Start With a Preset and a Repeatable Test
Presets such as Low, Medium, High and Ultra change dozens of settings at once. They are a sensible starting point because the developer picked combinations that work together. Pick the preset your hardware handles comfortably, then adjust individual settings from there.
To judge any change, you need a repeatable test. Find a busy scene you can return to, such as a town square, a heavy combat area or a built-in benchmark, and watch an FPS counter while you change one setting at a time.
Ultra is rarely worth it. The jump from High to Ultra often costs a noticeable chunk of frame rate for differences you would struggle to spot in motion.
Resolution, Render Scale and Upscalers
Resolution has the biggest single effect on performance because it decides how many pixels the GPU draws every frame. Everything else is layered on top of it.
Resolution and render scale
What it does: resolution sets the output size of the image, ideally matching your monitor's native resolution. Render scale (sometimes called resolution scale) draws the 3D scene at a percentage of that size, then stretches it to fit, while menus and the HUD stay sharp.
Performance cost: high. Dropping render scale is one of the strongest levers you have.
Recommendation: keep output resolution at native. If you need more performance, prefer an upscaler over a plain render scale reduction, since upscalers rebuild detail far better than simple stretching.
Upscalers: DLSS, FSR and XeSS
What they do: NVIDIA DLSS, AMD FSR and Intel XeSS render the game at a lower internal resolution, then reconstruct a sharper, higher-resolution image using data from previous frames. DLSS needs an NVIDIA RTX card, while FSR and XeSS can run on a wider range of GPUs depending on the version a game uses.
Performance cost: they save performance rather than cost it. Quality modes give a moderate boost; Performance modes give a large one with more visible softness or shimmer.
Recommendation: at 1440p and 4K, a Quality mode upscaler is usually worth turning on. At 1080p, the internal resolution gets low, so start with Quality mode and judge the result with your own eyes. If several upscalers are offered, try each, because image quality differs between games.
Frame generation
What it does: frame generation creates extra frames in between the ones the game actually renders, making motion look smoother and raising the FPS counter.
The trade-off: generated frames do not come from new game input, and the technique needs to hold back a rendered frame to work. That generally adds some input latency. It feels best when the base frame rate is already reasonably high, and worst when you use it to rescue a game running poorly.
Recommendation: worth trying in single-player games when your base frame rate is already decent. In competitive shooters, most players are better off leaving it off and chasing real frames instead.
V-Sync, VRR and Frame-Rate Caps
These settings do not change how a game looks so much as how smoothly frames reach your screen. Getting them right removes tearing and uneven pacing.
V-Sync
What it does: V-Sync makes the GPU wait for the monitor's refresh before showing a new frame, which eliminates screen tearing.
Performance cost: low on raw GPU work, but it can add input latency, and if your frame rate drops below the refresh rate, it may cause stutter.
Recommendation: on a fixed-refresh monitor, turn it on for slower single-player games if tearing bothers you. With a VRR monitor, see the next setting.
G-Sync and FreeSync (VRR)
What it does: variable refresh rate lets the monitor match its refresh to whatever frame rate the GPU delivers, within a supported range. NVIDIA calls its version G-Sync and AMD calls its version FreeSync.
Performance cost: none in practice.
Recommendation: if your monitor supports it, enable it in the monitor's menu and in your GPU control panel. It is one of the best smoothness upgrades available, especially when frame rates fluctuate.
Frame-rate caps
What it does: a cap stops the game from rendering above a set frame rate.
Performance cost: none. It reduces GPU load, heat and fan noise.
Recommendation: with VRR, a cap a few frames below your monitor's refresh rate keeps you inside the VRR range. A cap is also useful on laptops to save power and on games whose frame rate swings wildly, since a steady lower number often feels better than an unstable higher one.
Textures, Shadows and Ambient Occlusion
Texture quality
What it does: sets the resolution of surface images on walls, characters and terrain.
Performance cost: low on frame rate, as long as you have enough video memory (VRAM). If textures exceed your VRAM, you will see stutter, blurry textures popping in or sudden frame drops.
Recommendation: use the highest texture setting your VRAM can hold. Many games show an estimated VRAM usage bar in the menu. If you get stutter after raising textures, step down one level.
Shadow quality
What it does: controls the resolution, distance and softness of shadows.
Performance cost: medium to high, especially at the top settings.
Recommendation: Medium or High usually looks close to Ultra for much less cost. This is one of the first settings to lower when you need frames.
Ambient occlusion
What it does: adds soft contact shadows where objects meet, like the darkening in corners or under a table. It gives scenes depth and stops objects looking like they float.
Performance cost: low to medium for basic modes, higher for advanced or ray-traced versions.
Recommendation: keep a basic mode on, as it adds a lot for a modest cost. Drop the advanced variants first if you are short on performance.
Anti-Aliasing: TAA, MSAA and SMAA
Anti-aliasing smooths jagged, stair-stepped edges and reduces shimmering on thin details like fences and power lines. The method matters as much as the quality level.
- TAA (temporal anti-aliasing): blends information from previous frames. Very effective at removing shimmer, with a low to medium cost, but it can soften the image or leave slight ghosting. Most modern games are built around it.
- MSAA (multisample anti-aliasing): samples geometry edges multiple times. Clean edges, but the cost is high and it does not smooth everything in modern rendering pipelines. Best reserved for older or lighter games.
- SMAA: a post-process filter that detects edges in the final image. Low cost and sharper than TAA, but less effective against shimmer in motion.
Ray Tracing, Motion Blur and Depth of Field
Ray tracing
What it does: simulates how light bounces, producing more realistic reflections, shadows and global illumination than traditional techniques.
Performance cost: high, often the most expensive option in the menu.
Recommendation: turn it on only if you have a capable GPU and pair it with an upscaler. If a game splits ray tracing into separate options, reflections and global illumination usually make the most visible difference, while ray-traced shadows are often the easiest to drop.
Motion blur
What it does: smears the image during fast camera or object movement to mimic film.
Performance cost: low.
Recommendation: personal taste. Many players switch it off for clarity, and anyone prone to motion discomfort should try disabling it. Per-object blur is generally less distracting than full camera blur.
Depth of field
What it does: blurs parts of the scene that are out of focus, like a camera lens.
Performance cost: low to medium.
Recommendation: nice in cutscenes and photo modes, less useful in gameplay where you want to see everything clearly. Turn it off in competitive games.
Field of View (FOV)
What it does: sets how wide your view of the game world is. A wider FOV shows more at the edges of the screen; a narrower one feels more zoomed in.
Performance cost: low to medium, since a wider view means drawing more of the scene.
Recommendation: on a desk monitor, a wider FOV than the console-style default usually feels more natural and can reduce motion discomfort. Very high values distort the edges, so increase it gradually until it feels right.
The GoldPlayPot.com Starting Recipe
When a new game arrives, this order of operations gets most players to a good result quickly, without hours of tweaking.
- Set output resolution to native and enable VRR if your monitor supports it.
- Pick the High preset, then lower shadows, ray tracing and volumetric effects first if you need frames.
- Turn on a Quality mode upscaler at 1440p or 4K.
- Keep textures as high as your VRAM allows.
- Turn motion blur and depth of field on or off to taste.
- Cap your frame rate slightly below your refresh rate for smooth, consistent pacing.
Frequently asked questions
Which graphics setting affects FPS the most?
Resolution and render scale have the biggest impact, followed by ray tracing, shadow quality and volumetric effects such as fog and clouds. Lower those before touching cheap settings like textures.
Is DLSS or FSR better?
It depends on your hardware and the game's implementation. DLSS needs an NVIDIA RTX card, while FSR runs on a wider range of GPUs. If a game offers more than one, try each at the same quality mode and compare.
Should I turn V-Sync on or off?
With a G-Sync or FreeSync monitor, enable VRR and use a frame cap slightly below your refresh rate. On a fixed-refresh monitor, V-Sync removes tearing but can add input latency, so many competitive players leave it off.
Does texture quality lower FPS?
Usually only slightly, as long as your GPU has enough VRAM. If textures exceed your VRAM, you will get stutter and texture pop-in, so step down one level.
Does frame generation add input lag?
In general, yes. Generated frames make motion smoother but do not respond to new input, and the technique adds some latency. It works best when your base frame rate is already reasonably high.