Competitive Tactical ShooterUnreal Engine 4

Valorant FPS Calculator

Valorant is Riot Games 5v5 character-based tactical shooter. It relies heavily on CPU single-core IPC and cache hierarchy rather than heavy GPU computation.

DeveloperRiot Games

CPU DependencyEXTREME

GPU DependencyLOW

Calculate Valorant FPS for Your Rig

System Configuration

Graphics Card (GPU)

Processor (CPU)

System RAM

Target Game

Resolution

Graphic Preset

Upscaling (DLSS / FSR)Native Mode

Valorant1080P • HIGH PRESET

MEASURED DATAHIGH CONFIDENCE

287AVG FPS

1% LOW FPS207 FPSPacing Floor

0.1% MIN161 FPSStutter Floor

FRAME TIME3.48 msRender Latency

Data Provenance: Validated against 25 direct hardware laboratory benchmark runs on patch 9.08. Source: Hardware Unboxed Esports Suite

Verdict: High-Refresh Esports Ready

GPU Bound (Optimal Gaming State)

Your graphics card (NVIDIA GeForce RTX 4060) is operating at maximum 99% capacity, which is the ideal state for AAA gaming. Your AMD Ryzen 5 5600 easily keeps up without stalling frame pacing.

Optimize In-Game Settings Test "What-If" Simulator Compare GPU Upgrades

Hardware Balance & Load Diagnostic

GPU Expected Load99%

CPU Expected Load43%

VRAM Buffer Status (NVIDIA GeForce RTX 4060: 8 GB)~2.4 GB / 8 GB

Resolution Scaling Impact (HIGH)

1080P553 FPS

1440P463 FPS

4K330 FPS

Competitive & Optimal Settings for Valorant

Valorant is heavily CPU-bound. Enable Multithreaded Rendering and keep Shadows on Low for highest frame rate consistency.

Recommended Resolution: 1080PRecommended Preset: MEDIUM

Reference Hardware Performance (1080p Ultra Baseline)

NVIDIA GeForce RTX 409024 GB VRAM

884 FPS

NVIDIA GeForce RTX 4070 Super12 GB VRAM

551 FPS

NVIDIA GeForce RTX 40608 GB VRAM

340 FPS

AMD Radeon RX 7800 XT16 GB VRAM

527 FPS

AMD Radeon RX 76008 GB VRAM

333 FPS

Valorant Performance FAQs

Why is my GPU usage low in Valorant?

Valorant draw calls are processed primarily by the CPU, resulting in modest GPU load at 1080p.