All setups › Intel Arc A770 (16GB) › Counter-Strike 2

Best Counter-Strike 2 settings for the Intel Arc A770 (16GB) (2026)

On a Intel Arc A770 (16GB) (paired with a balanced Intel Core i5-13500H (laptop)-class CPU), Counter-Strike 2 runs at roughly 204 FPS at 1080p with our optimized settings — up from about 204FPS with everything maxed. Here's the configuration and what each setting costs.

The Intel Arc A770 (16GB) is a mainstream 1080p graphics card with 16GB of VRAM, and Counter-Strike 2 is a lightweight, high-frame-rate esports title. Paired with the Intel Core i5-13500H (laptop), it flies at 1080p — about 204 FPS with FrameCoach's optimized settings. That already clears a smooth frame rate on High, so our tuning keeps the visuals as high as possible instead of chasing extra frames.

Across resolutions you can expect around 204 FPS at 1080p and 147 FPS at 1440p, dropping to roughly 83 FPS at 4K. Its 16GB of VRAM is plenty for Counter-Strike 2, so textures can stay maxed. The biggest free win is FSR upscaling — set it to Quality for a large FPS boost at little visual cost.

Resolution	All-High FPS	Optimized FPS
1080p	204	204
1440p	147	147
4K	83	83

CPU-bound: in Counter-Strike 2, a Intel Core i5-13500H (laptop)-class CPU caps you near 204 FPSregardless of graphics settings — lowering them won't raise your frame rate much here.

Recommended settings

Upscaling — FSROff

CS2 offers AMD FidelityFX Super Resolution (FSR) on all GPUs. Most competitive players leave it Off at 1080p (CS2 is CPU-limited there) but it helps a lot at 1440p/4K.

Anti-Aliasing Mode4x MSAAbaseline

MSAA is the single biggest GPU cost in CS2. Dropping from 4x/8x to CMAA2 frees a lot of frames for a small edge-smoothing loss — a popular competitive choice.

Global Shadow QualityHighbaseline

Shadow detail. Many players keep this at least Medium, because enemy shadows are a genuine source of information in CS2.

Boost Player ContrastEnabledbaseline

Makes enemy player models pop against the background. Nearly free and a competitive advantage — keep it Enabled.

Ambient OcclusionHighbaseline

Soft contact shadows. Cheap; Medium is plenty for a clear competitive image.

Shader DetailHighbaseline

Surface and lighting shader complexity. Modest cost; safe to lower for extra frames.

Particle DetailHighbaseline

Smoke, sparks and debris. Lowering can actually help you see through busy fights as well as gain FPS.

Model / Texture DetailHighbaseline

Character and world texture sharpness. Costs almost no FPS on any modern card — keep it High.

Texture Filtering ModeAnisotropic 16xbaseline

Keeps long sightlines (like Dust II’s long A) sharp into the distance. Essentially free — use Anisotropic 16x.

Dynamic ShadowsAllbaseline

Keep this on All: it costs almost no FPS but lets you spot the moving shadows of enemies around corners — a genuine competitive advantage, so we never lower it.

High Dynamic RangeQualitybaseline

Leave this on Quality. It costs barely any FPS and avoids the grainy, noisy image Performance mode can produce on some maps.

⚡ Fine-tune this for your exact CPU & target FPS →

🎯 Can the Intel Arc A770 (16GB) run Counter-Strike 2? See the verdict →

Counter-Strike 2 on other GPUs

Other games on the Intel Arc A770 (16GB)

Frequently asked

What FPS does the Intel Arc A770 (16GB) get in Counter-Strike 2?

With FrameCoach's optimized balanced settings, the Intel Arc A770 (16GB) averages around 204 FPS at 1080p in Counter-Strike 2 — up from about 204 FPS with everything on High. Note that a Intel Core i5-13500H (laptop)-class CPU can cap it near 204 FPS here.

Can the Intel Arc A770 (16GB) run Counter-Strike 2 at 1440p?

At 1440p with optimized settings, the Intel Arc A770 (16GB) averages roughly 147 FPS in Counter-Strike 2 — a smooth experience.

What are the best Counter-Strike 2 settings for the Intel Arc A770 (16GB)?

Use a balanced preset, keep ray tracing off for maximum FPS, and ease the heaviest options like Anti-Aliasing Mode and Global Shadow Quality down a notch. The full per-setting breakdown is above.

FPS figures are estimates from a generalized model (hardware tier × game load × per-setting weights), not live benchmarks — real performance varies by scene, drivers and game version.