Starfield isn’t a typical open-world game to optimize. Bethesda designed Creation Engine 2 around FSR upscaling from day one—every default graphics preset runs at sub-native resolution. Even an RTX 4090 can’t maintain 60fps at 4K with max settings without upscaling assist. Combine that with a CPU architecture that bottlenecks before your GPU does at medium-to-high settings, and standard advice like “lower your shadows” only tells half the story. This guide covers the settings that actually move the needle, the upscaling choice for your GPU, and the Windows tweaks most guides skip—verified on patch 1.15.214 with Shattered Space.
Quick Start: 5 Minutes to Better FPS
Before touching individual settings, run through this checklist first—these changes deliver the biggest gains with zero complexity:
- Update your GPU drivers (NVIDIA GeForce Experience or AMD Adrenalin)
- Enable HAGS and Game Mode in Windows Settings > System > Display > Graphics
- Turn on upscaling in-game (DLSS for NVIDIA, FSR 3 for AMD, XeSS for Intel Arc)
- Set Render Resolution Scale to 75%—this is how Bethesda designed the game to run
- Lower Shadow Quality to Medium—the single highest-impact graphics setting, worth up to ~18% FPS
That alone recovers 20–30 FPS on most mid-range systems. The rest of this guide explains every setting in detail.
Verified on patch 1.15.214 (May 2025) with Shattered Space DLC. Settings may change with future Bethesda updates.
Minimum and Recommended PC Specs
Before optimizing, confirm your hardware against Bethesda’s official requirements:
| Component | Minimum | Recommended |
|---|---|---|
| GPU | RX 5700 / GTX 1070 Ti | RX 6800 XT / RTX 2080 |
| CPU | Ryzen 5 2600X / i7-6800K | Ryzen 5 3600X / i5-10600K |
| RAM | 16 GB | 16 GB |
| Storage | 125 GB SSD (required) | 125 GB SSD (required) |
| DirectX | Version 12 | Version 12 |
The SSD requirement is non-negotiable—running Starfield from a mechanical hard drive causes constant traversal stuttering regardless of GPU settings. 16 GB RAM is the floor; 32 GB noticeably reduces background resource contention on modern systems.
Best Starfield PC Settings for FPS
Starfield’s graphics menu has over a dozen options, but only five meaningfully move the FPS needle. Here’s every setting with impact data and a mechanism explanation—so you understand what you’re trading, not just what to click:
| Setting | Recommended | FPS Impact | Why It Matters |
|---|---|---|---|
| Shadow Quality | Medium | Up to ~18% gain at Low | The heaviest GPU draw call in the engine. Ultra forces full shadow cascades at long range; Medium retains near-field quality and simplifies distant shadows. |
| Volumetric Lighting | Medium | ~12% gain at Low | Atmospheric scattering is raymarched per-pixel at Ultra. Medium halves the sample count—visual difference is subtle outside dense nebula areas. |
| Indirect Lighting | Medium (not Low) | 5–7% at High | Do not set to Low. It introduces a visible shimmer and flicker in interior spaces—an engine artifact at the lowest tier. Medium is the performance floor without visual regression. |
| Reflections | Medium | 5–7% gain | Screen-space reflections. Medium removes high-quality surface caching with minimal visual loss at 1080p–1440p. |
| GTAO Quality | High | Low cost | Ground Truth Ambient Occlusion adds contact shading between surfaces. High looks significantly better than Medium for minimal extra GPU cost—keep it. |
| Crowd Density | Medium | ~3.6% CPU gain per step | This is a CPU setting, not a GPU setting. It drives AI pathfinding and character draw calls in city areas. Most impactful in New Atlantis and Neon—the two CPU stress points. |
| Grass Quality | High | Minimal | Surprisingly cheap. Dropping below High causes visible grass pop-in on planetary surfaces without meaningful FPS recovery. |
| Particle Quality | Medium | Moderate | Explosion and environmental particle counts. Medium is sufficient for exploration; High is for screenshot or video capture. |
| Contact Shadows | On | Minimal cost | Micro-shadow detail at character and object level. Inexpensive and visually noticeable when disabled. |
| Motion Blur | Off | 2–4 FPS + clarity | Post-process effect that adds latency and reduces image clarity with no gameplay benefit. Off universally. |
| VSync | Off | Eliminates input lag | Use the in-game framerate cap instead. VSync introduces variable latency that compounds input lag, especially on CPU-bound systems. |
| Enable VRS | On (NVIDIA RTX only) | 3–5% gain | Variable Rate Shading reduces shading fidelity in low-detail areas. RTX 20-series and newer only—no downside if your GPU supports it. |
Upscaling: DLSS, FSR 3, or XeSS?
Starfield is one of the few games where upscaling is the intended rendering mode, not a compromise. Bethesda’s Ultra preset defaults to FSR 2 at 75% render resolution. Treat enabling your upscaler as step one, not a last resort. As of patch 1.15.214, all three major upscalers are officially supported.
| GPU | Use | Recommended Mode | Frame Generation |
|---|---|---|---|
| NVIDIA RTX 40-series | DLSS 3.7 | Quality (target 60fps) / Balanced (target 90+fps) | Yes — RTX 40-series only, up to +56% FPS |
| NVIDIA RTX 20/30-series | DLSS 3.7 | Quality or Balanced | No (RTX 40-series exclusive) |
| AMD RX 6000/7000-series | FSR 3 | Quality (target 60fps) / Balanced (target 90+fps) | Yes — works on all AMD GPUs |
| Intel Arc | XeSS 1.3 | Quality | No |
| Older / budget GPU | FSR 2 | Performance (1080p survival) | No |
DLSS vs FSR image quality: In 4K benchmark testing in New Atlantis—the game’s most demanding area—FSR 3 with Frame Generation reaches 130+ FPS versus DLSS 3 at 120+ FPS. But FSR 3’s upscaler produces noticeable aliasing on fine-detail geometry (ship hull edges, architectural detail), while DLSS 3 maintains significantly cleaner image quality with more consistent frametimes. For RTX 40-series owners, DLSS 3.7 is the clear choice. AMD users should use FSR 3 Quality mode—FSR Performance’s aliasing is more visible in Starfield than in most games due to Creation Engine 2’s rendering approach.
For a full comparison of all three technologies, see our DLSS vs FSR vs XeSS 2026 guide.
The CPU Bottleneck Problem (What Most Guides Miss)
Starfield is CPU-bound at high settings—Creation Engine 2 serializes a large portion of AI, streaming, and draw calls on the CPU before they reach the GPU pipeline. GamersNexus testing found that pairing a Ryzen 5 3600 with an RTX 4090 produced nearly identical frametimes to a mid-range GPU: the CPU was the ceiling, and reducing shadow quality changed almost nothing.
What this means practically: if you’re on a budget 6-core CPU and getting stutters in New Atlantis or Neon, lowering Shadow Quality from Ultra to Medium won’t fix it—your GPU already has headroom. The three effective fixes for CPU-bottlenecked systems are:
- Lower Crowd Density—the only graphics setting that directly drives CPU load (AI pathfinding + draw calls). Each step down recovers ~3.6% CPU performance. Medium is the sweet spot.
- Apply the Windows tweaks below—HAGS and Resizable BAR specifically address CPU-to-GPU data transfer overhead.
- Stay patched—Patch 1.11.33 added targeted CPU optimizations that recovered ~7 FPS average in city areas on tested hardware. Keep both drivers and game files updated.
Windows and System Tweaks
These settings live outside the game but deliver real FPS gains, particularly for CPU-bottlenecked systems. See our full PC optimization guide for more depth, and our NVIDIA Control Panel guide for GPU-driver-level tuning.
- Hardware-Accelerated GPU Scheduling (HAGS): Settings > System > Display > Graphics > Change default graphics settings. Reduces CPU overhead in GPU memory management—especially effective in CPU-bound titles like Starfield.
- Resizable BAR (AMD SAM): BIOS setting on compatible boards. Allows the CPU to access full GPU VRAM at once rather than in 256 MB chunks, eliminating a transfer bottleneck that compounds in open-world streaming. Typically 3–8% FPS gain in Starfield specifically.
- Power Plan: High Performance—prevents CPU frequency throttling during sudden demand spikes when loading new areas.
- Game Mode: On—prioritizes game process scheduling over background tasks.
- Disable fullscreen optimizations: Right-click Starfield.exe > Properties > Compatibility > check “Disable fullscreen optimizations.” Eliminates a DWM scheduling conflict that causes intermittent microstutter on some Windows 11 configurations.
Settings Profiles by GPU Tier
Match your GPU to one of these profiles as a verified starting point. Adjust upward if you’re consistently above 80 FPS; drop down one tier if you’re below 50 FPS. For a deeper explanation of what each settings category controls, see our game settings explained guide.
| Tier | GPU Examples | Resolution | Upscaling | Shadow / Vol. Lighting | Expected FPS |
|---|---|---|---|---|---|
| Budget | GTX 1070 Ti, RX 5700 | 1080p | FSR 2 Performance | Low / Low | 50–60 FPS |
| Mid-Range | RTX 2080, RTX 3060, RX 6800 XT | 1440p | DLSS / FSR Balanced | Medium / Medium | 60–75 FPS |
| High-End | RTX 4070 Ti, RTX 4080, RX 7900 XTX | 1440p–4K | DLSS Quality + Frame Gen (RTX 40) | High / High | 90–120+ FPS |
Budget note: Patch 1.15.214 (May 2025) added a Very Low preset specifically for minimum-spec hardware. If FSR 2 Performance at Low settings still can’t reach 50 FPS, enable Very Low as your base and work upward from there.
Who Should Prioritise What
| Player Type | Priority Action | Skip |
|---|---|---|
| Casual explorer | Enable DLSS / FSR Quality, set Render Resolution 75%—that’s it | Windows tweaks unless you’re below 45 FPS |
| Performance-focused | Full GPU-tier profile + HAGS + Resizable BAR | Contact Shadows (minimal cost, good visual value—keep it) |
| Low-latency / competitive | Motion Blur off, VSync off, framerate cap at refresh rate minus 10, DLSS Reflex if available | FSR Frame Generation—it adds input latency |
| Budget hardware | Very Low preset base + FSR 2 Performance + Crowd Density to Low | GTAO at budget tier—the visual gain isn’t worth the FPS cost at minimum spec |
Frequently Asked Questions
Does Starfield support ray tracing?
No. Creation Engine 2 does not support hardware ray tracing. All lighting, shadows, and reflections in Starfield are rasterized. This is why the game is CPU-bound rather than GPU-bound at high settings—the rasterized renderer is inherently more CPU-serialized than an RT pipeline. It also means you can’t trade ray tracing quality for frame rate the way you can in Cyberpunk 2077 or Alan Wake 2.
Why is Starfield still stuttering after I lowered all my graphics settings?
Persistent stuttering after lowering GPU-bound settings is almost always CPU-related or storage-related. CPU stutters in Starfield are triggered by AI pathfinding in crowds, area streaming, and fast-travel loading. The fixes: lower Crowd Density to Medium or Low, enable HAGS, confirm you’re on the latest patch (Patch 1.11.33+ for CPU city-area improvements), and verify you’re running from an SSD. An HDD-to-SSD migration alone eliminates most traversal stutter in Starfield regardless of GPU settings.
Is DLSS better than FSR in Starfield?
For image quality, DLSS 3.7 is clearly better—FSR 3’s upscaler produces noticeable aliasing on Starfield’s fine-geometry surfaces (hull edges, railings, architectural details) that DLSS handles cleanly. For raw FPS with Frame Generation, FSR 3 edges out DLSS 3 in throughput but with less consistent frametimes and occasional stutters under load. The verdict: if you have an RTX 40-series GPU, use DLSS 3.7 with Frame Generation. For AMD, FSR 3 Quality mode is solid—just avoid FSR Performance mode unless you’re genuinely FPS-limited, as the aliasing is more pronounced in this engine than in most modern titles.
Sources
- Starfield Graphics Optimization Guide & Benchmarks — GamersNexus
- Best Starfield settings for PC — PCGamesN
- Starfield best PC settings and optimization — Dexerto
- Best PC settings for Starfield — Charlie INTEL
- Starfield: Native 4K vs NVIDIA DLSS 3 vs AMD FSR 3.0 Benchmarks — DSO Gaming
- Starfield System Requirements — Bethesda Support (Official)
- New Starfield update gives your CPU a performance boost — PCGamesN
I've been playing video games for over 20 years, spanning everything from early PC titles to modern open-world games. I started Switchblade Gaming to publish the kind of accurate, well-researched guides I always wanted to find — built on primary sources, tested in-game, and kept up to date after patches. I currently focus on Minecraft and Pokémon GO.