“Which graphics setting should I turn down first?” is the single most common question we receive from readers on low-end hardware. Good news: you don’t need to blanket-set everything to Low. A handful of settings eat 80% of your GPU budget while contributing very little to how a game actually looks. Here is the universal priority list that works for virtually any modern title.
1. Turn off: Motion Blur, Chromatic Aberration, Film Grain, Depth of Field
These are stylistic post-processing effects. They cost almost nothing performance-wise, but many people find them actively distracting on small or moderately blurry screens. Disabling them sharpens the image and gives you a slightly clearer picture of what’s happening on screen.
2. Shadow Quality → Medium (sometimes Low)
Shadows are by far the most expensive setting in most engines. The jump from High to Ultra often costs 15–25% performance for visual differences most players can’t spot without pausing. Medium usually looks fine; Low noticeably jagged-edges close-up. Start at Medium, drop to Low only if still struggling.
3. Volumetric Fog / Clouds → Low or Medium
Expensive ray-marched effect. On high-end cards it adds atmosphere; on low-end cards it turns a 60 FPS scene into a 35 FPS one. Medium or Low preserves the mood without the cost.
4. Screen-Space Reflections → Low / Off
SSR is the main reason a rainy scene tanks performance. Cubemap reflections look nearly identical in motion and cost almost nothing. If the game only offers “On / Off”, most of the time “Off” is the correct choice on a weak GPU.
5. Ambient Occlusion → SSAO or HBAO (avoid HBAO+ / RTAO on low-end)
AO adds contact shadows that make the image feel 3D. SSAO is cheap, HBAO is mid, HBAO+ and ray-traced AO are very expensive. Almost impossible to tell the difference in motion.
6. Post-Processing / Bloom → Medium
Medium bloom looks cleaner than High on most monitors, and it’s substantially cheaper. Pure perception gain.
7. Anti-Aliasing → TAA or DLSS/FSR/XeSS (Quality)
Anti-aliasing is a critical setting for image quality. On weak hardware, an upscaler is your best friend:
- DLSS Quality (NVIDIA RTX only) — best image quality + FPS boost.
- FSR 3 Quality (any GPU) — slightly softer than DLSS but adds Frame Generation on supported games.
- XeSS Quality (any GPU, better on Intel Arc) — middle ground.
- TAA — fallback if no upscaler is available.
Enabling DLSS/FSR Quality typically gives a 30–50% FPS uplift for essentially identical image quality. This is the single biggest free-performance button in modern PC gaming.
8. Textures → as high as VRAM allows
Texture quality is almost free if you have enough VRAM. What it costs is video memory — not GPU compute. Rule of thumb:
- 4 GB VRAM → Medium textures, 1080p.
- 6 GB VRAM → High textures, 1080p.
- 8 GB VRAM → Ultra textures, 1080p / High at 1440p.
- 12 GB+ → Ultra textures, 1440p / 4K.
If you see stuttering and textures popping in late, you’re VRAM-limited — drop textures one tier.
9. Anisotropic Filtering → 16x
Anisotropic filtering sharpens textures at oblique angles. 16x is the maximum in most games and costs literally 0–1% performance. Always leave this at 16x.
10. V-Sync, Frame Rate Limiter, G-Sync / FreeSync
- If you have a G-Sync or FreeSync monitor: enable it, cap FPS 3 below refresh (e.g. 141 for a 144Hz screen), disable in-game V-Sync.
- Without VRR: cap FPS at your refresh rate and enable V-Sync to avoid tearing — expect some added input lag.
Resolution Scaling
If you’ve done everything and the game still won’t hit 60 FPS, drop in-game resolution scale to 90% before turning more settings down. At that scale the image quality hit is nearly invisible; the performance gain is substantial.
Example: squeezing Cyberpunk 2077 onto a GTX 1060 6GB
A real configuration we’ve tested that holds 45–55 FPS at 1080p on a 1060:
- Preset: Medium (as starting point)
- Textures: High
- Shadows: Low
- Screen-Space Reflections: Low
- Volumetric Fog / Clouds: Low
- Ambient Occlusion: SSAO
- DLSS: not available on 1060 → FSR 2 Quality at 1080p
- Motion Blur / Chromatic Aberration / Film Grain: Off
- In-game frame cap: 50 FPS
Universal verdict
The difference between “low-end PC struggles” and “low-end PC plays fine” is usually four settings: shadows, volumetrics, reflections, and the upscaler. Get those right and you will be pleasantly surprised.