Most graphics optimization guides give you a settings list and call it done. Drop shadows to Low, disable motion blur, done. That approach works if all you care about is frame rate. It doesn’t work if you care about the game actually looking the way it was designed to look while running smoothly on your hardware.
Arknights: Endfield has a visual identity worth preserving. The industrial environments of Talos-II, the lighting during combat, the depth of the factory structures at distance — these aren’t incidental. They’re central to the experience Hypergryph built. Blindly gutting graphics settings to chase frame rate numbers produces a game that runs fast and looks like a different product entirely.
This guide is about finding the real balance. Which settings cost performance without delivering visible quality gains. Which settings look cheap the moment you lower them. Where the smart compromises are, and where you should hold the line regardless of hardware pressure.
Before you touch anything establish your baseline
The single biggest mistake players make with graphics optimization is adjusting settings before they understand what their hardware is actually doing. Open your performance overlay before you change a single setting. GPU utilization, VRAM usage, CPU utilization, frame time — these numbers tell you where your bottleneck actually lives, and that determines which settings will move the needle.
If your GPU is running at 95 to 100 percent utilization and your CPU is sitting below 60 percent, you have a GPU bottleneck. Reducing GPU-heavy settings like shadow quality, ambient occlusion, and render distance will directly improve frame rate. If your GPU utilization is low — below 80 percent — while frame rate is still poor, you likely have a CPU bottleneck, and lowering GPU settings will accomplish almost nothing. In Endfield specifically, large factory builds can create CPU load that GPU settings cannot address.
VRAM pressure is a separate concern. If your GPU has 6GB or less of VRAM, Endfield’s texture quality settings can push you into memory overflow territory even when raw frame rate looks acceptable. The symptom is stuttering in dense areas rather than consistent low performance — frame rate dips that happen irregularly rather than continuously. If that describes your experience, texture quality is your first target regardless of what the frame rate counter says.
Establish this baseline before adjusting anything. Know what you’re solving for.
Resolution the decision that overrides Everything else
Native resolution is the foundation everything else sits on, and it’s worth addressing directly because players on mid-range hardware sometimes overlook the resolution setting in favor of adjusting individual quality options.
Running Endfield at native 1080p on hardware that struggles at that resolution, while keeping quality settings at Medium, will produce worse results than running at a lower internal resolution with quality settings at High. This is counterintuitive but consistently true with UE5 titles, and Endfield is no exception. The engine’s rendering pipeline benefits disproportionately from resolution headroom.
If you’re on recommended-spec hardware — RTX 2060 or equivalent — and targeting 60fps at 1080p, start at native resolution with quality settings at Medium-High before considering any individual setting adjustments. That’s your optimal starting point. Work from there.
For 1440p targets, the math shifts. Native 1440p at High settings requires RTX 3070-class hardware minimum for a stable 60fps experience. Below that, DLSS or FSR becomes the practical path to 1440p rather than native rendering, and the upscaling quality at that resolution is good enough that it’s not a meaningful compromise.
Shadow Quality the setting you can actually afford to lower
Shadow Quality is the highest-impact performance setting in Endfield and the one where the visual cost of reduction is most manageable. This is your primary performance lever, and understanding exactly what each tier does helps you make the right call.
Ultra shadow quality in Endfield renders precise, distance-accurate shadows across environmental geometry, operator models, and dynamic elements including factory production components and combat particles. The visual result is impressive in specific scenarios — late-afternoon lighting on Talos-II’s industrial structures, indoor environments with multiple light sources, cutscenes with close character focus.
Dropping from Ultra to High recovers 10 to 15 percent frame rate in most scenarios. The visual difference in standard gameplay — traversal, combat, factory management — is minimal. You will notice the difference in specific cutscene lighting conditions and in the precision of shadows on detailed environmental geometry at close range. During active gameplay, you will not notice it.
Dropping from High to Medium recovers another 8 to 12 percent. Here the visual regression becomes more consistently noticeable. Shadow edges become softer and less precise on outdoor terrain, and the depth of shading on the AIC factory structures reduces in ways that affect how the industrial environments read spatially. This is still an acceptable trade for players on minimum-to-mid spec hardware, but it’s a trade rather than a free optimization.
Dropping below Medium — to Low — produces shadows that are visually inconsistent with Endfield’s art direction. The industrial environments were designed with precise shadow casting as part of their visual language. Low shadows flatten those environments in ways that feel like a different game. Hold Medium as your floor unless hardware genuinely requires otherwise.
Ambient Occlusion hold this setting as long as you can
Ambient Occlusion is responsible for the contact shadows and spatial depth that make Endfield’s environments feel physically grounded. It’s what gives the factory structures their sense of weight, what makes the rock formations on Talos-II feel like they exist in real space rather than floating in a rendered landscape.
The performance cost of Ambient Occlusion in Endfield is moderate — roughly 5 to 8 percent frame rate impact between High and Off. That’s not a large number, but the visual consequence of disabling it entirely is disproportionate to what the frame rate gain suggests. Environments lose dimensional credibility in a way that’s immediately visible even to players who couldn’t name the rendering technique responsible.
If you need to recover performance and shadow quality is already at Medium, consider dropping AO from High to Medium before disabling it entirely. Medium AO preserves most of the spatial depth in Endfield’s key environments while recovering a modest frame rate gain. Disabling it entirely should be a last resort on minimum spec hardware, not a routine optimization recommendation.
Texture Quality match to VRAM, not frame Rate
Texture Quality in Endfield has a relationship with VRAM that is more important than its relationship with raw frame rate. The performance difference between High and Medium textures in terms of fps is small — often within the margin of frame time variation. The VRAM consumption difference is significant.
On 8GB VRAM cards, High textures in Endfield run comfortably in most scenarios. Dense factory areas with extensive geometry and multiple active production systems can push VRAM pressure at High textures on 8GB cards, but the result is typically occasional stuttering rather than consistent performance degradation.
On 6GB VRAM cards, High textures create consistent memory pressure in Endfield’s more demanding environments. Medium textures are the correct default on 6GB hardware. The visual difference between High and Medium textures at 1080p gameplay distances — as opposed to close-range screenshot comparison — is less pronounced than the VRAM overhead difference suggests.
On 4GB VRAM cards, which fall below the official minimum specification, Medium textures are non-negotiable and Low textures may be required in the game’s most demanding areas. At this VRAM tier, texture streaming artifacts are a real risk regardless of settings, and expectations need to be calibrated accordingly.
Render Distance understand what you’re Cutting
Render Distance controls how far into the environment Endfield renders full-quality geometry before transitioning to lower-detail representations. In most games, render distance is a safe setting to reduce without significant visual consequence. In Endfield, it requires more careful consideration.
Talos-II’s environments are compositionally designed around visible distance. The industrial landscapes are built to read as vast — ore processing facilities visible across terrain, factory infrastructure extending toward the horizon, the scale of the planet’s geography communicating its hostility through sheer size. Reducing render distance compresses that visual impression in ways that conflict with the art direction’s intent.
The performance gain from reducing render distance is real — approximately 8 to 12 percent between High and Medium in open-world traversal. But the visual cost is more perceptible in Endfield than in games with environments not built around distance composition. The recommendation is to keep render distance at Medium minimum and only reduce to Low if no other combination of settings produces acceptable frame rate at your hardware tier.
Post-Processing personal preference, Minimal performance cost
Motion blur, depth of field, chromatic aberration, and film grain in Endfield are post-processing effects with minimal performance impact — typically less than 3 percent combined. These are personal preference settings, not optimization targets.
Motion blur in Endfield is implemented conservatively. It doesn’t reduce image clarity aggressively during fast traversal and contributes to combat readability by differentiating fast-moving elements from static environment. Players who dislike motion blur on principle can disable it without any meaningful performance consequence, but it’s not a setting that needs to be disabled for optimization purposes.
Depth of field during cutscenes is part of the intended cinematic presentation and worth leaving enabled unless it creates specific visual discomfort. Chromatic aberration and film grain are stylistic choices — disable them freely based on preference.
The recommended configurations
For RTX 2060 targeting 1080p 60fps: Shadow Quality High, Ambient Occlusion Medium, Texture Quality High, Render Distance Medium, Post-Processing personal preference, DLSS Quality enabled. This configuration delivers stable 60fps in the overwhelming majority of gameplay situations with visual quality that represents the game as designed.
For GTX 1060 targeting 1080p 45fps minimum: Shadow Quality Medium, Ambient Occlusion Medium, Texture Quality Medium, Render Distance Medium, all post-processing disabled, FSR Quality if available. This is the honest minimum-spec configuration. It’s playable. It’s not the intended experience.
For RTX 3070 targeting 1440p 60fps: Shadow Quality High, Ambient Occlusion High, Texture Quality High, Render Distance High, DLSS Quality enabled. This configuration runs comfortably with headroom for the game’s most demanding scenarios.
The core principle
Endfield rewards hardware investment, but it doesn’t require high-end hardware to look good. The visual identity of the game — the industrial art direction, the lighting philosophy, the environmental scale of Talos-II — survives intelligent optimization better than raw settings numbers suggest. Shadow Quality and Ambient Occlusion are where the game’s visual character lives. Protect those two settings as long as your hardware allows, and adjust everything else around them.
Frame rate matters. But so does playing the game that Hypergryph actually made.
