Home PHP Framework Workerman Who has better performance, workerman or swoole?

Who has better performance, workerman or swoole?

Apr 09, 2024 pm 07:18 PM
workerman Concurrent requests swoole

In most cases, Swoole has better overall performance because it outperforms Workerman in terms of concurrency, memory consumption, I/O throughput, and network throughput. Its performance benefits are due to C extensions, efficient I/O event loops, and memory management techniques, making it suitable for high-concurrency, high-throughput web applications, real-time applications, and microservices architectures.

Who has better performance, workerman or swoole?

Performance comparison between Workerman and Swoole

Conclusion:

In In most cases, Swoole has better overall performance.

Detailed comparison:

Workerman and Swoole are two popular high-performance PHP frameworks used for building web applications and services. They both use asynchronous programming, which means they can handle multiple requests without blocking.

Concurrency:

Swoole has higher concurrency. It can handle tens of thousands of concurrent connections, while Workerman can typically handle thousands of connections.

Memory consumption:

Workerman uses PHP coroutines, while Swoole uses C extensions. Therefore, the memory consumption of Swoole is usually lower than that of Workerman.

I/O throughput:

Swoole has higher I/O throughput than Workerman. This is because Swoole uses C extensions to optimize I/O operations.

Network Throughput:

Swoole also has higher network throughput than Workerman. This is because it uses an efficient network I/O event loop.

Performance Advantages:

Swoole’s performance advantages are due to the following factors:

  • C Extensions: Swoole's C extension provides higher performance than PHP's native functionality.
  • Efficient I/O event loop: Swoole's I/O event loop is specifically designed to handle network requests, thereby improving throughput.
  • Memory management: Swoole uses efficient memory management technology to reduce memory consumption.

Applicable scenarios:

  • High-concurrency, high-throughput Web applications: Swoole is used to handle a large number of concurrent requests Ideal for network traffic.
  • Real-time applications: Swoole is suitable for applications that require real-time response, such as chat rooms and games.
  • Microservice architecture: Swoole can be used to build microservices with high scalability and fault tolerance.

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