Most performance reviews for games like Arknights: Endfield follow a predictable pattern. Benchmark numbers, a hardware tier list, a conclusion that amounts to “get better specs.” That’s not what this is. What this is, is an honest assessment of how Endfield actually runs across real-world hardware configurations, what the graphics settings actually do to your frame rate, and whether the visual quality you’re trading for performance is worth the compromise.
The short version: Endfield is better optimized than it has any right to be for a UE5 open-world game at this scope. The long version is everything below.
What you’re actually running
Before getting into numbers, it’s worth understanding what Endfield is asking your hardware to do. This is an Unreal Engine 5 title with a fully realized open world, real-time four-character combat with particle-heavy ability effects, an industrial base-building layer that renders complex factory structures in the game world, and cinematics that run in-engine rather than pre-rendered. That’s a demanding combination on paper.
In practice, Hypergryph made deliberate choices during development that keep the performance ceiling more accessible than comparable UE5 titles. The open world is large but structured — dense in the areas where density matters, deliberately sparse in traversal zones. The factory rendering is optimized to scale back geometry complexity at distance without the pop-in being jarring. Combat effects are visually rich but built to run at consistent frame rates rather than spike unpredictably.
None of this is accidental. The beta periods were used aggressively for performance testing, and the launch build reflects that. Players who were in the second closed beta will notice the improvement immediately. That’s a good sign for the optimization trajectory going forward.
Minimum spec GTX 1060 reality check
The official minimum specification calls for an Intel Core i5-9400F and an NVIDIA GeForce GTX 1060. Let’s be honest about what that actually means in 2026.
On minimum spec hardware, Endfield is playable. It is not comfortable. Running at 1080p with settings dropped to Low across the board, a GTX 1060 will sit between 40 and 55 fps in open-world traversal, dipping toward the low 30s during larger combat encounters with multiple enemies and active ability effects on screen simultaneously. The frame pacing on minimum spec is inconsistent enough that those dips feel worse than the numbers suggest.
The visual experience at Low settings is also a meaningful downgrade from what the game is designed to look like. Texture quality on environmental surfaces is noticeably reduced, shadow rendering becomes approximate rather than precise, and the industrial environments on Talos-II — which are genuinely impressive on higher settings — lose much of what makes them visually distinctive. You can read the story and clear the content. You are not experiencing the game as intended.
If you’re on a GTX 1060, the realistic recommendation is to run at Medium shadows, Low textures, and disable any upscaling that introduces artifacting on your specific card. That configuration typically lands around 45 to 50 fps in most gameplay situations, which is acceptable if not ideal. Minimum spec in Endfield means minimum viable, not minimum comfortable.
The sweet spot RTX 2060 to RTX 3070
This is where Endfield genuinely shines from a performance standpoint. The recommended specification lists an RTX 2060, and on that card the game runs at a stable 60fps at medium-high settings in 1080p without significant compromise to visual quality. That’s a strong result for a UE5 title of this scope.
The RTX 2060 hits its ceiling in two specific situations: large factory structures with complex active production chains rendering simultaneously, and multi-phase boss encounters in enclosed spaces with dense particle effects. In both cases, expect brief dips to the high 40s. Outside those scenarios, the 60fps target holds reliably.
Moving up to an RTX 3060 or 3060 Ti, the experience becomes noticeably smoother. High settings at 1080p produces 75 to 90 fps in most situations, with drops only during the most visually intensive combat sequences. This is the configuration where the game’s lighting system — one of its genuine technical strengths — starts showing what it was designed to look like. The industrial environments on Talos-II under dynamic lighting conditions at High settings are genuinely impressive. Not just impressive for a gacha game. Impressive full stop.
The RTX 3070 effectively eliminates performance as a concern at 1080p. High settings, stable 90 to 100 fps, drops only in extreme edge cases. At 1440p on an RTX 3070, you’re looking at 60 to 75 fps on High, which is a comfortable experience without needing to make significant visual concessions.
High-end hardware 4K and ultra settings
RTX 4070 and above is where Endfield at Ultra settings becomes viable at 1440p, delivering 80 to 100 fps depending on the scenario. The jump from High to Ultra in Endfield is meaningful but not dramatic — the most visible improvements are in shadow quality, ambient occlusion depth, and the rendering of distant environmental geometry on Talos-II’s larger open areas.
At 4K, an RTX 4070 will run Ultra settings at 50 to 65 fps, which is workable with a high-quality upscaling solution but not ideal for native rendering. An RTX 4080 hits 70 to 85 fps at 4K Ultra natively, which is where the game looks genuinely reference-quality. The Talos-II environments at 4K Ultra with the game’s lighting system running at full quality represent some of the best-looking open-world art direction currently running in a live-service title.
RTX 4090 owners will run Endfield at 4K Ultra above 90 fps consistently, though the reality is that Endfield’s visual design has an aesthetic ceiling that doesn’t require a 4090 to appreciate. The art direction carries more of the visual impression than raw resolution does.
DLSS, FSR, and XeSS which upscaling to use
Endfield ships with support for NVIDIA DLSS 3, AMD FSR 3, and Intel XeSS. The implementation quality varies enough between them that it’s worth being specific.
DLSS 3 Quality mode on compatible NVIDIA hardware is the best upscaling option in the game by a clear margin. Running DLSS Quality at 1440p on an RTX 3070 produces image quality that is genuinely difficult to distinguish from native at normal viewing distances, with a 20 to 30 percent frame rate uplift. If you’re on an NVIDIA card from the RTX 20 series onwards, DLSS Quality should be your default configuration rather than an afterthought.
FSR 3 Quality mode is a capable alternative for AMD hardware and produces respectable results at 1440p. The upscaling introduces mild softness in fine environmental detail — particularly noticeable on the AIC factory structures with their complex geometric patterns — but the performance gain is substantial enough on mid-range AMD cards that the trade-off is worth it. FSR 3 Performance mode is too aggressive for Endfield’s environmental complexity and produces visible artifacting on moving production chain elements.
XeSS is the weakest of the three implementations in Endfield specifically. It’s usable, and on Intel Arc hardware it performs considerably better than the generic XeSS path, but compared to DLSS Quality it produces more noticeable upscaling artifacts in the game’s more visually complex environments. If you’re on Intel Arc, XeSS is better than native at lower performance tiers. If you have the choice between upscaling solutions, DLSS is the clear recommendation.
Frame generation via DLSS 3 on RTX 40 series hardware adds meaningful frame rate headroom in Endfield’s more demanding scenarios. The input latency trade-off is present, as it always is with frame generation, but the combat’s real-time nature makes it noticeable primarily during boss encounters where reaction timing matters. A reasonable approach is enabling frame generation for exploration and factory management and disabling it before high-difficulty combat content.
The settings that actually matter
Not all graphics settings in Endfield have equal impact on performance. Running through every option wastes time that could be spent playing. Here are the settings that meaningfully move the frame rate needle and what they cost visually.
Shadow Quality is the single biggest performance lever in Endfield. Dropping from Ultra to High recovers 10 to 15 percent frame rate with minimal visual difference in most gameplay situations. Dropping from High to Medium recovers another 8 to 12 percent with a more noticeable reduction in shadow precision during outdoor traversal. This is the first setting to touch if you need performance headroom.
Ambient Occlusion has a significant visual impact on how the industrial environments read spatially — it’s what gives the factory structures their sense of physical depth and weight. The performance cost is moderate. If you’re choosing between dropping AO and dropping shadow quality, drop shadow quality first. The visual regression from reduced AO is more perceptible in the game’s core environments than reduced shadow precision.
Texture Quality has surprisingly low performance impact in Endfield relative to its visual impact. The VRAM requirement scales with texture quality more than the frame rate does — on cards with 6GB or less VRAM, running High textures can cause stuttering from memory pressure in dense areas even if the raw frame rate looks acceptable. Match texture quality to your VRAM budget, not your frame rate target.
Post-Processing — specifically motion blur and depth of field — are personal preference settings with minimal performance impact. Motion blur in Endfield is tastefully implemented and doesn’t reduce image clarity aggressively, but players who find it distracting can disable it without any performance consequence. Depth of field during cutscenes is part of the intended presentation and worth leaving on.
Render Distance is more impactful than it looks in the settings menu. Endfield’s Talos-II environments are built around visible distance — the industrial landscapes are designed to read as vast, and reducing render distance collapses that visual impression meaningfully. Unless you’re genuinely struggling for frame rate, this is a setting to keep at Medium or above.
CPU considerations
Endfield is more GPU-bound than CPU-bound in most configurations, but the AIC factory system creates CPU load that most action RPGs don’t. A large, actively running factory with dozens of simultaneous production processes generates simulation load that sits on the CPU side of the equation. Players with very large factory builds on older quad-core processors may encounter CPU bottlenecking that frame rate counters will clearly show as GPU underutilization alongside low frame rates.
The Intel Core i5-9400F minimum spec is a six-core processor, which handles basic gameplay and moderate factory complexity without issue. Larger, more optimized factory builds on endgame-scale production networks benefit from a modern six-core or eight-core processor. This isn’t a reason to upgrade immediately, but it’s worth understanding if your performance profile doesn’t match GPU benchmark expectations.
Storage and Loading
The difference between SSD and HDD in Endfield is significant and worth addressing directly. On a SATA SSD, initial area loading takes 8 to 12 seconds. On a fast NVMe drive, that drops to 4 to 6 seconds. On a traditional HDD, expect 25 to 40 seconds for the same loads, with occasional texture streaming delays during fast traversal.
The factory system’s offline production calculations — processing everything your AIC produced while you were away — also load faster from SSD storage. On HDD, logging back into a large factory after extended offline time creates a noticeable calculation delay before the inventory populates. Not game-breaking, but consistently annoying in a way that SSD storage eliminates entirely.
If you’re still running Endfield from a spinning disk, moving it to any SSD will produce a more impactful quality-of-life improvement than most graphics settings adjustments.
The Bottom Line
Arknights: Endfield is one of the better-optimized UE5 titles available at PC launch, and that’s not a low bar in 2026 given the engine’s track record. The recommended spec RTX 2060 genuinely delivers the experience it claims to. The settings system gives meaningful control without requiring a degree in graphics engineering to navigate. DLSS Quality implementation is strong enough to be a first-line configuration rather than a fallback.
The honest ceiling is that minimum spec hardware produces a compromised experience, and players on GTX 1060-class cards should calibrate their expectations accordingly. But from the RTX 2060 upward, Endfield delivers visual quality and performance consistency that justify the hardware ask.
For a free-to-play live-service title running a fully realized open world on UE5, that’s a result worth respecting.
