09/05/2010 · If you’re looking for guidance about how to get a good baseline configuration for MySQL, tuning it for performance, I have two suggestions. Realize that configuration generally doesn’t improve performance; it is more often the case that bad configuration harms it. So it’s more a matter of avoiding harm, than creating performance improvements. You set key_buffer_size to 2147483648, that 2G. Yet, your MyISAM indexes only total 718M. You need to reduce key_buffer_size to 768M just to free up 1.2G of RAM. SUGGESTION 2: Load All MyISAM indexes into RAM. Many are not aware of this, but you can load one or more indexes from a MyISAM table into RAM. It's called a dedicated keycache. For Windows systems or systems that run multiple applications along with MySQL, these observations can be inaccurate. It’s also important to note that, though we can use these tools as references, it really takes good experience, experimentation, continuous monitoring, and fine-tuning to get the right sizing for your innodb_buffer_pool_size. Some of these variables can be set at the time of starting the MySQL server, and others can be set while the server is running. When it comes to tuning server variables for maximum performance, the MySQL manual recommends that you first look at the key_buffer_size and table_cache variables. Tuning MYSQL key_buffer_size. Collapse. X. Collapse. Posts; Latest Activity. Search. Page of 1. Filter. Time. All Time Today Last Week Last Month. Show. All Discussions only Photos only Videos only Links only Polls only Events only. Filtered by: Clear All.

sort_buffer_size: MySQL documentation: Each session that needs to do a sort allocates a buffer of this size. sort_buffer_size is not specific to any storage engine and applies in a general manner for optimization. Your sort_buffer_size value seems extremely high. The default is 2M. join_buffer_size >= 4 M This is not advised. On the other hand, I read in Debian's my.cnf guide about jont_buffer_size that: This buffer is used for the optimization of full JOINs JOINs without indexes. Such JOINs are very bad for performance in most cases anyway, but setting this variable to a large value reduces the performance impact. 07/11/2018 · One of the most misconfigured MySQL performance features, is MySQL query_cache_size. This post references a web server with 32 gigabytes of RAM where the existing config had MySQL’s query cache size set incorrectly to 4 gigabytes. The thought behind it seemed to be that more is better.

I'm a pretty big noob when it comes to setting up MySQL for performance. And honestly I'm not worried about the fine tuning to squeeze every last bit of performance out of MySQL, but I do know that the most important thing to do that provides some of the best results is setting up caches/buffers correctly. I am kind of hoping that someone might be able to offer some assistance with optimizing a my.cnf file for an extremely high volume mysql database server. Our architecture is as follows: Memory. key_buffer_size는 총 메모리 크기의 25% 정도의 크기로 설정하는 것이 좋습니다. Key_reads/Key_read_requests Rate%은 일반적으로 1%보다 적습니다. 1% 보다 높다면 Key Cache가 아닌 디스크를 읽은 경우가 많다고 판단할 수 있습니다. MySQLⓇ also has some recommendations for finding an appropriate key_buffer_size value. Their approach only considers total physical system memory. Though this is an acceptable method, it accounts little for the actual size of the server’s MyISAM indexes and often results in over-tuning the buffer size. 17/09/2013 · This article is to help you configure MariaDB for optimal performance. Note that by default MariaDB is configured to work on a desktop system and should because of this not take a lot of resources. To get things to work for a dedicated server, you.

MySQL tuning, the conclusion. Tuning MySQL and the InnoDB storage engine is an important step in further optimizing your hosting environment. Every new MySQL version brings new settings to improve your MySQL configuration, so be sure to read those changelogs. In this article we went over InnoDB Buffer Pool Size and InnoDB Buffer Pool Instances. Also take a look at the last paragraph of this page: For information on tuning the InnoDB storage engine, see Section 14.2.11, “InnoDB Performance Tuning Tips”. > Does this option only affect MyISAM performance, or does it also affect > performance of operations on InnoDB tables? key_buffer_size has nothing to do with InnoDB tables. How To: MySQL Performance Tuning Tips and Tricks A few of the basic settings to get a better performance out of your MySQL server. We are assuming, of course, that the server role is limited to just running MySQL and that is has sufficient memory and disk to meet the application needs.

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