Single Core Test
Measure single-threaded CPU performance for tasks that rely on one core
Professional CPU Performance Testing
Measure your CPU's computing power with comprehensive benchmarks. Test single-core, multi-core, integer, floating-point, and cryptographic performance directly in your browser.
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Features
Comprehensive CPU performance testing solution
Multi Core Test
Test multi-threaded performance utilizing all available CPU cores
Real-time Results
Watch benchmark progress and get instant performance scores
Test Functions
Multiple benchmark types to thoroughly test your CPU
Integer Operations
Test CPU integer arithmetic performance
- Addition, subtraction, multiplication
- Bitwise operations
- Loop optimization testing
Floating Point
Test CPU floating-point calculation speed
- Trigonometric functions
- Square root calculations
- Scientific computing simulation
Cryptography
Test CPU cryptographic operation performance
- SHA-256 hashing
- Encryption algorithms
- Security workload simulation
Memory Bandwidth
Test memory read/write performance
- Sequential access speed
- Random access patterns
- Cache efficiency testing
Compression
Test data compression/decompression speed
- Text compression
- Binary data handling
- Real-world workload simulation
Multi-Threading
Test parallel processing capabilities
- Web Worker utilization
- Thread scaling efficiency
- Concurrent task handling
How to Test Your CPU
Follow these simple steps to benchmark your CPU
1
Close Applications
Close unnecessary applications and browser tabs to ensure accurate results.
2
Select Test Type
Choose which benchmarks to run: all tests, single core, multi core, or specific operations.
3
Run Benchmark
Click Start Benchmark and wait for all tests to complete. Keep the tab in focus.
4
Review Results
Analyze your scores and compare with previous runs to track performance.
Browser Compatibility
CPU benchmarking is supported on all major browsers
Chrome
Full SupportBest performance with V8 JavaScript engine optimization
Edge
Full SupportExcellent performance with Chromium-based engine
Firefox
Full SupportGreat support with SpiderMonkey engine
Safari
Full SupportFull support with JavaScriptCore engine
Frequently Asked Questions
Common questions about CPU benchmarking
Why are browser CPU benchmarks different from native benchmarks?
Browser benchmarks run JavaScript code which is interpreted/JIT-compiled, unlike native benchmarks that run compiled machine code. Results reflect JavaScript engine performance combined with CPU capabilities, making them useful for web application performance but not direct CPU comparisons.
Why does my score vary between runs?
Score variations are normal due to: background processes, browser garbage collection, thermal throttling, and JavaScript engine optimization. Run multiple tests and average the results for more accurate measurements.
What affects single-core vs multi-core scores?
Single-core scores depend on individual core speed and IPC (instructions per cycle). Multi-core scores scale with the number of cores but are limited by JavaScript's threading model using Web Workers. Not all workloads benefit equally from multiple cores.
Why is my laptop scoring lower than expected?
Laptops often throttle CPU performance to manage heat and battery life. Ensure you're plugged in, using high-performance power mode, and the laptop has adequate cooling. Background thermal throttling can significantly reduce scores.
How do I improve my benchmark scores?
Close all unnecessary applications, disable browser extensions, ensure your device is plugged in and cool, use a modern browser with latest updates, and run tests multiple times. Hardware upgrades like faster RAM can also help.
What do the different test types measure?
Integer tests measure whole number calculations common in general computing. Float tests measure decimal calculations used in scientific/graphics work. Crypto tests measure encryption performance. Each reflects different real-world workload types.