CPU performance
Fixed single-thread and multi-thread calculation workloads in browser workers.
Avada performance lab · private browser diagnostic
CPU & GPU performance test
Test CPU calculation speed, GPU frame load, browser memory throughput and sustained stability in one session. Choose the duration and stress level before you start.
Nothing is savedRuns only when started
CPU + GPU + memory + stabilityReady to test
ReadyCPU throughputGPU frame loadMemory proxyStability
60-second high testKeep this tab visible and connect the charger for a steadier comparison.
What the test measures
Four scores. One balanced result.
The overall score gives CPU performance 40% weight, GPU 25%, sustained stability 25% and the browser memory proxy 10%. The component cards remain visible so one total never hides the reason behind the result.
GPU performance
A visible fixed-resolution graphics scene, FPS and frame consistency.
Memory performance
An 8 MB typed-array throughput proxy, not installed RAM capacity or native RAM speed.
Sustained stability
Early and late performance under combined CPU and graphics load.
Score guide
Match the score to the work you do
These are practical browser-level suggestions, not promises that a specific game or application will run. Always check the separate component scores and native hardware.
50,000+Legendary
Power users and high-end creatorsLarge development builds, complex RAW and Photoshop work, demanding 4K editing, and high-refresh gaming potential when the GPU and stability scores are also strong.
30,000+Exceptional
Developers, designers and video editorsLarge IDE projects, batch photo work, Illustrator and Photoshop, Premiere Pro or DaVinci Resolve editing, and modern gaming when the graphics score is strong.
15,000+Excellent
Advanced students and creative professionalsProgramming, heavier multitasking, layered design files, 1080p video editing, light 4K proxy workflows and mainstream gaming with suitable native hardware.
7,500+Good
Office, study and everyday creatorsVS Code and web development, moderate Excel models, many browser tabs, light Photoshop work and basic 1080p edits.
3,500+Fair
Everyday usersWeb browsing, video calls, Microsoft Word, normal Excel sheets, streaming, study and basic photo adjustments.
< 3,500Poor
Light single-task useEmail, a few browser tabs, simple Word documents and light spreadsheets. Expect slower multitasking and avoid demanding creative work.
Read every component
One total cannot tell the whole story
Gaming and video editing need more than CPU speed. Use these component checks before deciding whether a laptop fits your work.
CPU score
Most important for code builds, spreadsheets, browser work and CPU-heavy editing.
GPU score
Prioritize this for gaming, effects, 3D work, Photoshop acceleration and video playback.
Memory score
Helps explain responsiveness while moving data, but does not reveal installed RAM capacity.
Stability score
Important for long exports, gaming sessions and sustained work. A low result deserves a retest.
What the browser can report
- ✓ Logical processor count and measured worker throughput
- ✓ Best-effort graphics renderer, WebGL capability and measured frame load
- ✓ A privacy-limited memory tier in supported browsers
- ✓ Observed start and end battery percentage when the browser permits it
- ✓ Screen, pixel ratio, color depth and measured benchmark results
What it cannot prove
- × Exact CPU model, clock speed or native benchmark equivalence
- × Exact RAM capacity, module count, timing or physical condition
- × SSD health, battery wear, temperature or thermal sensor readings
- × Battery current, ampere draw, voltage or exact energy consumed
- × Exact CPU or GPU utilization percentage reported by the operating system
- × Guaranteed performance in a specific game or professional application
Questions
Performance test FAQ
For the best comparison, use the same browser, power mode, preset and test conditions.
How does the online laptop performance test work?
It measures single-thread and multi-thread CPU work, an 8 MB browser memory throughput proxy, a fixed-resolution graphics workload, and performance retained under sustained load. The selected duration is divided evenly across the measured workload phases.
Are my benchmark results uploaded or saved?
No. The workload and results stay in this browser tab. No benchmark result is submitted to an API, database, file or analytics payload, and refreshing the page removes it.
How is the Avada performance score calculated?
The overall score weights the normalized component results as CPU 40%, GPU 25%, memory proxy 10% and sustained stability 25%. The separate component cards remain the best way to judge whether a laptop fits CPU-heavy work, graphics work or long sustained sessions.
Is this score the same as Geekbench or Cinebench?
No. Geekbench, Cinebench, 3DMark and game benchmarks use different native workloads and deeper hardware access. Compare Avada results only with the same browser, preset, power mode and similar test conditions.
How do I get the most consistent result?
Connect the charger, turn off battery saver, close heavy programs, let the laptop cool, keep this tab visible and repeat the same preset twice. Large differences can indicate background activity, power limits or unstable sustained performance.