Warzone is one of the most GPU-demanding free-to-play titles on PC, and its default settings are not calibrated for budget hardware. A GTX 1060 6GB at 1080p on defaults typically produces 35–50 FPS — below the threshold for stable battle royale play. The same GPU, with render resolution reduced, On-Demand Texture Streaming disabled, and shadow quality dropped, delivers 65–80 FPS at 1080p. A GTX 1650 clears 90–110 FPS. Three settings do the bulk of the work: render resolution, texture streaming, and shadow map resolution. This guide covers each in detail with a full settings table and GPU tier FPS targets. For a broad explanation of what each video setting does under the hood, see the game settings explained guide. For a universal low-end template that applies across multiple titles, see the universal settings template. For PC-wide optimisation beyond Warzone itself, see the game settings optimisation hub.
What “Low-End” Means for Warzone
Warzone’s official minimum specification lists an Intel Core i3-6100 or AMD Ryzen 5 1600X with a GTX 1060 or RX 580 and 8GB RAM. Hardware at or below this floor can reach stable 60–80 FPS with settings adjustments — the default configuration prioritises visual fidelity over frame rate. This guide targets three hardware tiers:
| Tier | GPU Examples | Expected FPS (Low settings, 1080p, 75% render res) |
|---|---|---|
| Below minimum | GTX 1050 Ti, GTX 960, RX 470 | 40–60 FPS |
| At minimum | GTX 1060 6GB, RX 580, GTX 1660 | 65–80 FPS |
| Entry dedicated | GTX 1650, GTX 1650 Super, RX 5500 XT | 90–110 FPS |
Integrated graphics (Intel UHD 620, AMD Radeon Vega 8) can run Warzone at 720p with 75% render resolution and all settings at minimum, producing 25–40 FPS — workable for casual sessions but inconsistent during intense firefights. A dedicated GPU is the correct fix for sustained performance.
Render Resolution: The Biggest FPS Lever
Render Resolution is the most impactful single setting in Warzone on budget hardware. At 100% the GPU renders every pixel at your display’s native resolution. Dropping to 75% reduces the total pixel count to 56% of native — the GPU renders a 1440×810 image internally that is scaled back up to 1080p for display. The sharpness cost is modest (less visible than lowering texture quality), while the FPS gain on a GTX 1060 is 20–35 FPS depending on scene density.
For GTX 1050 Ti hardware and below, drop to 67% render resolution. Scaling artefacts become slightly more visible, but the frame rate improvement is large enough to justify the trade-off in a fast-moving battle royale context. For GTX 1650 and above, 80–85% render resolution gives the best balance — near-native clarity with a 10–18 FPS uplift over 100%.
Pair a reduced render resolution with an upscaling filter for the best results. Warzone supports AMD FidelityFX Super Resolution (FSR 1.0) and Intel XeSS on all GPU brands, and DLSS on Nvidia RTX cards. FSR Quality mode recovers significant sharpness at 75% render resolution and costs no additional GPU overhead beyond the upscaling pass itself. XeSS Performance mode is broadly comparable to FSR Quality at equivalent settings on non-Intel GPUs.
Full Low-End Settings Template
Apply these via Options > Graphics in Warzone. Each value is chosen for maximum FPS on GTX 1060 to GTX 1650-class hardware without degrading enemy model readability or critical gameplay geometry.
| Setting | Value | Reason |
|---|---|---|
| Display Mode | Fullscreen Exclusive | Lowest input latency; Borderless Windowed adds a frame of overhead |
| Render Resolution | 75% | Largest FPS gain — 20–35 FPS on GTX 1060 vs 100% |
| Upscaling / Sharpening | FSR 1.0 or XeSS Performance | Recovers sharpness lost from render resolution reduction |
| Texture Resolution | Low | Reduces VRAM pressure; no impact on enemy silhouette visibility |
| Texture Filter Anisotropic | Low | Negligible visual impact at typical competitive engagement distances |
| Nearby Level of Detail | Low | Reduces geometry complexity on close objects; no gunfight impact |
| Distant Level of Detail | Low | Reduces far-object detail while preserving enemy silhouettes |
| Clutter Draw Distance | Short | Removes ground vegetation; improves enemy spotting and GPU load |
| Shadow Map Resolution | Very Low | Second-largest FPS lever — saves 10–20 FPS on GTX 1060 |
| Cache Sun Shadows | Enabled | Caches static shadow geometry; reduces GPU overhead (keep On) |
| Cache Spot Shadows | Enabled | Same as above — counterintuitively reduces GPU load |
| Screen Space Ambient Occlusion | Disabled | GPU-intensive contact shadow effect with no competitive benefit |
| Environment Tessellation Quality | Very Low | Reduces terrain geometry subdivisions; measurable GPU saving |
| Particle Quality | Low | Reduces explosion and smoke particle count |
| Particle Quality (Distant) | Low | Reduces overhead from long-range particle effects |
| Bullet Impacts and Sprays | Disabled | Removes surface-impact rendering; small but consistent FPS saving |
| Subsurface Scattering | Disabled | Skin-lighting shader; zero competitive benefit |
| On-Demand Texture Streaming | Disabled | Most important single toggle for budget systems — see section below |
| Depth of Field | Disabled | Removes focus blur; improves visual clarity and saves GPU |
| World Motion Blur | Disabled | Reduces visual clarity during movement; no FPS benefit when enabled |
| Weapon Motion Blur | Disabled | Disable for clearer ADS view and minor GPU saving |
| Filmic Strength | 0 | Removes post-process grain overlay; cleaner image output |
| V-Sync | Disabled | Halves FPS if frames dip below monitor refresh rate; adds input latency |
On-Demand Texture Streaming: Disable It First
On-Demand Texture Streaming (ODTS) downloads additional high-resolution textures from Activision’s servers during active gameplay. On high-end systems with fast internet and surplus VRAM, it adds texture quality without affecting performance. On budget hardware, it is the single most common cause of unexpected mid-match stuttering.
Squeeze out more FPS with the settings in rust low end pc.
The problem on low-end systems is twofold. First, if system RAM is 8–12GB, ODTS competes directly with the game’s own runtime allocation, producing memory-pressure stutter that no graphics settings change will resolve. Second, if the internet connection fluctuates during a session, the texture stream pauses and resumes with a distinctive freeze-stutter that mimics the symptom of a GPU bottleneck but has a completely different root cause.
Disable ODTS via Options > Graphics > Quality > On-Demand Texture Streaming: Off. The game loads a complete set of base textures from the local install instead. At Low Texture Resolution, the visual difference is undetectable in normal gameplay. This is the first setting to change on any budget PC before adjusting anything else.
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Shadow Settings: Caching Is Free Performance
Shadow Map Resolution in Warzone controls the resolution of per-frame shadow maps. At Very Low the engine computes 512×512 shadow maps; at High it scales to 2048×2048. GPU cost scales roughly with the square of the shadow map dimension, so moving from High to Very Low reduces shadow-related overhead by approximately 94%. On a GTX 1060, this single setting delivers 10–20 additional FPS.
Two shadow settings that appear expensive are actually free performance: Cache Sun Shadows and Cache Spot Shadows. Set both to Enabled. These instruct the engine to cache static shadow geometry between frames rather than recalculating it from scratch each time — counterintuitively, enabling these reduces GPU load rather than increasing it. They are independent of Shadow Map Resolution and should always be on regardless of hardware tier.
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Warzone FPS by GPU Tier at 1080p
The following ranges apply with the full settings template above applied — not Warzone’s defaults. On-Demand Texture Streaming is disabled and render resolution is set to 75%.
| GPU | FPS (Low settings, 75% render res, 1080p) | 60 FPS Target |
|---|---|---|
| GTX 1050 Ti (4GB) | 40–60 FPS | Borderline — drop to 67% render res or 900p |
| GTX 1060 6GB | 65–80 FPS | Yes — stable 60+ FPS achieved |
| RX 580 (8GB) | 60–78 FPS | Yes — benefits significantly from Very Low shadow quality |
| GTX 1650 | 90–110 FPS | Yes — headroom to raise render res to 85% |
| GTX 1660 | 95–120 FPS | Yes — comfortable at 80% render resolution |
| Intel UHD 770 | 28–40 FPS | No — drop to 720p for casual play |
CPU performance is a secondary constraint. Warzone is well multi-threaded but favours higher single-core frequency. A Ryzen 5 1600 or Intel Core i5-8400 is the practical floor for stable 60+ FPS — below this, CPU bottlenecking prevents the GPU from reaching its target frame rate regardless of graphics settings. Close background applications (browsers with multiple tabs, Discord video, streaming tools) to reduce CPU and RAM contention on 4–6 core systems.
Frequently Asked Questions
Why does Warzone stutter even at low settings?
The most common cause on budget hardware is On-Demand Texture Streaming left enabled — disable it as the first step. The second common cause is insufficient system RAM: at 8GB with background applications open, Warzone experiences memory pressure that produces hitching rather than a sustained FPS drop. The third cause is post-update shader compilation: after a Warzone update, the engine re-compiles shaders on first launch. Complete this in a private offline match before queuing into a live game to avoid severe hitching in your first match.
Does FSR work in Warzone on Nvidia GTX cards?
Yes. AMD FidelityFX Super Resolution is GPU-agnostic — it runs on Nvidia GTX and RTX, AMD Radeon, and Intel Arc. DLSS (Nvidia-exclusive neural upscaling) is available only on RTX 2000 series and above. XeSS (Intel) works on all GPU brands in compatibility mode with slightly lower quality than native Intel Arc. For GTX 1060-class hardware, FSR 1.0 at Quality or Balanced mode is the recommended upscaling path.
What is the minimum VRAM for Warzone?
Warzone lists 2GB VRAM at minimum spec, but 4GB is the practical minimum for stable play at Low settings with On-Demand Texture Streaming disabled. With ODTS enabled, 6GB is recommended to avoid texture pop-in during matches. The GTX 1060 3GB runs Warzone but is constrained by VRAM at any texture setting above Low — keep textures at Low and ODTS disabled to stay within the 3GB limit. Single-channel RAM also significantly impacts performance on Ryzen-based budget builds: use dual-channel if possible.
Sources
- Activision. Call of Duty: Warzone — Official Site and PC Requirements. Activision Publishing, Inc.
- PCGamingWiki. Call of Duty: Warzone — PC Specifications, Settings and Performance Data. PCGamingWiki.
- Tom’s Hardware. GPU Benchmark Hierarchy and PC Gaming Performance Analysis. Future Publishing Limited.
I've been playing video games for over 20 years, spanning everything from early PC titles to modern open-world games. I started Switchblade Gaming to publish the kind of accurate, well-researched guides I always wanted to find — built on primary sources, tested in-game, and kept up to date after patches. I currently focus on Minecraft and Pokémon GO.