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Asynchronous, Event-Driven I/O: Node.js handles concurrent requests efficiently by executing I/O operations in the background. This non-blocking architecture allows it to process new requests without waiting for previous ones to complete.
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High-Performance Execution: Powered by Google Chrome's V8 JavaScript engine, Node.js delivers rapid code execution, making it ideal for performance-intensive applications.
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Single-Threaded Scalability: Using an event-driven, single-threaded model, Node.js can handle a massive number of concurrent requests without creating multiple threads, outperforming traditional servers in scalability.
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JavaScript-Based: Developers familiar with JavaScript can easily adopt Node.js, making it accessible and reducing the learning curve for backend development.
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Active Community Support: A thriving and innovative developer community ensures Node.js stays up-to-date with modern web development trends and practices.
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No Data Buffering: Node.js streams data in chunks instead of buffering it, ensuring efficient memory use and faster processing.
