![]() ![]() If both satisfy your performance needs, use the one you feel more comfortable developing with. PostgreSQL inserted 84 more orders than MariaDB while only needing 39 more transactions. ![]() Support for multiversion concurrency control (MVCC) MySQL: No. Competitive advantages, Redis Enterprise is a robust in-memory. Set your goal in terms of performance, install both products on your test machine and run them. PostgreSQL is faster than MariaDB at data management. PostgreSQL: Yes hstore and user-defined tdtaa. The Redis real-time data platform builds upon the unmatched simplicity and speed. I doubt you can go wrong by choosing either of the two databases, just beware of false benchmarks claiming one product is faster than another. The recent versions of MySQL and Postgres have slightly erased the performance difference between the two databases. The decision of which database to use ultimately comes down to your projects specific needs. Comparing PostgreSQL and SQL Server will help you better understand the possible advantages and trade-offs of the two systems, and which one is better suited for your purpose. Real question is, what does it mean that something is "bad" at GIS "stuff"? What does bad mean? Can't calculate something? Can't store something? I just don't get what you consider bad really. Previously, Postgres performance was more balanced, i.e., reads were generally slower than MySQL, but then it improved and can now write large amounts of data more efficiently, making concurrency handling better. Additionally, MySQL is typically faster than PostgreSQL. Download This is what brings us to this discussion. Natively, MySQL supports 9 engines if I'm not mistaken but it has a plethora of commercial engines to choose from, along with 2 popular forks (Percona's and MariaDB) that introduce various enhancements, especially for InnoDB storage engine. The position of this paper is that when the two are compared using the high level of data integrity demanded by a serious transactional database application, the current generation PostgreSQL performs similarly or better than MySQL (particularly under heavy user loads and with complex queries), while retaining its lead in the areas of SQL standa. The difference is that MySQL has pluggable engine architecture, allowing it to plug in various engines. However, the PostgreSQL results were impressive. In my opinion, it's silly to compare MySQL and PostgreSQL in terms of speed if there are variables unknown, such as - what's your budget, what's your target system output and what's your load rate?īoth RDBMSs are great, and they can be scaled. MySQL and MariaDB performed similarly, with a negligible difference.
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