames — spend them on consistency, texture filtering and a wide FOV, not on marginal texture tiers.
The port with almost nothing to tune: motion blur, the brightness symbol, the 60 fps lock — and where to spend your tuning energy instead.
Which options cost frames during big fights, and why the loudest moments are the only benchmark.
A visibility-first preset: what to lower, what Adaptive Resolution really does, and how to pick FOV.
DLSS Quality first, ray tracing last — a preset tuned inside Hogwarts castle, not the fields.
A port that scales well: what Original Resolution does, and why combat is the only real test.
Textures set by the VRAM meter, FSR Quality as the scalpel — a stutter-free 1080p preset.
Building a preset around 4 GB of video memory, with FSR instead of DLSS.
Which of the long advanced list actually costs money, and how to fix TAA softness.
Where the open-field drops come from and how to sit near the 60 fps ceiling.
MSAA, grass and the extended distance sliders, plus what Frame Scaling really does.
DirectX 12, Nanite and the Lumen trade-off at 1440p.
Keeping faces convincing, and why the city act is limited by something else.
Which heavy options to drop first and where the image quality cost is worth it on modest hardware.
Taming one of the heaviest open worlds on PC: where Grass, Volumetrics and MSAA eat your frames, and what to keep.
Which quality options cost the most, and how to balance image quality against a steady frame rate.
Rendering mode, 3D resolution, shadows and effects – what to cut first on weak hardware.
Which quality options to drop for a clean, readable image on modest hardware.
Where Grass, MSAA and the population sliders cost the most.
A subjectively balanced 1440p preset for 8 GB cards, built around DLSS Quality.
Read the resolution first, then the tier. A preset written for 1440p pushes roughly twice the pixels of the same preset at 1080p, and 4K pushes twice that again, so a setting that feels free on a 1080p monitor can halve frame rate one step up. Choose the guide that matches the resolution you actually play at, then step down a tier if the drops show up in busy scenes rather than in menus.
The order in which options cost performance is surprisingly consistent across games: volumetrics and fog, screen-space reflections, shadows, ambient occlusion, then most post-processing. Volumetrics are usually the best first cut because they are expensive and the visual difference is mostly confined to specific weather and lighting moments. Textures behave differently: they cost video memory rather than frame rate, so keep them high while the card has memory to spare and lower them only if the camera starts to stutter when you spin around.
Anti-aliasing is the setting players most often leave too high. MSAA multiplies the cost of everything drawn, while temporal options such as DLSS, FSR and TAA smooth edges for a fraction of that price. On modest hardware, a slightly lower internal resolution plus a decent upscaler usually looks sharper than native resolution with heavy MSAA, and it runs better too.
Everything here describes in-game menus only. We do not cover drivers, system settings, overclocking or fault finding, and we do not benchmark hardware. Frame rate figures are deliberately left out: they depend on your CPU, memory, monitor and current patch, so treat each recommendation as a starting point and adjust from what you see on screen.
How to use these guides: start with the preset closest to your GPU tier, change one option at a time, and keep what your own eyes enjoy. For the underlying technology, see Upscaling & Rendering.