In this case, what we are supposed to tune is the relatively throughput settings which include: For better performance with the MongoDB environment, the host should be confined to a 1Gbps network interface limit. The device area is responsible for sending and receiving packets through an interface called Network Interface Card. The user area and kernel area are referred to as host since their tasks are carried out by the CPU. As the name depicts, this is an arrangement of many layers that can be categorized into 3 main ones: User area, Kernel area and Device area. However, MongoDB is not favored with the Linux default kernel network tunings. Like any other software, an excellent network connection provides a better exchange interface for requests and responses with the server. In this section, the tuning implementations we are going to discuss are: However, as some changes take place without rebooting your host, it is always a good practice to reboot after making changes to ensure they are applied. There are many tuning techniques that can be applied to Linux. The most common operating system for MongoDB is Linux, so we’ll look at how to optimize it for the database. The significant utilities required for establishing a MongoDB environment include: Requirements for MongoDBĪpart from providing large-scale resources such as the RAM and CPU to the database, tuning the Operating System can also improve performance to some extent. In this article we are going to discuss various resource requirements for the MongoDB database system and how we can optimize them for maximum performance. There should be adequate resources to support its general liveliness. It uses CPU resources to perform operations, and a network to communicate with its clients. It stores data on disk, as well as in memory. MongoDB performance depends on how it utilizes the underlying resources.
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