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Real Resolution Mathematics

PC Bottleneck Calculator & FPS Estimator

Detailed bottleneck and frame rate benchmark for AMD Ryzen 7 7800X3D paired with GeForce RTX 4070 Super 12GB at 2560×1440.

ENGINEERING CONTROLS & INPUTS

Live Sync 1:1
Nativo / DLAA (100% escala)

TELEMETRY & MATH CONSOLE

IEEE 754
Estimated Gaming Frame Rate
135FPS

GPU Bound (13%) — Ideal Gaming Scenario

Bottleneck Disparity Index13%
Detailed Mathematical Breakdown
True Internal Render ResPixel load savings: -0% vs native 2560×1440.
2560×1440
CPU Draw-Call FPS CeilingBounded by Zen 4 3D V-Cache IPC and clock.
156 FPS
GPU Shading FPS CeilingAt 2560×1440 shading pixel workload.
135 FPS
Estimated 1% Low FPSCritical smoothness floor to avoid micro-stuttering and hitching.
97 FPS
Limiting FactorThe graphics card sits at 99-100% saturation while the CPU has plenty of headroom. This is the optimal, smoothest gaming state.
GPU Bound (Escenario Óptimo)
Applied Equation (Live Input):

Bottleneck (13%) = (1 - min(FPS_CPU:156, FPS_GPU:135) / max(FPS_CPU:156, FPS_GPU:135)) × 100%

Technical Methodology & Benchmark Guide

The CPU is responsible for game physics, audio, AI routines and preparing the render command buffer (draw calls). The GPU executes the actual vertex, pixel shading and rasterization passes. If you activate DLSS or FSR, the GPU has fewer pixels to shade per frame, so it finishes each frame faster. As a result, the GPU demands draw calls at a higher frequency, causing the bottleneck to shift directly onto the CPU.

Frequently Asked Technical Questions

Is the RTX 4070 Super sufficient for 1440p gaming with Ray Tracing?

Yes, powered by 3rd Gen RT cores and DLSS 3.5. Enabling DLSS Quality drops internal render to 1707x960, sustaining over 80 FPS in Cyberpunk 2077 with full Path Tracing.

PC Bottleneck Calculator: CPU & GPU FPS Estimator with DLSS/FSR Scaling | FaroTrend | FaroTrend