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Best Dead Space (Remake) settings for the AMD Radeon Vega 3 (Ryzen 3000U iGPU) (2026)

On a AMD Radeon Vega 3 (Ryzen 3000U iGPU) (paired with a balanced Intel Core i5-8600K-class CPU), Dead Space (Remake) runs at roughly 18 FPS at 1080p with our optimized settings — up from about 7FPS with everything maxed. Here's the configuration and what each setting costs.

The AMD Radeon Vega 3 (Ryzen 3000U iGPU) is a entry-level graphics card with 2GB of VRAM, and Dead Space (Remake) is a moderately demanding game. Paired with the Intel Core i5-8600K, it is a real challenge at 1080p — about 18 FPS with FrameCoach's optimized settings, a clear jump from roughly 7 FPS with everything on High.

Across resolutions you can expect around 18 FPS at 1080p and 11 FPS at 1440p, dropping to roughly 6 FPS at 4K. The biggest free win is FSR upscaling — set it to Quality for a large FPS boost at little visual cost.

Resolution	All-High FPS	Optimized FPS
1080p	7	18
1440p	4	11
4K	2	6

💡 Dead Space (Remake): Frostbite engine, no ray tracing - VRAM-hungry on Ultra textures; on 8GB cards keep them at High.

🚀 Biggest free win: enable FSR (Balanced) — about +55% FPS for a small sharpness trade.

Recommended settings

Upscaling — FSRBalanced+55% FPS

Dead Space supports DLSS (RTX) and AMD FSR. The biggest single FPS gain on offer — turn it on before lowering anything else; modern Quality mode looks close to native.

Volumetric QualityLow+12% FPS

The thick atmospheric fog and god-rays that give the Ishimura its dread. Expensive — High looks almost identical to Ultra while running noticeably faster.

Shadow QualityLow+11% FPS

Shadow resolution and draw distance. The flickering, dynamic lighting is core to the horror, but Ultra is a heavy step over High for little visible gain.

Screen Space ReflectionsLow+10% FPS

Reflections on the ship’s wet floors and metal panels. One of the first things to lower — the drop is hard to notice in motion.

Lighting QualityLow+9% FPS

How detailed and far-reaching the dynamic lights are. It defines the look of the game, so drop this last among the heavy settings.

Ambient OcclusionLow+7% FPS

Soft contact shadows where surfaces meet. Cheap-ish and subtle — Medium is a fine saving on weaker cards.

Particle / Effects QualityLow+6% FPS

Sparks, blood and the gory dismemberment effects. Drops most during intense fights — exactly when you want the frames back.

TessellationOff+5% FPS

Adds real geometric depth to surfaces and the Necromorphs’ torn flesh. Turning it off is an easy gain with only a minor close-up softness.

Motion Blur / Film Grain / Chromatic AberrationOff+2% FPS

Barely touches FPS and pure preference — many players switch these off for a cleaner, sharper picture.

Texture QualityUltra-1% FPS

Surface sharpness — nearly free if it fits your VRAM. Ultra can exceed 8GB; on 8GB cards keep it at High to avoid stutter.

Anisotropic Filtering16xbaseline

Keeps floor and wall textures sharp at glancing angles. Effectively free — leave it at 16x.

⚡ Fine-tune this for your exact CPU & target FPS →

🎯 Can the AMD Radeon Vega 3 (Ryzen 3000U iGPU) run Dead Space (Remake)? See the verdict →

Dead Space (Remake) on other GPUs

Other games on the AMD Radeon Vega 3 (Ryzen 3000U iGPU)

Frequently asked

What FPS does the AMD Radeon Vega 3 (Ryzen 3000U iGPU) get in Dead Space (Remake)?

With FrameCoach's optimized balanced settings, the AMD Radeon Vega 3 (Ryzen 3000U iGPU) averages around 18 FPS at 1080p in Dead Space (Remake) — up from about 7 FPS with everything on High.

Can the AMD Radeon Vega 3 (Ryzen 3000U iGPU) run Dead Space (Remake) at 1440p?

At 1440p with optimized settings, the AMD Radeon Vega 3 (Ryzen 3000U iGPU) averages roughly 11 FPS in Dead Space (Remake); turn on upscaling or aim for a locked 60 for the best feel.

What are the best Dead Space (Remake) settings for the AMD Radeon Vega 3 (Ryzen 3000U iGPU)?

Turn on FSR (Balanced), keep ray tracing off for maximum FPS, and ease the heaviest options like Volumetric Quality and Shadow Quality down a notch. The full per-setting breakdown is above.

FPS figures are estimates from a generalized model (hardware tier × game load × per-setting weights), not live benchmarks — real performance varies by scene, drivers and game version.