Elden Ring PC Performance Guide: Fix Stuttering and Boost FPS (2026)

Elden Ring has a reputation for bad PC performance, and some of it is deserved. The game uses DirectX 12 but was clearly developed primarily for consoles, and the PC port has specific quirks that no other game shares. The good news: most of the issues are fixable, and with the right configuration you can run the game smoothly on hardware that the default settings struggle with.

The Main Issues — Know What You're Dealing With

Elden Ring's PC performance problems fall into a few categories:

Shader compilation stutter: The first time you visit an area, the game compiles GPU shaders. This causes 1–5 second freezes that feel like crashes but aren't. This gets better after your first playthrough of an area as the cache builds.

VRAM overflow on 4–6GB cards: Elden Ring's texture system aggressively loads assets. At higher quality settings on 4GB VRAM cards, it overflows to system RAM, causing persistent stutter.

LOD (Level of Detail) distance scaling: The game's LOD distances are set low by default, causing objects to visibly pop in at close range. A community mod (the Elden Ring Performance Fix by Nines) adjusts this, but it also affects performance.

Framerate cap locked at 60 FPS by default: You need to remove this manually.

Step 1: Remove the 60 FPS Cap

Elden Ring defaults to 60 FPS cap. Remove it:

Settings → System → Graphics → Frame Rate → Uncapped

If the option isn't showing or you want to lock to a specific rate above 60, use Special K (a free tool) to set a precise frame rate cap. Some players lock at 90 or 120 FPS rather than uncapped to avoid physics issues that can occur at very high framerates in Elden Ring.

Note: Elden Ring's physics are tied to the framerate in specific scenarios. Extremely high frame rates (200+) can cause minor physics anomalies. For most players, 60–144 FPS is the comfortable range.

Step 2: Graphics Settings for Maximum Performance

| Setting | Recommended | Impact | |---|---|---| | Texture Quality | Medium or High | Medium for 4–6GB VRAM; High for 8GB+ | | Anti-Aliasing | TAA | FXAA is cheaper but lower quality; TAA is the better tradeoff | | SSAO | Low | Off cuts a small amount of depth from shadowed areas | | Depth of Field | Off | Only affects cutscenes and bokeh — no gameplay value | | Motion Blur | Off | Standard competitive preference | | Shadow Quality | Medium | High shadows have a major GPU cost in the open world | | Lighting Quality | Medium | High lighting costs FPS in dense areas | | Effects Quality | Medium | High effects in large boss fights can cost 15–20 FPS | | Volumetric Quality | Low | Fog and smoke effects are GPU-heavy | | Reflection Quality | Medium | High reflections are expensive for minimal gain | | Water Surface Quality | High | Cheap to run, nice visual quality | | Grass Quality | Medium | High grass detail in Limgrave/Caelid areas costs FPS noticeably | | Global Illumination Quality | Medium | High GI is very expensive in the open world |

The biggest single gains come from: Shadow Quality Medium (not High), Volumetric Quality Low, and keeping Texture Quality matched to your actual VRAM capacity.

Step 3: VRAM — Match Texture Quality to Your Card

This is the most important Elden Ring-specific tweak. The game doesn't always warn you when it's overflowing VRAM:

• 4GB VRAM (GTX 1650, RX 5500 XT): Texture Quality Low or Medium. High textures will stutter persistently as the system swaps to RAM.
• 6GB VRAM (GTX 1060, RTX 3060): Texture Quality Medium is generally safe. High may cause occasional stutter in texture-heavy areas like Stormveil Castle.
• 8GB VRAM and above: Texture Quality High is fine.

Monitor VRAM usage in MSI Afterburner while playing. If it's above 90% in busy areas, drop texture quality one notch.

Step 4: DirectX 12 vs DirectX 11

Elden Ring gives you both options in Settings → Sound and Display → API.

DirectX 12: Higher average FPS on RTX 2000+ and RX 6000+. More shader compilation stutter on first run.

DirectX 11: More stable frametimes. Less shader stutter. Often a better experience on older hardware (GTX 1000 series, RX 5000 series).

The right answer depends on your hardware. If you're getting persistent microstutter in DX12 after the first playthrough session, try DX11. If DX12 runs smoothly, keep it — the average FPS is slightly better.

Step 5: Fix Shader Compilation Stutter

There's no way to completely eliminate first-session shader stutter in Elden Ring — it's a property of DirectX 12. But you can minimize the pain:

1. On first launch after installing or updating, play the starting area (Chapel of Anticipation → Stranded Graveyard) at low settings
2. Run through the first 30–60 minutes of Limgrave without rushing
3. Restart the game — the compiled shaders persist in cache
4. Your subsequent sessions will be dramatically smoother

If you still see stutter after multiple sessions, check that Windows Storage Sense isn't deleting your shader cache: Settings → System → Storage → Storage Sense → Temporary Files → uncheck "Temporary files that my apps aren't using."

Step 6: Windows Power Plan

Elden Ring is CPU-intensive in large open areas (Liurnia, Altus Plateau). The Balanced power plan throttles CPU clocks between frames, causing microstutter specifically during open-world traversal.

Set to High Performance or Ultimate Performance: Control Panel → Power Options. This is especially noticeable on AMD Ryzen systems where the power management interaction is more aggressive.

What to Expect After Optimization

On a GTX 1060 6GB at 1080p (medium-low settings, DX11):

• Before: 40–55 FPS with regular stutter spikes
• After: 55–75 FPS with stutter only on first visit to new areas

On an RTX 3070 at 1440p (high settings, DX12):

• Before: 65–80 FPS with stutter
• After: 85–110 FPS with smooth frametimes after first session

The open-world areas (Liurnia, Caelid) are the most demanding. Boss fights in enclosed arenas typically run 5–15% faster than open-world exploration at the same settings.

Known Remaining Issues

Even with full optimization, Elden Ring has two stubborn issues:

First-visit shader stutter: This will happen at least once per area in DX12. It's the nature of the engine, not a fixable bug on your end.

Multiplayer areas: Entering an invasion or summon pool adds CPU load. Frame drops of 10–20 FPS during invasions in crowded zones (Stormveil, Raya Lucaria) are normal and not fixable through settings.

For the underlying Windows optimization that affects all games including Elden Ring — power plan, background processes, GPU driver settings — see the beginner's guide to PC optimization. If you want the Windows layer handled automatically, SageTweaks applies the power plan, CPU priority, and GPU driver settings that affect Elden Ring's performance.

Also Worth Reading

• Fix stuttering in games on Windows 11 — broader stutter diagnosis covering HAGS, RAM, and pagefile
• GPU optimization guide for NVIDIA and AMD — GPU driver settings that apply to Elden Ring
• FPS dropping mid-game: diagnosis guide — how to identify if your drops are thermal, VRAM, or CPU-related