


Analysis of performance differences of PHP framework under different PHP versions
PHP framework performance is affected by the PHP version: Web benchmark: PHP is upgraded to 8.1, Laravel performance increases by 28%, Symfony increases by 22%, and CodeIgniter increases by 20%. ORM benchmark: PHP is upgraded to 8.1, Laravel performance is improved by 30%, Symfony is improved by 33%, and CodeIgniter is improved by 25%. Template benchmark: PHP is upgraded to 8.1, Laravel performance is improved by 40%, Symfony is improved by 44%, and CodeIgniter is improved by 25%.
Analysis of performance differences of PHP framework
Introduction
PHP framework is improving the Web Plays a vital role in application development efficiency. However, performance is an important factor to consider when choosing a framework. Different PHP versions and frameworks have different impacts on application performance. This article will analyze the performance differences of PHP frameworks under different PHP versions.
Testing Framework
For a fair comparison, we have chosen the following popular PHP frameworks:
- Laravel
- Symfony
- CodeIgniter
Testing Method
We use the following benchmarks for testing:
- Web Benchmark: Test the HTTP request processing speed of the framework.
- ORM Benchmark: Tests the speed of interaction between the framework and the database.
- Template Benchmark: Tests how quickly the framework renders views.
We ran these benchmarks using PHP 7.4, PHP 8.0 and PHP 8.1 on a server with the same hardware specifications.
Results
Web Benchmark
Laravel | Symfony | CodeIgniter | |
---|---|---|---|
2500 req/s | 2200 req/s | 2000 req/s | |
3000 req/s | 2500 req/s | 2200 req/s | |
3200 req/s | 2700 req/s | 2400 req/s |
Symfony | CodeIgniter | ||
---|---|---|---|
900 queries/s | 800 queries/s | ##8.0 | |
1100 queries/s | 900 queries/s | ##8.1 | 1300 queries/s |
1000 queries/s | Template Baseline |
PHP Version
CodeIgniter | 7.4 | ||
---|---|---|---|
400 renderings/s | 8.0 | 600 renderings/s | |
450 renderings/s | 8.1 | 700 renderings/s | |
500 renderings/s | Practical Case |
Page load time decreased by 20%.
Database query speed increased by 15%.
- Concurrent user processing capacity increased by 25%.
- Conclusion
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