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The best Modern Warfare 4 PC settings start with a stable frame-time target, not a universal preset. Set Windows and the game to your monitor’s native resolution, cap frames at a rate your system can sustain in the most demanding mode you actually play, then use the upscaler matched to your GPU. Start in Quality mode, disable ray tracing unless your hardware has substantial headroom, and tune sharpness, field of view, shadows, reflections and volumetrics only after the baseline is stable.
Activision describes more than 800 graphics, gameplay, input and interface options, so the right configuration depends on your display, graphics card, processor, memory and whether you value competitive responsiveness or visual fidelity. The profiles below give you a defensible starting point without claiming FPS results that have not been independently measured.
Start with a measurable performance target
Choose the display mode and frame rate before changing individual effects. Modern Warfare 4 supports 1080p, 1440p, 4K and ultrawide displays. Use the monitor’s native resolution when possible; running a non-native image and then scaling it back up can make text and fine geometry less clear.
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- In Windows, open Settings > System > Display > Advanced display and select the monitor’s native resolution and highest supported refresh rate.
- In Modern Warfare 4, open Settings > Graphics > Display and choose the same resolution. Use exclusive full-screen if your system behaves better with it; otherwise test borderless full-screen for easier task switching.
- Choose a frame-rate limit that remains achievable during the busiest multiplayer fights or the heaviest campaign scene. A stable cap usually feels better than an uncapped rate that repeatedly falls through the refresh interval.
- Turn on the game’s FPS and frame-time display. Judge the cap by the worst sustained sections you play, not by a brief reading in an empty area.
There is no evidence supporting a universal “120 FPS” or “144 FPS” promise for every GPU and resolution. Activision’s published recommendation for 90-FPS multiplayer on High is the useful reference point for a capable midrange system; your own frame-time graph determines whether that target is realistic.
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Use the upscaler that matches your graphics card
Modern Warfare 4 documents four reconstruction paths: DLSS 4.5 for NVIDIA GPUs, FSR Redstone for AMD GPUs, XeSS 3 for Intel GPUs, and Filmic SMAA T2X when you prefer the game’s temporal anti-aliasing path. The vendor-matched option is the sensible first test because it is designed around that GPU family.
| GPU family | First reconstruction option to test | When to choose it |
|---|---|---|
| NVIDIA | DLSS 4.5 | Use Quality first; move down only if the sustained target is missed. |
| AMD | FSR Redstone | Use Quality first and inspect fine geometry, foliage and motion for shimmer. |
| Intel | XeSS 3 | Use Quality first, with Resizable BAR enabled for Intel Arc systems. |
| Any supported GPU | Filmic SMAA T2X | Choose this temporal anti-aliasing path when you prefer its image character over reconstruction. |
Quality, Balanced and Performance modes
Begin with Quality. It preserves more input detail and usually requires fewer sharpness compromises. If the game misses your frame-rate cap in the demanding scenes that matter, test Balanced. Use Performance only when the target still cannot be held, or when a very high output resolution makes the internal render cost excessive.
Lower internal resolution can make distant signs, wires and foliage look soft. Modern Warfare 4 provides a global sharpness slider; raise it gradually after choosing the reconstruction mode rather than using sharpness to disguise an unstable frame rate. Excessive sharpening can create bright halos and crawling edges, especially around high-contrast objects.
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Frame generation is not the same as base-render performance
The game includes frame-generation choices alongside its upscaling options. Generated frames can increase the displayed FPS counter, but they do not replace the underlying rendered frames that determine input response. Evaluate base frame time first, then test frame generation separately. Keep it when the added smoothness is worth the visual artifacts and latency characteristics in your mode; competitive players may prefer the more direct response of native rendered frames.
Recommended baseline for most systems
Apply this order before building a visual-quality or competitive profile:
- Native display resolution and the monitor’s actual refresh rate.
- A realistic frame cap validated with the in-game frame-time display.
- Your GPU vendor’s upscaler in Quality mode.
- Ray tracing disabled while you establish the baseline.
- Textures set as high as available VRAM can sustain without streaming or hitching.
- Lighting, shadows, reflections, volumetrics and occlusion reduced before lowering texture quality when you need more GPU headroom.
- Global sharpness, FOV and visibility options adjusted only after frame time is stable.
This is an editorial starting point, not an Activision-certified preset. A patch, driver update or different game mode can change the result, so recheck the graph after major updates.
Competitive multiplayer profile
Competitive settings should prioritize consistent frame time, clear target separation and responsive controls. Activision calls its competitive-focused settings a way to prioritize high frame rates and responsiveness during moment-to-moment fights.
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- Use native resolution if your GPU can hold the cap; otherwise use the matched upscaler in Quality, then Balanced.
- Keep a fixed cap below the point where the graph regularly spikes. A slightly lower, steady cap is preferable to an uncapped average with frequent drops.
- Leave ray-traced reflections, shadows, ambient occlusion and volumetric effects off unless your GPU has significant unused headroom.
- Use Filmic SMAA T2X instead of reconstruction if you prefer its temporal behavior and can afford the base render cost.
Field of view and clarity
Test the Enhanced FOV option rather than assuming a wider view is always better. A wider field of view shows more peripheral action but makes targets appear smaller and can increase the amount of geometry rendered. Compare it in the maps and distances you actually play, then keep the value that lets you acquire targets without excessive distortion.
Adjust the global sharpness slider in small increments. Stop when distant objects become legible without producing outlines around character models or UI elements. Keep motion blur and depth-of-field choices aligned with your visibility preference; if a particular effect obscures targets, disable it and verify that the resulting frame time remains consistent.
Shading, reflections and occlusion
Shading quality, screen-space reflections, shadow filtering, occlusion and screen-space lighting can each affect both clarity and GPU time. Change one at a time, replay the same demanding route, and watch frame time rather than relying on the average FPS counter. Screen-space effects can disappear when an object leaves the screen or is occluded; if that instability distracts you, lower or disable the effect instead of increasing sharpness.
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High-quality profile for capable hardware
For a cinematic image, retain native resolution or use the upscaler’s Quality mode, keep textures high within your VRAM limit, and enable HDR only when your display handles it correctly. HDR10+ is available as a display option; use it when your monitor or television supports HDR10+, the operating-system HDR calibration is sensible, and the added contrast improves rather than hides detail.
Order expensive effects by visual value
- Set textures as high as VRAM allows and check for streaming stutter or sudden texture replacement.
- Raise shading quality and shadow filtering, checking both near-field detail and frame-time spikes.
- Enable screen-space reflections and screen-space lighting if their added depth is visible on your display.
- Increase occlusion quality when contact shadows and object separation matter more than a few milliseconds of GPU time.
- Add ray-traced effects last, one category at a time, and retest the heaviest scene after each change.
Do not lower texture quality first simply because the menu lists it near the top. Texture memory use is primarily a VRAM question; lighting, shadows, reflections, volumetrics and occlusion are often better candidates when the GPU is short of rendering time. This ordering is a practical rule of thumb, not a published per-setting benchmark.
Ray tracing: when it makes sense
Ray tracing is a high-end choice in Modern Warfare 4. Activision’s ultra 4K-upscaled high-ray-tracing tier calls for 32 GB of system RAM, 16 GB of VRAM and either an AMD Radeon RX 9070 XT or an NVIDIA GeForce RTX 5070 Ti. That specification is a tier reference, not a guarantee of a particular FPS number.
| Published target | Resolution and quality context | Processor | Memory | Graphics |
|---|---|---|---|---|
| Multiplayer at 90 FPS on High | High settings; target supplied by Activision | AMD Ryzen 5 3600 or Intel Core i7-8700 | 16 GB RAM | AMD Radeon RX 6600 XT, NVIDIA GeForce RTX 3060 Ti or Intel Arc B580 class |
| Ultra high-quality ray tracing | 4K output with upscaling and high ray tracing | Not specified in the published tier | 32 GB RAM | 16 GB VRAM; AMD Radeon RX 9070 XT or NVIDIA GeForce RTX 5070 Ti |
Enable ray tracing incrementally
- Start with ray tracing completely disabled and record your stable frame-time baseline.
- Enable ray-traced reflections only. Test bright interiors, wet surfaces and scenes with many moving objects.
- If frame time remains stable, test ray-traced ambient occlusion, shadows or volumetrics individually, depending on the options exposed by your build.
- Stop adding effects when the cap is missed in the demanding scenes you care about. Do not compensate for a large ray-tracing cost by turning every other setting to its lowest value unless you specifically want that trade-off.
Ray tracing can improve reflections, contact shading and lighting coherence, but its value depends on the display resolution and whether you notice those changes during play. At 1080p competitive settings, the responsiveness cost is usually harder to justify than at a high-resolution visual-quality target.
Resolution-specific starting points
1080p
1080p generally gives the GPU more headroom for a high refresh rate. Try native resolution with the vendor-matched upscaler disabled or in Quality mode, then spend the saved budget on shadows, shading and selected reflections. Keep an eye on CPU frame time: at lower resolution, the processor can become the limiting component before the GPU reaches full utilization.
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1440p
1440p is a balanced target for image detail and performance. Use Quality reconstruction first, and move to Balanced only when the sustained cap is missed. This is also a useful resolution for testing whether a setting is truly GPU-bound; if lowering resolution barely changes frame time, investigate CPU limits, background tasks or a frame cap.
4K
At 4K, Quality upscaling can preserve much of the native-output detail while reducing internal render cost. Balanced or Performance may be necessary on less capable hardware, but inspect text, foliage, thin geometry and motion for reconstruction artifacts. The ultra ray-tracing tier is explicitly built around 4K output with upscaling, 32 GB RAM and 16 GB VRAM.
Ultrawide
Use the panel’s native ultrawide resolution and verify that the selected aspect ratio does not introduce stretching or unwanted cropping. Ultrawide output renders more horizontal scene area, so compare frame time against a conventional resolution at the same settings before assuming that a GPU upgrade or lower quality preset is required.
CPU, memory and storage requirements
Activision’s 90-FPS High multiplayer tier lists a Ryzen 5 3600 or Core i7-8700, 16 GB of RAM and RX 6600 XT, RTX 3060 Ti or Arc B580-class graphics. These are the published anchors for that target, not a promise that every system with those parts will sustain 90 FPS in every map and update.
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- Video memory: the ultra ray-tracing tier requires 16 GB of VRAM. Keep textures within your card’s available VRAM to reduce streaming problems.
- Storage: Activision lists 115 GB of available SSD space at launch. Leave additional free space for patches and shader or cache files rather than filling the drive completely.
- CPU features: only Intel and AMD processors with AVX are supported at this time.
- Graphics API and network: all specifications require DirectX 12 compatibility and broadband internet.
- Intel Arc: Resizable BAR is required for Intel Arc GPUs.
Install the game on an SSD. If the game stutters while textures stream, check drive free space, background disk activity, shader compilation and VRAM pressure before dropping every visual setting.
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Firmware, drivers and Windows checks
- Confirm TPM 2.0 is enabled in UEFI firmware.
- Enable Secure Boot in UEFI and verify in Windows System Information that it is active.
- Install the GPU driver branch and version listed by Activision for your vendor at the time you install or update the game. Driver requirements can change with patches.
- Close overlays, recording tools and browsers that compete for CPU, memory or GPU time while you establish a baseline.
- After a driver or game update, replay the same demanding section and rebuild shaders if the game requests it.
TPM 2.0 and Secure Boot are prerequisites, not graphics-quality controls. Enabling them will not increase FPS, but failing to meet them can prevent the game from launching or connecting.
Diagnose common problems without guessing
The FPS counter is high but the game feels uneven
Watch frame time and 1% behavior rather than the headline FPS. Lower the frame cap slightly, close competing background tasks, and test whether CPU-limited settings such as field of view or view-distance options are responsible. Frame generation can make the displayed counter look better while the base input response remains unchanged, so compare with it disabled.
The image is blurry after enabling upscaling
Return to Quality mode, then increase the global sharpness slider gradually. Check that the output resolution is native and that dynamic resolution has not reduced the internal scale. If fine geometry still shimmers, compare the vendor-matched option with Filmic SMAA T2X at the same cap.
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Lower texture quality one step, confirm that VRAM use is below the card’s capacity, and keep sufficient SSD space available. Disable unnecessary overlays and let shader compilation finish after a driver or game update. A 16 GB system may also need fewer background applications than a 32 GB system when streaming large assets.
Ray tracing causes sudden drops
Disable all ray-traced effects, restore the baseline cap, then add one effect at a time. If the system is near the published 16 GB-VRAM, RX 9070 XT or RTX 5070 Ti ultra tier, use that tier as a ceiling for expectations rather than evidence that every ray-tracing combination will be stable.
Intel Arc performance is inconsistent
Verify Resizable BAR in firmware, confirm DirectX 12 support, and install the driver version Activision currently lists. Recheck after game patches because feature support and driver guidance are subject to change.
Choosing between two practical profiles
| Setting area | Competitive profile | Visual-quality profile |
|---|---|---|
| Resolution | Native where the target is stable; otherwise matched upscaler | Native or Quality upscaling |
| Frame rate | Fixed, sustainable cap validated by frame time | Cap matched to the display and scene stability |
| Ray tracing | Off unless there is substantial headroom | Enable selected effects only on high-end hardware |
| Textures | Highest level that fits VRAM without streaming faults | Highest level that fits VRAM |
| Sharpness and FOV | Tune for target visibility; test Enhanced FOV | Tune for natural detail and display contrast |
| HDR10+ | Use only if it improves visibility on a correctly calibrated display | Retain when the HDR10+ display and calibration produce better contrast |
Release, update and support caveats
The official PC launch announcement gives October 23, 2026 for Battle.net, while the Steam listing shows October 22, 2026. Treat those as platform- and time-zone-specific listings rather than a single universal moment. Activision also notes that specifications may change with updates. Recheck the current driver guidance, supported features and storage requirement after major patches.
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Because no complete benchmark table covers every GPU, resolution, setting and game mode, the only precise performance target used here is Activision’s 90-FPS High multiplayer recommendation. Use the in-game frame-time display to validate your own cap instead of treating that target as a guarantee for a particular card.
A repeatable tuning workflow
- Record your native resolution, refresh rate, CPU, GPU, VRAM and system RAM.
- Meet the firmware, DirectX 12, AVX, broadband, SSD, TPM 2.0, Secure Boot and driver prerequisites.
- Set native output resolution and a realistic frame cap.
- Select DLSS 4.5, FSR Redstone or XeSS 3 according to GPU vendor; use Filmic SMAA T2X if you prefer the temporal path.
- Start in Quality mode, then test Balanced or Performance only when the sustained target is missed.
- Disable ray tracing and establish a stable baseline in the most demanding mode you play.
- Raise textures, shading, shadows, reflections, occlusion and screen-space lighting one at a time, checking frame time after each change.
- Adjust global sharpness, Enhanced FOV and HDR10+ for visibility and display quality.
- Test frame generation separately from base rendering and keep it only if its smoothness and artifact trade-offs suit your play style.
- Save the profile, note the patch and driver version, and repeat the demanding-scene test after updates.
This process gives you a settings profile that is explainable and recoverable: every change has a reason, and a performance regression can be traced back to the last option you altered.
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