All setups › Intel Arc A370M (laptop, 4GB) › Battlefield 6

Best Battlefield 6 settings for the Intel Arc A370M (laptop, 4GB) (2026)

On a Intel Arc A370M (laptop, 4GB) (paired with a balanced Intel Core i5-8600K-class CPU), Battlefield 6 runs at roughly 60 FPS at 1080p with our optimized settings — up from about 30FPS with everything maxed. Here's the configuration and what each setting costs.

The Intel Arc A370M (laptop, 4GB) is a entry-level graphics card with 4GB of VRAM, and Battlefield 6 is a demanding, graphically heavy game. Paired with the Intel Core i5-8600K, it runs well at 1080p — about 60 FPS with FrameCoach's optimized settings, a clear jump from roughly 30 FPS with everything on High.

Across resolutions you can expect around 60 FPS at 1080p and 54 FPS at 1440p, dropping to roughly 31 FPS at 4K. With only 4GB of VRAM, keep textures a notch below max in Battlefield 6 at higher resolutions to avoid stutter. The biggest free win is XeSS upscaling — set it to Quality for a large FPS boost at little visual cost.

ResolutionAll-High FPSOptimized FPS
1080p3060
1440p1854
4K1031
💡 Battlefield 6: 64-player matches are very CPU-heavy in big firefights - expect a hard CPU cap below the GPU estimate.
🚀 Biggest free win: enable XeSS (Balanced) — about +55% FPS for a small sharpness trade.
Recommended settings
Upscaling — XeSSBalanced+55% FPS
Battlefield 6 (Frostbite) supports DLSS, FSR and XeSS. A free FPS boost - most players run it in 64-player chaos.
Sun Shadow QualityLow+10% FPS
Complexity and draw distance of sun/moon shadows - among the most taxing settings (CPU and GPU). Low/Medium is standard for competitive multiplayer.
Undergrowth QualityLow+7% FPS
Grass and bush density - a big FPS drain, and lowering it stops foliage hiding enemies.
Terrain QualityLow+6% FPS
Ground and terrain mesh detail. Medium is a clean trade.
Volumetric QualityLow+6% FPS
Volumetric smoke and god rays. A solid saving with little competitive downside.
Texture QualityUltra-1% FPS
Surface sharpness - cheap if it fits your VRAM. High on 8GB cards.
Upscaling — XeSSOff
Inserts AI frames for a higher number - great for singleplayer, but adds input lag, so many competitive players leave it Off.
Lighting QualityHighbaseline
Global lighting and bounce detail - one of the heaviest settings. High is the value pick.
Mesh QualityHighbaseline
Geometry detail on soldiers, vehicles and buildings. High looks great; Medium for frames.
Effects QualityMediumbaseline
Explosions, smoke and debris - heavy on busy maps. Low/Medium smooths firefights and helps you see enemies.
Post Process QualityHighbaseline
Bloom, motion blur and depth of field. Cheap; many disable motion blur for clarity.
Reflection QualityMediumbaseline
Reflections on water, glass and metal (with screen-space reflections). Medium is plenty in a firefight.
Screen Space AO & GILowbaseline
Contact shadows and screen-space bounce lighting for depth. Low is a cheap, good-looking middle ground.
Texture Filtering16xbaseline
Keeps ground and distant textures sharp - essentially free, use 16x.

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

🎯 Can the Intel Arc A370M (laptop, 4GB) run Battlefield 6? See the verdict →

Battlefield 6 on other GPUs
Other games on the Intel Arc A370M (laptop, 4GB)
Frequently asked

What FPS does the Intel Arc A370M (laptop, 4GB) get in Battlefield 6?

With FrameCoach's optimized balanced settings, the Intel Arc A370M (laptop, 4GB) averages around 60 FPS at 1080p in Battlefield 6 — up from about 30 FPS with everything on High.

Can the Intel Arc A370M (laptop, 4GB) run Battlefield 6 at 1440p?

At 1440p with optimized settings, the Intel Arc A370M (laptop, 4GB) averages roughly 54 FPS in Battlefield 6; turn on upscaling or aim for a locked 60 for the best feel.

What are the best Battlefield 6 settings for the Intel Arc A370M (laptop, 4GB)?

Turn on XeSS (Balanced), keep ray tracing off for maximum FPS, and ease the heaviest options like Sun Shadow Quality and Undergrowth 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.