⚡ Framerate & Synchronization Hub

FPS & Frametime Diagnostic Suite

Select a specialized hardware benchmark to verify high-refresh rate synchronization, diagnose micro-stuttering, and test GPU rendering pipelines.

Core EngineFlagship

Universal FPS Benchmark

The primary diagnostic studio. Real-time frametime timeline graph, 1% Lows, 0.1% Lows, and downloadable scorecards.

High-Hz120Hz Check

120 FPS & 120Hz Verification

Test whether your display and browser are delivering true 120 FPS without dropped frames or 60Hz VSync locking.

ComparisonMotion Blur

144Hz vs 240Hz Comparison

Side-by-side synchronized motion blur test. Compare perceived clarity, trailing, and response across refresh rates.

ComparisonFluidity

60 FPS vs 120 FPS Test

Direct visual comparison between standard 60 FPS and fluid 120 FPS motion pacing in synchronized animation tracks.

JitterStability

Frametime Stutter & Jitter Analyzer

Deep micro-stutter diagnostic. Measures millisecond frametime standard deviation to detect GPU and browser stutter.

HardwareWebGL Stress

Browser GPU Stress Benchmark

Multi-tier 2D and 3D WebGL particle stress test to evaluate hardware acceleration performance under load.

Understanding Display Refresh Rates & GPU Pacing

Achieving ultra-smooth gaming performance requires harmonious synchronization between three independent hardware layers:

The Display Controller (Monitor Panel): Refreshes pixels at fixed intervals (60Hz = 16.6ms, 120Hz = 8.33ms, 144Hz = 6.94ms, 240Hz = 4.16ms, 360Hz = 2.77ms, 540Hz = 1.85ms).
The Graphics Pipeline (GPU & Driver): Computes vertex transforms, shaders, and rasterizes frames to the back-buffer.
The Compositor & Window Server: Manages buffer flipping via V-Sync, G-Sync, FreeSync, or Variable Refresh Rate (VRR) protocols.

When any of these layers falls out of phase, users experience either tearing (partial frames rendered simultaneously) or stutter (repeated previous frames causing motion judder).

Hardware Knowledge Base

Frequently Asked Questions

Technical answers to common hardware, refresh rate, and browser diagnostic questions.

What is the primary difference between refresh rate (Hz) and frame rate (FPS)?

Refresh rate (measured in Hertz, Hz) is the physical speed at which your monitor hardware cycles its display panel to show a new image. Frame rate (measured in Frames Per Second, FPS) is the rate at which your GPU renders graphics. When FPS matches Hz, motion is perfectly smooth.

Can human eyes see more than 60 FPS or 120 FPS?

Yes, extensive scientific research and blind testing confirm that the human visual cortex can detect frametime differences and motion blur reductions up to 500Hz+. High refresh rates reduce display sample-and-hold motion blur and lower perceptual input latency.

How do I ensure my browser is running at 144Hz, 240Hz, or 360Hz?

Ensure Hardware Acceleration is enabled in your browser settings, verify your monitor is set to maximum Hz in Windows/macOS display settings, and avoid running battery saver modes on laptops.