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In the article about Linux performance, the author highlights the importance of swap memory in operating systems. Swap memory is an area on the hard drive that acts as additional memory for programs when physical RAM is fully utilized. With swap space, the system can keep applications running even when available memory is limited. The author emphasizes that choosing the appropriate size of swap is crucial for system stability and performance.

The article also presents various recommendations for swap size, both for systems with large and small amounts of RAM. Depending on usage scenarios, swap can also be used to improve performance in certain situations, such as handling large files or multiple applications running simultaneously. The author recommends experimenting with the right swap size and monitoring system performance to adjust this value as necessary.

A significant portion of the article is devoted to different types of swap, such as swap on HDD and SSD. The author discusses various swap management techniques and their impact on system performance. It also mentions tools that can be used to monitor swap memory usage and overall system performance. Practical tips for managing swap in everyday usage are also outlined.

The article concludes with a summary of key information and encourages readers to reconsider their swap strategy in Linux systems. It invites readers to use the proposed methods and pay attention to their system's performance. Swap memory is often overlooked in discussions about performance, which is why it's beneficial to focus on this aspect to achieve better results in daily computer usage.

In summary, properly managing swap memory in a Linux system can significantly impact its performance and stability. It's essential to select the right swap size, utilize appropriate techniques, and leverage monitoring tools. Regardless of whether you use Linux for work, gaming, or programming, understanding and utilizing swap can lead to noticeable benefits.