Why Use Clustering ?
There are several benefits to using clustering in NodeJS:
- Improved Performance: By distributing the workload across multiple CPU cores, clustering can significantly improve the overall performance of NodeJS applications, leading to faster response times and better throughput.
- Enhanced Scalability: Clustering makes it easier to scale NodeJS applications horizontally by adding more worker processes as needed. As the application load increases, you can dynamically spawn additional workers to handle the increased traffic.
- Fault Tolerance: Clustering provides built-in fault tolerance by isolating worker processes from each other. If one worker crashes due to an unexpected error, the remaining workers can continue to handle requests without interruption.
- Resource Utilization: Clustering allows you to make full use of the available system resources, effectively leveraging the multi-core architecture of modern servers. This can lead to better utilization of CPU and memory resources, resulting in higher application efficiency.
What is Clustering in Node?
Clustering in Node refers to a technique used to enhance the performance and scalability of NodeJS applications by utilizing the capabilities of multi-core systems. With clustering, you can create multiple instances of the NodeJS process, known as workers, each running on a separate CPU core. By distributing the workload across these workers, applications can handle a higher volume of requests and utilize the available system resources more efficiently.