Test Your Laptop
or PC Performance
Runs directly in your browser. No installation required. Long-form CPU and GPU benchmarking tuned for modern hardware and calibrated around current flagship laptops.
Real-time analysis
Active Benchmarking...
Primary Benchmarks
Direct access to the two public benchmark suites. No install flow. No launch wizard. Just start the run.
11-13 min
Single-core, multi-core, and sustained CPU pressure in one uninterrupted browser-native run.
Integer, compression, matrix, image, memory, WASM, and raymarch kernels
One full run with thermal-pressure scoring
Calibrated to keep current flagship CPUs around 1,000 points
10-12 min
Long-form graphics, compute, and sustained GPU load built on WebGPU with timestamp-query support when available.
Raster, shading, instancing, particles, post-processing, and compute stages
High-performance adapter request with unsupported-state fallback
Separate GPU score with graphics, compute, and sustained subscores
Real-World Benchmarks
Future modules for domain-specific workloads will layer on top of the core CPU and GPU suites.
Coding
Compile, indexing, and heavy editor workflow simulation.
Gaming
Physics and frame pacing scenarios for modern laptop GPUs.
Video Editing
4K timeline and render-oriented workstation stress tests.
Graphics
2D and 3D raster workloads beyond the core GPU benchmark.
Sound
Audio processing and real-time signal path latency modules.
Live Leaderboards
Top saved full CPU runs and GPU runs update from the persisted benchmark database.
CPU Full Leaderboard
Long-form full CPU runs ranked by the combined headline score.
| Rank | System | Score | Result |
|---|---|---|---|
1 | 4-core iOS device Anonymous run • Mar 7, 2026 Memory undisclosed • Mobile Chrome 145.0.7632.108 | 8,171 Flagship | View |
GPU Leaderboard
Graphics, compute, and sustained GPU runs ranked by the headline GPU score.
How It Works
Three steps from browser detection to calibrated long-form scores.
1. Detect
The browser profiles your hardware, capabilities, and runtime environment before the benchmark begins.
2. Run
The CPU and GPU suites execute long-form fixed workloads designed to expose burst and sustained behavior.
3. Compare
Results are normalized against a reference pack so current high-end machines cluster near 5,000 points.