Best Graphics Settings for Battlefield 6: EVERY Setting Compared and Tested!

Summary

The video benchmarks Battlefield 6 graphics settings on two systems: one that is GPU-bound and one that is CPU-bound. It compares average FPS, 1% lows, latency, VRAM use, and visual differences.

The main finding is that some costly settings offer little practical visual benefit, while the impact of others depends on whether the system is GPU- or CPU-limited.

Recommended settings and key findings

• Textures: Have little to no performance impact, but VRAM use rises substantially at higher settings. Use High with 8 GB or more of VRAM, and Low with less. Ultra and Overkill add limited visible improvement over High.
• Texture filtering: Has negligible performance cost. Set it to Overkill for slightly better detail at shallow viewing angles.
• Mesh quality: Higher settings add detail to distant objects but cost performance. High is the suggested balance; Low and Medium look nearly alike.
• Terrain and undergrowth: Terrain quality has only a small performance effect; use Ultra for appearance or Low for performance. Undergrowth appeared bugged, with no clear visual or performance effect in testing.
• Effects and volumetrics: Effects showed little measurable cost, but the presenter recommends Low to reduce the risk of stutter during busy scenes. Volumetrics had a large GPU cost for little noticeable multiplayer improvement, so Low is recommended.
• Lighting: Results varied by map, but High could make some areas look more naturally lit with a modest performance cost. The presenter recommends turning it on.
• Local lights and shadows: Can reduce GPU performance by around 6–8% and add darker, less readable areas. Keep them Low.
• Sun shadows and filtering: Among the most demanding settings. Medium is the general recommendation; High may be worthwhile if performance allows. PCSS filtering costs more and can make shadows grainy, so the presenter prefers PCF.
• Reflections: Reflection quality can be costly on both CPU- and GPU-bound systems; use Low. Screen-space reflections are GPU-intensive and often grainy, so the recommendation is to disable them.
• Ambient occlusion and global illumination: These add depth and contact shadows but can heavily reduce GPU performance and make dark areas harder to see. Disable them on GPU-bound systems; CPU-bound players can try low SSGI if they prefer the look.
• High-fidelity objects: Had no measurable performance cost in testing and can improve animation detail. Set them to Ultra.
• Post-processing: The quality setting itself had little impact, though enabling post-processing filters can cost some performance.

Anti-aliasing, upscaling, and latency

• The game’s native image can look pixelated. DLAA looked best to the presenter, while TAA made the image notably blurry.
• On NVIDIA, DLSS Balanced is suggested as a performance/quality compromise. Quality is preferable if reducing softness and visual artifacts matters more.
• FSR and XeSS can improve performance, but the tested versions looked worse than DLSS. The presenter recommends not going beyond Quality with XeSS.
• Upscaling may still help with anti-aliasing on a CPU-limited system, but it will not necessarily improve performance there. Upscalers can also produce visual fringing behind moving objects.
• Frame generation increased performance but nearly doubled system latency, so it is not recommended for this FPS game.
• Future frame rendering and the frame-rate limiter increased latency in testing. The limiter may still help if the game stutters. NVIDIA Reflex appeared not to change measured latency, so the presenter recommends leaving it off until fixed.

Camera and display settings

• A higher field of view does not necessarily reduce performance; in some games, distant objects may be rendered at lower resolution at higher FOV.
• Chromatic aberration adds color fringing at the screen edges and had a measurable performance cost, so the presenter recommends disabling it.
• Vignette had no performance cost and can tone down bright-looking areas; the presenter suggests leaving it on if that effect is desirable. Film grain made little visual difference and had no measurable performance impact.
• Borderless mode performed slightly better and had lower measured latency than fullscreen in these tests, while also making Alt-Tab faster.
• Use the monitor’s native resolution, leave aspect ratio on Auto, and disable VSync unless screen tearing is a significant problem; VSync increased latency.
• The soldier visibility filter did not affect performance. Its glow effect can make soldiers—especially those wearing dark skins—stand out more clearly at a distance.

Overall

The guide favors settings that preserve visibility and responsiveness, especially on GPU-limited systems. It also points viewers to a separate guide covering Windows and configuration-file optimizations.

Main speaker/source: A single presenter and benchmark narrator from the Game Guides channel.